UPSC Anthropology 2024 — Paper I

The directive 'Write notes' demands concise, information-dense responses for each sub-part with approximately 30 words per mark. Allocate roughly 150 words × 10 marks = 1500 total words, distributed evenly at ~150 words per sub-part (10 marks each). Structure each note with a precise definition, 2-3 core attributes/mechanisms, and one illustrative example. Prioritize factual accuracy over elaboration; avoid narrative introductions. For (c) and (e), ensure critical/applied dimensions are addressed within the word limit.

• (a) Attributes of culture: Define culture (Tylor/Malinowski); list 5-6 attributes (learned, shared, symbolic, integrated, adaptive, dynamic); cite Indian example (sacred cow complex, caste as cultural system).
• (b) Harappan maritime trade: Identify ports (Lothal, Dholavira, Balakot); goods traded (carnelian beads, cotton textiles, timber); external contacts (Mesopotamia, Oman, Bahrain/Dilmun); evidence (dockyard at Lothal, Persian Gulf seals).
• (c) Critical perspective on avoidance and joking relationships: Define both (Radcliffe-Brown's structural-functionalism); critique (power asymmetry in avoidance, ritualized aggression in joking); Indian cases (mother-in-law/son-in-law avoidance in South India; clan joking among Gonds/Bhilala).
• (d) Lethal and sublethal genes: Define lethal (homozygous fatal, e.g., Tay-Sachs, sickle cell homozygous) vs. sublethal (reduced fitness, e.g., sickle cell trait heterozygote advantage); mention balanced polymorphism; Indian context (sickle cell in tribal populations of Central India).
• (e) Hemoglobin in health and disease: Structure (HbA, HbF, HbA2); pathologies (thalassemia α/β, sickle cell, HbE); diagnostic significance (electrophoresis); public health relevance (high prevalence in Indian tribal and coastal populations, screening programs).

The directive 'discuss' for part (a) requires critical examination with arguments for and against, while parts (b) and (c) use 'describe' and 'critically comment' respectively. Allocate approximately 40% of word budget to part (a) given its 20 marks, 30% each to parts (b) and (c). Structure: brief introduction framing the three themes → systematic treatment of each sub-part with clear sub-headings → integrated conclusion linking historical particularism's emphasis on context to understanding both Mehrgarh's unique trajectory and modern lifestyle diseases as culturally embedded phenomena.

• Part (a): Historical particularism as Boas's critique of unilinear evolutionism—emphasis on diffusion, cultural relativism, and inductive fieldwork against Morgan/Tylor's comparative method and psychic unity
• Part (a): Specific contributions—Boas's rejection of savagery-barbarism-civilization stages, Kroeber's superorganic, and the shift to historical reconstruction over evolutionary laws
• Part (b): Mehrgarh evidence—wheat/barley cultivation, sheep/goat/cattle domestication, mud-brick structures, granaries, and craft specialization in Period I (7000-5500 BCE)
• Part (b): Significance of Mehrgarh—indigenous development vs. diffusion from West Asia, precursor to Indus civilization, evidence of long-distance trade (lapis, turquoise)
• Part (c): Lifestyle diseases—definition as non-communicable diseases (NCDs): diabetes, CVD, obesity, hypertension linked to sedentism, diet change, stress
• Part (c): Critical anthropological perspective—Sahlins's 'original affluent society' contrast, epidemiological transition theory, structural violence and commodification of health
• Integrated thread: How historical particularism's method informs understanding both Mehrgarh's unique developmental path and culturally-specific disease patterns in contemporary India

This multi-part question requires defining key terms and then elaborating with analysis and examples. Spend approximately 40% of word budget (~400 words) on part (a) given its 20 marks; allocate ~30% each (~300 words) to parts (b) and (c). Structure: brief unified introduction, then three clearly demarcated sections with sub-headings, ending with a synthesized conclusion on anthropology's applied relevance. For (a), define karyotype precisely then explain diagnostic applications; for (b), define urbanization then analyze impacts on joint family, marriage, and kinship with Indian cases; for (c), discuss challenges like ethics, access, and technology in contemporary fieldwork.

• (a) Definition of karyotype as complete set of chromosomes arranged in homologous pairs by size, shape, and banding pattern; mention G-banding, Q-banding techniques
• (a) Diagnostic applications: detection of aneuploidy (Down syndrome-Trisomy 21, Turner syndrome-Monosomy X, Klinefelter syndrome-XXY), structural aberrations (deletions, duplications, translocations, inversions), prenatal diagnosis via amniocentesis/CVS, and karyotyping in cancer cytogenetics (Philadelphia chromosome in CML)
• (b) Definition of urbanization: demographic shift, economic transformation, and spatial reorganization; distinguish between urban growth and urbanization
• (b) Impact on Indian family: erosion of joint family system (M.S. Gore's studies), rise of nuclear families, changing marriage patterns (inter-caste, love marriages), women in workforce, elderly care crisis; examples from Mumbai Dharavi, Delhi resettlement colonies, or census data trends
• (c) Contemporary fieldwork challenges: informed consent and ethics (Nuremberg Code, ICMR guidelines), 'studying up' vs traditional communities, digital ethnography and virtual fieldwork, post-COVID methodological adaptations, insider-outsider dilemma, funding and access constraints, decolonization critiques of anthropological practice

The directive 'critically discuss' for part (a) demands balanced exposition with evaluative judgment, while parts (b) and (c) require descriptive-analytical treatment. Allocate approximately 40% of time and words to part (a) given its 20 marks, 30% each to parts (b) and (c). Structure: brief composite introduction → detailed treatment of Benedict's typology with critique → systematic comparison of Oldowan and Acheulian in India with site illustrations → stepwise explanation of genetic counselling with Indian relevance → integrated conclusion highlighting anthropological unity across psychological, archaeological and biological dimensions.

• Part (a): Benedict's three psychological types—Dionysian (Zuni), Apollonian (Pueblo), and Paranoid (Dobu/Kwakiutl)—with specific Southwest American ethnographic referents and her 'culture as personality writ large' thesis
• Part (a): Critical evaluation of Benedict's approach—strengths (holistic configuration, cultural relativism) and limitations (circular reasoning, overgeneralization, neglect of individual variation, ahistorical static models)
• Part (b): Oldowan tradition in India—characteristic chopper-chopping tools, sites like Siwalik foothills (Hiran Valley, Uttarbaini), early Pleistocene context, association with Homo erectus
• Part (b): Acheulian tradition in India—bifacial handaxes and cleavers, stratigraphic succession over Oldowan, key sites (Madras industry/Attirampakkam, Didwana, Bhimbetka, Hunsgi-Baichbal valleys), technological and typological evolution
• Part (c): Definition and scope of genetic counselling—clinical communication process for inherited disorders, prenatal and preconception contexts
• Part (c): Systematic steps—pedigree construction, risk assessment, diagnostic testing (karyotyping, molecular genetics), communication of results, decision support, follow-up; Indian relevance (thalassemia, sickle cell, consanguinity counseling)

The directive 'write short notes' demands concise, information-dense responses for each sub-part with precise terminology and illustrative examples. Allocate approximately 30 words per sub-part (150 words total), spending roughly 6-7 minutes per note: (a) define chronometric dating and cite C-14/K-Ar methods with Indian sites like Mehrgarh; (b) explain Malinowski's Kula and its sociopolitical functions; (c) define heritability (h²) and mention twin studies; (d) contrast band-tribe-chiefdom-state with authority sources; (e) list autosomal/X-linked disorders with Indian prevalence data. No introduction or conclusion needed; maximize content density.

• (a) Chronometric dating: Distinguish absolute vs. relative dating; name radiocarbon (C-14), potassium-argon (K-Ar), thermoluminescence; cite Indian applications (Mehrgarh, Hoshangabad, Bhimbetka)
• (b) Kula exchange: Explain Malinowski's Trobriand ethnography; describe clockwise (soulava) vs. anticlockwise (mwali) circulation; emphasize rank, reciprocity, and political alliance over economic gain
• (c) Heritability: Define as proportion of phenotypic variance due to genetic variance (h² = VG/VP); explain broad vs. narrow sense; mention twin/adoption studies and limitations (population-specific, not individual)
• (d) Political organization: Elaborate Service's typology (band-tribe-chiefdom-state); contrast authority types (traditional, charismatic, legal-rational per Weber); cite Indian examples (Naga village republics, caste panchayats)
• (e) Single-gene disorders: Distinguish autosomal dominant (Huntington's), recessive (sickle cell, thalassemia), X-linked (hemophilia, Duchenne); note high Indian prevalence of β-thalassemia and sickle cell in tribal belts

The directive 'discuss' requires a comprehensive, analytical treatment with balanced coverage across all three sub-parts. Allocate approximately 40% of time/words to part (a) given its 20 marks, and roughly 30% each to parts (b) and (c). Structure as: brief introduction acknowledging the three distinct domains (paleoanthropology, applied anthropology, and social theory); body paragraphs addressing each sub-part sequentially with clear sub-headings; and a concluding synthesis that briefly connects how all three areas demonstrate anthropology's interdisciplinary scope.

• Part (a): Geographical distribution covering Africa (Olduvai, Koobi Fora), Asia (Java, Zhoukoudian, Dmanisi), and possible European presence; physical features including cranial capacity (750-1250 cc), sagittal keel, prognathism, reduced sexual dimorphism, and limb proportions indicating modern human-like body plan
• Part (a): Evolutionary placement as intermediate between Homo habilis and Homo sapiens, with discussion of African H. ergaster vs. Asian H. erectus debate, and significance of Nariokotome Boy (WT 15000)
• Part (b): Forensic applications including skeletal identification (age, sex, ancestry, stature), trauma analysis, facial reconstruction, disaster victim identification (DVI), and time-since-death estimation; Indian examples such as Aarushi Talwar case, 2004 tsunami victim identification, or Delhi serial blasts investigations
• Part (c): Lévi-Strauss's analysis of Asdiwal myth demonstrating structural oppositions (mountain/sea, upstream/downstream, hunting/fishing, father/son-in-law) and their dialectical resolution
• Part (c): Critical evaluation of structuralism—strengths in revealing universal cognitive structures vs. limitations including neglect of historical context, individual agency, and functional/symbolic dimensions; comparison with Malinowski's functionalism or Leach's critique

The directive 'critically explain' for part (a) demands balanced exposition with evaluative depth, while parts (b) and (c) require 'illustrate' and 'discuss' respectively. Allocate approximately 40% of time/words to part (a) given its 20 marks, and roughly 30% each to parts (b) and (c). Structure with a brief composite introduction, three distinct sections addressing each sub-part with clear sub-headings, and a unified conclusion that connects postmodern critique to scientific methodology in anthropology.

• Part (a): Derrida's deconstruction as critique of logocentrism and binary oppositions; key concepts of 'différance', trace, and critique of presence; application to anthropological knowledge production
• Part (a): Critical evaluation of deconstruction's implications for ethnographic authority and the 'crisis of representation' in anthropology
• Part (b): Definition of multifactorial/polygenic traits as determined by multiple genes plus environmental interaction; distinction from Mendelian single-gene traits
• Part (b): Human examples: skin colour (melanin genes + UV exposure), stature (nutritional and genetic factors), intelligence/IQ, diabetes susceptibility; Indian context examples like lactose tolerance variations
• Part (c): Probability sampling techniques (simple random, stratified, systematic, cluster) with applicability to homogeneous vs. heterogeneous populations
• Part (c): Non-probability sampling (purposive, snowball, quota) and their specific utility in anthropological fieldwork with hidden or marginalized communities
• Part (c): Comparative assessment of which techniques suit different research contexts: large-scale surveys vs. intensive ethnographic study

The directive 'critically examine' for part (a) demands balanced evaluation with evidence, while (b) requires 'describe' (factual precision) and (c) requires 'critically discuss' (synergistic analysis). Allocate approximately 40% of time/words to part (a) given its 20 marks, and roughly 30% each to parts (b) and (c). Structure: brief integrated introduction, then three clearly demarcated sections with sub-headings, followed by a unified conclusion connecting stratification, genetic diversity, and biocultural adaptation.

• Part (a): Distinction between social stratification (hierarchical ranking) and social inequality (differential access to resources); how stratification institutionalizes and perpetuates inequality through closure mechanisms (Weber's closure theory, caste ascriptive status)
• Part (a): Critical evaluation—functionalist view (Davis-Moore thesis) vs. conflict theory (Marx, Weber); whether stratification is necessary or constructed; Indian evidence: caste system, OBC reservations, class-caste overlap
• Part (b): ABO blood group genetics: three alleles (IA, IB, i) on chromosome 9, codominance of IA and IB, multiple alleles inheritance; Punnett square predictions for all combinations
• Part (b): Rh factor genetics: two alleles (D and d), D dominant, simple Mendelian inheritance; clinical significance (hemolytic disease of newborn, Rh incompatibility); population genetics relevance
• Part (c): Biocultural evolution concept: gene-culture coevolution (Durham, Boyd & Richerson); lactase persistence as classic case; brain size increase linked to tool use, cooking (Wrangham)
• Part (c): Critical discussion of synergism—whether biological and cultural factors operate equally or cultural evolution has decoupled from biological; Indian context: high-altitude adaptation among Ladakhi, Andamanese pygmyism