ࡱ>  bjbj .}}x%VV  8$Ix"wwwwwww$z|wwxaaa*@wawaasXbv9M^"u(wx0Ix>u$3} _3}Pbv"v03}vawwaIx3}V _: TOWARDS A POST-EUROCENTRIC MATHEMATICS & SCIENCE EDUCATION Eurocentrism and the Modern/Colonial Curriculum: A Critical Interpretive Review Michael Baker University of Rochester, New York, USA Table of Contents Introduction 1 Methodological and Theoretical Rationale 7 Eurocentrism as the Epistemic Framework of Colonial Modernity 9 Towards a Post-Eurocentric Curriculum in Math & Science Education 41 Ethnomathematics 47 Ethnosciences 60 Conclusion: Towards an Epistemological Multiculturalism 79 References 82 At the end of the colonial era, people began to ask the West what rights its culture, its science, its social organization and finally its rationality itself could have to laying claim to a universal validity: is it not a mirage tied to an economic domination and a political hegemony? (Foucault, 1991, p. 12). Confronting Eurocentrism requires ultimately a confrontation of history and the project of modernity as a whole (Dirlik, 2002, p. 8). Introduction This essay reviews literature in science and mathematics education that assumes the possibilities for knowing the realities of the world through the official curriculum are reductively maintained within a Eurocentric cultural complex (Carnoy, 1974; Swartz, 1992; Willinsky, 1998). Eurocentrism will be described as the epistemic framework of colonial modernity, a framework through which western knowledge enabled and legitimated the global imposition of one particular conception of the world over all others. Eurocentrism is an ethnocentric projection onto the world that expresses the ways the west and the westernized have learned to conceive and perceive the world. At the center of this ethnocentric projection are the control of knowledge and the maintenance of the conditions of epistemic dependency (Mignolo, 2000a). Every conception of the world involves epistemological and ontological presuppositions interrelated with particular (historical and cultural) ways of knowing and being. All forms of knowledge uphold practices and constitute subjects (Santos, 2007a). What counts as knowledge and what it means to be human are profoundly interrelated (Santos, 2006). The knowledge that counts in the modern school curriculum, from kindergarten to graduate school, is largely constructed and contained within an epistemic framework that is constitutive of the monocultural worldview and ideological project of western modernity (Meyer, Kamens & Benavot, 1992; Wallerstein, 1997, 2006; Lander, 2002; Kanu, 2006; Kincheloe, 2008; Battiste, 2008). The monocultural worldview and ethos of western civilization are based in part upon structures of knowledge and an epistemic framework elaborated and maintained within a structure of power/knowledge relations involved in five hundred years of European imperial/colonial domination (Quijano, 1999, p. 47). If our increasingly interconnected and interdependent world is also to become more and not less democratic, schools and teachers must learn to incorporate the worldwide diversity of knowledges and ways of being (multiple epistemologies and ontologies) occluded by the hegemony of Eurocentrism. Academic knowledge and understanding should be complemented with learning from those who are living in and thinking from colonial and postcolonial legacies (Mignolo, 2000, p. 5). Too many children and adults today (particularly those from non-dominant groups) continue to be alienated and marginalized within modern classrooms where knowledge and learning are unconsciously permeated by this imperial/colonial conception of the world. The reproduction of personal and cultural inferiority inherent in the modern educational project of monocultural assimilation is interrelated with the hegemony of western knowledge structures that are largely taken for granted within Eurocentric education (Dei, 2008). Thus, in the field of education, we need to learn again how five centuries of studying, classifying, and ordering humanity within an imperial context gave rise to peculiar and powerful ideas of race, culture, and nation that were, in effect, conceptual instruments that the West used both to divide up and to educate the world (Willinsky, 1998, pp. 2-3). The epistemic and conceptual apparatus through which the modern world was divided up and modern education was institutionalized is located in the cultural complex called Eurocentrism. Western education institutions and the modern curriculum, from the sixteenth century into the present, were designed to reproduce this Eurocentric imaginary under the sign of civilization (Grafton & Jardine, 1986; Butts, 1967, 1973). Eurocentric knowledge lies at the center of an imperial and colonial model of civilization that now threatens to destroy the conditions that make life possible (Lander, 2002, p. 245). From a post-Eurocentric interpretive horizon (described below), the present conditions of knowledge are embedded within a hegemonic knowledge apparatus that emerged with European colonialism and imperialism in the sixteenth century (Philopose, 2007; Kincheloe, 2008). Based upon hierarchical competition for power, control, and supremacy among the civilized nation-states, imperialism is an original and inherent characteristic of the modern western interstate system that emerged with the formation of sovereign European territorial states in the sixteenth and seventeenth centuries (Wallerstein, 1973; Gong, 1984 ; Hindness, 2005; Agnew, 2003; Taylor & Flint, 2000). Closely interrelated with imperialism, colonialism involves a civilizing project within an ideological formation established to construct the way the world is known and understood, particularly through the production, representation, and organization of knowledge (Mignolo, 2000a; Kanu, 2006). Colonialism reduces reality to the single dimension of the colonizer. Colonialism and imperialism impose on the world one discourse, one form of conscience, one science, one way of being in the world. Post-colonial analysis leads to a simple realization: that the effect of the colonizing process over individuals, over culture and society throughout Europes domain was vast, and produced consequences as complex as they are profound (Ashcroft, 2001a, p. 24). In yet to be acknowledged ways, the Eurocentric curriculum, and western schooling in general, are profoundly interrelated with both modern imperialism and colonialism. The persistence and continuity of Eurocentrism rather leads one to see it as a part of a habitus of imperial subjectivity that manifests itself in a particular kind of attitude: the European attitude a subset of a more encompassing imperial attitude. The Eurocentric attitude combines the search for theoria with the mythical fixation with roots and the assertion of imperial subjectivity. It produces and defends what Enrique Dussel has referred to as the myth of modernity (Maldonado-Torres, 2005b, p. 43). Western schooling reproduces this Eurocentric attitude in complicity with a globalized system of power/knowledge relations, tacitly based upon white heterosexual male supremacy (Kincheloe, 1998; Allen, 2001; Bonilla-Silva, 2001, 2006; Twine & Gallagher, 2008; Akom, 2008a, 2008b). Eurocentrism is a hegemonic representation and mode of knowing that relies on confusion between abstract universality and concrete world hegemony (Escobar, 2007; Dussel, 2000; Quijano, 1999, 2000). Worldwide imperial expansion and European colonialism led to the late nineteenth century worldwide hegemony of Eurocentrism (Quijano, 2005, p. 56). Eurocentrism, in other words, refers to the hegemony of a (universalized) Euro-Anglo-American epistemological framework that governs both the production and meanings of knowledges and subjectivities throughout the world (Schott, 2001; Kincheloe, 2008). Eurocentrism is an epistemological model that organizes the state, the economy, gender and sexuality, subjectivity, and knowledge (Quijano, 2000). The production of Eurocentrism is maintained in specific political, economic, social and cultural institutions and institutionalized practices that began to emerge with the colonization of the Americas in the sixteenth century. The nation-state, the bourgeois family, the capitalist corporation, Eurocentric rationality, and western educational institutions are all examples of worldwide institutions and institutionalized practices that contribute to the production of Eurocentrism (Quijano, 2008, pp. 193-194). Eurocentrism as a historical phenomenon is not to be understood without reference to the structures of power that EuroAmerica produced over the last five centuries, which in turn produced Eurocentrism, globalized its effects, and universalized its historical claims. Those structures of power include the economic (capitalism, capitalist property relations, markets and modes of production, imperialism, etc.) the political (a system of nation-states, and the nation-form, most importantly, new organizations to handle problems presented by such a reordering of the world, new legal forms, etc.), the social (production of classes, genders, races, ethnicities, religious forms as well as the push toward individual-based social forms), and cultural (including new conceptions of space and time, new ideas of the good life, and a new developmentalist conception of the life-world) (Dirlik, 1999, p. 8). Eurocentric thinking is embedded in the concepts and categories through which the modern world has been constructed. The West defines what is, for example, freedom, progress and civil behavior; law, tradition and community; reason, mathematics and science; what is real and what it means to be human. The non-Western civilizations have simply to accept these definitions or be defined out of existence (Sardar, 1999, p. 44). The mostly taken-for-granted definitions and conceptual boundaries of the academic disciplines and school subjects such as philosophy, math, science, history, literature, literacy, humanities, education are all Eurocentric constructions. If Eurocentrism is intrinsic in the way we think and conceptualize, it is also inherent in the way we organize knowledge. Virtually all the disciplines of social sciences, from economics to anthropology, emerged when Europe was formulating its worldview, and virtually all are geared to serving the need and requirements of Western society and promoting its outlook. Eurocentrism is entrenched in the way these disciplines are structured, the concepts and categories they use for analysis, and the way progress is defined with the disciplines (Joseph et al. 1990) (Sardar, 1999, p. 49). This hegemonic knowledge formation envelops the modern school curriculum within an imperial/colonial paradigm legitimated by the rhetoric of modernity (i.e., equal opportunity, mobility, achievement gap, meritocracy, progress, development, civilization, globalization). Western education (colonial and metropolitan) reproduces imperial/colonial, monocultural, and deluded conceptions of and ways of being in the world (Mignolo, 2000a; Kincheloe, 2008). The effect of Eurocentrism is not merely that it excludes knowledges and experiences outside of Europe, but that it obscures the very nature and history of Europe itself (Dussel, 1993). Understanding Eurocentrism thus involves recognizing and denaturalizing the implicitly assumed conceptual apparatus and definitional powers of the west (Sardar, 1999, p. 44; Coronil, 1996). Individually, understanding Eurocentrism may also involve the experience of disillusionment and culture shock as one begins to demythologize the dense mirage of modernity. Yet, today, in the academic field of education, Eurocentrism is commonly understood as a cultural perspective among political conservatives who ascribe to the superiority of western contributions (e.g., scientific, cultural and artistic) to world civilization that in turn justify the continued exclusion of non-European cultures and knowledges in the curriculum (Collins & OBrien, 2003). Understanding Eurocentrism as a conservative perspective on western culture and education ignores the historical claim that Eurocentrism is the framework for the production and control of knowledge that Eurocentrism is the way the modern world has been constructed as a cultural projection. For many of us educated in the western tradition within this still dominant epistemological framework -- a Eurocentric worldview may be all we know. We may not recognize that our enlightened, liberal versus conservative, university educated ways of thinking, knowing, and being are a reflection of a particular historical-cultural-epistemological world-view, different from and similar to a variety of other equally valid and valuable ways of knowing and being (Santos, 2007; Battiste, 2008). In other words, if we are well educated, we conceive, perceive, interpret, know, learn about, and (re)produce knowledge of the world through an ethnocentric cultural projection known as Eurocentrism (Ankomah, 2005). This review begins therefore by situating Eurocentrism within the historical context of its emergence colonial modernity and proceeds to define Eurocentrism as the epistemic framework of colonial modernity. From this decolonial (or post-Eurocentric) historical horizon and framing of Eurocentrism, the second part will frame and review literature on the critique of Eurocentrism within mathematics and science education that represent alternatives to the hegemony of western knowledge in the classroom. This literature was searched for and selected because it provides critiques of Eurocentrism that include specific proposals for de-centering and pluralizing the school curriculum. The review concludes by summarizing, situating, and appropriating these two school subject proposals within a vision for a post-Eurocentric curriculum. In framing, selecting, and reviewing literature that challenges and reconceptualizes the underlying Eurocentric assumptions of the modern school curriculum, this literature review adopts from critical philosophical (Haggerson, 1991), interpretive (Eisenhardt, 1998), and creative process approaches (Montuori, 2005). The rationale for this two-part organization, as well as the type of review this rationale calls for deserve further clarification, before analyzing the historical context of Eurocentrism. Methodological and Theoretical Rationale Conventional literature reviews seek to synthesize ideas as overviews of knowledge to date in order to prefigure further research (Murray & Raths, 1994; Boote & Beile, 2005). Eisenhardt (1998) however, describes another purpose of literature reviews as interpretive tools to capture insight .suggesting how and why various contexts and circumstances inform particular meanings and reveal alternative ways of making sense (p. 397). Following Eisenhardts description, this unconventional literature review is intended to situate and review an emergent literature on a post-Eurocentric curriculum within an historical analysis of Eurocentrism. A post-Eurocentric interpretive horizon is described that provides an alternative way of making sense of the curriculum literature. Eurocentric modernity is the historical context within which the modern curriculum is conceived. Most uses of term Eurocentrism within the curriculum literature have yet to include analyses of the origins and meaning of Eurocentrism within the history and project of modernity. This lack of recognition and analysis of the historical context of Eurocentrism contributes to both incoherence and impotency in the use of this critical concept (for examples see Mahalingam, 2000; Gutierrez, 2000; Aikenhead & Lewis, 2001). The concepts Eurocentrism and post-Eurocentrism offer contrasting paradigms through which the curriculum can be evaluated in relation to whether teaching and learning reproduces or decolonizes the dominant modern/colonial system of power/knowledge relations. The successful development and implementation of a post-Eurocentric curriculum is dependent upon an adequate historical-philosophical interpretation of Eurocentrism. As such, this literature review adopts elements from the critical philosophical, interpretive, and creative process approaches (Haggerson, 1991; Eisenhardt, 1999; Livingston, 1999; Meacham, 1998; Schwandt, 1998; Montuori, 2005). Eisenhardt describes interpretive reviews as presenting information that disrupts conventional thinking and seeks to reveal alternative ways of making sense (Eisenhardt, 1999, p. 392, 397). Haggersons critical philosophical inquiry attempts to give meaning and enhance understanding of activities and institutions, bringing their norms of governance to consciousness, and finding criteria by which to make appropriate judgments (Haggerson, 1991). Montouris creative process model includes problematizing the underlying presuppositions of a field of inquiry along with creating new frameworks for reinterpreting bodies of knowledge (Montouri, 2005). This review does not describe and compare different perspectives. This review instead presents an alternative, post-Eurocentric framework for reinterpreting the modern Eurocentric curriculum, with a specific focus on math and science education. This post-Eurocentric framework provides an alternative way of thinking about school knowledge whereby the entire spectrum of different perspectives can be re-viewed in relation to each other. One purpose of this literature review is to situate and describe contemporary critiques of Eurocentrism in mathematics and science education that contribute to the creation of a post-Eurocentric science and mathematics curriculum. This review begins therefore by characterizing Eurocentrism as the epistemic framework of colonial modernity from a post-Eurocentric interpretive horizon. This analysis of Eurocentrism from a post-Eurocentric interpretive horizon is a necessary precondition to selecting and framing any school subject critiques that aim to contribute to a curriculum no longer contained within the epistemic framework of colonial modernity. A post-Eurocentric interpretive horizon and curriculum are possible through an analysis of Eurocentrism that escapes its constitutive relations with the boundaries and conceptual presuppositions of modernity. A second purpose of this review then is to layout a decolonial critique of Eurocentrism in relation to the modern curriculum from a post-Eurocentric interpretive horizon. A decolonial critique of Eurocentrism involves a confrontation with the history and project of modernity (Dirlik, 2002; 2007). If Eurocentrism is an expression of the conceptual apparatus that created the modern worldview (western historical consciousness of the present), then Eurocentrism cannot be adequately understood from within this worldview alone. The widespread assumption in our day that Eurocentrism may be spoken or written away, rests on a reductionalist culturalist understanding of Eurocentrism. Rendering Eurocentrism into a cultural phenomenon that leaves unquestioned other locations for it distracts attention from crucial ways in which Eurocentrism may be a determinant of a present that claims liberation from the hold on it of the past. What is at issue is modernity, with all its complex constituents, of which Eurocentrism was the formative moment. Just as modernity is incomprehensible without reference to Eurocentrism, Eurocentrism as a concept is specifiable only within the context of modernity (Dirlik, 1999, pp. 1-2). So Eurocentrism cannot be adequately understood separate from its formation within the history of western modernity. Yet Eurocentrism is the formative moment of modernity. Most theories of modernity in fact, interpret the history and meaning of modernity from within the perspective of modernity itself, from within the historical horizon of Eurocentric consciousness (Mignolo, 2000a; Mignolo & Tlostanova, 2008). The idea of modernity, first of all, has been conceived from the perspective of European history and has been framed based on the historical process and subjective experience of Western European countries and people more specifically, on the complicity between Western Christiandom and the emergence of capitalism as we know it today. Europe and modernity have become synonymous and essential components of modern European identity (Mignolo & Tlostanova, 2008, p. 113). In recent years the history of western modernity has been interpreted from the perspective of the history of colonial power/knowledge relations (Mignolo & Tlostanova, 2008; Escobar, 2007; Dussel, 2000; Quijano, 2000). This recent reframing opens up a more global account of modernity that contributes to a more historical and critical understanding of Eurocentrism. As the epistemic framework through which knowledge and understanding are colonized, Eurocentrism must to be adequately understood and clarified in order to think beyond its conceptual and epistemic boundaries. Eurocentrism as the Epistemic Framework of Colonial Modernity Until 1960s, the Eurocentric interpretation of modernity was the largely unquestioned cultural-narrative background in the social and political imaginary of the modern/colonial world-system. Imaginary here refers to the ways a culture has of perceiving and conceiving itself and the world. The modern/colonial world system is a socio-historical structure that comprises the dominant imaginary and material constructions of the modern historical period, from 1492 to the present. Occidentalism became the dominant cultural imaginary of the modern/colonial world system in the sixteenth and seventeenth centuries. Orientalism became the hegemonic cultural imaginary when the image of the heart of Europe (England, France, Germany) replaced the Christian Europe of the fifteenth to mid-seventeenth century (Italy, Spain, Portugal) (Mignolo, 2000a). Broadly conceived, European civilizational and modernization processes constructed the dominant intersubjective and material conditions that constituted these two interrelated imaginaries. The variety of modern knowledge disciplines, and particularly the field of education, (with their historical and intimate interrelations with the state, the economy, and ethnocentric nationalism), are maintained within this macronarrative of western civilization. Self-serving institutionalized academic disciplinary boundaries, unexamined nationalist ideologies in scholarship, and insufficient comparative research across the social sciences and humanities have all contributed to a lack of critical awareness of the presence and limits of this civilizational narrative in the historical consciousness of western modernity (Taylor, 1999; Agnew, 2003). In addition, Eurocentric scholarship and disciplinary divisions normally interpret modernity and colonialism as completely separate phenomena, upholding the mythical march of modernity. In the United States for example, the term colonial has been effectively appropriated in nationalist historiography and the public consciousness to refer exclusively to the early American historical period, i.e., colonial history, settler colonies (Stasiulis & Yuval-Davis, 1995; Greene, 2007). Colonialism is largely absent in the curriculum in most U.S. schools and many universities. It is also largely absent in the historical consciousness of the white population within the U.S.. This macronarrative of western civilization first emerged in the Renaissance and consolidated during the Enlightenment, and today, it is tied to the historiography of the Renaissance and the philosophy of the Enlightenment (Mignolo, 2000a). In the nineteenth century, various German philosophers ensured its solidified extension into the twentieth and twenty-first centuries, i.e., Kant, Hegel, Husserl, Heidegger (Maldonado-Torres, 2005). Western civilization is supposed to be something grounded in Greek history as is also Western metaphysics. This reading, implicit in the Renaissance, became explicit in the Enlightenment. Occidentalism is basically the master metaphor of colonial discourse since the sixteenth century (Mignolo, 2000a, p. 327). As the examples of math and science education described below illustrate, each of the school subjects that comprise the modern school curriculum, are embedded within this Eurocentric macronarrative. According to this narrative, western civilization originated in ancient Greece and its foundations lie upon the universal principles of western knowledge and interpretation. This western civilizational narrative is both celebratory of its virtues and critical of its failings. Toward the end of the twentieth century, with some important precursors, i.e., Nietzsche, a diverse internal critique of western knowledge structures emerged that contributed to the crisis of this once unifying mythology of the modern world (Habermas, 1990; Rorty, 1989; Lee, 2004). Overall, the post-modern critique of modernity has challenged the universal and ahistorical subject along with the representational philosophy of language (Cadava, Connor, & Nancy, 1991; Rorty, 1979). What emerged with these late twentieth century critiques of the foundations of modernity was a theory of knowledge and interpretation in which all human meanings are situated within cultural and historical contexts contexts that are continually changing over time (Gadamer, 1989; Malpus, 2006). Realities and knowledge of realities are therefore cultural and historical constructions (Berger & Luckmann, 1966). Knowledge is interpreted as culturally and historically produced and organized. Today, modernity, as a culturally neutral and universal (ahistorical) project of enlightenment and progress, has lost much of its credibility (Habermas, 1975). As a triumphal way of interpreting the past and projecting the future, modernity has largely lost much of its plausibility, particularly in relation to the global ecological crisis, a consequence of industrial modernity. The process of decolonizing knowledge is the source of the post in postmodernity, not because it put an end to modernity but because it put an end to the centers self-interested and deluded understanding of modernity, provoking, among other things, a crisis in intellectual authority that academics are still struggling to confront and contain (Pratt, 2002, p. 22). What remains of modernity however, are efforts to sustain the colonial/imperial power relationships that were its product under a neoliberal market ideology (Steger, 2004; Dirlik, 2007, p. vii;), which in the midst of the current (2008-2009) global economic crisis has seemingly lost all credibility (Jacques, 2009). As the examples of math and science education described below also illustrate, the collapse of the coherence of the narrative of Eurocentric modernity has yet to alter the modern educational mission of assimilation into this now incoherent worldview. Beginning in the sixteenth century, temporality was reconstructed as a linear, progressive trajectory that positioned individual agency within a rational, unitary, self-present mode of subjectivity (Venn, 2002, p. 68). These conceptions of time and subjectivity are evident in contemporary thought such as the dichotomy between modern and traditional, the predominance of (possessive) individualism, and presumptions of objective truth. History was conceived as an evolutionary continuum from the primitive to the civilized; from the traditional to the modern; from the savage to the civilized; from the pre-capitalism to capitalism, etc. And Europe thought of itself as the mirror of the future of the history of the entire species (Quijano, 1999, p. 50). Western civilization was viewed as the model of humanity in the historical evolution of the species within a linear succession of events that began with ancient Greece and arrives in modern North America. In mid-nineteenth century classrooms for example, Anglo-American teachers told their students that all non-Europeans were intellectually inferior to them (Blaut, 1993, p. 3). The fact that Western Europeans will imagine themselves to be the culmination of a civilizing trajectory from a state of nature leads them also to think of themselves as the moderns of humanity and its history, that is, as the new, and at the same time, most advanced of the species. But since they attribute the rest of the species to a category by nature inferior and consequently anterior, belonging to the past in the progress of the species, the Europeans imagine themselves as the exclusive bearers, creators, and protagonists of that modernity. What is notable about this is not that the Europeans imagined and thought of themselves and the rest of the species in that waysomething not exclusive to Europeansbut the fact that they were capable of spreading and establishing that historical perspective as hegemonic within the new intersubjective universe of the global model of power (Quijano, 2000, pp. 542-543). This world historical narrative of civilization assumes that the achievements of the west, i.e., mathematics and science, represent the pinnacle of progress and development, and legitimate western dominance (Adas, 1989). Eighteenth century European Enlightenment thinkers, for example, invoked a comparative method that differentiated its manners and conduct as the most advanced qualities of human civilizations from those who were at a less advanced stage of development. The latter are differentiated as barbaric or savage, uncivilized, and thus disqualified for participation (Popkewitz, 2007, p. 67). In this narrative, man was Euro-American man and the rest were natives. Underlying this conception of civilized humanity was a particular form of subjectivity constructed from the experience and perspective of the elite, white, heterosexual, Christian, males. The western subject (already gendered to subordinate the female and the feminine) is brought into being as a universal norm in the process of the Wests expansion. This norm denies the subjects dependence upon the other and produces the illusion of autonomy and freedom. In fact, this abstract and universal consciousness was always embodied, male, and European, whether indigenous or transplanted. Women and non-European men -- even if they achieved the required education -- could enter science only as surrogates, disciples, or through passing (that is, by adopting the languages, gestures, attitudes, values of Euro-American men) (Restivo & Loughlin, 2000, p. 137). Bringing European forms of knowledge and ways of life to the natives was conceived as the civilizing mission (white mans burden) of the west, both within and without Europe and North America. Like globalization is today, civilizing was the overarching ideology behind the formation and reformation of mass schooling in the nineteenth century and much of the twentieth century (Adams, 1988). Euro-American man was supposed to possess a superior mode of reason. The ideal of western rationality, through proper education, could be transferred to other human beings (both within and outside of Europe and North America) lower in the racial/intelligence hierarchy, unless they were determined to be incapable of being civilized, which legitimized their exploitation, segregation, marginalization, and failure to succeed. For example, in the United States, until 1940s, Negroes were believed to be incapable of being civilized, justifying their enslavement and subsequent subordinate legal status, while some Indians could be civilized, legitimizing their removal from tribal lands and justifying their cultural extermination through education (Goldberg, 1994; Adams, 1988; 1995). Pathologizing practices and the cultural deficit paradigm, still prevalent in education today, are contemporary continuations of this civilizational narrative (Shields, Bishop & Mazawi, 2005; Heydon & Iannacci, 2008). Although the missions have changed from converting, to civilizing, to modernizing, and most recently, to marketizing, western education institutions and the modern curriculum are maintained within this predatory model of civilization based upon a Eurocentric projection of humanity (Mignolo, 2006). By the early twentieth century, civilization was no longer singularly western, but plural and planetary (Mazlish, 2004). The recognition of multiple civilizations today continues within the Eurocentric framework, as in Samuel Huntingtons clash of civilizations classification, where non-western civilizations remain in the past and need to be brought into the present (Huntington, 1996). Knowledge and the curriculum however, remain within the parameters of western civilization. Science, mathematics, social studies, and language education continue to serve as the core subjects of this civilizational project (Kirch, 2007; Fasheh, 1991). Even the most alternative of the remaining alternative schools in the U.S. are teaching a Eurocentric math and science curriculum, determined now by state mandated standardized testing and a professionalized curriculum standardization movement (Holgar, 2002; Hursh, 2008). The current standards reform movement can be seen as an international effort by the white male power elite to reinforce the Eurocentric curriculum and restrict alternatives that would further fragment the macronarrative of modernity. Epistemic decolonization has yet to occur, but a global movement to decolonize knowledge and education has been emerging since the 1960s (Pieterse & Parekh, 1995). In the closing decades of the twentieth century, the historical legacies and conceptualizations of Eurocentric modernity, particularly assumptions about knowledge, have been critiqued and rewritten from a variety of perspectives associated with the terms (among others) -- postmodern, postcolonial, post-Occidental, anti-colonial, critical race, critical pedagogy, critical multicultural, cultural historical, sociocultural, subaltern, feminist, ethnic, science, technology, and cultural studies (Pratt, 2002; Dirlik, 2006; Dei & Kempf, 2006; Harding, 2008). Broadly, these late twentieth century academic discourses all contribute to the recognition of the cultural and historical contexts (or social constructions) of knowledge and being. The biopolitical epistemic shift surfaced instead in the US, during the Cold War but, above all, after and as a consequence of the civil rights movement. The question asked here was not the relationship between geopolitics and epistemology but, rather, that between identity and epistemology. New spheres of knowledge came into being (womens studies, gender and sexuality studies, gay and lesbian studies, Afro-American studies, ethnic studies, Latino/as studies, etc). What do all of them have in common? First, all of them incorporate the knower into the known, the personal and collective memory of communities configured around race, gender, and sexuality. Second, they all introduced into the social sphere of knowledge the perspective from the damnes, the disposed by colonial racism and patriarchy. And third, they introduced a new justificiation of knowledge: knowledge not at the service of the church, the monarch, or the state, but knowledge for liberation; that is, for subjective and epistemic decolonization (Mignolo, 2006, p. 328). Since the 1970s, these and other interrelated historical and social constructionist discourses have entered the field of curriculum studies and the specific school subject disciplines (Banks, 1995; Young, 1971; Wexler, 1987; Pinar, et. al. 1996; Pinar, 2004; Goodson, 1995; Kincheloe, 2001; Matus & McCarthy, 2003; Kanu, 2006). Together, these various discourses have further situated the curriculum within cultural-historical contexts and practices. Much of this historical and cultural contextualization of the curriculum contributes (albeit indirectly) to the problematization of the Eurocentric assumptions of universality, superiority, and cultural neutrality of knowledge within the curriculum. Largely as a result of post scholarship (e.g., postmodernism, postructuralism, post-Enlightenment, postcolonialism), the Western prejudice at the core of virtually all education systems operating in the world today has been exposed, provoking curriculum initiatives that deconstruct and challenge the dominance of Western Eurocentrism in curriculum and making possible the theorization of curriculum from several alternative perspectives (Kanu, 2006, p. 3). Although several alternative perspectives that challenge Eurocentrism have developed, such as critical pedagogy, critical multiculturalism, Afrocentrism, and various Aboriginal forms of knowing, an explicit critique of Eurocentrism and the Eurocentric school subjects from the perspective of colonial modernity has yet to emerge. With the exception John Willinkys work, postcolonialism is noticeably absent in Pinar, Reynolds, Slattery and Taubmans comprehensive description of the curriculum field (Pinar, et.al., 1995). The various discourses of postmodernism and multiculturalism remain largely within the interpretive horizon of modernity (i.e., state-centric), offering no critique of Eurocentrism within the world historical context of modernity/coloniality (Banks, 1995; Appelbaum 2002; Pinar, Reynolds, Slattery, & Taubman, 1995). State sponsored multiculturalism reduced ethnic/racial differences to a narrow culturalist interpretation, eliminating the more challenging historical, economic, political, aesthetic, and epistemic interpretations and further solidifying systemic and structural inequalities between dominant and non-dominant groups (Huggan, 2001). As Buras and Motter recently argued, critical multiculturalism must go global if its goals of transforming the monoculture of schooling are to be realized (Buras & Motter, 2006). In terms of understanding and providing alternatives to modernity, the postmodern critique appears to have reached its limits. Modernity remains incompletely understood, and its intellectual deconstruction is only one step in the process of imagining and implementing an alternative. A global and relational account of modernity is necessary now that is both historical-empirical and conceptual-philosophical. Until such an account exists, the term postmodern has no referent and remains a gesture of premature closure on modernity, foreclosing the decolonization of knowledge and the decentering of the center (Pratt, 2002, p. 22). Remaining largely within the modern ideologies of liberal/humanism, the problematization of the foundational assumptions of modern knowledge has resulted in a theoretical impasse between universalism and particularism in many of the subject disciplines (Laclau, 1992; Collins & Blot, 2003). This problem of cultural relativism (persistent in contemporary postmodern curriculum debates) is a diversion of the European pretense to ahistorical and universal knowledge. Intellectual entrapment within this universal versus particular dichotomy is a consequence of the continued hold of the Eurocentric imaginary, which is related to an inadequate understanding of the colonial constructions of western modernity (Mignolo, 2000a). Cultural inquiry in curriculum studies and the cultural politics of education have contributed to the deconstruction of Eurocentric assumptions underlying school knowledge (Bourdieu & Passeron, 1977; Aronowitz, 1992; Giroux, 1983; Apple, 1993; Popkewitz, 2000). These important cultural critiques of education argue that the curriculum is predominantly constitutive of the knowledge and values of particular interest and power groups, and that schools function to normalize differences as well as inscribe particular subjectivities that conform to the dominant culture (Apple, 1990, 1996; Kanu, 2006). What this scholarship has yet to articulate however is an adequate interpretation of the historical context of these hegemonic power/knowledge/culture/education interrelations. Much of this scholarship assumes a theory of modernity (sometimes tacitly) that begins in the seventeenth or eighteenth centuries, obscuring the colonial origins of the power/knowledge relations of modernity from the fifteenth and sixteenth centuries. Viewed from the sixteenth century, ethno/racial relations are intertwined with the establishment of class relations structured around capitalist forms of labor. More recently, scholarship associated with postcolonial and subaltern studies has contributed to historical and theoretical analyses of modernity that reveal European colonialism was centrally involved in the construction and imposition of Eurocentric ways of knowing and being (Said, 1979; Pratt, 2002; Castro-Gomez, 2008). It is clear, nowadays, that beyond its economic and political dimensions colonialism had a strong epistemological dimension. And when one considers the resilience of such dichotomies as nature/society, savage/civilized, developed/underdeveloped one must ask how much of the colonial past remains in the post-colonial present (Santos, Nunnes & Meneses, 2007b, pp. xxxiv- xxxv). Postcolonial and subaltern thinking are both oppositional practices in the public sphere and theoretical and epistemological transformations of the academy (Prakash 1994). Post-colonial studies are defined as a set of theoretical and analytical currents, rooted in cultural studies and present in the social sciences, that claim the unequal relations between the North and the South were historically constituted by colonialism, and the end of colonialism as a political relation did not end colonialism as a social relation (Santos, Nunnes & Meneses, 2007b, p. xxxiv). Colonial ways of thinking, thinking about thinking, and training in how to think, are still practiced, and these in turn, through the education of each nation-states children, affect every aspect of economics, politics, and social development (Des Jarvais, 2008, pp. vii-viii). The postcolonial and subaltern critiques of modernity in the 1980s, 1990s, and the present by scholars and activists from around the world opens up a more penetrating, critical, and global interpretation and understanding of modernity and Eurocentrism (Pratt, 2002; Quijano, 2000; Dussel, 1993, 1998; Santos, 1999, 2007e; Adams, Clements & Orloff, 2004). Postcolonial interpretations of multiculturalism for example, highlight the Eurocentric nature of cultural comparison with its assumptions of universalism, humanism, and bounded and homogeneous nature of national contexts, cultures, identities, and knowledges (Huggan, 2001). Although these movements have brought into the field of analysis the complex and paradoxical dimensions of European colonialism, much of postcolonial and subaltern criticism has also remained within the Eurocentric historical horizon in locating the origins of modernity in the eighteenth century (Rizvi, Lingard & Lavia, 2006). The persistence of the Eurocentric interpretive horizon within the discourse of modernitys most challenging critics is one reason the Latin American postcolonial critique (the modernity/coloniality research group) distinguishes itself from postcolonialism, preferring instead the term post-Occidentalist reason (Mignolo, 2000a). Occidentalism is another name for western, thus the meaning of post-Occidentalism parallels the meaning post-Eurocentism. The historical origins of both Occidentalism and Eurocentrism are the sixteenth century, what some historians refer to as the early modern period. From this post-Occidental perspective, modernity includes historical events and changes that occurred within and beyond Europe in the emergence and expansion of western (Occidentalist) thought and practice over the past five hundred years. As a planetary phenomenon, modernity was constituted in the emergence and global expansion of the first worldwide historical system created and managed by white, male, heterosexual, Christian elites from western Europe and North America (Dussel, 1995, 1998; Grosfoguel, 2002). The epistemic project of modernity (including modern education) is intertwined with the history of European colonialism from the sixteenth century to the present (Quijano, 1999, 2000, 2008; Mignolo, 2000a, 2005; Dussel, 1993, 1995; Escobar, 2007; Castro-Gomez, 2008). The emergence of Occidentalist reason is part of the emergence of European civilizational identity and the imperial/colonial project that became known in the eighteenth century as modernity. This recent analysis of modernity from the perspective of coloniality has contributed to a more comprehensive (world-historical) interpretation of western modernity, with significant implications for rethinking western education. Modernity is seen as a hegemonic system of domination, oppression, and exploitation, rooted in the earliest stages of European colonial expansion. From this vantage point, alternatives to modernity are necessary today in the face of the interrelated neo-liberal and neo-conservative projects to reassert the colonial power/knowledge relations of modernity through the formation of a global market civilization (Brown, 2003, 2006; Gill, 2003). Creating alternatives to modernity involves breaking out of and resituating the hegemony of Eurocentric knowledge production and learning, through the recognition and revaluation of the epistemological diversity of the world. Probably more than ever, global capitalism appears as a civilizational paradigm encompassing all domains of social life. The exclusion, oppression, and discrimination it produces have not only economic, social, and political dimensions but also cultural and epistemological ones. Accordingly, to confront this paradigm in all its dimensions is the challenge facing a new critical theory and new emancipatory practices. Contrary to their predecessors, this theory and these practices must start from the premise that the epistemological diversity of the world is immense, as immense as its cultural diversity and that the recognition of such diversity must be at the core of the global resistance against capitalism and of the formulation of alternative forms of sociability (Santos, 2006b) (Santos, Nunnes & Meneses, 2007b, p. xviiii). If coloniality was constructed along with the construction of western modernity, then modernity and coloniality are two sides, or two interrelated aspects, of the same cultural-historical-structural phenomena. Coloniality is constitutive of modernity; thus, the triumphal march of modernity cannot be celebrated from the imperial perspective without bringing to the foreground that religious salvation implied the extirpation of idolatry; civilization the eradication of non-European modes of life, economy, and political organization; development within capitalist modernity and market democracy within Western political theory (Mignolo & Tlostanova, 2008, p. 113). First theorized by Peruvian sociologist, Anibal Quijano, coloniality or coloniality of power is a global model of power/knowledge relations that emerged with and as a consequence of European colonialism and European modernity in the sixteenth century. Coloniality of power is a principle and strategy of control and domination that is articulated though the modern/colonial world system and remains the most general form of domination in the world today (Quijano, 2000). Coloniality identifies an overarching structure of power that has impacted all aspects of social and political experience around the world. The phrase, modernity/coloniality therefore captures these historical structural interrelations and consequences of colonialism, coloniality, and modernity. Since modernity and coloniality occurred within and constituted the first world historical system (Wallerstein, 1974), the phrase modern/colonial world system refers to both a perspective for interpreting the present, and, an alternative name for the world historical period and phenomena of modernity. Modernity/coloniality displaces the largely Eurocentric and problematic conceptions of modernity and postmodernity (Pratt, 2002; Escobar, 2007). The modern/colonial world system perspective offers a redefinition of modernity as a sociohistorical system that began in the sixteenth century and continues in the present. In other words, we live in the modern/colonial world system today, not modernity or postmodernity; and, the unit of analysis for social inquiry is the modern/colonial world system, not the nation-state or society. Adding colonial in modern/colonial brings the interrelated power/knowledge relations that emerged with colonialism and modernity to the surface, thus, problematizing the structures of knowledge through which the modern world was constructed. European colonization is the systematic imposition of the European worldview through the organization and control of knowledge. Problematizing the ways the modern world was conceptualized through the structures of knowledge includes the entire range of western political philosophy, from left to right. From the perspective of colonial modernity, modern western institutions, such as the structures of knowledge, social and political theory, the nation-state, and western education are modern/colonial institutions. The historical interrelations between (modern) colonialism and (colonial) modernity can be illustrated in the history of the modern/colonial school curriculum. Both metropolitan and colonial schools were organized within the same civilizational ideologies and disciplinary practices. Since the end of the Renaissance, modern western education systems have been understood or framed as part of the larger macronarrative of western civilization (Butts, 1967, 1973; Mignolo, 2003; Grafton & Jardine, 1986; Patterson, 1997; Rojas, 2002). The fact that European colonialism always operated both internally and externally, and, that there was ongoing reciprocal borrowing of educational policies and practices between metropolitan and colonial schools, also points to the mutually constitutive interrelations between colonialism, modernity, and coloniality of power (Raskin, 1971; Young, 2001, p. 9; Leersen, 2006; Foucault, 2003). The standards of knowledge and their exportation were established mainly in Britain, France, and Germany, in these three national and colonial/imperialist languages (Mignolo, 2000a, pp. 55-56). The curriculum and languages of instruction in colonial education remain largely the same as the curriculum and languages used in European and North American schools (Memmi, 1965; Fanon, 1968; Carnoy, 1974; Altbach & Kelly, 1984; Ball, 1984; Abdi & Cleghorn, 2005; Abdi, 2006). The modern curriculum embodies the Eurocentric interpretive framework through which the modern/colonial world was conceptualized and organized (Willinsky, 1998). The modern/colonial world system can be characterized in part as a structure of exploitation and domination, conceptualized and legitimized within the epistemic framework of Eurocentrism and the rhetoric of modernity. The conceptual legacies and subjectivities that emerged in the early modern period have persisted and evolved into the twenty-first century (Adams, Clements & Orloff, 2004). The very processes and experiences of colonization for example, contributed to the construction of the modern European epistemological framework. The epistemic model of the knowing subject was constituted in part during the initial stages of Spanish contact with and colonization of the indigenous peoples in the Americas. According to Argentine philosopher of liberation, Enrique Dussel, the early modern form of European epistemic subjectivity was the conquering self. Both warrior and aristocrat, the ego conquiro established with the previously unknown other an exclusionary relationship of domination (Dussel, 1995; Maldonado-Torres, 2008). This relation of conquest and domination became part of the emerging civilizational identity of the European elite and subsequently a central but hidden dimension of western modernity (Maldonado-Torres, 2008). Modern subjectivity combined some of the features of the existing humanism of the time with ideas that emerged from the discovery of the new world and the experience of warriors and conquerors (not kings or clergy) vis--vis peoples regarded as inherently inferior. From then on, a particularly modern sense of human freedom was linked to certain relations of power that affected not only the way in which subjects perceived themselves, but also the way in which they related to others whose bodies presumably carried the marks of inferiority. The myth of modernity is therefore simultaneous with the emergence of modern subjectivity itself: freedom and the ensuing sense of rationality that emanates from it were tied to a particular conception of power that is premised on the alleged superiority of some subjects over others (Maldonado-Torres, 2008, p. 213). The modern consumer market society (Slater & Tonkiss, 2001) and the destructive western cultural attitude toward nature are a logical corollary of the early modern European conquest, colonization, and destruction of people and cultures (Dussel, 1985, p. 114). The civilizing violence enacted upon the savages via the destruction of native knowledges and the imprinting of true, civilized knowledge is performed, in the case of nature, through its transformation into an unconditionally available natural resource. In both cases, though, knowledge strategies are basically strategies of power and domination. In the case of the construction of nature, knowledge and power went hand in hand; this is not to say that knowledge was produced in advance as an instrument to justify the subordinate of nature to society, but that the latter is an effect of the joining of power and knowledge. The savage and nature are, in fact, two sides of the same purpose: to domesticate savage nature, turning it into a natural resource. This unique will to domestication makes the distinction between natural and human resources as ambiguous and fragile in the sixteenth century as it is today (Santos, Nunes & Meneses, 2007b, pp. xxxv-xxxvi). The sixteenth century marks the formation of a historical configuration that constructed new boundaries and identities for knowing and being in the world that reached around the planet by the end of the nineteenth century. We are living in a present whose historical foundation is located in the sixteenth century. And we live in a present in which the ways in which we conceive the past and the present were shaped by the radical qualitative changes of that century a century in which, for the first time in the history of humanity, European men explored and mapped the world, encountered unknown lands and people, and made human life dispensible in pursuit of the appropriation of land and exploitation of labour to produce commodities for a global market. Europe, and European men, were the historical agents of these changes and were also the epistemic agents who mapped and classified the world at the same time that they set the epistemic standard, supported by Christian theology, through which such mapping and classifying could properly be conducted (Mignolo, 2007 p. 115). The historical context of the Eurocentric mode of production and control of knowledge and subjectivity is the emergence and global expansion of the modern/colonial world system, which centrally involves the modern educational apparatus, from the sixteenth century to the present (Dussel, 1993, 1995, 1998; Mignolo, 2000a; Quijano, 1999, 2000, 2008; Hamilton, 1989; Popkewitz, 2008). The sixteenth century marks the beginning of the consolidation and expansion of the western worldview and institutions that comprise the modern/colonial world system. Unraveling the historical narrative of the emergence of the modern/colonial world system and its system of power/knowledge relations is beyond the purpose of this review. What is relevant from this narrative is the emergence of Eurocentrism as the epistemic framework of the modern/colonial world system. The formation of Eurocentrism is part of a global model of power/knowledge relations that emerged with and articulated the modern/colonial world system. The emergence of the modern/colonial world system and coloniality of power can be conceived of as an epochal convergence and transformation from the sixteenth century. Seven key interrelated elements included in this convergence are: 1) the Atlantic commercial circuit and the capitalist world system; 2) the colonization and discourses over the humanity of the Amerindians; 3) the expulsion of the Jews and Moors from the Iberian peninsula; 4) the civilizational identity of Europe; 5) the Spanish Empire as the first modern territorial state; 6) the modern imperial interstate system; 7) the modern epistemological framework of Eurocentrism. The historical foundation for both modernity and coloniality begins with the connection of the Mediterranean with the Atlantic through a new commercial circuit in the sixteenth century. The emergence of the Atlantic commercial circuit involved the construction of European geopolitical knowledge and system of social classification, the development of the worldwide economic system with variegated methods of labor control, and the creation of a relatively strong state apparatus within a historically novel imperial interstate system (Wallerstein, 1974, p. 38; Hindness, 2005; Tully, 2007). The variegated methods of labor control were tied to the first racial mapping of the modern world system (Mignolo, 2000a, p. 53). Two historical processes associated in the production of that space/time converged and established the two fundamental axes of the new model of power. One was the codification of the differences between conquerors and conquered in the idea of race, a supposedly different biological structure that placed some in a natural situation of inferiority to the others. The conquistadors assumed this idea as the constitutive, founding element of the relations of domination that the conquest imposed. On this basis, the population of America, and later the world, was classified within the new model of power. The second process involved the constitution of a new structure of control of labor and its resources and products. This new structure was an articulation of all historically known previous structures of the control of labor slavery, serfdom, small independent commodity production, and reciprocity around and on the basis of capital and the world market (Quijano, 2000, p. 182). Racial classification, the control of labor, territorial state formation, and the production of knowledge all converged during the sixteenth century within the dynamic context of the Atlantic commercial circuit. The emergence of a system of racial categorization, new forms of capitalist labor control, and Eurocentric structures of knowledge combined to produce an intersubjective configuration that became know as modernity and rationality in eighteenth century. During the same period as European colonial domination was consolidating itself, the cultural complex known as European modernity/rationality was being constituted. The intersubjective universe produced by the entire Eurocentered capitalist colonial power was elaborated and formalized by the Europeans and established in the world as an exclusively European product and as a universal paradigm of knowledge and of the relation between humanity and the rest of the world (Quijano, 2007, p. 171). The structures of knowledge are one of the basic institutions of any historical system (Lee, 2000; Wallerstein, 2004). The modern/colonial world system developed its own epistemological assumptions interrelated with the structural needs of the capitalist world-economy. The history of capitalism and the history of western epistemology since the European Renaissance run parallel to and complement each other (Mignolo, 2002). The expansion of Western capitalism implied the expansion of Western epistemology in all its ramifications, from the instrumental reason that went along with capitalism and the industrial revolution, to the theories of the state, to the criticism of both capitalism and the state (Mignolo, 2002, p. 59). The structure of modern knowledge, and its divisions into various disciplines, is a direct reflection of the Western worldview. How this worldview perceived reality and what it considered to be its civilizational problems came to be crystallized as disciplines (Sardar, 1999, p. 51). Beginning in the fifteenth and sixteenth centuries, for the first time, the entire world began to be explored, mapped, and classified by a particular group of European men whose official interests were tied to the state, the church, and the acquisition of land, wealth, power, and knowledge (Osborne, 1999; Paty, 1999). In a sense, new boundaries and identities were constructed for the ways in which the new world and Europe became known and understood that eventually became globally hegemonic. European civilizational identity was founded on ethnocentric knowledge of non-Europeans in the fifteenth and sixteenth centuries (Delanty, 1995; Agnew 2003). With the invention of the Americas and the growing sense of world mastery among European elites in the sixteenth century, the idea of Europe increasingly signified a universal culture. Christian European civilization became the agent of universality. Western civilization was not (could not have been) yet conceived as a cultural entity in the fifteenth century. There Christiandom was located in something as ill-defined as Europe , the land of Western Christians . On the other hand it was precisely the imaginary of the modern/colonial world that began to build on the idea of Western civilization without which there would not (could not) have been a modern/colonial world system. Thus the imaginary of the modern/colonial world was the location for the ground of the very idea of Western civilization. I call Occidentalism, then, the Western version of Western civilization (its own self-description) ingrained in the imaginary of the modern/colonial world (Mignolo, 2000a, p. 338). The only cultures that ever challenged the expansion of European civilization were eventually defeated or assimilated, with the exception of China (Young, 2001). Never before the sixteenth century had the differentiation acquired the dimension that it had in the modern/colonial world, a world that was made, shaped and controlled by European powers, from the Spanish to the British empires and through Dutch, French, and German colonialism. The European Resnaissance (in southern Europe) and then the European Enlightenment (in northern Europe) did two things simultaneously. First, the self-image of the West began to be built by constructing the macro-narratives of Western civilization; second, the colonial difference began to be built with the philosophical debate around the humanity of the Amerindians (Mignolo, 2003, p. 82). The emergence of the modern/colonial world system involves the geo-economic, geo-political, and geo-cultural invention and management of the planet that centrally involves the production and organization of knowledge. Theoretical and philosophical thought during this early modern period laid the foundations for Eurocentric knowledge and modern western education. This hierarchical system of social classification emerged from the variety of discourses on the rights of Europeans to occupy, dominate, and manage the conquered and colonized peoples (Dussel, 1995; Quijano, 2008). The Spanish colonization of the Americas initiated a debate within the Church and the state over the classification and therefore legal status of the Amerindians. The well-known debate of Valladolid between Bartolome de las Casas and Juan de Sepulveda and, later on, the legal-theological scholarship in the School of Salamanca devoted to finding the place of the Amerindians in the chain of being and in the social order of an emerging colonial state culminated in the enunciation of the rights of the people (a forerunner of the rights of man and of the citizen) as vassals of the king and servants of God. Labor was needed for two reasons: first, to facilitate the massive death of Amerindians and, second, for the partial implementation of the crown legislation, helped by the church vigilance over the liberties taken by the conquistadores with Amerindians under their tutelage (Mignolo, 2000a, p. 53). In the months preceding the Columbuss initial voyage across the Atlantic in 1492, the Jews and Moors were being expelled from the Iberian Peninsula in the Spanish Reconquista, under the alliance between Ferdinand and Isabella. Ferdinand and Isabellas backing of Columbuss journey and the promises it held for the Spanish Crown and the Holy Roman Empire were interrelated with the emergence of a purity of blood doctrine and the Catholic Spanish Inquisition. European colonial expansion began simultaneously with the institution of the Catholic Inquisition that replaced centuries of Islamic multiculturalism (Young, 2001, p. 21). The debate over the humanity of the Amerindians within a discourse known as rights of people combined with the purity of blood principles in the construction of a new religious and racial imaginary that became part the formation of European civilizational identity. The discourse of purity of blood later became biological racism, while the discourse of the rights of people later became citizen/foreigner. The sixteenth century ideas of purity of blood and rights of people became the basic principles behind the classification and ranking of people all over the planet, redefining their identities, and justifying the variety of new forms of labor control (Mignolo, 2000a, 2006). What emerged from this initial period in the formation of the first worldwide system was a structure of knowledge that classified the peoples of the world according to an ethnic/racial hierarchy. This hierarchy was based upon a linear, ascending and progressive conception of history along a scale measuring the degrees to which individuals and cultures possessed the characteristics of civilization. The differences and identities constructed in this universalized system of classification became part of the system of power/knowledge relations that transforms differences into values. The geo-political configuration of scales that measured the nature of human beings in terms of an idea of history that Western Christians assumed to be the total and true one for every inhabitant of the planet led to the establishment of a colonial matrix of power, to leave certain people out of history in order to justify violence in the name of Christianization, civilization, and more recently, development and market democracy. Such a geo-political configuration created a divide between a minority of people who dwell in and embrace the Christian, civilizing, or development missions and a majority who are outcasts and become the targets of those missions (Mignolo, 2005, p. 4). According to Quijano, the colonial matrix of power constituted the worldwide existence and reproduction of geohistorical identities; a hierarchy between European and non-European identities; and institutions, like education, that maintain and expand this racially organized cultural-historical system. Through coloniality of power the entire planet was conceptualized in the production of knowledge and classificatory apparatus, linking capitalism to labor, race, and knowledge. With the emergence of European colonial domination came the European invention of a wide range of new social and geocultural identities, along with new forms of labor control and exploitation within the Atlantic commercial circuit and the New World. The process of Eurocentrification of the new world power in the following centuries gave way to the imposition of such a racial criteria to the new social classification of the world population on a global scale. So, in the first place, new social identities were produced all over the world: whites, Indians, Negroes, yellows, olives, using physiognomic traits of the peoples as external manifestations of their racial nature. Then on that basis the new geocultural identities were produced: European, American, Asiatic, African, and much later, Oceania. During European colonial world domination, the distribution of work of the entire world capitalist system, between salaried, independent peasants, independent merchants, and slaves and serfs, was organized basically following the same racial lines of global social classification, with all the implications for the processes of nationalization of societies and states, and for the formation of nation-states, citizenship, democracy and so on, around the world (Quijano, 2007, p. 171). The political and philosophical thought emerging with colonialism invented race as the pivotal notion that supported the process of world classification. The issue of race became the rationale used to support, justify, and perpetuate the practice of imperial domination. Race became the central principle for classifying and ranking people, redefining their identities and justifying European slavery and other forms of capitalist exploitation and domination. Race, according to Quijano, is a mental construction that expresses the basic experience of colonial domination and pervades the more important dimensions of global power, including its specific rationality: Eurocentrism (Quijano, 2000, p. 533). Racism here refers to classifications and ranking of human beings according to a model that corresponds with Euro-American ways of life and sensibilities (Mignolo, 1999b, 2003a). With the emergence of this system of social classification came the need to transform and design institutions that would maintain the knowledge/power relations structured and implemented in the sixteenth century. Maintaining or reproducing these racially organized knowledge/power relations is the heart of redemptive-civilizational missions of colonial modernity. The constructions of modern/colonial schooling and the modern/colonial curriculum are institutionalizations of this civilizational ideal. Initially, the civilizational ideal was enveloped within and propelled by the Christian worldview and its mission of Orbis Universalis Christianum. The Spanish Empire and the Roman Papacy were partners in the universal mission to expand Christendom, as well as the power of the Spanish Crown relative to other emergent and competing European territorial states. In complicity with the emergence of the capitalist world system and ethnic/racial system of classification, Christianity became the first global project of the modern/colonial world system. With the shift in the leadership of the Atlantic economy from Spain and Portugal to England and France, the rhetoric of modernity changed from Christianizing to civilizing the world during the eighteenth century. The ideal of civilization was no longer contained within Christianity and became European civilization itself. The hierarchy of European civilization was based in part upon western educated sensibilities and modes of comportment, in contrast to uncivilized people, both within and outside of Europe and North America, understood through anthropological knowledge categories such as savage and primitive. The basic idea of advancement along a linear conception of history continued, but history was now seen as the story of mans (instead of Gods) progressive movement toward civilization (instead of salvation). From its original meaning in the eighteenth century until the twentieth century, the concept of civilization remained singular, referring only to Europe (Mazlish, 2004). After World War II, U.S. led development and modernization projects displaced the missions of the British and French Empires. As the U.S. led modernization mission reached a global crisis point by the end of the 1960s, the project was reformed into the current mission of market democracy, guided by the philosophy of neoliberalism. All four missions are expressions of the coloniality of power and the system of social classification based upon the Eurocentric conceptions of knowledge and being (Lander, 2002). The civilizing missions of the modern/colonial world system involve the selection, production, organization, and control of forms of knowledge and education (Young, 1971; Apple, 1982) within and between nation-states around the world. Eurocentrism is embedded in the very structures of western knowledge and the colonial construction of cultures of scholarship (Sardar, 1999; Mignolo, 1997). The subjectivities and knowledges produced and reproduced through schooling are therefore narrowly confined in order to legitimately reproduce the racially stratified hierarchy that comprises the divisions of labor within the capitalist world system (Bowles, 1971; Chase-Dunn, 1989). The new historical identities produced around the foundation of the idea of race in the new global structure of the control of labor were associated with social roles and geohistorical places. In this way, both race and the division of labor remained structurally linked and mutually reinforcing, in spite of the fact that neither of them were necessarily dependent on the other in order to exist or change (Quijano, 2000, p. 536). This linkage between the systems of social classification and labor stratification is a central component of a global model of power that emerged with the convergence of events and discourses from the sixteenth century and continues within the rhetoric of globalization in the present. This model of power is inherent in the structures of modern knowledge and thought. Coloniality of power in other words, refers to the way the world was divided up and hierarchically classified within the constitution of a European centered cultural complex referred to by Quijano as modernity/rationality (Quijano, 1999). This cultural complex of rationality was put in place as a universal paradigm of knowledge and of hierarchical relations between rational humanity and the rest of the world. Coloniality of power implies and constitutes itself through interrelated systems of social classification, institutions like schools that construct and manage these classifications, capitalist sociospatial relations (Lefebvre, 1991), and an epistemological framework that controls the production and organization of knowledge. Thus, coloniality is a system of domination and control that operates according to a particular logic. According to Quijano, the logic of coloniality works through four domains of human experience: economic (appropriation of land, exploitation of labor, and control of finance); political (control of authority); civic (control of gender and sexuality); and epistemic and subjective/personal (control of knowledge and subjectivity). Each domain is interwoven with the others. All four spheres are integrated into the logic of domination and exploitation. Within each sphere there are ongoing struggles for control, accommodation, resistance, and change. For the past five hundred years, different worldviews have been in collision with one another, but the Eurocentric worldview has created the internal and external borders for the world. Coloniality of power is manifest in the global class, racial, gender, sexual orientation, and religious hierarchies of the present day. Coloniality of power manifests itself in social hierarchies, economic, racial, and sexual inequalities, economic and cultural dependencies, achievement gaps, high school dropout rates, etc. Coloniality of power is manifest in the class and racially stratified outcomes of mass education systems. This universalized system of differentiation is evident in the dichotomous categories of ordinary language and the discourse of schooling, e.g., superior/inferior, rational/irrational, literate/illiterate, modern/traditional, developed/underdeveloped, educated/uneducated, civilized/primitive, normal/abnormal, etc. Barbarians, primitives, underdeveloped, people of color, children, illiterates, uneducated, at-risk, minorities, underachievers, etc., are all educational policy categories of people subjected to the ongoing civilizing, assimilating, educational missions of modernity/coloniality. The system of social classification that comprises the coloniality of power forms the foundation for the basic assumptions of Eurocentric knowledge. The epistemic foundation of the modern/colonial world system can be summarized as a Eurocentric knowledge framework for classifying, ranking, and organizing people and places within a patriarchal and racial hierarchy interlinked with the capitalist system of production (Quijano, 2000). Coloniality of power is evident in four main assumptions underlying Eurocentric knowledge (Lander, 2002). First, Eurocentric knowledge is based on the construction of multiple dichotomies or oppositions, i.e., reason and body, subject and object, culture and nature, masculine and feminine (Berting 1993; Quijano 2000; Lander 2000). Second, European regional or local history is the model or reference for every other history, the apex of humanity's progress (Dussel 2000; Quijano 2000). Third, cultural differences are converted into value differences (Mignolo 1995), time-space distances (Fabian, 1983), and hierarchies that define all non-European humans as inferior (Lander, 2002). Fourth, and finally, science and technology are both the source and the proof of western advancement toward greater control of the environment. Within the sphere of knowledge production, the epistemic framework of colonial modernity maintains six epistemological assumptions: formality, intractablility, decontextualized, universalistic, reductionist, and one-dimensional (Kincheloe, 2008). Formality refers to the primacy of abstract methodology as the guarantor of truth (Gadamer, 1989; Kincheloe, 2008). Intractability refers to the ontological assumption that the world is an inert, static entity. Decontextualized refers to the assumption that complete knowledge can be produced from phenomena removed from their diverse and interrelated contexts of meaning. Universalistic refers to the requirement that the production of true knowledge apply to all domains of the world. Reductionist refers to the focus on phenomena that can be measured and captured in concepts, while one-dimensional refers to the assumption that there is one true discoverable reality. These foundational epistemological assumptions comprise the Eurocentric framework for the production of rational knowledge that determine and control the selection and organization of knowledge in western and western-influenced systems of education (Kincheloe, 2008, p. 22). Eurocentrism, as a perspective on knowledge, is inherent within the very structure of knowledge that comprises the modern academic disciplines and school subjects. Historically, the western knowledge disciplines, both conceptually and ideologically, emerged within and served to promote the project of modernity/rationality or the expansion and penetration of western civilization, both within and beyond Europe. The humanities and modern social sciences create an imaginary with respect to the social world of the subaltern (the Orientals, the blacks, the Indians, the peasants) that not only served to legitimize imperial dominance on a political and economic level but also helped to create epistemological paradigms within these sciences, as well as to generate the (personal and collective) identities of the colonizers and the colonized (Castro-Gomez, 2008, p. 264). The structure of modern knowledge, and its divisions into various disciplines, is a direct reflection of the Western worldview. How this worldview perceived reality and what it considered to be its civilizational problems came to be crystallized as disciplines (Sardar, 1999, p. 51). If Eurocentrism is intrinsic in the way we think and conceptualize, it is also inherent in the way we organize knowledge. Virtually all the disciplines of social sciences, from economics to anthropology, emerged when Europe was formulating its worldview, and virtually all are geared to serving the need and requirements of Western society and promoting its outlook. Eurocentrism is entrenched in the way these disciplines are structured, the concepts and categories they use for analysis, and the way progress is defined with the disciplines (Joseph et al. 1990) (Sardar, 1999, p. 49). Eurocentrism is intrinsic in the way western educators think about and conceptualize knowledge, in part because it is also inherent in the way modern knowledge and education were conceived and organized. If the very structure of modern knowledge and the construction of the knowledge disciplines are entrenched within a Eurocentric framework, then formal educational institutions and curriculum practices are also deeply embedded within the Eurocentric milieu (Kanu, 2006). Western organized knowledge and education, from preschool to graduate school, have successfully enculturated Eurocentric forms of knowledge and subjectivity. Eurocentrism is intrinsic to the ways western educators think and is inherent in the way they organize and teach knowledge. The western school curriculum is thoroughly Eurocentric. Only recently have the deeply embedded Eurocentric assumptions underlying the various school subjects and the organization of school knowledge been problematized (Willinsky, 1998; Kanu, 2006; Kincheloe, 2008; Des Jarlais, 2008). Examining the basic assumptions of Western education and understanding their effects on local ways of knowing is particularly important today given the increasing global interactions in politics, economics, and education (Des Jarlais, 2008). With this critical analysis of western modernity from the perspective of coloniality the modern/colonial school curriculum can be interpreted as effectively defined and contained within an imperial/colonial paradigm. The modern school curriculum is part of the epistemic framework of colonial modernity. As described above, the modern/colonial curriculum represents and reproduces a Eurocentric worldview based upon assumptions of the superiority and universality of knowledge within the western knowledge system. The imperial/colonial paradigm of knowledge and education constructs and maintains a hegemonic and totalizing view of and way of being in the world. Modern western educational institutions emerged in the sixteenth and seventeenth centuries as part of a disciplinary revolution around the same Renaissance idea of civilized man that underlies the coloniality of power (Gorski, 2003; Illich, 1978). Since the sixteenth century, schools have been institutions that relate the state, civil (and religious) authority and moral discipline (Popkewitz, 1997, p. 140). The sixteenth century origins of Eurocentric ways of knowing and being created the conceptual horizon within which all subsequent modern political ideologies and social theories emerged (Schwarzmantel, 1988; Wallerstein, 1991; 1995). Over the past five hundred years, the epistemic framework of Eurocentric ways of knowing and being (captured broadly as the discourses of Occidentalism and Orientalism) was imposed upon the entire world, subjugating all other forms of knowing and learning to the universalized standards, concepts, metaphors, and ideologies of western knowledge and education. The Eurocentric curriculum, along with the assimilating, civilizational ethos of modern schooling, are the most overt illustrations of educations direct and ongoing complicity in this patriarchal and racial system of domination and exploitation. Western modernity is constructed in part through particular cultural constructions of knowledge and subjectivity that are largely taken-for-granted (especially in western educational institutions) as universally applicable and valid for all peoples and cultures, i.e., scientific truth, objective history, human being. Modernity was imagined as the house of epistemology (Mignolo, 2000a, pp. 93). Ethnocentric, epistemological Eurocentrism is the intended outcome of modern western education, based on the central myth of modernity that European reason and knowledge is superior to all other forms of thought (Dussel, 1995). Today, it is necessary for the ethics, politics, and epistemology of the future to recognize that the totality of western epistemology, from either the right or the left, is no longer valid for the entire planet (Mignolo, 2002, p. 86). Eurocentrism is a rationale that conceals the historical and contemporary relations between knowledge and power the power of modern/colonial oppression and domination. This Eurocentric worldview is interlinked historically and conceptually with the inherently violent racial classification of humanity and the control of labor within the world capitalist system (Quijano, 1999, 2000, 2008; Mignolo, 2003a; Dussel, 1993, 1995; Grosfoguel, 2002). Modern mass schooling not only serves as a selection and sorting mechanism for the global racial divisions of labor, but, through its Eurocentric curriculum and civilizational ethos, modern schooling is a necessary apparatus for reproducing the cultural worldview that legitimates and conceals the inherent violence of the modern/colonial world capitalist system. Thoroughly disguised behind the rhetoric of modernity (i.e., progress, freedom, self-governance, civilization, scientific truth, rationality, equality of opportunity, meritocracy, etc.), western schooling is a modern/colonial institution that effectively reproduces a racially stratified social system (Goldberg, 1993, 1994; Omni & Winant, 1986; Dirlik, 2008; Mignolo, 2003a; Grosfoguel, 2002; Pepper, 2006; Giroux, 1998). From this perspective, modern western schooling practices are modern/colonial institutions responsible for producing civilized subjectivities, and, through the imposition of this civilizing process, reproducing a racialized hierarchy of cultural assimilation that comprises the national and international systems of labor. The global racial/ethnic hierarchy of European and non-European is an integral part of the development of the capitalist world systems international division of labor (Grosfoguel, 2002, p. 206). The global racial/ethnic hierarchy and global racialization processes (Grosfoguel, 2002; Winant, 2001, 2006; Maldonado-Torres, 2004; Macedo & Gounari, 2006, Da Silva, 2007; Dirlik, 2008) refer to classifications and rankings of human beings according to a model that corresponds with Eurocentric ways of knowing and being (Mignolo, 2006). Mass education systems are among the primary institutions responsible for the enculturation of Eurocentric ways of knowing and being that rank order individuals according to their degree of assimilation into the dominant cultural system. In the taken-for-granted alliance between the state, business, and education, educational degrees and diplomas exercise hegemonic control over access to employment and life-course possibilities and identities. Eurocentric structures of knowledge and the Eurocentric curriculum are at the center of these colonial, capitalist, and racialized, civilizational, assimilation processes. Race and class are interrelated through the underlying epistemic logic of modern racism and the educational reproduction of the global racial hierarchy (Goldberg, 1993, 2002; Silva, 2007). Epistemic and ontological differences are European inventions that secure the supremacy of western rationality and devalue what cannot be assimilated. At the epistemic level, the Western notion of rationality became a universal measuring stick and a model of a rational human being. At the same time, it spilled over ontology, as those who are not quite at the level of Western notion of rationality are lesser being. This is, simply, the logic of racism: the invention of epistemic and ontological colonial differences to secure the supremacy of Western rationality and devalue what cannot be assimilated. And it is basically epistemological because it is invented and created rather than representing epistemic and ontological differences in the world (Mignolo, 2008, p. ). Differences (coloniality of differences) are constructed and hierarchically organized in order to eliminate the threat of difference to the effective reproduction of the world system. The transformation of differences into values is a machine like process, propelled by the energy of an unconscious cultural ethos, instituted and maintained by a globally organized dominant white male elite class. The imposed value hierarchy reflects the dominance of the Eurocentric ways of knowing and being (presumed to be universal) of this capitalist, patriarchal, and racist culture (Grosfoguel & Cervantes-Rodriquez, 2002). The parallels between the racial patterns of educational attainment (Dei, et. al., 1997; Ladson-Billings, 1997, 1998; Orfield, 2004; Yosso, et. Al., 2004; Stinson, 2006) and the racially stratified system of labor are part of a global model of power relations that emerged in the sixteenth century. Aproximately twenty percent of all Hispanic and African-American adults in the U.S. today have a college degree, compared to fifty percent among white adults (Santora, 2009; Yosso et.al., 2004). From kindergarten screening through graduate level exams, minority peoples have struggled to compete successfully with dominant populations (Bourdeaux, 1995; Gegeo & Watson-Gegeo, 1999, p. 27) (De Jarlais, 2008, p. 43). Many school districts in the U.S. test all students by the third or fourth grades and use the results to segregate students thereafter in ways that correspond highly and consistently with racial and class differences (Oakes, 1985). The latest round of international educational restructuring (Daun, 2002), is part of the global restructuring of the international system of labor control, intertwined with the reassertion of the authority of the Eurocentric worldview and structures of knowledge threatened by the variety of critiques of western modernity since the 1960s (Crozier, Huntington & Watanuki, 1975; Aronowitz and Giroux, 1991). The Eurocentric worldview and civilizational ethos, as well as the existing structures of knowledge and western institutions of education, particularly mathematics and science education, are integral to the effective governance and reproduction of the racially stratified modern/colonial world system, undergoing an epochal crisis today (Wallerstein, 2008; Grosfoguel, 2008). Despite decades of multicultural education, assimilation into the dominant ways of knowing and being remains the underlying purpose of western mass educational systems. approaches to cultural and linguistic diversity in education have centered around a deficit-difference paradigm whereby the lifeways of nondominant groups (e.g., members of racialized ethnic minority groups, migrant and multilingual populations, the working class and the working poor, and stigmatized religious groups) are understood as a set of cultural traits that are ascribed moral and economic values (Lam, 2006, p. 215). Based on the assumption and expectation of assimilation into a superior Eurocentric system of knowledge and being, western education is inherently racist and reproductive of a violent world system of exploitation and domination. Epistemic racism negates the cultural capacity of marginalized groups to produce their own knowledge (Maldonado-Torres, 2004). From this perspective, there is no way out of the globalized system of western racism and capitalism without de-linking knowledge from western epistemology, in part, through the creation of a postEurocentric curriculum. Reframing modernity in relation to coloniality makes Eurocentrism a key concept for denaturalizing the ways western educators and educational researchers learn to perceive and conceive the world. Understood as the epistemic framework of colonial modernity, Eurocentrism becomes a metaphor to denaturalize the modern paradigm of rational knowledge inherent in the conceptualization and organization of modern schooling. Eurocentric knowledge is not another way of conceiving the world that is demonstratively or presumed to be better than other ways and therefore remains dominant in the world today (Landes, 1999; Lewis & Aikenhead, 2001). The epistemic framework that emerged during the sixteenth century was intended to marginalize knowledges, languages, histories, and ways of being in order to prop up the emergent colonial cultural complex that later became known as modernity and rationality. Once the correlation between subject and object was postulated it became unthinkable to accept the idea that a knowing subject was possible beyond the subject of knowledge postulated by the very concept of rationality put in place by modern epistemology (Mignolo, 2000). The world became unthinkable beyond European (and, later, North Atlantic) epistemology. The colonial difference marked the limits of thinking and theorizing, unless modern epistemology (philosophy, social sciences, natural sciences) was exported/imported to those places where thinking was impossible (because it was folklore, magic, wisdom, and the like) (Mignolo, 2002, p. 90). Eurocentrism, as the epistemic framework of colonial modernity, involves the elimination and subordination of other ways of knowing and being through a system of power/knowledge relations that legitimates ongoing projects of violent exploitation, domination, and subjugation (Rojas, 2002). The epistemological privilege granted to modern science from the seventeenth century onwards, which made possible the technological revolutions that consolidated Western supremacy, was also instrumental in suppressing other, non-scientific forms of knowledge and, at the same time, the subaltern social groups whose social practices were informed by such knowledges. In the case of the indigenous peoples of the Americas and of the African slaves, this suppression of knowledge, a form of epistemicide (Santos, 1998), was the other side of genocide. There is, thus, an epistemological foundation to the capitalist and imperial order that the global North has been imposing on the global South (Santos, Nunes & Meneses, 2007b, p. xviiii). The power of European colonialism and, interrelated, the expansion of western modernity, involved the extinction and marginalization of epistemic diversity. The diversity of knowledge and understanding of the world is much larger and more complex than the western monocultural and reductive Eurocentric interpretations that comprise the school curriculum today. There are diverse forms of knowledge of matter, society, life and spirit, as well as diverse concepts of what counts as knowledge and how knowledge should be validated. There are also diverse ways of conceiving and organizing school subjects and schooling in general. Much of this diversity has been destroyed with the rise of modern knowledge. Londa Schiebinger argues that the destruction of cultures and knowledge of flora and fauna has resulted in a net loss of knowledge of the natural world, not an explosion of knowledge (Schiebinger, 1993, p. 209). Behind the European story of discovery and progress are the histories, experiences, and silenced conceptual narratives of those who were disqualified as human beings, as historical actors, and as capable of thinking and understanding (Mignolo, 2005, p. 4). The violent elimination, subordination, and marginalization of other cultural ways of knowing and being are necessary consequences of the expansion of the Eurocentric knowledge formation. the achievements of modernity go hand in hand with the violence of coloniality (Mignolo, 2005, p. 5). The history of the knowledge learned in Eurocentric schooling includes both wonders and horrors. The survival of the world today is at-risk because of the consequences of the progress of modernity. Coloniality essentially names the hegemony of European knowledge and being through the hierarchical incorporation of all other cultures into a Eurocentric cultural project. The incorporation of such diverse and heterogenous cultural histories into a single world dominated by Europe signified a cultural and intellectual intersubjective configuration equivalent to the articulation of all forms of labor control around capital, a configuration that established world capitalism. In effect, all the experiences, histories, resources, and cultural products ended up in one global order revolving around European or Western hegemony. Europes hegemony over the new model of global power concentrated all forms of the control of subjectivity, culture, and especially knowledge and the production of knowledge under its hegemony (Quijano, 2008, pp. 188-189). Coloniality of power is thus a principle and strategy of control and domination that is constitutive of western modernity as a long series of political, economic, cultural and educational projects. The concept of coloniality has opened up, the re-construction and the restitution of silenced histories, repressed subjectivities, subalternized knowledges and languages performed by the Totality depicted under the names of modernity and rationality (Mignolo, 2007, p. 451). The critique of coloniality must therefore entail the critique of its epistemic nucleus (Eurocentrism), that is, a critique of the type of knowledge that contributed to the legitimation of European colonial domination and its pretenses of universal validation. Understanding Eurocentrism within the history of its emergence in the sixteenth century calls forth the creative inclusion and integration of subaltern knowledges and corresponding ways of being in the post-Eurocentric school curriculum. The knowledge, critical insights, and political strategies produced from the subaltern side of the colonial different serve as point of departure to move beyond colonialist and nationalist discourses. Rather than underestimating the subaltern, we should take seriously their cosmologies, thinking processes, and political strategies as a point of departure to our knowledge production (Grosfoguel, 2002, p. 209). If modernity is understood as a global (universalized) design produced from a local (particular) history that, in the process of imperial/colonial expansion, has subalternized other local histories, then alternatives to modernity become conceivable and necessary. By recognizing the educational value of local knowledges that have been subalternized within the globalized project of modernity, a post-Eurocentric curriculum is an alternative to the hegemony of the western curriculum. A post-Eurocentric curriculum includes and situates the modern Eurocentric curriculum as one among many other equally legitimate cultural forms of knowledge and being. An other logic (or border thinking from the perspective of subalternity) goes with a geopolitics of knowledge that regionalizes the fundamental European legacy, locating thinking in the colonial difference and creating the conditions for diversality as a universal project (Mignolo, 2002, p. 91). Like the rationale behind the current conversion in the U.S. from analogue to digital television signals, the space of schooling needs to be redesigned and opened up to include the diversity of knowledges and ways of being that the current commodified, monocultural, and Eurocentric system forbids. The narrowness and rigidity of epistemic boundaries established and controlled in the process of building the modern colonial world system must be transformed, in the name of equality and justice for all, as well as in order to make education more relevant and useful in the world today. The diverse array of epistemological perspectives that have been subordinated and excluded within the Eurocentric curriculum provide a broader range and richer variety of thinking about and intervening in contemporary problems. There is no single type of knowledge that can completely comprehend an issue and account for all possible interventions in the world. All knowledges are incomplete in different ways. When there is no unity of knowledge, there is no unity of ignorance (Santos, 2007a, p. 68). Along with opening up the space of schooling to include the plurality of the epistemic diversity, there is an interrelated need to expose the limits (i.e., the ignorance) and power relations of modern epistemology and the modern Eurocentric curriculum (Willinsky, 1998). Developing a post-Eurocentric curriculum involves critiquing and displacing the western monocultural epistemology with a multicultural epistemology more reflective of the diversity of ways of knowing and being in the world (Abdi, 2006; Santos, Nunes & Meneses, 2007b). From this perspective, there is no social justice without cognitive justice, and the achievement of cognitive justice calls for a multi-epistemic curriculum. Educational equality must include epistemic equality. There are numerous and various multi-cultural and critical intellectual and social movements within education that contribute to and compliment this post-Eurocentric curriculum project. The analysis of Eurocentrism above is intended to further the critique of Eurocentrism by providing a necessary historical and philosophical framework for imagining and implementing a post-Eurocentric curriculum. This analysis provides a framework to bring these separate and varied critical movements together around the shared goals of critiquing and going beyond Eurocentric schooling. Partial but significant critiques of Eurocentrism have begun to emerge in the various school subjects (Kanu, 2006). In the following section, emergent mathematics and science education critiques of Eurocentrism are reviewed along with their proposals for a post-Eurocentric curriculum. Towards a Post-Eurocentric Curriculum in Math and Science Education The mathematics and science education literature reviewed below was selected because it initiates the task of critiquing and reconceptualizing the dominant imperial/colonial model of knowledge, and contributes towards the development of a post-Eurocentric curriculum. The literature reviewed here is not the only literature in education today that is consistent with and contributes to the critique of Eurocentrism as described above. Afrocentricity (Mazama, 2003; Asante, 1991a, 1991b) and critical race theory in education (Ladson-Billings & Tate, 1995; Tate, 1997) should be mentioned as making similar kinds of (or complimentary) critiques of the Eurocentric paradigm in education. Afrocentricity and critical race theory in education both offer important contributions to the creation of a post-Eurocentric curriculum. The Afrocentric curriculum provides a pedagogical model for and a component part within a pluriversal curriculum organized within an ecology of knowledge. Critical race theorys interpretation of the interrelations between racial formation, capitalism, and education are consistent with and inform the critique of colonial modernity offered by the modern/colonial world system perspective (Ladson-Billings & Tate, 1995). Proponents of Afrocentricity and critical race theory in education have not (yet) developed critiques of Eurocentrism in the core school subjects, with the exception of the Afrocentric critique of modern history (Karenga, 2003; Asante, 1991a; Tate, 1997). Because the focus of this review is the Eurocentric curriculum, I have chosen not to include either the literature on Afrocentricism or critical race theory in education. I have chosen instead to review the critiques of Eurocentrism coming from within two core subjects that present specific curriculum alternatives for students from multiple cultural backgrounds. Similar reviews of literature critiquing Eurocentrism within other schools subjects (i.e., social studies, English, foreign languages, physical education, art, etc.) will continue this post-Eurocentric curriculum project in the future. Challenging the foundations of Eurocentrism in education, I believe, requires a sustained critique of and viable alternatives to the traditional school subjects that maintain the Eurocentric worldview. With the recent emergence of the charter school movement there are a proliferating variety of culturally distinct schools in some parts of the U.S. today, i.e., Philadelphia. From my own sampling of the elementary and secondary school curricula described on the websites of these varied and distinct schools, they appear to offer the same kinds of courses, particularly in math and science, as those offered in more conventional schools. The elementary and secondary school curriculum, as well as the community college curriculum, are ultimately controlled by the university curriculum, which in turn is controlled by the corporate capitalist-state alliance (Barrow, 1990; Currie & Newson, 1998; Bealey, 2001). School subjects embody particular forms of reasoning, perception, and valuing. Mathematics education for example, can support the development of an ideology of certainty (Borba & Skovsmore, 1997). The effects or consequences of any particular school subject depend upon the historical-ideological regime of power and knowledge within which all school subjects are conceived and practiced. This is a primary reason why interpreting and understanding the historical-cultural context of modernity is so important for curriculum theory. The particular ways school subjects are conceived, understood, and practiced contribute to the particular ways the social world is reproduced. Problematizing the Eurocentric assumptions intrinsic to the ways the various school subjects are conceived, understood, and practiced problematizes the logic of acculturation that contributes to the ambassador-like ethos of teaching these subjects, i.e., to enable students to think like scientists, mathematicians, historians, etc. Once modernity is seen as intertwined with coloniality, educators are faced with an intellectual challenge that calls for the redesign of teacher education programs, beyond the confines of national accreditation controls and elite white male state education boards. Teachers may no longer assume that their primary task is to bring students uncritically into their subjects. Once the intrinsic links between the school subjects and the history of modernity/coloniality are problematized, the primary tasks of teachers include bringing students to an informed understanding of the historical contexts of these subjects to both their splendors and their horrors, along with their limits. Situating school subjects within their historical contexts can no longer be a goal relegated to social studies. A post-Eurocentric curriculum involves a critical epistemology where the critique of what is learned is part of the learning process within all subjects (Helle & Skovsmose, 2002, p. 255). Western science, mathematics, and technology are an integral part of the colonial and neo-colonial infrastructure as well as the civilizational ideologies that legitimate the assimilation-civilizing missions of modernity (Pyenson, 1993). This Baconian/Cartesian/Newtonian worldview posed science against magic, anyway and everywhere, and always. This world-view logically could tolerate the concept of civilization only in the singular. Those imbued with the scientific spirit were civilized and civilizing; all others were not. No doubt many resisted such implications in the name of humanism, or of relativism, or of the concept of original sin, but after five centuries it is hard to contend that science as the disenchantment of the world has not come to predominate our intellectual world in ways both obvious and overt and ways more hidden and deep-rooted (Wallerstein, 1991, pp. 218-129). Although not normally included in the science, engineering, or history curricula, western science and technology are at the center of western imperial expansion over and colonization of much of the globe (Adas, 1989; Wallerstein, 1980; Osborne, 1999; Vlahakis, et al. 2006). Science was coproduced with industrial capitalism in the seventeenth century northwestern Europe. The internationalization of what is now called modern Western science was enabled by the colonization of other places in which the conditions of its formation (including its symbolic relationship with industrialization) was reproduced (Gough, 2007, p. 40). Science is intertwined with the industrial and military technologies that enabled European movement and expansion around the world (Restivo & Loughlin, 2000, p. 135). The conventional histories of both science and mathematics and the ethos of math and science education continue to reinforce the continual improvement (meliora) narrative of western civilization. Until recently, for example, historians of science uniformly defended western rationality and provided justification narratives for Western imperial expansion (Pyenson, 1993, p. 329). In the nineteenth and early twentieth centuries, mathematics and the natural sciences were seen as two pillars of western culture, a significant part of any cultured or civilized persons education (Bishop, 1990). The power of western hegemony rests on the claims of superiority, universality and ethical neutrality of western math and (positivist) science and technology, extending to claims of western superiority in the social, cultural, moral political and intellectual spheres (Fasheh, 1991). In their assumptions of abstract universality and civilizational self-understanding, as well as their direct, but obscured, historical links to geopolitical power and identity, science and mathematics are among the most overtly Eurocentric subjects among the western knowledge disciplines (Adas, 1989; Bishop, 1990; Gough, 2007). Mathematics and the natural sciences are today still represented as the most objective, neutral, and universal of all disciplines (Joseph, 1987). Mathematics and the natural sciences are the only areas of study presented with little or no historical, cultural, or political references. This ahistorical approach is essential for what Alkalimat (1990) identifies as a process of indoctrinating an elite with the metaphysical myth of eternal Eurocentric domination of the world (p. 2) (Anderson, 1990, p. 297). Today, the so-called best science and mathematics education and teacher education practices continue to reproduce an ahistorical, instrumental, and ethnocentric mentality that ignores the important geopolitical and cultural-historical realities of both these subjects. There are few aspects of the best science educations that enable anyone to grasp how nature-as-an-object is always cultural These elite science educations rarely expose students to systematic analysis of social origins, traditions, meanings, practices, institutions, technologies, uses, and consequences of the natural sciences that ensure the fully historical character of the results of scientific research (Harding, 1993, p. 1). These presumptions of universality, objectivity, cultural neutrality, and cultural superiority in math and science education are interrelated with their gate keeper functions within the capitalist/patriarchal/racial hierarchy. Erudition, abstraction, and compartmentalization are the cornerstones of Eurocentric mathematics and science, enabling schools to objectively stratify students according to the racial-labor hierarchy (Anderson, 1997, p. 297). Math and science education (at all levels of schooling) serve as effective cultural gatekeepers that legitimately limit the numbers of non-dominant group members from further access to particular educational opportunities and higher wage employment (Ladson-Billings, 1997; Oakes, 1985). Among the math and science related professions in the United States today, Latino/as and Blacks comprise two percent Povey, 2001). Mathematics education serves as a gate keeper to participation in the decision making processes of society (Volmink, 1994, pp. 51). The persistent achievement gap between Black and White students in the U.S. in mathematics was 39 percent in 2000, as measured by the NAEP math test (Struchens, et. al., 2004). The statistics of racial, class, and gender disparities in math and science education and related professions abound. Math and science education and social stratification interact (Skovsmove, 2004, p. 3), but these complex interactions are hidden behind the myths of modernity. The assumptions of Modernity hide any position in which it is important to be critical of mathematics and mathematics education. I find that much mathematics education has enjoyed a protective shield established by the assumptions of Modernity. But if the intrinsic link between mathematics and socio-political progress cannot be maintained, mathematics education must address the uncertainty with respect to what might be done through mathematics (Skovsmose, 2004, p. 8). Only within the past decade have mathematics education researchers in the U.S. begun to include the sociocultural arena in their efforts to understand these ongoing and yet to be explained racial differences in standardized test results (Stinson, 2006). Historically, there has been a general lack of examining the specific mathematics school experiences of African American students and other minority students, such as Latino/a, Native American, Caribbean, low socioeconomic(Stinson, 2006, p. 478). This occlusion of the cultural determinants of western science and mathematics contributes to what Sandra Harding describes as the persistence of Eurocentrism or androcentrism of many scientists, policymakers, and other highly educated citizens that severely limits public understanding of science [and mathematics] as a fully social process (Harding. 1993, p.1). Western scientists have for the most part been culture blind to the ways in which their science and they themselves have been occidentalized, and doubly blind to how the occidentalisms infecting science have been shape by the Wests role in the political economy, and the political economy of the West itself. Whether in their laboratories or as ambassadors of science abroad in the colonial and postcolonial world, scientists bring with them the occidentalized selves and sciences. This is the root of the dangers in talk about universal truths and universal science; for how far it this from talk about the universal relevance of the morality, logic, and world-view of the West? Scientists conception of themselves as practicing a neutral methodology has helped to shape their occidentalist consciousness (Restivo & Loughlin, 2000, p. 142). Because of their direct links with the maintenance of the dominant structures of power in the global political economy today, mathematics and science curricula are also the most standardized internationally (Neyland, 2007; Gough, 2007; Carter, 2008a). Knowledge in the form of an international commodity indispensable to productive power is already, and will continue to be, a major perhaps the major stake in the worldwide competition for power (Lyotard, 1984, p. 5). Neo-liberal globalization is presided over by techno-scientific knowledge, and owes its hegemony to the credible way in which it discredits all rival knowledges, by suggesting that they are not comparable, in terms of efficiency and coherence, to the scientificity of the market laws. Since neo-liberal globalization is hegemonic, no wonder that it anchors itself in the knowledge, not less hegemonic, of Western-based modern science (Santos, 2008, p. 3). In her ridicule of the social justice and cultural relevance rationales behind particular teaching practices associated with ethnomathematics, conservative educational historian Diane Ravitch reasserts the familiar assumptions of universality and the realist interpretation of international power relations underlying Eurocentric mathematics. It seems terribly old-fashioned to point out that the countries that regularly beat our students in international tests of mathematics do not use the subject to steer students into political action. They teach them instead that mathematics is a universal language that is as relevant and meaningful in Tokyo as it is in Paris, Nairobi, and Chicago. The students who learn this universal language well will be the builders and shapers of technology in the twenty-first century. The students in American classes who fall prey to the political designs of their teachers and professors will not (Ravitch, 2005). From the perspective of modernity/coloniality, the international system of states, (within which the current global market civilization is being organized), is the very essence of the coloniality of power (Anghie, 1996). Coloniality was essentially the creation of a set of states linked together within an interstate system in hierarchical layers.Coloniality was an essential element in the integration of the interstate system, creating not only rank order but sets of rules for the interactions of states with each other (Quijano & Wallerstein, 1992, p. 550). Positioning our students and their education within this competitive and hierarchical interstate framework is a contemporary example of the imperial/colonial control of knowledge and subjectivity under the pretense of universal knowledge and the market ideology of globalism (Steger, 2002). The emergence of ethnomathematics along with the postcolonial critique in science education, are challenging the conventional definitions and assumptions of these two core subjects. These various movements are contributing to the emergence of decolonial possibilities for math and science teachers and teacher educators. In a decolonial school curriculum, the modern/colonial history of science and mathematics knowledge and education would be recognized and included at all levels of instruction (Willinsky, 1998; Vlahakis, et al. 2006). A pluriversal curriculum exposes through comparison with alternative (non-western) forms of knowledge, the modern/colonial presuppositions underlying the standardized Eurocentric curriculum, and opens up the possibilities for thinking beyond modernity/coloniality. Ethnomathematics In the field of culture and mathematics, a tradition known as ethnomathematics is contributing to the invention and implementation of such a pluriversal curriculum. Ethnomathematics has exposed the Eurocentric biases and imperial/colonial history of academic mathematics. By researching and implementing into the curriculum the diverse cultural forms of mathematical reasoning from around the world, ethnomathematics has directly challenged the monocultural assimilationist project of colonial modernity (Powell & Frankenstein, 1997). Located in the middle of the extremely diverse field of culture and mathematics, with its multiple definitions, divisions, and approaches (Barton, 1996), ethnomathematics is not easily summarized. The modest purpose here is to provide an introductory overview that highlights the ways ethnomathematics proposes and contributes to the making of an alternative to modernity. Ethnomathematics emerged at the end of the 1970s and early 1980s out of the confluence of a variety of world events and the joining together of the history of cultures with cultural anthropology. The failures of the New Mathematics curriculum, transplanted from the North to the South in the 1960s; the importance attributed in the new politically independent states of the Third World to education for all, including mathematical education, in the strive for economic independence; and the public unrest in the North about the involvement of mathematicians and mathematical research in the Vietnam war are some of the factors that stimulated reflection about the place and implications of mathematical research and teaching (Gerdes, 1997, pp. 334-335). In general, mathematics in colonial education was presented as western or European, as an exclusive creation of white men (Gerdes, 1997). Trade, administration, and education were the three major mediating agents in this process of cultural invasion in colonized countries by western mathematics. As in the case of other branches of knowledge, colonialism first suppressed and made invisible non-Western forms of mathematics and then constructed the fable that mathematics was in fact a European invention that it brought to the colonized Other as a civilizing gift. The colonial education system reinforced the idea that it was quite unthinkable for a non-Western culture or civilization to produce any form of mathematical knowledge (Sardar, 1999, p. 54). Since the early modern period, this Eurocentric conception of mathematics was imposed around the world and later accepted as the pattern of rational human behavior. The West defined mathematics, just as it defined other forms of knowledge, in a specifically Eurocentric way. This definition ensured that certain non-Western notions of mathematics could not be included in mathematics as it came to be seen by the West. Mathematics was reformulated as a deductive, aprioristic system, that proceeded from axiomatic foundations and revealed the underlying reality of the physical universe. In non-Western worldviews, mathematics is a purely human invention. Like music or literature, it is a product of human mind. We invent it, we use it, but we do not discover it. It has a practical and social function. The West, however, elevated mathematics into Platonic reality: it really exists, there is a pi in the sky, laws of physics are laid down in heaven in mathematical formulae and mathematics simply discovers them Sardar, 1999, p. 54). In the 1960s, curriculum thinking operated largely within the framework of modernization and development, the third of four successive redemptive-civilizational missions described above (Vithal & Skovsmose, 1997). The very concept of development was intimately related to technological development. As an implication, much interest was oriented towards the qualification of the future labour force. This was conceived of as an education problem, and a radical curriculum reform was suggested. This was all wrapped up in an optimistic attitude toward technology. Progress, both economical and political, was related to the development of technology. Parallel to a uniform conception of technology followed a uniform conception of mathematics education. So mathematics education came to have a central role as it became implicated in this modernization theory (Vithal & Skovsmose, 1997, p. 132). During the 1960s, a New mathematics curriculum was transplanted from the highly industrialized nations to Third World countries (Gerdes, 1997, p. 337). With the consolidation and global reach of western modernity by the twentieth century, mathematics was seen as central to the process of development. Mathematics became the support for technological capacities at all levels of a society. In 1959, the mathematician M.H. Stone gave the introductory lecture to the Royaumont seminar the starting point of the New Math movement in Europe and argued in favor of a mathematical education that could be: Clearly recognized as the true foundations of the technological society which it is the destiny of our time to create. We are literally compelled by this destiny to reform our mathematical instruction so as to adapt and strengthen it for its utilitarian role carrying the ever heavier burden of the scientific and technological superstructure which rest upon it (OEED, 1961, 18) (quoted in Skovsmose & Valero, 2001, p. 39). During the 1970s and 1980s, (the transition to the current market civilization mission), teachers of mathematics in developing countries, and later in developed countries, began to resist the racist and neo-colonial prejudices visible in the Eurocentrism of mathematics education and its historical representation. Ethnomathematics can be interpreted as a reaction to the cultural imperialism which is built into modernization theory. A main concern for ethnomathematics is to come to identify the culturally embedded mathematical competencies and, instead of thinking in terms of importing a curriculum, to think in terms of self-development. A curriculum can be related to an already existing competency in mathematics (Vithal & Skovsmose, 1997, p. 132). This international anti-modernization movement in mathematics education coalesced around the claims that (indigenous or local) forms of mathematics exist within all cultures and these diverse forms of mathematical thinking should be part of any culturally relevant math curriculum. Ethnomathematics thus began from a growing awareness among mathematicians of the social, cultural, political, and historical aspects of mathematics and math education. Although for a long time there have been indications of a close connection between cognitive mechanisms and cultural environment, a reductionist tendency, which goes back to Descartes and has to a certain extent grown in parallel with the development of mathematics, tended to dominate education until recently, implying a culture-free cognition (DAmbrosio, 1997, p. 14). Ethnomathematics is viewed as providing the foundation upon which culturally relevant curricula can be developed. By the 1990s, with the increasing amount of literature on cultural, social, and political dimensions of mathematics and math education, another alternative movement known as critical mathematics emerged. Critical mathematics emerged among mathematicians in Europe and North America and is rooted in the Frankfurt School critical theory and neo-Marxist traditions, as well as more recently, the thinking of Paulo Freire. Ethnomathematics and critical mathematics are interrelated and mutually complimentary. Both have challenged the conventional view of the nature of mathematics as ahistorical and universal knowledge. Both have developed alternatives to the conventional mathematics curriculum that express greater social awareness and responsibility. The cultural relevance, equity, and social justice goals of both movements are similarly shared, although social justice does not involve cognitive justice in critical mathematics. Although critical mathematics is complimentary and even a necessary contribution to the limitations of ethnomathematics (Vithal & Skovsmose, 1997), it has remained within the conceptual horizon (ideological environment) of modernity. In general, critical mathematics expresses a (postmodern) critique of modernity from within the interpretive horizon of modernity, while ethnomathematics expresses a (post-colonial) critique from the margins of modernity. From the post-colonial interpretive horizon described above, critical mathematics has not sufficiently interpreted and challenged the Eurocentric foundations of colonial modernity. It is possible to think beyond and against philosophy and the social sciences as the incarnation of Western epistemology. It is necessary to do so in order to avoid reproducing the totality shared by their promoters and their critics. In other words, the critique of modernity, Western logocentrism, capitalism, Eurocentrism, and the like performed in Western Europe and the United States cannot be valid for persons who think and live in Asia, Africa, or Latin America. Those who are not white or Christian or who have been marginal to the foundation, expansion, and transformation of philosophy and social and natural sciences cannot be satisfied with their identification and solidarity with the European or American left (Mignolo, 2002c, pp. 85-86). As such, I have chosen not to include critical mathematics in this review of critiques that contribute to a post-Eurocentric curriculum. As stated in the introduction, a post-Eurocentric curriculum is possible through an analysis of Eurocentrism that escapes its constitutive relations with the boundaries and conceptual presuppositions of modernity. In contrast to critical mathematics, ethnomathematics was developed from the experiences and perspectives of non-dominant groups (e.g., the global South and the colonized North), beyond the centers of western modernity. According to Munir Fasheh, the differences between the ideological environment created by formal education and the real or lived environment are easier to see in the non-western world (Fasheh, 1991, p. 61). Because of its geopolitical location from the borders or margins of modernity, ethnomathematics contributes to the reordering of the geopolitics of knowledge through the critique of the subalternatization of knowledge from the perspective of subaltern knowledges (Mignolo, 2000). The opening sentences of Marcia Aschers 1991 book, Ethnomathematics: A Multicultural View of Mathematical Ideas, illustrates this non-western, subaltern focus of ethnomathematics. Let us take a step toward a global, multicultural view of mathematics. To do this, we will introduce the mathematical ideas of people who have generally been excluded from discussions of mathematics. The people are those who live in traditional or small-scale cultures; that is, they are, by and large, the indigenous people of the places that were discovered and colonized by Europeans (Ascher, 1991, p. 1). The critique of colonial modernity from the perspective of subaltern knowledges opens up an alternative epistemological modality, identified by Walter Mignolo as border thinking (Mignolo, 2000a). This alternative approach to knowledge, involves the retrieval and comparative pluralization of the epistemologies occluded or suppressed under Eurocentric modernity. According to one of the founders of ethnomathematics, the field of academic mathematics is completely integrated with Western civilization, which conquered and dominated the entire world. The only possibility of building up a planetary civilization depends on restoring the dignity of the losers and, together, winners and losers, moving into the new (Ubiratan DAmbrosio, quoted in The Chronicle of Higher Education, 6 October 2000). The contemporary interest in indigenous epistemologies and educational practices are primary examples of this global trend toward the retrieval and restoration of subaltern knowledges (Semali & Kincheloe, 1999; Kincheloe, 2006; Dei, Hall & Rosenberg, 2000; Villegas, Neugebauer & Venegas, 2008). In 1984, Ubiratan DAmbrosio delivered a presentation at the Fourth International Congress of Mathematics Education, entitled, Socio-Cultural Bases for Mathematical Education and launched his ethnomathematical program. In 1985, an international study group on ethnomathematics was founded at the National Council of Teachers of Mathematics Annual meeting. DAmbrosio, a Brazilian collaborator with Paulo Freire, is considered to be the main progenitor of ethnomathematics (Frankenstein & Powell, 1994). Freires epistemology informs the theoretical basis of ethnomathematics (Frankenstein & Powell, 1994, p. 74). This post-Eurocentric epistemology rejects the subject-object dichotomy (observer independent of experience) and its pretense of objective, valid knowledge as a system of obedience and control. The presupposed objective or neutral nature of knowledge removes it from all political and ethical implications (Warnick & Stemhagen, 2007). In contrast, a liberatory ethos is adopted, based upon the epistemological assumption that knowledge is constituted through the doing (praxis) of observers. Knowledge, ethics, and politics are thus profoundly interrelated. The coherence of experiences with other experiences constitutes the foundation of all knowledges and explanations, not the representation of objects independent of the knowing subject (Maturana & Varela, 1987; Mignolo, 2008). From this cultural-historicist epistemology, DAmborsio (1994) defines ethno-mathema-tics as culturally embedded techniques of understanding. Mathema refers to understanding and coping with reality. Tics comes from Greek notion of techne, and refers to techniques and art, while ethnos refers to the cultural group and context, from the assumption that every technique of understanding is cultural. DAmbrosio proposes his ethnomathematical program as a methodology to track and analyze the processes of generation, transmission, diffusion and institutionalization of (mathematical) knowledge in diverse cultural systems (DAmbrosio, 1990, p. 78). As a research program, ethnomathematics is now commonly understood as a comparative study of techniques used by diverse cultures to explain and cope with reality in different natural and cultural environments. For the Learning of Mathematics is one international journal in which this ongoing cultural contextualization of mathematics is published today. Ethnomathematics problematizes the particular ways Eurocentrism permeates mathematics education. The conventional view of the nature of mathematics, which has an entrenched position in mainstream contemporary Western culture, rests on taken-for-granted understanding of the nature of mathematical knowledge which accords it the status of absolute truth. The truths of mathematics are certain and unchallengeable, are objective, given, and unchangeable. Mathematics is free of moral and human values and its social and historical placing are irrelevant to its claim to truth (Povey, 2001, p. 190). Eurocentric mathematics is understood to be based upon the following assumptions: mathematics is the sole creation of European males and was diffused around the world through European schooling; mathematical knowledge exists outside of and unaffected by culture; and, only a narrow part of human activity is mathematical and worthy of serious contemplation as legitimate mathematics (Powell & Frankenstein, 1997, p. 2). The challenge of ethnomathematics to the hegemony of Eurocentric mathematics, and in turn, the myth of western civilization, is derived today from a wide array of western knowledge disciplines: mathematics, mathematics education, history, anthropology, cognitive psychology, feminist studies, and studies of the Americas, Asia, Africa, White America, Native America, and African America. Ethnomathematics aims to decolonize knowledge and learning of mathematics from the dominant conventional view and practice (Warnick & Stemhagen, 2007). Within the perspective of education perceived as praxis, the study of ethnomath becomes an avenue to recognize the fallacies and dangers of a universal conception of life and the world; to question established beliefs and convictions; to free our imagination from ready answers and solutions; to help us gain concreteness and new meaning of words and ideas through real life situations and personal experiences; to provide us with diversified ways of seeing the world and our environment and dealing with the fundamental problems we face; and to help us transform our assumptions and structures (Fasheh, 1991, p. 61). Academic mathematics for DAmbrosio, like schooled literacy for Cook-Gumperz (1986), is socially constructed through the mechanism of schooling that selects and replaces particular cultural group practices with codified versions that acquire the status of school mathematics (DAmbrosio, 1985, p. 47). Schooled mathematics eliminates or devalues the existence and diversity of these spontaneous culturally situated practices. As a consequence, the early stages of Mathematics education offer a very efficient way of instilling in the children a sense of failure and dependency (DAmbrosio, 1985, p. 45). According to Bishop (1990), there are four clusters of values associated with schooled mathematics that contribute to its central role in the history of western cultural imperialism. The first cluster is the spirit of rationality -- one of the most prized cognitive achievements, believed to be responsible for the advancement of western civilization. Second, mathematics promotes thinking without contexts -- a mode of perceiving the world as if it were composed of discrete objects, removable and abstracted from their contexts. To decontextualize in order to generalize, is at the heart of western mathematics and science (Bishop, 1990, p. 59). These first two values clusters combine to produce a dehumanized, objectified world-view (Bishop, 1990, p. 59). A third value cluster is the utility and power of mathematics to control the physical and social environments. The fourth cluster is the presumed universality and cultural neutrality of mathematics. For Bishop, the cultural imperialism of western mathematics has yet to be fully realized and understood (Bishop, 1990, p. 59). In contrast to academic mathematics, that is, mathematics taught and learned in schools, DAmbrosio calls ethnomathematics the mathematics practiced among identifiable groups (DAmbrosio, 1985, p. 45). All cultures have generated mathematic ideas, just as all cultures have generated language, religion, morals, customs and kinship systems (Bishop, 1990, p. 53). Different modes of thought may lead to different forms of mathematics. Ethnomathematics recognizes the uniqueness of traditional cultures by highlighting aspects of their complex knowledge systems and showing them to be living and dynamic, and valuable and valid in their own terms and contexts (Shehenaz, Alanqui & Barton, 2003). Mathematical ideas are constructed by human beings, thus they have cultural history (Bishop, 1990). DAmbrosio proposes his ethnomathematical program as a methodology to track and analyze the processes of generation, transmission, diffusion and institutionalization of (mathematical) knowledge in diverse cultural systems (DAmbrosio, 1990, p. 78). All mathematical knowledges are interpreted as cultural products symbolic technologies, developed through engaging in various environmental activities. The universality of mathematical thinking is not located in any one form of thought, but in the practices of thinking themselves. Developing from Bishop (1988b), Rik Pinxten (2016) identifies twelve such universally shared cultural activities: 1) counting systematic ways of comparing and ordering objects; 2) locating exploring ones spatial environment and conceptualizing and symbolizing it with models, maps, and drawings, etc.; 3) measuring; 4) designing (shape, size, scale, proportion and other geometric concepts); 5) playing; as a tool for exploration; 5) explaining (through underlying structures and rules; 6) moving, especially dancing and rhythmic moves; 7) ceremonial actions; 8) generalizing by comparing; 9) logically operating; 10) exchanging and marketing activities; 11) music making; and 12) story telling (Pinxten, 2016, p. 71) . Across cultures, children and adults, before and after school, are engaged in and developing a wide range of mathematical practices. Within the field of ethnomathematics, Vithal & Skovsmose (1997) identify four strands of research: historiographical, anthropological, sociocultural and educational. The first strand centers on the historiographical critique of western mathematics. The traditional history of mathematics is deeply enveloped within a Eurocentric historiography, where everything begins with the ancient Greeks and progresses through a triumphal history of western civilization into the glorious present. This historiographical myth has been vigorously critiqued, such that the idea of mathematics as something uniquely western is no longer historically credible, yet the myth behind the concept of western mathematics lives on in schools today. What is referred as western mathematics is a confluence of ideas and influences from numerous civilizations over long periods of interaction and reciprocal influence. Historians of mathematics are criticized, firstly, for ignoring, devaluing, distorting or marginalizing contributions of cultures outside Europe to that body of knowledge that is paradoxically referred to as Western mathematics. China, India, North Africa and the Arab world are recognized not only for their contribution to mathematics but also in their own right as each having a mathematic history (Joseph, 1991). In addition, if every culture has produced various forms of mathematical thought over time, there are multiple histories of mathematics, even though many of these traditions have not directly contributed to western mathematics. A second strand is broadly categorized as anthropological and includes research on a wide variety of mathematical ideas found in indigenous cultures (Ascher, 1991). These cultures have been explored in relation to: number systems, gestures and symbols, games and puzzles, geometry, space, shape, pattern, symmetry, art and architecture, time, money, networks, graphs or sand-drawings, kin relations and artifacts. Ethnomathematics recognizes the uniqueness of traditional cultures by highlighting aspects of their complex knowledge systems and showing them to be living and dynamic, and valuable and valid in their own terms and context (Shehenaz, Alanqui & Barton, 2003). A third strand, broadly categorized as sociocultural, explores the mathematics of different groups in everyday settings showing that mathematical knowledge is generated in a wide variety of contexts by both adults and children. Much of this research has been generated through focusing on the connections between cognition, culture, and context. Specific groups have been shown to develop efficient strategies for solving mathematical problems in everyday situations. In particular, the everyday practices of different groups are investigated such as dairy workers, construction foremen, farmers, child street vendors, carpenters, candy sellers, shoppers, and fishermen. This research has broadened our understanding of the nature of mathematical knowledge and practices and has forced us to re-examine the notions of mathematical competency and ability (Vithal & Skovsmose, 1997, pp. 134-135). A fourth strand focuses on the relationship between ethnomathematics and mathematics education (Pompeu, 1992; Vithal, 1992). There are now a wide and large variety of curriculum materials illustrating how an ethnomathematics perspective can be used in a mathematics education. There are relatively few detailed descriptions of the actual implementation and the outcomes of the use of such an approach within the formal school system. This is still an under-researched area compared with the above strands. Vithal and Skovsmose (1997) suggest successfully implementing ethnomathematics into the academic curriculum is the greatest challenge for ethnomathematics. Overall, ethnomathematics is designed to be embedded within the cultural environment of the students. The aim of this approach is to change the centrally controlled canonical school mathematics curriculum to one that arises from and is closely related to the experience of mathematics in particular local cultures. The Eurocentric notion of mathematics is subsumed and situated critically within this broader conceptualization of the discipline. Ethnomathematics offers not only a broader view of mathematics, embracing practices and methods related to a variety of cultural environments, but also a more comprehensive, contextualising perception of the process of generating, organizing, transmitting, and disseminating mathematics (DAmbrosio, 1994, p. 449-450). Known and current popular practices related to mathematics are included and made compatible with the academic mathematics in schools. In order to incorporate these popular and local cultural forms of mathematics into the curriculum, teachers must be prepared to learn about and articulate the underlying structures in the variety of local cultural practices. Ethnomathematics aims to reveal for students how different mathematical practices are related to different world-views, different aesthetics, and different ways of living. Adam, Alangui, and Barton (2003) outline five possible ways of organizing an ethnomathematics curriculum. All of them are based on belief that the cultural aspects of students milieu should be infused throughout the learning environment in a holistic manner, including epistemologies of mathematics, the content, the classroom culture, and the approach to learning. One of the ways an ethnomathematics curriculum can be organized is what Adam, Alangui, and Barton (2003) identify as math in a meaningful context. The aim of this approach is focused on how students think about mathematics more than how or what they learn (Adam, Alangui & Barton, 2003, p. 331). Epistemologically, mathematics is presented as a practical response to human needs and can be found in nearly every culture. Mathematical reasoning and practices from the cultures of the students serve as content for the classroom. A second approach conceives ethnomathematics as distinct from conventional mathematics. Culturally distinct forms of mathematics would be brought into the classroom along with conventional mathematics. In a third approach, ethnomathematics is viewed as a stage in the progression of mathematical thinking that a child goes through during his or her education. Learning begins from the mathematical world of the childs personal world and moves into the world of his or her culture, and subsequently into the mathematics of other cultures world mathematics. A fourth approach looks at the classroom itself as a situated cultural context and mathematical learning as part of this context. This is a highly self-reflective approach to learning about the cultural aspects of learning mathematics in schools mathematics enculturation (Bishop, 1988). And finally, a fifth approach integrates mathematical concepts and practices from the learners culture with those of conventional academic mathematics. By starting with mathematics found in the local cultures, students learn how mathematical ideas are formulated and applied as well as the relationships between familiar practices and mathematical concepts. As these five different approaches suggest, ethnomathematics does not replace academic or western mathematics. It does aim to change the conventional Eurocentric account of mathematics and to situate academic mathematics within it own cultural-historical context of colonial modernity. One example of an ethnomathematics course illustrating the strong critique of Eurocentrism in ethnomathematics is an Algebra class call Math as a Human Endeavor. Mathematics educator S.E. Anderson describes what he teaches in this course at a U.S. college, largely serving working-class Black and Latino adults. Anderson indicates that he aims to show the interconnections between math and real world problems in all his courses. Anderson includes mathematical practices form around the world, revealing ways different people throughout history have created math techniques to solve particular problems. The first two sessions are lecture-discussions on the historical, cultural and sociopolitical implications of mathematics. Anderson outlines the interrelations between development of mathematical ideas and techniques and humanitys ongoing struggle to understand nature. Anderson also delves into issues around the interrelatiosns between the capitalist system and the control of nature. He presents evidence that women in Africa, as the first farmers, were among the first to create and use particular forms of mathematical reasoning. The variety of examples of different mathematical practices are compared and contrasted, i.e., Egyptian, Chinese, and Indians all used different styles of math generalizations. The goal of these first sessions, is to shatter the myths that mathematics was or is a White mans thing and to show .that all civilizations are bound to each other (Anderson, 1997, p. 301). There are certainly many limitations of ethnomathematics as it currently exists in theory and practice. One important critique argues that ethnomathematics identifies culture as a center point of orientation, but the research in ethnomathematics does not usually specify much about the relations between culture and power (Vithal & Skovsmose, 1997). Vithal and Skovsmose continue with the recommendation that political analysis of the concept of culture is crucial. Referencing the parallels between the cultural specificity of ethnomathematics and the policy of curriculum segregation based on cultural differences in Apartheid South Africa, they also suggest that the students must come to understand the strengths and weaknesses of their mathematic knowledge and practices in relation to knowledge and practices of other cultural groups (Vithal & Skovsmose, 1997, p. 145). There are also certainly many contributions of Ethnomathematics. One contribution is ethnomathematics has provided indigenous mathematicians a platform to understand the roles played by mathematics in colonization, as well as how to engage with the discipline constructively. Ethnomathematics is also now an established discourse through which all math educators can reflect on their practice, as well as on how the discipline of mathematics contributed to an imperial/colonial culture of intolerance, discrimination, inequity, bigotry, and hatred (DAbrosio, 2001) (Shehenaz, Alanqui & Barton, 2003, p. 239). Ethnomathematics has also placed culture at the center of mathematics curriculum analysis and reform. Situated within the historical context of colonial modernity, ethnomathematics is contributing towards an emergent post-Eurocentric curriculum. Ethnosciences In my search of the science education literature for postcolonial critiques that contribute to a post-Eurocentric curriculum, only two authors appear to have articulated this possibility within the field so far. Australian science educator, Lyn Carter, has introduced a post-Occidental critique of science education that, like ethnomathematics, aims to decenter modern western science and reposition it as one among many cultural knowledge systems. Along with her Australian colleague, Caroline Janet Smith, Carter has also described the implementation of a post-Eurocentric science curriculum for science education teachers (Carter & Smith, 2003). Carter and Smiths postcolonial critique of science education is reviewed first, followed by their descriptions of a pre-service general science unit for undergraduate primary teachers. There are of course other calls for re-visioning science education in the literature today, parallel with critical mathematics, that are complimentary to Carters and Smiths postcolonial critique. For example, Kyles (2001) postmodern call for a new political economy of science education points to the central issue linking Eurocentrism and modernity the ways traditional interpretations of knowledge have been connected to power (Kyle, 2001, p. xi). It is imperative for science educators to begin to reflect upon: the history of the discipline of science education and the ways in which it has been enacted in the process of schooling; the hegemony of logical positivism and technical rationality and its uncritical acceptance within the discipline of science education; the ways in which science and science education have marginalized both learners and citizens in society; the ways in which traditional interpretations of knowledge have been connected to power and the relationship between power and knowledge; and finally, the ways in which the discipline of science education can be transformed such that the political and social aspects of science are moved to the center of philosophical reflection upon the sciences, from its present position somewhere beyond the margins. Science education must articulate a vision and assume agency for an education in science that creates opportunities for self- and social-empowerment, whereby all learners are able to engage in participatory action-taking in a democratic society (Kyle, 2001, p. xi). However significant such postmodern critiques and re-visions of science education are today, to the extent that they remain within the horizon of modernity, they do not by themselves, lead to a post-Eurocentric curriculum and the decolonization of modern thought. Reflection on the relationship between power and knowledge will remain ensnared within the Eurocentric knowledge framework without a critical interpretation of modernity from the perspective of coloniality a perspective that begins with the emergence of the Eurocentric knowledge formation in the sixteenth century. Absent a critique of the imperial/colonial knowledge foundations of Eurocentric modernity, the possibilities for a post-Eurocentric curriculum will remain delimited. In a series of articles on the implications of various intellectual movements for re-visioning science education, Carter and Smith have articulated a decolonial critique of science education that envisions a post-Occidental science curriculum (Carter, 2004, 2006, 2008b). Carter and Smiths recent work interprets for other science educators various contemporary intellectual critiques of modernity including: globalization theory, sustainability science, future studies, cultural diversity or sociocultural perspectives, science studies, and postcolonial critique. Carter and Smith also mention critical theory, ecofeminism, permaculture, and deep ecology as intellectual influences on their eclectic perspective. In addition to providing an interpretation of some of these intellectual movements for science educators, particularly sustainability science, postcolonial science studies, and postcolonial theory, Carter and Smith have critiqued the conventional meanings and practices of science and science education from these perspectives. Carter and Smith are proposing a postcolonial approach to cultural diversity within science education that they believe is necessary if science education is to become more than a servant to the dominant system of power/knowledge relations in the new economy (Carter, 2008a). Carter and Smith propose a pluriversal science education curriculum, where contrasting rationalities can work together without the notion of single transcendent rationality (Turnbull, 2000, p. 228) (quoted from Carter, 2008b, p. 174). Carter and Smiths work essentially involves re-visioning science education with the capacity to contribute to a more just and sustainable world, a world facing unprecedented political, cultural, and economic changes, including an ecological crisis threatening the future of life on the planet. Adequately responding to contemporary challenges and realities, science and science education would no longer be subservient to the politics of profit, but would become part of the politics of the practical within a larger project of redistributing power and knowledge. For Carter and Smith, the overwhelming complexity of contemporaneity that includes greater recognition of diversity, multicultural inclusiveness, the ecological crisis, along with science and science educations new role in the global economy, call for a re-visioning of science education (Carter & Smith, 2003; Carter, 2006, 2008a, 2008b). Science education should not only work toward a deeper understanding of our planetary systems but also toward the explicit goals of a more just, equitable, and sustainable world (Carter, 2008b, pp. 175). questions about the ways in which science should be conceptualized and represented by science education not only invite debate about the complex issues of multiculturalism and diversity, and the epistemological parity between Western science and other non-Western sciences, but also promote reflection on moral and value imperatives, as well as our visions for the future (Carter, 2006, p. 678). Re-visioning science education for Carter and Smith involves transcending the epistemological and methodological limits of contemporary western science, and opening up the cannon to include the scientific conceptualizations of knowledge that has been excluded by the boundaries of western science. our vision contends that humans have always tried to understand and shape their world: sciences and technologies are as old as humanity. All cultures create their own stories or cosmologies that not only help explain but also provide a sense of wonder and awe about the universe and their place within it. This more inclusive view of science makes room for other local/indigenous, indeed multiple, and previously excluded conceptualizations of scientific knowledge (Carter, 2008b, p. 175). Re-visioning science education for Carter and Smith also involves understanding both the splendors and the horrors of western science, including sciences complicity with the ongoing destruction of the natural world, along with the history of western imperialism (Vlahakis, et. al., 2006). enmeshed as it is in the global capitalist progress paradigm, Western science has also been coproductive of hegemonic interests resulting in many unintended consequences. This includes ecological devastation that threatens the future of planetary life and many forms of imperialism (Carter, 2008b, p. 176). Like academic mathematics, science and science education are also complicit with the coloniality of power. Postcolonial criticism has conceived the hegemony of modern science (both natural and social) as a form of coloniality of knowledge and power (Shiva, 1993; Ela, 1998; Quijano, 2000; Lander, 2000). Carter and Smiths re-visioning of science and science education draws particularly on postcolonial science studies and sustainability science. In a series of journal articles, Carter (2004, 2006, 2007, 2008a, 2008b) and Carter and Smith (1998, 2003, 2004) review and apply these recent ideas to both a critique of and an alternative to traditional science education. Together, these varied critical discourses are another example of the analysis and critique of western knowledge within their historical and cultural contexts (Lemke, 1997; Kyle, 2001; Carter, 2002). The field of science studies has been particularly productive in this effort to situate modern western science (Harding, 2008). The new sociologies, histories, and ethnographies of science have revealed how scientific inquiry has been a social institution with many features of other social institutions Subsequently, social constructivist tendencies in technology studies have shown how technologies are not merely value-neutral chunks of hardware; artifacts have politics,The recent science wars provide on kind of testimony to how unsettling it can still be for many people scientists and nonscientists alike, and whether they think of their political constituents as on the left, right, or center to be asked to recognize that the highest achievements of the Norths natural sciences are deeply permeated by distinctively historical and social projects and practices (Harding, 2008, pp. 6-7). Science studies argue that humans can know nature only through culturally constituted conceptual or epistemological frameworks, enabled and limited by local cultural features such as discursive practices, institutional structures, interests, values, cultural norms (Turnbull, 2000; Carter, 2006). These and other facets of Science Studies challenge science's mythological status as universal, value free and objective, and refract it through the prism of culture. The laws of thermodynamics, for example, far from being 'discovered' by disinterested scientists with nothing better to do, were instead the product of business investments needed to improve the efficiency of mechanical machinery within the developing context of the industrial revolution. In the 19th and 20th centuries, chemical knowledge was produced because it was needed to guide the growth of the chemical industry, with its present day spin-offs of pesticides and fertilisers. Today, the extent of biotechnology and nanotechnology knowledge is a result of high levels of funding being poured into these industries. Compare this with the relatively poor level of understanding of ecosystem processes and their relationship to agricultural productiona result of poor funding and commitment. In other words, how and what science is produced depends on the cultural, economic and power interests of the day. Maximising shareholder value has far greater effect on the production of scientific knowledge than does the mythical, objective, disinterested scientist (Carter & Smith, 2003). The accumulation of this work in science studies and other critiques of science over the past several decades have challenged the traditional conception of science and science education as abstract universal truth seeking through universal reason. Similar to academic mathematics, modern science holds a conception of itself as universal and superior to all other forms of knowledge and reasoning. As with academic mathematics, this self-understanding of the superiority of science and scientific knowledge is profoundly embedded within the Eurocentric imaginary of western modernity (Adas, 1989). by constructing, creating, and defining science as absolutely different from and superior to other modes of inquiry and especially from non-western modes, the West has essentialized itself, science, and the non-western world. This essentialization (occidentalism) occurs in the everyday lives of ordinary people in the West and elsewhere, and among anthropologists and other students of society and culture. The West has appropriated this view of itself as politically, intellectually, and economically advanced beyond the rest of the world, simultaneously with its appropriation of science as its own (Restivo & Loughlin, 2000, p. 136). Like the alternative perspective of ethnomathematics, an emergent postcolonial critique of science education problematizes the standard account of science and proposes an alternative conceptualization of modern science as an ethnoscience (Harding, 1997). Science, like mathematics, has been reconceptualized as a systematically organized cultural practice, produced in the universally human processes of making sense of the natural world. Western science is one among many cultural knowledge systems concerned with knowing and understanding nature. scientific knowledge has arisen from local contexts and in response to local needs, science is a product of culture, and consequently there are as many sciences as there are cultures. Western science can thus be understood as a particular form of local knowledge tradition, shaped by and reproductive of, the culture and society in which it is articulated (Carter, 2005, p. 916). For Carter, postcolonial analysis opens up thinking about the material and cultural conditions in which science education is produced, circulated, interpreted, and enacted (Carter, 2004, p. 821). The postcolonial rethinking of modern science in relation to history and culture has yet to infiltrate the enclosed cultures of science education (Lemke, 2001; Kyle, 2001; Carter, 2004). To date, science education has been reticent to engage with powerful discourses like postcolonialism. It has been largely silent on the whole question of the broader structural and cultural processes transforming the practical and theoretical landscape which shapes science education, and is expressed within it (Carter, 2004, p. 821). Carter even questions whether science education is ready for the type of hybrid and border epistemologies post-Occidentalist reason calls for. For Carter, this is the very beginning of the process of thinking and acting differently about the type of science education required for the globalized and postcolonial world of the 21st century (Carter, 2005). Carter and Smith reference and describe literature that interprets science as a central part of the Eurocentric cultural imagination, underpinning and pervading modern thought. Science is the embodiment of Enlightenment consciousness, characterized by particular forms of rationality, western cultural values, and claims to universality. Science is a form of consciousness (a mentality) that proffers itself as the most legitimate source of knowledge and explanation of the world. The origin myth of modern science, central to the narrative of western civilization as a whole, is the triumph of reason and progress towards ultimate truth (Fuller, 1997; Hess, 1995). Passed from one great white European male to another, this origin myth established the assumptions about science, technology, nature, and modernity that constitute current practices. A false consciousness, in other words, characterized in part, as cultural hubris, is at the center of the discourses of contemporary science and science education (Carter, 2005, Carter & Smith, 2003). Carter and Smith also describe traditional approaches to science curricula as reliant upon canonical knowledges that are fragmented into disconnected subjects. Reproducing the triumphal narrative of Eurocentric modernity, science is represented as universally applicable truth seeking (Carter, 2006, p. 171). Normative science education recapitulates the dominant view of science as unproblematic sets of universally applicable, epistemologically valid, repeatable truths steeped within its origin myth (Carter & Smith, 2003, p. 48). Mainstream science education continues its normative, outmoded trajectory formulated around decontextualized abstract and theoretical concepts and methodologies (Carter & Smith, 2003, p. 48). My own student experiences in science classrooms in a predominately white, middle-class high school in the United States during the 1970s confirm this general description of universal, ahistorical, abstract conceptual, soulless dissections, and fragmented knowledge, all oriented toward a college curriculum and high status professions linked to unquestioned narratives of economic progress and national competitiveness. According to Carter and Smith (2003), the current international K-12 science education curriculum came out of the education reforms in both the U.S. and Britain during the 1960s. These science curriculum reforms were conceived in the early twentieth century but their implementation was delayed until after the Great Depression and World War II. The geopolitical and cultural contexts for the implementation of these reforms were the Cold War and the unbridled confidence in the social benefits and utility of modern Western science (Carter & Smith, 2003). In the primary grades, science processes and concrete hands-on experience were emphasized over content. In the secondary grades, the science curriculum was oriented around more abstract, theoretical topics that fit the university science curriculum focused on training scientists and engineers. The science curriculum became highly abstract and organized around fragmented bodies of canonical knowledge, a sanitised understanding of scientific method, and a conceptualization of science as objective truth-seeking within a unified view of reality (Carter & Smith, 2003, p. 48). The current standards reform movement in science education is little more than a reiteration of this unified (Eurocentric) view of reality (Hurd, 2002; Carter & Smith, 2003). The standards articulated and promoted by the profession of science educators today, excludes all non-western knowledges. The neoliberal, neoconservative and regressive forces of globalization have unfortunately envisaged school science as yet again, a steady induction into science formulated as a body of objectified knowledge and methodology (Hurd, 2002). These forces recapitulate the 1960s curriculum reforms into current standards-based science curricula that Hurd (2002) suggests is simply updating the traditional principles and generalization of science disciplines. The science curriculum derived from a previous generation has been found to well-serve new masters (Carter & Smith, 2003, p. 49). Carters recent (2004, 2006) postcolonial critiques of science education were partly a response to a debate in the journal Science Education that centered on the Eurocentric conceptualization of science as universal knowledge (Aikenhead & Lewis, 2001). In their introduction to the articles in this 2001 issue of Science Education, entitled, Shifting Perspectives From Universalism to Cross-Culturalism, Bradford Lewis and Glen Aikenhead situate the debate within the context of Eurocentrism. The arguments presented in the articles might best be understood against the backdrop of Eurocentrism, not because they advocate a Eurocentric perspective but, because, in some instances, they struggle against a Eurocentric notion of science. Eurocentrism refers to the idea that the people, places, and events of Western European cultures are superior and a standard against which other cultures should be judged. Conversely, non-Western cultures are inferior, and relevant only when they have a relationship to Western culture (Lewis & Aikenhead, 2001, p. 3). If Eurocentrism is the epistemic framework of colonial modernity, then Lewis and Aikenheads definition refers only to the consequences of Eurocentrism, which suggests the conceptual delimitations of the debates they introduce. The central issue in these debates was the relation between western science and the knowledge systems of non-western cultures. How should nature-knowledge systems of non-Western science cultures be viewed in relation to Western science? If they are not inferior, should they be accepted in science classrooms? Should they be considered non-scientific external sources of critique for the work of Western science? Or should non-Westerners be left to determine for themselves how these nature-knowledge system will be used? (Lewis & Aikenhead, 2001, p. 4). That some science educators are beginning to ask such comparative cultural knowledge questions implies an opening within western science education to both critical self-reflection and dialogue with non-western knowledge systems. Although these debates do point toward an opening in the self-understanding of science education, even science educators struggling against a Eurocentric notion of science education, according to Carter, remain subtly and unwittingly ensnared within a system of thought that works against the very attitudes they seek to promote (Carter, 2004, p. 821). For Carter, this is one of the contributions of the postcolonial critique to science education. Postcolonial interventions draws attention to the unconsciousness in textual practice that, despite author intentions, can articulate meanings constituted and disseminated through long-standing and hegemonic practices (Coombes & Brah, 2000). They can reveal the often obscured colonial practices and assumptions deeply sedimented into some of science educations normative scholarship, emphasizing the need for vigilance, and recovering critical spaces for oppositional thinking and practice (Carter, 2006, p. 679). In a 2004 Science Education journal article entitled, Thinking Differently About Cultural Diversity: Using Postcolonial Theory to (Re)read Science Education, Carter categorizes and summarizes the scholarship on cultural diversity in science education and describes the multiple meanings of and four key ideas in postcolonial theory. Drawing on one of the meanings of postcolonial theory as oppositional reading practice, Carter then applies these key ideas to a reading of one of the articles from the 2001 Science Education journal on western and non-western knowledge. In her account of the scholarship on cultural diversity in science education, Carter distinguishes three main positions. The first position is focused on the identities/subjectivities of the culturally and linguistically diverse students, while the second position is focused on considerations of science as culturally located. A third position is focused on science education in urban setttings. According to Carter (2004), scholarship within the first position on the diversity among students acknowledges the inherent Eurocentrism and hegemonic universalism of western science. Since science is presumed to be humanitys most powerful and best knowledge system, its Eurocentric delineation within the school curriculum is sanctioned (Carter, 2004). Essentially, this scholarship adopts the assimilationist model within a science for all rhetoric, adapted to the diversity of learners with culturally relevant pedagogy. There is widespread consensus that every student should have access to modern western science in order to function in the mainstream, in a global economy and an information society (Lee, 2001, 449) (Carter, 2004). Despite these diverse backgrounds, the students themselves are compelled to accommodate Western science, with the focus consequently on developing pedagogical strategies and curricula to enable their border crossing into Western science (Aikenhead & Jegede, 1999; Lee & Fradd, 1998; Michie, 2003) (Carter, 2004, p. 822). The second position on cultural diversity in science education scholarship is frequently identified as multicultural approaches to science. This scholarship is asking questions about the cultural location of science and the relations between western and non-western knowledges. To some extent this scholarship accepts multiple conceptualizations of science. Drawing on the problematizations of modern science raised by science studies, this scholarship acknowledges sciences Eurocentric exclusiveness, and argues for the inclusion of indigenous and traditional science knowledge. Much of this scholarship emanates from the First World, but increasingly, contributions from non-western and/or Third World contexts are emerging. Many of these non-western contributions are dealing with the tensions of multiple knowledge systems divided between various pressures to maintain traditional/indigenous knowledge, and national development priorities pushing for the expansion of Western techno-scientific knowledge (Carter, 2004, p. 822). A third position in the literature is focused on science education for diverse learners in urban settings. Carter describes this literature as drawing primarily upon the large normative educational literatures on multiculturalism and comparative studies, with an emphasis on cultural pluralism, inclusivity, and equity (Carter, 2004, p. 823). Carter sites recent postcolonial education literature (Dimitradis & McCarthy, 2001; Crossley & Watson, 2003) critical of the multicultural and comparative education discourses for their Eurocentric philosophical and epistemological assumptions of universalism, humanism, and the bounded and homogenous nature of national contexts and identities. Comparison is seen to compartmentalize difference within culturally reasserting borders, paradoxically putting a break on those processes of intercultural understanding multiculturalism seeks to promote. Further, it does not take account of the newly emergent mixed, hybrid, and diverse identities consequent to intensified globalization and diaspora. Multiculturalism becomes an empty form of pluralism Dimitriadis & Cameron (2001) argue, a discourse of containment deployed to bring the eruption of diversity within institutional intelligibility and manageability. Prominent comparative education theorists Crossley and Watson (2003) call for a reconceptualization of comparative and multicultural education that moves beyond stable and unitary ideas about culture, tradition and identity. The profound challenges of transforming global processes when considered together with recent theoretical critiques like poststructuralism have challenged the embedded Eurocentrism within the field (Carter, 2004, p. 823). After revealing the absence of the postcolonial perspective in this literature on diversity in science education, Carter defines four meanings of postcolonialism. First, the postcolonial is an epoch that acknowledges post WWII decolonization and names a contemporary condition of existence. Secondly, the postcolonial perspective is the development of a new aesthetic and cultural formations responding to these changed historical circumstances. Within the second meaning, postcolonial critique is attempting to rewrite history in order to foreground the complexities and hybridities of human social and cultural realities. The third meaning of postcolonialism is a method of interpretation and critique that draws from both poststructuralism and deconstruction and contributes to cultural studies with a unique conceptual apparatus, including such notions as identity, difference, hybridity, ambivalence, translation, etc. The fourth meaning is the constellation of an ethical and political project. This project is concerned with critiquing and resisting hegemonic power and seeking redistributive justice. Carter argues that postcolonialism offers science education an alternative perspective on cultural diversity. Postcolonial perspectives can offer science education at once political analysis, cultural critique and philosophical insight that venture beyond critical pedagogies to disrupt the continuing Eurocentrism of comparison and multiculturalism with their philosophical and epistemological assumptions of universalism, difference and the Other. These assumptions bound to stable and unitary ideas of nation, culture, identity, comparison and difference remain embedded with much of science educations traditional discourse on multicultural education and cultural diversity. Postcolonial perspectives can help science education develop more complex conceptualizations of culture, identity, and difference better suited to contemporary transnational global culture, as well as approaches to science education reform. These areas are underacknowledged and undertheorized in science education Lemke, 2001, and Kyle 2001 (Carter, 2004, pp. 824-825). After describing four key terms in postcolonial theory (representation, recuperation, translation, and domesticating difference) Carter articulates a postcolonial reading of one of articles from the 2001 Science Education journal on western and non-western knowledges. G. Snively and J. Corsiglias Discovering Indigenous Sciences: Implications for Science Education (2001) argues for the broadening of science to include the significant contributions of Aboriginal cultures traditional ecological knowledge (TEK). Including TEK in the science curriculum, for Snively and Corsiglia, provides ecological knowledge able to address the environmental devastation caused by western forms of science and development. Snively and Corsiglia (2001) envision a cross-cultural approach to science education that includes indigenous knowledges alongside western science to better serve the needs of all students (Snively & Corsiglia, 2001, p. 85). The oppositional (re)reading that Carter provides centers on issues of conceptualization, representation, and translation and their subtle and lingering colonial referents. While Snively and Corsiglias (2001) call to include Aboriginal science has the potential to trouble the categories of Western science, their scholarship reveals lingering colonist referents that work as technologies of containment, paradoxically making power relations invisible and keeping dominant norms in place. The Others knowledge has been effectively translated into familiar cultural forms in ways that construct it as possessing knowable characteristics able to be apprehended and controlled. These processes of Othering work to domesticate and subsume, while simultaneously separating and regulating the boundaries, thus preserving the integrity and authority of Western science (Carter, 2004, p. 831). Snively & Corsiglias conceptualizations and representations of TEK and Western science, according to Carter (2004), suggest a traditional unitary view of culture understood as inwardly cohesive and outwardly delineating. Positioning both knowledge systems side-by-side implies border-crossing, a form of thought that perpetuates binary thinking (Carter, 2004). In postcolonial theory, binaries are value-laden and conceal hegemonic assumptions of superiority. Binary thought is central to the coloniality of power, described above. The very constitution of Western subjectivity depended upon the reciprocity expressed in identifiable binary opposites such as self/other, western/indigenous native, scientific/non-scientific, culture/nature, logos/spirit, and so on. Binary thinking references all forms against the self, generating alternative versions of sameness, and effectively defining the terms in which the Other is allowed to exist (Carter, 2006, p. 826). For Carter, the separation of TEK and western science reinforces a distinction and categorization that appears natural and preordained rather than differentiated relations produced and negotiated in complex material and social fields of historical processes (Carter, 2004, p. ). For Carter, postcolonial theory attempts to replace notions of unitary cultures and identities with intercultural, hybrid and transcultural forms of thought. In essence, Carters critique of Snively & Corsiglias proposed inclusion of indigenous knowledge within western science education is a critique of their unconscious epistemological and ontohistorical presuppositions, universalized and enculturated in the expansion of Eurocentric modernity. No matter how inclusive the intent, understanding the world through these deep seeded presuppositions hinders the possibilities of understanding and learning from different realities in their own terms. According to the post-Occidentalist perspective that Carter is articulating, the modern western regime of power/knowledge establishes and maintains the epistemological and social conditions for any action (discursive or otherwise) to be taken seriously as making truth claims or as being reasonable. In a subsequent and related critique of science educations interpretation of science, entitled Postcolonial Interventions within Science Education: Using Postcolonial Ideas to Reconsider Cultural Diversity Scholarship, Carter (2006) focuses in part, on the ideas of boundaries and border thinking. Boundaries are deeply implicated in western thinking, with the regulation of space by physical boundaries/borders a metonymy for the regulatory practices of western epistemology itself (Ashcroft, 2001b). The production of political and epistemological borders was essential to the Western colonial project of constructing and signaling the European, and separating out the Other. Once established, borders worked as signs of modernity, encoding a stable system of coordinates, where unambiguous and guaranteed boundaries differentiated, separated and regulated between social spheres, between nature and culture, and between the scientific and unscientific. Rationalisation and the autonomous knowing subject able to subsume the separated object as the known were the explicit foundations of bounded knowledge. Such boundaries have ultimately culminated in the universalized establishment of global forms of regulation spread from a Western center to the periphery (Carter, 2006, p. 682). Carters (2006) critique of the boundaries of science and science education focuses on two Science Education journal articles. One entitled, Defining Science in a Multicultural World by W.W. Cobern and C.C. Loving, is from the 2001 debate described above. The second article is a continuation of the 2001 debate, entitled, Multiculturalism, Universalism and the Shortcomings of Curricular Multicultural Science Education by H. Siegal (2002). Both Cobern & Loving (2001) and Siegal (2002) define and defend the traditional boundaries of modern science and the standard account of science education. Cobern and Loving (2001) focus on distinguishing a standard account of western science from indigenous knowledges of the natural world. Cobern and Lovings description of a standard account of western science reiterates the Eurocentric origin myth, starting from the Ancient Greeks to the present in a story of linear progress. They argue that indigenous knowledges should be excluded from the definition of science, in part, because non-western knowledges would be completely subsumed within western science and loose their distinctiveness and autonomy. According to Carter (2006), Cobern and Loving (2001) subscribe to the superimposition of the dominant groups perspective so that indigenous knowledges are configured as alternatives to modern western knowledge (Carter, 2006, p. 685). As alternatives, indigenous knowledges can be appreciated only by the dominant group in whose cultural forms the difference has been constructed and represented (Carter, 2006, p. 685). In other words, Cobern and Loving reassert the superiority of western science over all other forms of knowledge. They argue outright that Western sciences creative genius (p. 62) makes it rightly dominant to other forms of knowledge (Carter, 2006, p. 685). Seigels piece (2002) is concerned not only with the superiority of western science, but also its universality. For Seigel (2002), universalists acknowledge the socially and culturally locatedness of knowing, but because good scientific inquiry is based upon methodological criteria, knowledge produced by science is objective and therefore less socially and culturally bound than indigenous knowledges. According to Carter (2006), Seigel fails to locate these established criteria of scientific inquiry within their historical and cultural contexts, obscuring their normative grounds. For Carter, scientific discourses, including the language of research, are sedimented in the cultural unconsciousness. For example, cultural codes, with lingering colonial referents, frame the questions of research. Modern science is an institutionalized practice with a particular history located in the emergence and expansion of colonial modernity. Science is neither a special kind of thought, a method guaranteeing truth, nor a unique organization of work. In terms of social practice and discourse, the meaning of science came into focus only in opposition to the terms pre- and proto-science. Modern science makes sense, in part, by way of its opposition to ancient and medieval science. All of these terms are created as part of a Europeanized history of the West and of the world. In the context of the anthropologized societies that would later be designated the East, the Dark Continent, the New World, the Third World, the South, the oppositions between science and non-science, and increasingly in the 20th century between science and local or indigenous knowledge, strengthened. We are not thinking here of the word science being introduced into the English language, but of the process of integrating the word science into vocabularies of meaning, action, and social institutions. It is during this process of integration (and institutionalization) that science takes on its (dis)guise of universality (Restivo & Loughlin, 2000, p. 138). For Carter, all rational justifications involve choices. No matter how rigorous or well-established, the scientific method is a cultural lens though which the modern world has been constructed as if it were universal. Summarizing both Siegels (2002) and Cobern and Lovings (2001) boundary delimitations for science and science education, Carter argues that these boundaries are part of the colonial project (Carter, 2006, p. 686). They act to limit and control in discourses of containment and they are symptomatic of the hegemony and imperialism of Western epistemology itself (Carter, 2006, p. 686). Consequently, both texts display the assumptions of Eurocentrism with its stable and unitary coordinates where unambiguous and guaranteed boundaries differentiate, separate and regulate between nature and culture, and between scientific and unscientific. Moreover, the subject-object epistemology of the knowing subject able to specify criteria to know and judge the object is reiterated in Cobern and Lovings (2001) and Siegels (2002) texts as the explicit foundations of bounded knowledge (Carter, 2006, p. 686). As the epistemic framework of colonial modernity, Eurocentrism centrally involves the control of knowledge and the maintenance of the conditions of epistemic dependency (Mignolo, 2000a). From a postcolonial perspective these are the kinds of boundaries that constitute who is inside and who is outside modernity. For Carter, these deeply sedimented colonial coordinates of Eurocentrism are embedded within much of science education scholarship (Carter, 2006, p. 687). These assumptions of universalism, difference, and the Other, limit science educations ability to consider postcolonial conceptualizations of culture, diversity, hybridity, border epistemologies, pluralism, and identity (Carter, 2006, p. 687). For Carter, these more complex conceptualizations are required for considering science education within contemporary transnational global culture (Carter, 2006,p. 687). Postcolonial readings, according to Carter (2004, 2006), would deconstruct the boundaries between Western science, science education, and indigenous knowledge, and between the epistemological, political, and moral imperatives that western science invented and defends. Postcolonial critique intends to renegotiate and replace boundaries, understood as arbitrary epistemological limits that maintain the dominant system of power/knowledge relations. For Carter, postcolonial critique holds the potential to develop a transdisciplinary epistemology that acknowledges the need for new conceptual tools with which to cope with contemporaneity (Carter, 2004). Western canonical thinking entrenched as it is in Eurocentrism, can no longer provide a starting point Mignolo (2000) argues, for a postOccidental epistemology that postcolonial difference requires at the intersection of modernity and coloniality (Carter, 2006, p. 688). This recognition of the historical and social contingency of boundaries, and of the limits imposed by the Eurocentric epistemic framework, implies, for Carter, that canonical boundaries be considered provisional. Boundaries would be dismantled in ways that deconstruct colonial discourse, and open up alternatives and even incommensurable possibilities, pointing towards more diverse ways of conceptualizing and performing knowledges, as well as possibilities for living. As learners mix western science with other knowledges, intercultural, hybrid demands are placed on science education that both challenges the boundaries of western science and subtly changes its terms (Carter, 2006, p. 688). This opens up a pathway towards the equal co-existence and mutual reciprocity between western science and non-western knowledges. Bringing the plurality of different knowledges together, makes all knowledge less certain, more probabilistic, more attentive to unanticipated consequences, and more cooperatively and collaboratively organized at various political levels with various types of reasoning and justifications (Carter, 2006, p. 688). Carter references Walter Mignolos border thinking here as an attempt to move thinking beyond hegemonic epistemologies that attribute to themselves a pre-eminence and universality of reach. Border thinking involves interpretation and understanding from the perspective of those whose knowledge and cultures have been marginalized by the imposition of the dominant boundaries of colonial modernity. The enchanting power of Occidentalism resides in its privileged geo-historical location, a privilege that was self-attributed by the growing hegemonic belief in its own racial, religious, philosophic, and scientific superiority. One of the most devastating consequences of such a system of belief is that the world seems to be what European (and later US) categories of thought allow you to say it is. The rest is simply wrong and any attempt to think otherwise opens one up to harassment, demonizing, and eventually, elimination (Mignolo, 2005, p. 36). For Mignolo (2000), border thinking is possible when different local histories and their particular power relations are juxtaposed and considered together. Connecting the variety of geo-historical knowledges and their loci of enunciation together reveals the dominant geo-politics of knowledge, which privileges western over non-western systems in the centralization and hegemony of principles of knowledge and understanding. Knowledge is always geo-historically and geo-politically located. The recognition and autonomous inclusion of the perspectives of moderitys marginalized Others, border thinking disrupts and breaks out of this geo-political hegemony of western thought. An other thinking implies a redistribution of the geopolitics of knowledge as organized by Occidentalism (as the overarching imaginary and self-definition of the modern world system) and Orientalism (one particular instance in which the difference from the same was located), along with area studies and the triumph of the social sciences in the geopolitics of knowledge. It also entails an effort to escape the domain of Western metaphysics and its equivalent, the theological realm of Islamic thought (Mignolo, 2000a, p. 68). For Mignolo, the geo-politics of knowledge is a necessary perspective to dispel the Eurocentric assumption that valid and legitimate knowledge is sanctioned by Western standards alone (Mignolo, 2005, p. 43). As Carter and Smith have articulated, a post-Occidental thinking is formulated as a response to the questions and issues that are shaking the world today, including those arising from the globalization of western techno-sciences and new forms of imperialism embedded in globalization (Gough, 2007; Carter, 2008a). Intercivilizational dialogue today demands that the diversity of cultural knowledges and perspectives be recognized and respected in their own terms. Carter situates and justifies her post-colonial challenge to science education in an interpretation of the historical present where the monocultural hegemony of western science and science education are part of the crises of modernity. Post-colonialism is offered as a contribution towards better understanding and theorizing the present as well as pointing towards alternatives to modernity. Carter and Smith have begun to put their post-Occidental re-vision of science education into practice with the development of a pre-service general science unit for undergraduate primary teachers. This innovative course is underpinned by many of the theoretical perspectives mentioned above, but particularly postcolonial science studies, sustainability sciences, and future studies. Like Carter and Smiths critique of science education in relation to contemporaneity, their course aims to engage, empower, and inform prospective teachers in how to tackle 21st century challenges. Six principles guide the course: 1) inclusive of the history and philosophy of science; 2) socially critical; 3) inclusive of postcolonial perspectives; 4) inclusive of new science of sustainability science; 5) framed within a futures perspective; and 6) able to invoke a sense of wonder and transcendence. The organizing framework of this course portrays the development of science as cultural story. With this narrative framework, the course aims to problematize the self-understanding of western scientific knowledge as universal, value free, and objective truth. Themes of recognition, difference, and localism derived from the literatures of science studies, cultural diversity, and sustainability science are integrated throughout. The learning goals encapsulate the challenges of sustainability science. Sustainability requires an understanding of not just a conceptual ecological knowledge base, but also building of personal meaning and connectedness in relation to the natural world, the ability to problem solve and a critical understanding of the global/local nexus. The course begins by exploring the cosmologies from various cultures. Developing the postcolonial science studies notion that all human societies have creation stories and worldviews that have arisen in local contexts and in response to local needs, science is broadly conceived as any systematic knowledge of the natural world. An understanding of the meaning of cosmology and the interrelations between knowledges and cultures are emphasized. As expressions of the diverse ways humans make sense of themselves and the world, different cosmologies are recognized for the sense of awe and wonder they provide for different cultures. Other (non-western) sciences are studied in their cultural-historical contexts for their usefulness and importance. Next, the course includes the history of the development of western science from a post-Kuhnian science studies perspective conceptualized within changing cultural, economic, and political contexts. Western science is presented as a localized ethnoscience that has transcended its immediate determinants through its reliability and usefulness. Students learn methods of exposing the historically and culturally specific determinants of scientific ways of knowing and of the means by which scientific entities and ideas are constructed and validated. This is partly a matter of historical reinterpretation of understanding that, say, the apparent fruitfulness of Newtonian scientific community and partly a matter of contemporary cultural critique, such as recognizing the extent to which ethnocentrism and biological determinism pervade the educational philosophies of John Dewey, Jean Piaget, Paulo Freire, whose work continues to inform constructivist educational reforms in many nations (Gough, 2007, p. 47). The course emphasizes important conceptual ideas of Western science, i.e., the nature verses culture dichotomy, going beyond a history and philosophy of science approach. The aim of the focus on western science is for teachers to develop a critical contextual view of western science that will inform their teaching at the primary level. This is followed by an in-depth study of the central western science precepts of energy and matter, both conceptually and within their historical context, as the necessary precursors for the potent technologies of the nineteenth, twentieth and twenty-first centuries. The more contemporary technologies of biotechnology and nonotechnology are examined and placed within the globalizing capitalist ideology that is helping to shape their outcomes (Carter, 2008b, p. 176). And finally, students are asked to draw their images of the future. Typically these images are dystopian. Carter and Smith present a more hopeful future for their students to imagine through systems theory, ecological knowledge, citizen science and sustainability science as ways to move toward a more just and sustainable future. Citizen science is a bottom up, grassroots, collaborative, and local needs focused approach to science. The course ends with an optimistic theme of empowerment about understanding the place of science in their world and believing they can influence their futures. Like Carter and Smiths vision for science education overall, this course aims to transcend the limits of western science, build upon its strengths, and contribute to a more just and sustainable world. Carter and Smith are still developing this course, but they indicate their students so far are finding it more relevant to their lives and the world today than the typical text-centered science education courses. Conclusion: Towards Epistemological Multiculturalism The initial emergence of a postcolonial critique of Eurocentrism within the teaching of specific school subjects represents the possibility that the school curriculum will contribute to the unlearning of Eurocentrism and the creation of viable alternatives to modernity. This postcolonial critique of the Eurocentric curriculum moves transformative multiculturalism beyond national cultural diversity and into a relation with the worlds epistemological diversity. Following Buras and Motters call for a subaltern cosmopolitanism, multicultural education is global education (Buras & Motter, 2006). The recent critiques of Eurocentrism in the curriculum, like ethnomathematics and post-Occidental science education, are part of the emergence of critical global perspectives on western education and curriculum. Critical global perspectives here means the articulation of multiple interpretations with a consciousness of the limits of the presumptive worldview of Eurocentric modernity. The emergence of critical global perspectives on education and curriculum are part of a shift from epistemological monoculturalism to epistemological multiculturalism. This review is intended to situate two core subject challenges to Eurocentrism within a larger project of developing a multi-centric curriculum organized as an ecology of knowledge (Santos, Nunnes & Meneses, 2007b). Situating the Eurocentric curriculum within an ecology of knowledge would de-center the hegemony of western knowledge and Occidental ways of thinking and reposition them within a sustained and dynamic ecology of heterogeneous knowledges (Santos, 2007a). The diversity of the worlds knowledges would be placed together within a democratically derived educational framework that does not compromise the autonomy of individual cultural knowledge systems (Santos, 2007d). Ethnomathematics and a post-Occidentalist science education both offer rationales and models for bringing western and non-western knowledge systems together in the classroom. A post-Eurocentric curriculum oriented by pluriversality within an ecology of knowledge is intended to further diversify thinking and understanding through the comparative and egalitarian integration of dominant and non-dominant cultural knowledge systems (Bowers, 2006; Kincheloe, 2008). Knowledge within this type of ecology of knowledge is evaluated comparatively within particular pragmatic contexts. Learning is focused on comparing and evaluating the relative value of different knowledges for intervening in real-world problems or issues. In addition to the acquisition of conceptual knowledge and skills, learning within an ecology of knowledge is oriented towards imagining and evaluating the multiple possible consequences of diverse interpretive accounts of human reality and the actions they entail. Preference is given to the forms of knowledge that guarantees the greatest level of participation to social groups involved in its design, execution, and control, as well as the benefits from the intervention (Santos, 2007a, p. 73). The proposal for an ecology of knowledge calls for and in turn would produce alternative forms of subjectivity that are no longer confined within the Eurocentric cosmology. A post-Eurocentric curriculum is intended to break the spell or hold of the Eurocentric imaginary and Occidentalist reason through the study of modern world history in relation to the assumptions and practices of the western knowledge and the school curriculum. A pluriversal curriculum opens up and promotes additional possibilities of knowing and being beyond the Eurocentric worldview, in part, through dialogue (not just the study of cultures as objects of knowledge) with the diversity of ways of knowing and being that have been eclipsed or devalued in Eurocentric education. Such a curriculum is intended to contribute to the decolonization of modern thought and thus can be understood (for pedagogical purposes) as part of a decolonial paradigm in opposition to the existing imperial/colonial paradigm. This critique of western modernity from the perspective of coloniality offers an alternative macro-narrative of modernity as a Eurocentric projection. Interpreting modernity as the imposition of a world, represented as universal, situates modernity and the modern school curriculum as one among many possible ways of organizing knowledge. A modern/colonial world system perspective holds significant implications for re-narrativizing the history of modern western education. This critical review is intended to contribute to a pluriversal and decolonial paradigm of knowledge and education. As the modern western mathematics and science education curricula illustrate, the dominant paradigm of knowledge and education is deeply embedded within the discourses of Eurocentric modernity. Eurocentric modernity is a paradigm of progress, universal truth, and newness. The de-colonial critique of modernity is a paradigm of co-existence and mutual recognition where universality is replaced by pluriversality. With the paradigm of co-existence, non-Eurocentric ways of knowing and being are included in a trans-modern worldview where many different worlds can and do co-exist. The diversity of ways of knowing and being are brought together in reciprocal learning contexts of mutual respect, ongoing dialogue, and a principled, democratically derived organization. Transcending the epistemic framework of colonial modernity by bringing together different cultural knowledge systems is now necessary if the world beyond modernity is going to more just and sustainable. References Abdi, Ali A.& Cleghorn, Alie (Eds.) (2005). Issues in African education: Sociological perspectives. New York: Palgrave Macmillan. Abdi, Ali A. (2006). Eurocentric discourses and African philosophies and epistemologies of education: Counter-hegemonic analyses and responses. International education, 36(1), pp. 15-31. Abdi, Ali A. (2009). Education for human rights and global citizenship. Albany, NY: State University of New York Press. Adam, Shehanez, Alangui, Alfredo & Barton, Bill (2003). Comment on: Rowlands & Carson where would formal, academic mathematics stand in a curriculum informed by ethnomathematics? A critical review. Educational studies in mathematics, 52(3), pp. 327-335. Adams, David Wallace (1988). Fundamental considerations: The deep meaning of Native American schooling , 1880-1900. Harvard educational review, 58(1), pp. 1-23. Adams, David Wallace (1995). Education for extinction: American Indians and the boarding school experience, 1875-1928. Lawrence, KA: University of Kansas Press. Adams, Julia, Clements, Elisabeth S. & Orloff, Ann Shola (Eds) (2004). Remaking modernity: Politics, history and sociology. Durham, NC: Duke University Press. Adas, Michael (1989). Machines as the measure of men: Science, technology, and ideologies of western dominance. Ithaca, NY: Cornell University Press. Agnew, John (2003). Geopolitics: Re-visioning world politics (second edition). New York: Routledge. Aikenhead, G.S. & Lewis, B.F. (2001). Introduction: Shifting perspectives from universalism to cross-culturalism. Science education, 85, pp. 3-5. Akom, A.A. (2008a). Ameritocray and infra-racial racism: Racializing social and cultural reproduction theory in the twenty-first century. Race ethnicity and education, 11(3), pp. 205-230. Akom, A.A. (2008b). Black metropolis and mental life: Beyond the burden of acting white toward a third wave of critical racial studies. Anthropology and education quarterly, 39(3), pp. 247-267. Allen, Ricky Lee (2001). The globalization of white supremacy: Toward a critical discourse on the racialization of the world. Educational theory, 51(4), pp. 467-485. Altbach, Philip G. (1971a). Education and neolcolonialism. Teachers college record, 74(4), pp. 543-558. Altback, Philip G. (1971b). Education and neocolonialism: A note. Comparative education review, 15(2). pp. 237-239. Altback, Philip G. (1977). Servitude of the mind? Education, dependency, and neocolonialism. Teachers college record, 79(2), pp. 187-204. Altbach, Philip G. & Kelly, Gail P. (Eds.) (1978). Education and colonialism. New York: Longman. Anderson, James D. (1988). The education of blacks in the south, 1850-1935. Chapel Hill, NC: University of North Carolina Press. Anderson, S.E. (1997). Worldmath curriculum: Fighting Eurocentrism in mathematics. In Arthur B. Powell & Marilyn Frankenstein (Eds.), Ethnomathematics: Challenging Eurocentrism in mathematics education. Albany, NY: State University of New York Press. Anghie, Antony (1996). Francisco de Vitoria and the colonial origins of modern law. Social & legal studies, 5(3). Pp. 321-336. Ankomah, Baffour (2005). Are you educated? New African, April, pp. 8-9. Aparicio, Juan Ricardo & Blaser, Mario (2008). The lettered city and the insurrection of subjugated knowledges in Latin America. Anthropological Quarterly, 81(1), pp. 59-94. Appelbaum, Michael Peter (2002). Multicultural and diversity education: A reference handbook. Santa Barbara, CA: ABC-CLIO. Apple Michael (Ed.) (1982). Cultural and economic reproduction in education: Essays on class, ideology and the state. London: Routledge & Kegan Paul. Apple, Michael W. (1990). Ideology and curriculum (second edition). New York: Routledge. Apple, Michael W. (1993). Official knowledge: Democratic education in a conservative age. New York: Routledge. Apple, Michael (1996) Cultural politics and education. New York: Teachers College Press. Apple, Michael W. & Buras, Kristen L. (2006). Introduction. In Michael W. Apple & Kristen L. Buras (Eds.). The subaltern speak: Curriculum, power, and educational struggles. New York: Routledge. Aronowitz, Stanley & Giroux, Henry A. (1991). Postmodern education: Politics, culture, & social criticism. Minneapolis, MI: University of Minnesota Press. Aronowitz, Stanley (1992). The politics of identity. New York: Routledge. Artz, Lee & Murphy, Bren Ortega (2000). Cultural hegemony in the United States. Thousand Oaks, CA: Sage Publications. Ascher, Marcia (1991). Ethnomathematics: A multicultural view of mathematical ideas. New York: Brooks/Cole Publishing. Asante, Molefi Kete (1991a). Afrocentric curriculum. Educational leadership, 49(4), pp. 28-31. Asante, Molefi Kete (1991b). The Afrocentric idea in education. Journal of Negro education, 60(2), pp; 170-180. Ashcroft, Bill (2001b). Post-colonial transformation. London: Routledge. Ashcroft, Bill (2001a). On post-colonial futures: Transformations of colonial culture. New York: Continuum. Banks, James (1995). Multicultural education and curriculum transformation. The journal of Negro education, 64(4), pp. 390-400. Barrow, C.W. (1990). Universities and the capitalist state: Corporate liberalism and the reconstruction of American higher education, 1894-1928. Madison, WI: University of Wisconsin Press. Barton, Bill (1996). Making sense of ethnomathematics: Ethnomathematics is making sense. Educational studies in mathematics, 32(1/2), pp. 201-233. Battiste, Marie (2008). The struggle and renaissance of indigenous knowledge in Eurocentric education. In Malia Villegas, Sabina Rak Neugebauer & Kerry R. Venegas (Eds.) Indigenous knowledge and education: Sites of struggle, strength, and survivance. Cambridge, MA: Harvard Educational Reprints Bealey, Frank (2001). Power in business and the state: An historical analysis of its concentration. New York: Routledge. Berger, Peter & Luckmann, Thomas (1966). The social construction of reality: A treatise in the sociology of knowledge. New York: Anchor Books. Bergesen, Albert & Schoenberg, Ronald (1980). Long waves of colonial expansion and contraction, 1415-1969. In Albert Bergesen (Ed.), Studies in the modern world-system. New York: Academic Press Inc. Berry, Thomas (1988). The dream of the earth. San Francisco, CA: Sierra Club Books. Bessis, Sophie (2003). Western supremacy: The triumph of an idea. New York: Zed Books. Bishop, Alan J. (1988a). Mathematics enculturation: A cultural perspective on mathematics education. Dordrecht: Kluwer Academic Publishers. Bishop, A. (1988b). The interactions of mathematics education with culture. Cultural Dynamics, 1(2), pp. 145157. Bishop, Alan J. (1990). Western mathematics: The secret weapon of cultural imperialism. Race & Class. 32(2), pp. 51-65. Blaut, J.M. (1993). The colonizers model of the world: Geographical diffusionism and Eurocentric history. New York: Guilford Press. Bonilla-Silva, E. (2001). White supremacy and racism in the post civil-rights era. London: Lyne Rienner Publishers. Bonilla-Silva, E. (2006). Racism without racists: Color-blind racism and the persistence of racial inequality in the United States. Lanham, MA: Rowman & Littlefield Publishers. Boote, Daniel N. & Beile, Penny (2005). Scholars before researchers: On the centrality of the dissertation literature review in research preparation. Educational researcher, 34(6), pp. 3-15. Bourdieu, Pierre & Passeron, Jean-Claude (1977). Reproduction in education, society and culture. London: Sage. Bowles, Samuel (1971). Unequal education and the reproduction of the social division of labor. Review of radical political economics, 3(1), pp. 1-31. Bowles, Samuel & Gintis,Herbert (1976). Schooling in capitalist America: Educational reform and the contradictions of economic life. New York: Basic Books. Bowers, C.A. (2006). Revitalizing the commons: Cultural and educational sites of resistance and affirmation. Lanham, MD: Lexington Books. Brown, Lester R. (2008). Plan B 3.0: Mobilizing to save civilization. New York: W.W. Norton & Company. Brown, Wendy (2003). Neo-liberalism and the end of liberal democracy. Theory & event, 7(1). Brown, Wendy (2006). American nightmare: Neoliberalism, neoconservatisim, and de-democratization. Political theory, 34(6), pp. 690-714. Buras, Kristen L. & Motter, Paulino (2006). Toward a subaltern cosmopolitan multiculturalism. In Michael W. Apple & Kristen L. Buras (Eds.). The subaltern speak: Curriculum, power, and educational struggles. New York: Routledge. Butts, R. Freeman (1967). Civilization building and the modernization process: A framework for the reinterpretation of the history of education. History of education quarterly, Summer, pp. 147-174. Butts, R. Freeman (1973). The education of the West: A formative chapter in the history of civilization. New York: McGraw-Hill Book Company. Cadava, Edwardo, Connor, Peter & Nancy, Jean-Luc (Eds.) (1991). Who comes after the subject? New York: Routledge. Carnoy, Martin (1974). Education as cultural imperialism. New York: David McKay Company. Cannella, Gaile S. & Viruru, Radhika (2004). Childhood and postcolonization: Power, education, and contemporary practice. New York: Routledge/Falmer. Carter, Lyn & Smith, Caroline (1998). Role of research in reconceptualizing science eduacation for the 21st century. Paper presented at the Australian Association for Research in Education conference, Adelaide, Australia. Carter, Lyn & Smith, Caroline (2003). Re-visioning science education from a science studies and futures perspective. Journal of futures studies, 7(4), pp. 45-54. Carter, Lyn & Smith, Caroline (2004). Science: A bigger picture. EQ Australia, online http://www1.curriculum.edu.au/eq/2004spring/article1.php Carter, Lyn (2004). Thinking differently about cultural diversity: Using postcolonial theory to (re)read science education. Science Education, 88(6), pp. 819-836. Carter, Lyn (2005). A place for alternative readings: Can they be of use? Responding to comments on thinking differently about cultural diversity: Using postcolonial theory to (re)read science education. Science education, 89(5), pp. 913-919. Carter, Lyn (2006). Postcolonial interventions within science education: Using postcolonial ideas to reconsider cultural diversity scholarship. Educational philosophy and theory, 38(5), pp. 677-691. Carter, Lyn (2007). Science education and contemporary times: Finding our way through the challenges. In Bill Atweh, et. al., (Eds.), Interanationalisation and globalisation in mathematics and science education. (pp. 79-94). Neth Carter, Lyn (2008a). Globalization and science education: The implications of science in the new economy. Journal of research in science teaching, 45(5), pp. 617-633. Carter, Lyn (2008b). Sociocultural Influences on Science Education: Innovation for Contemporary Times. Science education, 92(1), pp. 165-181. Casanova, Pablo Gonzales (1965) Internal colonialism and national development, Studies in comparative international development, 1, pp. 27-37 Castro-Gomez, Santiago (2000). Traditional and critical theories of culture. Nepantla: Views from the South. 1(3), pp. 503-518. Castro-Gomez, Santiago (2002). The social sciences, epistemic violence, and the problem of the invention of the other. Nepantla, 3(2), pp. 269-285. Castro-Gomez, Santiago (2008). (Post)coloniality for dummies: Latin American perspectives on modernity, coloniality, and the geopolitics of knowledge. In Mabel Morana, Enrique Dussel & Carlos A. Jaurequi (Eds.), Coloniality at large: Latin America and the postcolonial debate. Durham, NC: Duke University Press. Chase-Dunn, Christopher (1989). Global formation: Structures of the world-economy. Cambridge, MA: Basil Blackwell. Cobern, W.W. & Loving, C.C. (2001). Defining science in a multicultural world: Implications for science education. Science education, 85, pp. 50-67. Cohn Bernard (1987). An anthropologist among the historians and other essays. New York: Oxford University Press. Cohn, Bernard S. (1996). Colonialism and its forms of knowledge: The British in India. Pinceton, NJ: Princeton University Press. Collins, James & Blot, Richard K. (2003). Literacy and literacies: Text, power, and identity. New York: Cambridge University Press. Collins, John W. III & OBrien, Nancy Patricia (2003). The greenwood dictionary of education. Westport, CN: Greenwood Press. Collins, Patricia Hill (2000). Black feminist thought. New York: Routledge. Cook-Gumperz, Jenny (1986). Literacy and schooling: An unchanging equation? In Jenny Cook-Gumperz (Ed.), The social construction of literacy. London: Cambridge University Press. Coronil, Fernando (1996). Beyond Occidentalism: Toward nonimperial geohistorical categories. Cultural anthropology, 11(1), pp. 51-87. Corsiglia, John & Snively, Gloria (2001). Rejoinder: Infusing indigenous science into Western modern science for a sustainable future. Science education, 85, pp. 82-86. Crossley, M. & Watson, K. (2003). Comparative and international research in education: Globalization, context and difference. London, UK: Routledge Falmer. Crossley, Michael & Tikly, Leon (2004). Postcolonial perspectives and comparative and international research in education: A critical introduction. Comparative education, 40(2), pp. 147-156. Crozier, Michael J., Huntington, Samuel P. & Watanuki, Joji (1975). The crisis of democracy: Report on the governability of democracies to the Trilateral Commission. New York: New York University Press. Currie, Jan & Newson, Janice (1998). Universities and globalization: Critical perspectives. Thousand Oaks, CA: Sage Publications. DAmbrosio, Ubiratan (1984). Socio-cultural basis for mathematical education: Proceeding of ICME-5, Adelaide. DAmbrosio, Ubiratan (1994). Cultural framing of mathematics teaching and learning. In R. Biehler, R.W. Scholz, R. Straber & B. Winkelmann (Eds.), Didactics of mathematics as a scientific discipline, (pp. 443-455). Dordrecht: Kluwer Academic Publishers DAmbrosio, Ubiratan (1997). Forward. In Arthur B. Powell & Marilyn Frankenstein (Eds.). Ethnomathematics: Challenging Eurocentrism in mathematics education. Albany, NY: State University of New York Press. DAmbrosio, Ubiratan (1997). Ethnomathematics and its place in the history and pedagogy of mathematics. In Arthur B. Powell, Marilyn Frankenstein (Eds.). Ethnomathematics: Challenging Eurocentrism in mathematics education. Albany, NY: State University of New York Press. Da Silva, Denise Ferreira (2007). Toward a global idea of race. Minneapolis, MI: University of Minnesota Press. Daun, Holgar (Ed.) (2002). Education restructuring in the context of globalization and national policy. New York: Routledge/Falmer. Dei, George J. Sefa, Mazzuca, Josephine, McIsaac, Elizabeth & Zine, Jasmin (1997). Reconstructing drop-out: A critical ethnography of the dynamics of black students disengagement from school. Buffalo, NY: University of Toronto Press. Dei, George J. Sefa (2001). Rethinking the role of indigenous knowledge in the academy. NALL working paper, Ontario Institute for Studies in Education, Toronto. Dei, George J. Sefa (2006). In Yata Kanu (Ed). Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. Dei, George J. Sefa, Hall, Budd L. & Rosenberg, Dorothy Goldin (Eds.) (2000). Indigenous knowledges in global contexts: Multiple readings of our world. Toronto: University of Toronto Press. Dei, George J. Sefa & Asghazadeh, Alireza (2001). The power of social theory: the anti-colonial discursive framework. Journal of educational thought, 35(3), pp. 297-323. Dei, George J. Sefa & Kempf, Arlo (Eds.) (2006). Anti-colonialism and education: The politics of resistance. Delanty, Gerard (1995). Inventing Europe: Idea, identity, reality. New York: St. Martins Press. Deloria, Jr., Vine (1999a). Knowing and understanding: Traditional education in the modern world. In Vine Deloria Jr. Spirit & reason: The Vine Deloria, Jr., reader. Golden, CO: Fulcrum Publishing. Deloria, Jr., Vine (1999b). The burden of Indian education. In Vine Deloria Jr., Spirit & reason: The Vine Deloria, Jr., reader. Golden, CO: Fulcrum Publishing. Des Jarlais, Cheryl Woolsey (2008). Western structures meet native traditions: The interfaces of educational cultures. Information Age Publishing. Dimitriades, G. & McCarthy, C. (2001). Reading & teaching the postcolonial: From Baldwin to Basquiat and beyond. New York: Teachers College Press. Dirlik, Arif (1999). Is there history after Eurocentrism? Globalism, postcolonialism, and the disavowal of history. Cultural critique, 42, pp. 1-34. Dirlik, Arif (2002a). Rethinking colonialism: Globalization, postcolonialism, and the nation. Interventions, 4(3), pp. 428-448. Dirlik, Arif (2002b). History without a center? Reflections on Eurcocentrism. In Eckhardt Fuchs & Benedikt Stuchtey (Eds.). Across cultural borders: Historiography in global perspective. New York: Rowman & Littlefield Publishers. Dirlik, Arif (2003). Global modernity? Modernity in an age of global capitalism. European journal of social theory, 6(3), pp. 275-293. Dirlik, Arif (2007). Global modernity: Modernity in the age of global capitalism. Thousand Oaks, CA: Sage Publications. Dirlik, Arif (2008). Race talk, race, and contemporary racism. PMLA: Modern language association of America, 123(5), pp. 1363-1379. DuBois, W.E.B. [1905] (1990). The souls of black folk. New York: Vintage Books. Dussel, Enrique (1993). Eurocentrism and modernity (Introduction to the Frankfurt lectures). Boundary 2, 23(3), pp. 65-76. Dussel, Enrique (1995). The invention of Americas: Eclipse of the Other and the myth of modernity. Translated by Michael D. Barber. New York: Continuum. Dussel, Enrique (1998). Beyond Eurocentrism: The world-system and the limits of modernity. In Fredric Jameson & Masao Miyoshi (Eds.). The cultures of globalization. Durham, NC: Duke University Press. Dussel, Enrique (2002). Eurocentrism and trans-modernity. Nepantla, 3(2), pp. 221-243. Dussel, Enrique (2003). Beyond philosophy: Ethnics, history, Marxism, and liberation theology. Lanham, MA: Rowman & Littlefield Publishers. Eisenhardt, M. (1988). On the subject of interpretive reviews. Review of educational research, 68, pp. 391-399. Eisenstadt, Shmuel N. (2001). The civilizalizational dimension of modernity: Modernity as a distinct civilization. International sociology, 16(3), pp. 320-340. Ernest, Paul (2004). Postmodernism and the subject of mathematics. In Margaret Walshaw (Ed.). Mathematics education within the postmodern. Greenwich, CT: Information Age Publishing. Escobar, Arturo (2007). Worlds and knowledges otherwise: The Latin American modernity/coloniality research paradigm. Cultural studies, 21(2-3), pp. 179-210. Evans, Ronald W. (2004). The social studies wars: What should we teach the children? New York: Teachers College Press. Fals-Borda, Orlando & Mora-Osejo, Luis (2003). Eurocentrism and its effects: A manifesto from Columbia. Globalisation, societies & education, 1(1), pp. 103-107. Fanon, Franz (1963). The wretched of the earth. New York: Grove Press. Fanon, Franz 1967). Black skin, white masks. New York: Grove Press. Fasheh, Munir, (1991). Mathematics in a social context: Math within education as praxis versus math within education as hegemony. In Mary Harris (Ed.), Schools, mathematics and work. New York: Falmer Press. Feldman, Shelly (2001). Intersecting and contesting positions: Postcolonialism, feminism, and world-systems theory. Review, 23(3), pp. 343-371. Ferro, Marc (1997). Colonization: A global history. New York: Routledge. Forte, Maximillan C. (1998). Globalization and world-systems analysis: Toward new paradigms of a geo-historical social anthropology (a research review). Review, 21(1), pp. 29-99. Foucault, Michel (1980). Lecture One. In Michel Foucualt. Power/knowledge: Selected interviews and other writings 1972-1977. New York: Pantheon Books. Frankenstein, Marilyn & Powell, Arthur B. (1994). Toward liberatory mathematics: Paulo Freires epistemology and ethnomathematics. In Peter L. McLaren & Colin Lankshear (Eds.). Politics of liberation: Paths from Freire. New York: Routledge. Freire, Paulo (1985). The politics of education: Culture, power and liberation. South Hadley, MA: Bergin & Garvey Publishers. Fuller, Steve (1997). Science. Minneapolis, MN: University of Minnesota Press. Fuller, Steve (2000). The governance of science: Ideology and the future of society. Buckingham, UK: Open University Press. Gabbard, David A. (1998). Decolonizing society. Peace review, 10(1), pp. 107-113. Gadamer, Hans-Georg (1989). Truth and method. New York: Crossroads Press. Galilston, P. & Stump, D. (Eds.) (1996). The disunity of science: Boundaries, contexts, and power. Stanford, CA: Stanford University Press. Geyer, Michael & Bright, Charles (1995). World history in a global age. American historical review, 100(4), pp. Gill, Stephen (2003). Power and resistance in the new world order. New York: Palgrave macmillan. Ginsburg, Mark B. (2002). Imperialism and education. In David Levinson, Peter W. Cookson & Alan R. Sadovnik (Eds.), Education and sociology: An encyclopedia. New York: Routledge. Giroux, Henri (1983). Theory and resistance in education. South Hadley, MA: Bergin & Garvey Publishers. Giroux, Henri (1998). The Business of Public Education. Z Magazine, July/August. Goldberg, David Theo (1993). Racist culture: Philosophy and the politics of meaning. Cambridge, MA: Blackwell. Goldberg, David Theo (1994). Introduction: Multicultural conditions. In David Theo Goldberg (Ed.), Multiculturalism: A critical reader. Cambridge, MA: Basil Blackwell. Goldberg, David Theo (2002). The racial state. Malden, MA: Blackwell Publishers. Gong, Gerrit W. (1984). The standard of civilization in international society. Oxford, UK: Clarendon Press. Goodson, Ivor (1987). School subjects and curriculum change: Studies in curriculum history a revised & extended edition. London, UK: Falmer Press. Goodson, Ivor F. (1994). ing curriculum: Cases and methods. New York: Teachers College Press. Goodson, Ivor (1995). The making of curriculum: Collected essays (second edition). Washington, D.C.: Falmer Press. Goodson, Ivor F. (1997). The changing curriculum: Studies in social construction. New York: Peter Lang. Gorski, Philip S. (2003). The disciplinary revolution: Calvinism and the rise of the state in early modern Europe. Chicago, IL: University of Chicago Press. Gough, Noel (2007). All around the world science education, constructivism, and globalization. In Bill Atweh, Angela Calabrese Barton, Marcelo C. Borba, Noel Gough, Christine Keitel & Renuka Vithal (Eds.). Internationalisation and globalization in mathematics and science education. Netherlands: Springer. Grafton, Anthony & Jardine, Lisa (1986). From humanism to the humanities: Education and liberal arts in fifteenth and sixteenth-century Europe. Cambridge, MA: Harvard University Press. Greene, Jack P. (2007). Colonial history and national history: Reflections on a continuing problem. William and Mary quarterly, 44(2), pp. 235-250. Grosfoguel, Ramon (2002). Colonial difference, geopolitics of knowledge, and global coloniality in the modern/colonial capitalist world-system. Review, 25(3), pp. 203-224. Grosfoguel, Ramon & Cervantes-Rodriquez, Ana Margarita (2002). Introduction. Unthinking twentieth-century Eurocentric mythologies: Universalist knowledges, decolonization, and developmentalism. In Ramon Grosfoguel & Ana Margarita Cervantes-Rodriquez (Eds.). The modern/colonial/capitalist world-system in the twentieth century: Global processes, antisystemic movements, and the geopolitics of knowledge. Westport, CT: Praeger. Gutierrez, Rochelle (2000). Is the multiculturalization of mathematics doing us more harm than good? In Ram Mahalingam & Cameron McCarthy (Eds.), Multuicultural curriculum: New directions for social theory, practice, and policy. New York: Routledge. Habermas, Jurgen (1975). Legitimation crisis. Boston, MA: Beacon Press. Habermas, Jurgen (1990). The philosophical discourse of modernity: Twelve lectures. Cambridge, MA: MIT Press. Haggerson, N.L. (1991). Philosophical inquiry: Amplitative approach. In E.C. Short (Ed.), Forms of curriculum inquiry (pp. 43-60). Albany, NY: State University of New York Press. Hamilton, David (1989). Towards a theory of schooling. New York: Falmer Press. Hamm, Bernd (2005). Cultural imperialism: The political economy of cultural domination. In Bernd Hamm & Russell Smandych (Eds.), Cultural imperialism: Essays on the political economy of cultural domination, Toronto, Canada: Broadview Press. Harding, Sandra. (1993). Introduction: Eurocentric scientific illiteracy a challenge for the world community, in Sandra Harding (Ed.), The racial economy of science: Toward a democratic future. Indianapolis, IN: Indiana University Press. Harding, Sandra (1994). Is science multicultural? Challenges, resources, opportunities, uncertainties. In David Theo Goldberg (Ed.), Multiculturalism: A critical reader. Cambridge, MA: Basil Blackwell. Harding, Sandra (1997). Is modern science an ethnoscience? Rethinking epistemological assumptions. In Emmanuel Chukwudi Eze (Ed.), Postcolonial African philosophy: A critical reader. Cambridge, MA: Blackwell Publishers. Harding, Sandra (1998). Multiculturalism, postcolonialism, feminism: Do they require new research epistemologies? Australian educational researcher, 25(1), 37-51. Harding, Sandra (2008). Sciences from below: Feminisms, postcolonialisms, and modernities. Durham, NC: Duke University Press. Heit, Helmut (2005). Western identity, barbarians, and the inheritance of Greek universalism. The European legacy: Toward new paradigms. 10(7), pp. 725-739. Helle, Alro & Skovsmose, Ole (2002). Dialogue and learning in mathematics education: Intentions, reflection, critique. Dordrecht: Kluwer. Hess, David (1995). Science and technology in a multicultural world. New York: Columbia University Press. Heydon, Rachel M. & Iannacci, Luigi (2008). Early childhood literacy and the de-pathologizing of childhood. Buffalo, NY: University of Toronto Press. Hind, Robert J. (1984). The internal colonial concept. Society for comparative study of society and history, 26(3), pp. 543-568 Hindness, Barry (2005). Citizenship and empire. In Thomas Blom Hansen & Finn stepputat (Eds.), Sovereign bodies: Citizens, migrants, and states in the postcolonial world. Princeton, NJ: Princeton University Press. Holmgren, D. (2002). Permaculture: Principles and pathways beyond sustainability. Tasmania, Australia: Holmgren Design Services. Hopkins, Terrence K. &Wallerstein, Immanuel (1967). World-systems analysis: Methodological issues. In B.H. Kaplan (Ed.), Social change in the capitalist world-economy, pp. 199-217. London: Sage. Hopkins, Terrence K. & Wallerstein, Immanuel (1977). Patterns of development of the mderon world-system, Review, 1(2), pp. 111-145. Huggan, Graham (2001). The postcolonial exotic: Marketing the margins. New York: Routledge. Hunter, Ian (1996). Assembling the school. In Andre Barry Thomas Osborne & Nikolas Rose (Eds.), Foucault and political reason: Liberalism, neo-liberalism and rationalities of government. Chicago, IL: University of Chicago Press. Huntington, Samuel P. (1996). The clash of civilizations and the remaking of world order. New York: Touchstone. Hurd, Paul deHart (2002). Modernizing science education. Journal of research in science teaching, 39(1), pp. 3-9. Hursh, David (1997). Multicultural social studies: Schools as places for examining and challenging inequality. In E. Wayne Ross (Ed.), The social studies curriculum: Purposes, problems, and possibilities. Albany, NY: State University of New York Press. Hursh, David (2008). High-stakes testing and the decline of teaching and learning: The real crisis of education. Lanham, MD: Rowman & Littlefield. Illich, Ivan (1971). Deschooling society. New York: Harper & Row Publishers. Illich, Ivan & Verne, Etienne (1976). Imprisoned in the global classroom. New York: Writers & Readers Publishing Cooperative. Illich, Ivan (1978). Toward a history of needs. Berkeley, CA: Heyday Books. Jacob, M. (1997). Scientific culture and the making of the industrial west. New York: Oxford University Press. Jacques, Martin (2009). The new depression. New statesman. February 12th, 2009. Joseph, George Gheverghese (1987). Foundations of Eurocentrism in mathematics. Race & class, 28(3), pp. 13-28. Joseph, George Gheverghese (1991). The crest of the peacock: Non-European roots of mathematics. London, UK: I.B. Tauris Joseph, George Gheverghese, Reddy, Vasu & Searle-Chatterjee, Mary (1990). Eurocentrism in social sciences. Race & class, 31(4), pp. 1-27. Kanu, Yatta (2006a). Introduction. In Yatta Kanu (Ed.), Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. Kanu, Yatta (2006b). Reappropriating traditions in the postcolonial curricular imagination. In Yata Kanu (Ed). Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. Karenga, Maulana (2003). Afrocentricity and multicultural education: Concept, challenge and contribution. In Ama Mazama (Ed.). The Afrocentric paradigm. Trenton, NJ: Africa World Press. Kates, R.W. et. Al., (2001). Environment and development: sustainability science, Science, 292(5517), pp. 642-643. Kelly, Gail P. & Altbach, Philip G. (1987). Introduction. In Philip G. Altbach & Gail P. Kelly (Eds.). Education and colonialism. New York: Longman. Kincheloe, Joe L. (Ed.)(1998). White reign: Deploying whiteness in America. New York: St. Martins Press. Kincheloe, Joe L. (2001). Getting beyond the facts: Teaching social studies/social sciences in the twenty-first century (second edition). New York: Peter Lang. Kincheloe, Joe L. (2006) Critical ontology and indigenous ways of being: Forging a postcolonial curriculum. In Yata Kanu (Ed). Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. Kincheloe, Joe L. (2008). Knowledge and critical pedagogy: An introduction. Montreal: Springer. Kirch, Susan A. (2007). Re/production of science process skills and a scientific ethos in an early childhood classroom. Cultural studies of science education, 2(4), pp. 785-815. Klieberg, Herbert (1986). The struggle for the American curriculum 1893-1958. London: Routdege & Kegan Paul. Knauft, Bruce (2002). Exchanging the past: A rainforest world of before and after. Chicago, IL: University of Chicago Press. Koehl, Robert (1975). Cultural imperialism as education: An indictment. Comparative education review, 9(2), pp. 276-285. Kyle, W.C. (2001). Towards a political philosophy of science education. In A. Calabrese Barton & M.D. Osborne (Eds.), Teaching science in diverse settings: Marginalized discourses & classroom practices (pp. xi-xvii). New York: Peter Lang Publishing. Laclau, Ernesto (1992). Universalism, particularism and the question of identity. October, 61, pp. 83-90. Ladson-Billings, Gloria (1997). It doesnt add up: African-American students mathematics achievement. Journal for research in mathematics education, 28(6), pp. 697-709. Ladon-Billings, Gloria (1998). From Soweto to the South Bronx: African Americans and colonial education in the United States. In Carlos A. Torres & Theodore R. Mitchell (Eds.). Sociology of eduation: Emerging perspectives. Albany, NY: State University of New York Press. Ladson-Billings, Gloria & Tate, William F. (1995). Toward a critical race theory of education. Teachers college record, 97(1), pp. 47-68. Lam, Wan Shun Eva (2006). Culture and learning in the context of globalization: Research directions. Review of research in education, 30, pp. 213-237. Lander, Edgardo (2000). Eurocentrism and colonialism in Latin American thought. Nepantla: View from South, 1(3), pp. 519-532. Lander, Edgardo (2002). Eurocentrism, modern knowledges, and the natural order of global capital. Nepantla: Views from the South, 3(2), pp. 245-268. Landes, David S. (1999). The wealth and poverty of nations: Why some are so rich and some so poor. New York: W.W. Norton & Company. Latouch, Serge (1996). The westernization of the world: The significance, scope and limits of the drive towards global uniformity. Cambridge, MA: Polity Press. Lee, Richard E. (2000). The structures of knowledge and the future of the social sciences: Two postulates, two propositions, and a closing remark. Journal of world-system research, 6(3), pp. 786-796. Leersson, Joep (2006). Nationalist thought in Europe: A cultural history. Amsterdam: Amsterdam University Press. Lefebvre, Henri (1991). The production of space. Cambridge, MA: Blackwell. Lemke, J.L. (2001). Articulating communities: Sociocultural perspectives on science education. Journal of research in science teaching, 38(3), pp. 296-316. Levine, Robert A. (1978). Western schools in non-western societies: Psychosocial impact and cultural response. Teachers college record, 79(4), pp. Livingston, G. (1999). Beyond watching over established ways: A review of recasting the literature, recasting the lived. Review of educational research, 69, pp. 9-19. Lowy, Richard F. (1995). Eurocentrism, ethnic studies, and the new world order: Toward a critical paradigm. Journal of black studies, 25(6), pp. 712-736. Lyotard, Jean-Francois (1984). The postmodern condition: A report on knowledge. Minneapolis, MN: University of Minnesota Press. MacGillivray, Laurie, Ardell, Amy Lassiter, Curwen, Margaret Sauceda & Palma, Jennifer (2004). Colonized teachers: Examining the implementation of a scripted reading program. Teacher education, 15(2), pp. 131-144. Macedo, Donaldo & Gounari, Panayota (Eds.) (2006). The globalization of racism, Boulder, CO: Paradigm Publishers. Mahalingam, Ram (2000). Beyond Eurocentrism: Implications of social epistemology for mathematics education. In Ram Mahalingam & Cameron McCarthy (Eds.), Multuicultural curriculum: New directions for social theory, practice, and policy. New York: Routledge. Maldonado-Torres, Nelson (2002). Postimperial reflections on crisis, knowledge, and utopia: Transgresstopic critical hermeneutics and the death of European man. Review, 25(3), pp. 277-315. Maldonado-Torres, Nelson (2004). The topology of being and the geopolitics of knowledge: Modernity, empire, coloniality. City, 8(1), pp. 29-56. Maldonado-Torres, Nelson (2005). Decolonization and the new identitarian logics after September 11t: Eurocentrism and Americanism against the new barbarian threats. Radical philosophy review, 8(1), pp. 35-67. Maldonado-Torres, Nelson (2008). Against war: Views from the underside of modernity. Durham, NC: Duke University Press. Malpus, Simon (2006). Historicism. In Simon Malpus & Paul Wake (Eds.). The Routledege companion to critical theory. New York: Routledge. Maturana, H. R. & Varela, F. J. (1987). The Tree on Knowledge: The Biological Roots of Human Understanding. New Science Library, Shambhala, London. Matus, Claudia & McCarthy, Cameron (2003) The triumph of multiplicity and the carnival of difference: Curriculum dilemmas in the age of postcolonialism and globalization. In William F. Pinar (Ed.), International handbook of curriculum research. Malwah, NJ: Lawrence Erlbaum Associates. Mayo, P., Borg, C. & Dei, G. (2002). Editorial introduction: Postcolonialism, education and an international forum for debate. Journal of postcolonial education, 1, pp. 3-7). Mazlish, Bruce (2004). Civilization and its contents. Stanford, CA: Stanford University Press. McGovern, Seanna (1999). Education, modern development, and indigenous knowledge: An analysis of academic knowledge production. New York: Garland Publishing. Meacham, S.J. (1998). Threads of a new language: A response to Eisenharts On the subject of interpretive reviews. Review of educational research, 68, pp. 401-407. Montuori, Alfonso (2005). Literature review as creative inquiry: Reframing scholarship as a creative process. Journal of transformative education, 3(4), pp. 374-393. Morana, Mabel, Dussel, Enrique & Jauregui, Carlos A. (2008). Colonialism and its replicants. In Mabel Morana, Enrique Dussel & Carlos A. Jaurequi (Eds.), Coloniality at large: Latin America and the postcolonial debate. Durham, NC: Duke University Press. McCarthy, C., Giardina, M.D., Harewood, S.J. & Park, J.-K (2003). Contesting culture: Identity and curriculum dilemmas in an age of globalization, postcolonialism, multiplicity. Harvard educational review, 73, pp. 449-460. McDonald, Kara (2006). Learning whose nation? In Yata Kanu (Ed). Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. McGee, Patrick (1993). Decolonization and the curriculum of English. In Cameron McCarthy & Warren Crichlow (eds.), Race, identity and representation in education. New York: Routledge. McKinley, Elizabeth (2001). Cultural diversity: Masking power with innocence. Science education, 85, pp. 74-76. Memmi, A. (1965). The colonizer and the colonized. Boston, MA: Beacon Press. Merryfield, Merry M. (1997). Infusing global perspectives into the social studies curriculum. In E. Wayne Ross (Ed.), The social studies curriculum: Purposes, problems, and possibilities. Albany, NY: State University of New York Press. Merryfield, Merry M. (2001). Moving the center of global education: From imperial world views that divide the world to double consciousness, contrapuntal pedagogy, hybridity, and cross-cultural competence. In W.B. Stanley (Ed.), Critical issues in social studies research for the 21st century (pp. 179-207). Greenwich, CT: Information Age Publishing. Merryfield, Merry M. & Wilson, Angene (2005). Social studies and the world: Teaching global perspectives. Silver Spring, MD: National Council for the Social Studies. Meyer, John W., Kamens, David H. & Benavot, Aaron (1992). School knowledge for the masses: World models and national primary curricular categories in the twentieth century. Washington, D.C.: Falmer Press. Montuori, Alfonso (2005). Literature review as creative inquiry: Reframing scholarship as a creative process. Journal of transformative education, 3(4), pp. 374-393. Mignolo, Walter D. (1997). Gnosis, colonialism, and cultures of scholarship. In S.C. Humphreys (Ed.), Cultures of scholarship. Ann Arbor, MI: University of Michigan Press. Mignolo, Walter D. (1999a). I am where I think: Epistemology and the colonial difference. Journal of Latin American cultural studies, 8(2), pp. 235-245. Mignolo, Walter D. (1999b) Stock to watch: Colonial difference, planetary multiculturalism, and radical planning. Plurimundi: An international forum for research and debate on human settlements, , pp. 7-33. Mignolo, Walter D. (2000a). Local histories/global designs: Coloniality, subaltern knowledges, and border thinking. Princeton, NJ: Princeton Unviversity Press. Mignolo, Walter D. (2000b). Many faces of cosmo-polis: Border thinking and critical cosmopolitanism. Public culture, 12(3), pp. 721-748. Mignolo, Walter D. (2001). Coloniality at large: The Western Hemisphere in the Colonial Horizon of Modernity. CR: The New Centennial Review, 1(2) pp. 19-54. Mignolo, Walter D. (2002a). Rethinking the colonial model. In Linda Hutcheon & Mario J. Valdes (Eds.), Rethinking literary history: A dialogue on theory. New York: Oxford University Press. Mignolo, Walter D. (2002b). The enduring enchantment: (Or the privilege of modernity and where to go from here). South Atlantic Quarterly, 101(4). pp. 927-954. Mignolo, Walter D. (2002c). Geopolitics of knowledge and the colonial difference. The South Atlantic quarterly, 101(1), pp. 57-96. Mignolo, Walter D. (2003a). Markers of race: Knowledge and the differential/colonial accumulation of meaning. Neohelicon, Acta comparationis litterarum universarum, 30(1), pp. 89-102. Mignolo, Walter D. (2003b). Philosophy and the colonial difference. In Eduardo Mendieta (Ed.), Latin American philosophy: Currents, issues, debates. Bloomington, IN: Indiana University Press. Mignolo, Walter D. (2003c). Globalization and the geopolitics of knowledge: The role of the humanities in the corporate university. Nepantla, 4(1), pp. 97-119. Mignolo, Walter D. (2006). Citizenship, knowledge, and the limits of humanity. American literary history, 18(2), pp. 312-331. Mignolo, Walter D. (2007). De-linking: The rhetoric of modernity, the logic of coloniality and the grammar of de-coloniality. Cultural studies, 21(2/3), pp. 449-514. Mignolo, Walter D. (2008). De-linking epistemology from capital and pluri-versality: A conversation with Walter Mignolo (Parts 1 & 2). Reartikulacija, 4 & 5. web journal http://www.reartikulacija.org/ Murray, F. & Raths, J. (1994). Call for manuscripts. Review of educational research, 64, pp. 197-200. Neyland, Jim (2007). Globaliation, ethics and mathematics education. In Bill Atweh, et al., (Eds.), Internationalisation and globalization of mathematics and science education. Springer. Ngugi, Wa Thiongo (1993). Moving the center: The struggle for cultural freedoms. Portsmouth, NH: Heinemann. Oakes, Jeannie (1985). Keeping track: How schools structure inequality. New Haven, CT: Yale University Press. Oliver, Donald W. (1989). Education, modernity, and fractured meaning: Toward a process theory of teaching and learning. Albany, NY: State University of New York Press. Omi, Michael & Winant, Howard (1989). Racial formation in the United States: From the 1960s to the 1980s. New York: Routledge. Orfield, Gary (Ed.) (2004). Dropouts in America: Confronting the graduation rate crisis. Cambridge, MA: Harvard University Press. OSullivan, Edmund (2001). Transformative learning: Educational vision for the 21st century. New York: Zed Books. Osborne, Michael A. (1999). Introduction: The social history of science, technoscience and imperialism. Science, technology & society, 4(2), pp. 161-170. Osterhammel, Jurgen (1997). Colonialism: A theoretical overview. Princeton, NJ: Markus Wiener Publishers. Patterson, Thomas C. (1997). Inventing western civilization. New York: Monthly Review Press. Paty, Michael (1999). Comparative history of modern science and the context of dependency. Science, technology & society, 4(2), pp. 171-203. Pels, Peter (1997). The anthropology of colonialism: Culture, history, and the emergence of western governmentality. Annual review of anthropology, 26, pp. 163-183. Pep Pepper, Margot (2006). No corporation left behind: How a century of illegitimate testing has been used to justify internal colonialism. Monthly review, 58(6), pp. 38-47. Peters, Michael A. (Ed.) (2002). Heidegger, education, and modernity. New York: Rowman & Littlefield. Pieterse, Jan Nederveen & Parekh, Bikhu (1995). The decolonization of imagination: Culture, knowledge and power. New York: Zed Books. Pinar, William F., Reynolds, William M., Slattery, Patrick & Taubman, Peter M. (1996). Understanding curriculum: An introduction to the study of historical and contemporary curriculum discourses. New York: Peter Lange. Pinar, William F. (2004). What is curriculum theory? Mahwah, NJ: Lawrence Erlbaum Publishers. Pinxten, Rik (2016) Multimathemacy: Anthropology and mathematics education. Switzerland: Springer International Publishing Popkewitz, Thomas S. (1987). The formation of school subjects and the political context of schooling. In Thomas S. Popkewitz (Ed.). The formation of school subjects: The struggle for creating an American institution. New York: The Falmer Press. Popkewtiz, Thomas (1997). The production of reason and power: Curriculum history and intellectual traditions. Journal of curriculum studies, 29(2), pp. 131-164. Popkewitz, Thomas S. (2000). Reform as the social administration of the child: Globalization of knowledge and power. In Nicholas C. Burbules & Carlos Alberto Torres (Eds.), Globalization and education: Critical perspectives. New York: Routledge. Popkewitz, Thomas S. (2007). Alchemies and governing: Or, questions about the questions we ask. Educational philosophy and theory, 39(1), pp. 65-83. Popkewtiz, Thomas K. (2008). Cosmopolitanism in the age of school reform: Science, education, and making society by making the child. New York: Routledge. Povey, Hilary (1996). Constructing a liberatory discourse for mathematics classrooms. Mathematics education review, 8, pp. 41-54. Povey, Hilary (2001). Promoting social justice in and through the mathematics curriculum: Exploring the connections with epistemologies of mathematics. Mathematics education research journal, 14(3), pp. 190-201. Powell, Arthur B. & Frankenstein, Marilyn (Eds.) (1997). Ethnomathematics: Challenging Eurocentrism in mathematics education. Albany, NY: State University of New York Press. Prakash, Gyan (1994). Subaltern studies as postcolonial criticism. The American historical review, 99(5), pp. 1475-1490. Pratt, Mary Louise (2002). Modernity and periphery: Toward a global and relational analysis. In Elixabeth Mudimbe-Boyi (Ed.), Beyond dichotomies: Histories, identities, cultures, and the challenge of globalization. Albany, NY: State University of New York Press. Prazniak, Roxann (2000). Is world history possible? An Inquiry. In Arif Dirlik, Vinay Bahl & Peter Gran (Eds.) History after the three worlds: Post-Eurocentric historiographies. Lanham, MA: Rowman & Littlefield Publishers. Proctor, R. (1991). Value-free science? Purity and power in modern knowledge. Cambridge, MA: Harvard University Press. Pyenson, Lewis (1993). The ideology of western rationality: History of science and the European civilizing mission. Science & education, 2, pp. 329-343. Quijano, Anibal & Wallerstein, Immanuel (1992). Americanity as a concept, or the Americas in the modern world system. International social science journal, 134, pp. 449-557. Quijano, Anibal (1999). Coloniality and modernity/rationality. In Goran Therborn (Ed.), Globalizations and modernities: Experiences and perspectives of Europe and Latin America. Stockholm: Forskningsradsnamnden. Quijano, Anibal (2000). Coloniality of power, knowledge, and Latin America. Neplanta: Views from South, 1(3), pp. 533- 580. Quijano, Anibal (2005). The challenge of the indigenous movement in Latin America. Socialism and democracy, 19(3), pp. 55-81. Quijano, Anibal (2007) Coloniality and modernity/rationality. Cultural studies, 21(2-3) pp. 168-178 Quijano, Anibal (2008). Coloniality of power, Eurocentrism, and social classification. In Mabel Morana, Enrique Dussel & Carlos A. Jaurequi (Eds.), Coloniality at large: Latin America and the postcolonial debate. Durham, NC: Duke University Press. Raskin, Marcus G. (1971). Being and doing. New York: Random House. Ravitch, Diane (2005). Political correctness hits the math classroom. Hoover digest: Research and opinion on public policy, Hoover institution, Vol. 3, July 30, available at: https://www.hoover.org/research/ethnomathematics Restivo, Sal & Loughlin, Julia (2000). The invention of science. Cultural dynamics, 12(2), pp. 135-149. Reyhner, Jon & Eder, Jeanne (2004). American Indian education: A history. Norman, OK: University of Oklahoma Press. Rizvi, Fazal, Lingard, Bob & Lavia, Jennifer (2006). Postcolonialism and education: Negotiating a contested terrain. Pedgagogy, culture & society, 14(3), pp. 249-262. Rojas, Cristina (2002). Civilization and violence: Regimes of representation in nineteenth-century Coloumbia. Minneapolis, MN: University of Minnesota Press. Rorty, Richard (1989). Contingency, irony, and solidarity. New York: Cambridge University Press. Rorty, Richard (1979). Philosophy and the mirror of nature. Princeton, NJ: Princeton University Press. Rowlands, Stuart & Carons, Robert (2002). Where would formal, academic mathematics stand in a curriculum informed by ethnomathematics: A critical review of ethnomathematics. Educational studies in mathematics, 50(1), pp, 79-102. Santora, Marc (2009). CUNY plans new approach to community college. New York Times, Jan. 26th, Santos, Boaventura de Sousa (1999). On oppositional postmodernity. In Ronaldo Munck & Denis OHearn (Eds.), Critical development theory: Contributions to a new paradigm. New York: Zed Books. Santos, Boaventura de Sousa (2006). The rise of the global left: The world social forum and beyond. New York: Zed Books. Santos, Boaventura de Sousa (Ed.) (2007a). Another knowledge is possible: Beyond northern epistemologies. New York: Verso Books. Santos, Boaventura de Sousa, Nunnes, Joao Arriscado & Meneses, Maria Paula (2007b). Introduction: Opening up the canon of knowledge and recognition of difference. In Boaventura de Sousa Santos (Ed.), Another knowledge is possible: Beyond northern epistemologies. New York: Verso. Santos, Boaventura de Sousa (2007c). From an epistemology of blindness to an epistemology of seeing. In Boaventura de Sousa Santos (Ed.). Cognitive justice in a global world: Prudent knowledge for a decent life. UK: Lexington Books. Santos, Boaventura de Sousa (2007d). Beyond abyssal thinking: From global lines to ecologies of knowledges. Review, 30(10), pp. 143-166. Sardar, Ziauddin (1999). Development and the locations of Eurocentrism. In Ronaldo Munck & Denis OHearn (Eds.), Critical development theory: Contributions to a new paradigm. New York: Zed Books. Scantlebury, Kathyrn, McKinely, Elizabeth & Jesson, Joce (2002). Imperial knowledge: Science, education and equity. In Berta Esperanza & Hernandez-Truyol (Eds.), Moral imperialism: A critical anthology. New York: New York University Press. Schiebinger, L. (1993). Natures Body: Gender in the Making of Modern Science. Boston, MA: Beacon Press. Schott, Thomas (2001). Global webs of knowledge: Education, science, and technology. The American behavioral scientist, 44(10), pp. 1740-1751. Schwandt, T.A. (1998) The interpretive review of educational matters: Is there any other kind? Review of educational research, 68, pp. 409-412. Schwarzmantel, John (1988). The age of ideology: Political ideologies from the American revolution to postmodern times. New York: New York University Press. Scott, David (1999). Refashioning futures: Criticism as postcoloniality. Princeton, NJ: Princeton University Press. Semali, Ladislaus M. & Kincheloe, Joe L. (Eds.) (1999). What is indigenous knowledge: Voices from the academy. Seth, Sanjay (2000). A Postcolonial world? In Greg Fry & Jacinta OHagan (Eds.), Contending images of world politics. London, UK: St. Martins Press. Shields, Carolyn M., Bishop, Russell & Mazawi, Andre Elias (2005). Pathologizing practices: The impact of deficit thinking on education. New York: Peter Lang. Siegel, H. (2002). Multiculturalism, universalism, and science education: In search of common ground. Science education, 85, pp. 803-820. Stasiulius, Daiva & Yuval-Davis, Nira (Eds.) (1995). Unsettling settler societies: Articulations of gender, race, ethnicity and class. Thousand Oaks, CA: Sage Publications. Steger, Manfred B. (2002). Globalism: The new market ideology. Lanham, MD: Rowman & Littlefield Steger, Manfred B. (Ed.) (2004). Rethinking globalisim. Lanham, MD: Rowman & Littlefield. Stinson, David W. (2006). African American male adolescents, schooling (and mathematics): Deficiency, rejection, and achievement. Review of educational research, 76(4), pp. 477-506. Strutchens, M.E., Lubienski, S.T., McGraw, R. & Westbrook, S.K. (2004). NAPE findings regarding race and ethnicity: Students performance, school experiences, and attitudes and beliefs, and family influences. In P. Kloosterman & F.K. Lester (Eds.), Results and interpretations of the 1990 and through 2000 mathematics assessment of the national assessment of educational progress (pp. 269-304). Reston, VA: National Council of Teachers of Mathematics. Skovsmove, Ole (2004). Critical mathematics education for the future. Skovsmove, Ole & Valero, Paola (2001). Breaking political neutrality: The critical engagement of mathematics education with democracy. In Bill Atweh, Helen Forgasz & Ben Nebres (Eds.), Sociocultual research on mathematics education: An international perspective. Mahway, NJ: Lawrence Erlbaum Associates. Slater, Don & Tonkiss, Fran (2001). Market society: Markets and modern social theory. Cambridge, UK: Polity Press. Slattery, Patrick (2003). Hermeneutics, Subjectivity, and Aesthetics: Internationalizing the Interpretive Process in U.S. Curriculum Research. In William F. Pinar (Ed.), International handbook of curriculum research. Malwah, NJ: Lawrence Erlbaum Associates. Snively, G. & Corsiglia, J. (2001). Discovering indigenous science: Implications for science education. Science education, 85, pp. 6-32. Stanley, W.B. & Brickhouse, N.W. (2001). Teaching sciences: The multicultural question revisited. Science education, 85, pp. 35-49. Swartz, Ellen (1992). Emancipatory narratives: Rewriting the master script in the school curriculum. Journal of Negro education, 61(3), pp. 341-355. Swazo, Norman K. (2002). Crisis theory and world order: Heideggerian reflections. Albany, NY: State University of New York Press. Tate, William F. (1997). Critical race theory and education: History, theory and implications. Review of research in education, 22, pp. 195-247. Taylor, Peter J. (1999). Modernities: A geohistorical interpretation. Minneapolis, MI: University of Minnesota Press. Taylor, Peter J. & Flint, Colin (2000). Political geography: World-economy, nation-state, and locality (fourth edition). New York: Pearson Prentice-Hall. Tikly, Leon (1999). Postcolonialism and comparative education. International review of education, 45(5/6), pp. 603-621. Tikly, Leon (2004). Education and the new imperialism. Comparative education, 40(2). 173-198. Tully, James (2007). The imperialism of modern constitutional democracy. In Martin Loughlin & Neil Walker (Eds.). Paradox of constitutionalism: Constituent power and constitutional form. Oxford, UK: Oxford University Press. Turnbull, D (2000). Masons, Tricksters and Cartographers, Harwood Academic Publishers, London. Twine, France Winddance & Gallagher, Charles (2008). Introduction The future of whiteness: A map of the third wave. Ethnic and racial studies, 31(1), pp. 4-24. Venn, Couze (2000). Occidentalism: Modernity and subjectivity. London: Sage. Venn, Couze (2002). Altered states: Post-enlightenment cosmopolitanism and transmodern socialities. Theory, culture & society, 19(1/2), pp. 65-80. Venn, Couze (2006). The postcolonial challenge: Towards alternative worlds. Thousand Oaks, CA: Sage Publications. Villegas, Malia, Neugebauer, Sabina Rak & Venegas, Kerry R. (Eds.) (2008). Indigenous knowledge and education: Sites of struggle, strength, and survivance. Cambridge, MA: Harvard Educational Review. Vithal, Renuku & Skovsmose, Ole (1997). The end of innocence: A critique of Ethnomathematics. Educational studies in mathematics, 34(2), pp. 131-157. Vlahakis, George N., Malaquias, Isabel Maria, Brooks, Nathan M., Regourd, Francois, Gunergun, Feza & Wright, David (Eds.) (2006). Imperialism and science: Social impact and interaction. Denver, CO: ABC-CLIO. Volmink, J. (1994). Mathematics by all. In S. Lerman (Ed.). Cultural perspectives on mathematics classrooms. Dordrecht: Kluwer. Walshaw, Margaret (2004). Introduction: Postmodernism meets Mathematics education. In Margaret Walshaw (Ed.). Mathematics education within the postmodern. Greenwich, CT: Information Age Publishing. Wallerstein, Immanuel (1974). The modern world-system. New York: Academic Press. Wallerstein, Immanuel (1980). Imperialism. In Albert Bergesen (Ed.), Studies in the modern world-system. New York: Academic Press Inc. Wallerstein, Immanuel (1991a). Geopolitics and geoculture: Essays on the changing world-system. Cambridge: Cambridge University Press. Wallerstein, Immanuel (1991b). Call for a debate about paradigm. In Immanuel Wallerstein, Unthinking social science: The limits of nineteenth century paradigms, pp. 244-256. Cambridge: Polity Press. Wallerstein, Immanuel (1995a) After liberalism. New York: Free Press. Wallerstein, Immanuel (1995b). The end of what modernity? Theory and society, 24, pp. 471-488. Wallerstein, Immanuel et. al. (1996). Open the social sciences: Report of the Gulbenkian commission of the restructuring of the social sciences. Stanford, CA: Stanford University Press. Wallerstein, Immanuel (1997). Eurocentrism and its avatars: The dilemmas of social science. New Left Review, 226, pp. 93-160. Wallerstein, Immanuel (1998). Utopistics, or, historical choices for the twenty-first century. New York: The New Press. Wallerstein, Immanuel (1999) The heritage of sociology, the promise of social science, Current sociology, 107(1), pp. 1-37. Wallerstein, Immanuel (2003). The decline of American power. New York: W.W. Norton & Company. Wallerstein, Immanuel (2004). The uncertainties of knowledge. Philadelphia, PA: Temple University Press. Wallerstein, Immanuel (2006). European universalism: The rhetoric of power. New York: The New Press. Wallersetin, Immanuel (2008). Remembering Andre Gunder Frank while thinking about the future. Monthly review, 60(2), pp. 50-61. Warnick, Byron R. & Stemhagen, Kurt (2007). Mathematics teachers as moral educators: The Implications of conceiving of mathematics as a technology. Journal of curriculum studies, 39(3), pp. 303-316. Wexler, Philip (1987). Social analysis of education: After the new sociology. Boston, MA: Routledge & Kegan Paul. Willinsky, John (1998). Learning to divide the world: Education at empires end. Minneapolis, MN: University of Minnesota Press. Willinsky, John (2006). High school postcolonial: As the students ran ahead with the theory. In Yata Kanu (Ed). Curriculum as cultural practice: Postcolonial imaginations. Toronto: University of Toronto Press. Winant, Howard (2001). The world is a ghetto: Race and democracy since World War II. New York: Basic Books. Winant, Howard (2006). Race and racism: Towards a global future. Ethnic and racial studies, 29(5), pp. 986-1003. Yosso, Tara J., Parker, Laurence, Soloranzo, Daniel L. & Lynn, Marvin (2004). From Jim Crow to affirmative action and back again: A critical race discussion of racialized rationales and access to higher education. Review of research in education, 28, pp. 1-25. Young, Michael F.D. (Ed.) (1971). Knowledge and control: New directions for the sociology of educationl. London: Collier-Macmillan. Young, Robert J.C. (2001). Postcolonialism: An historical introduction. Malden, MA: Blackwell Publishers.  Originally published as Eurocentrism and the Modern/Colonial Curriculum:Towards a Post-Eurocentric Math & Science Education A Critical Interpretive Review, by Michael Baker, University of Rochester. Unpublished Paper, 2009. https://www.academia.edu/1517810/Towards_a_Post_Eurocentric_Math_and_Science_Education_A_Critical_Interpretive_Review. Accessed 30 November 2020.     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