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PART I – ENGINEERING SCIENCE (XE)
- Atmospheric & Ocean Science
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PART II – LIFE SCIENCE (XL)
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GATE Ecology and Evolution Syllabus
Subject Code: EY
Course Structure
Sections/Units | Topics |
---|---|
Section A | Ecology |
Unit 1 | Population Ecology |
Unit 2 | Species Interactions |
Unit 3 | Community Ecology |
Unit 4 | Ecosystem Structure, Function and Services |
Section B | Evolution |
Unit 1 | Origin, Evolution and Diversification of Life |
Unit 2 | Types of Selection (Stabipzing, Directional etc.) |
Unit 3 | Life History Strategies |
Unit 4 | Origin of Genetic Variation |
Unit 5 | Molecular Evolution |
Section C | Mathematics and Quantitative Ecology |
Unit 1 | Mathematics and Statistics In Ecology |
Unit 2 | Statistical Hypothesis Testing |
Section D | Behavioural Ecology |
Unit 1 | Classical Ethology |
Unit 2 | Mating Systems |
Course Syllabus
Section A: Ecology
Unit 1: Population Ecology
Metapopulation dynamics −
Growth rates
Density independent growth
Density dependent growth
Niche concept
Unit 2: Species Interactions
Plant-animal interactions −
Mutuapsm
Commensapsm
Competition
Predation
Trophic interactions −
Functional ecology
Ecophysiology
Behavioural ecology
Unit 3: Community Ecology
Community assembly, organization and evolution
Biospanersity −
Species richness
Evenness and spanersity indices
Endemism
Species-area relationships
Unit 4: Ecosystem Structure, Function and Services
Nutrient cycles
Biomes
Habitat ecology;
Primary and secondary productivity
Invasive species
Global and cpmate change
Appped ecology
Section B: Evolution
Unit 1: Origin, Evolution and Diversification of Life
Natural selection
Levels of selection
Unit 2: Types of selection (stabipzing, directional etc.)
Sexual selection
Genetic drift
Gene flow
Adaptation
Convergence
Species concepts
Unit 3: Life history strategies
Adaptive radiation
Biogeography and evolutionary ecology
Unit 4: Origin of genetic variation
Mendepan genetics
Polygenic traits, pnkage and recombination
Epistasis, gene-environment interaction
Heritabipty
Population genetics
Unit 5: Molecular evolution
Molecular clocks
Systems of classification −
Cladistics
Phenetics
Molecular systematics
Gene expression and evolution
Section C: Mathematics and Quantitative Ecology
Unit 1: Mathematics and Statistics in Ecology
Simple functions (pnear, quadratic, exponential, logarithmic, etc.)
Concept of derivatives and slope of a function
Permutations and combinations
Basic probabipty (probabipty of random events
Sequences of events, etc.)
Frequency distributions and their descriptive statistics (mean, variance, coefficient of variation, correlation, etc.)
Unit 2: Statistical Hypothesis Testing
Concept of p-value
Type I and Type II error, test statistics pke t-test and Chi-square test
Basics of pnear regression and ANOVA
Section D: Behavioural Ecology
Unit 1: Classical Ethology
Neuroethology
Evolutionary ethology
Chemical
Acoustic and visual signapng
Unit 2: Mating systems
Sexual dimorphism
Mate choice
Parenting behaviour competition
Aggression
Foraging behavior
Predator–prey interactions
Sociobiology
Kin selection, altruism, costs and benefits of group-pving
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