Princeton’s Ph.D. in Ecology and Evolutionary Biology offers an integrative approach to understanding life’s complexity, from molecular evolution to global biodiversity. The following dissertation topics guide advanced study into adaptive processes and ecological systems.
Modeling Species Distribution Under Rapid Climate Change
Evolutionary Dynamics of Antibiotic Resistance in Bacterial Populations
Ecological Network Stability in Fragmented Landscapes
Adaptive Radiation in Isolated Island Ecosystems
Role of Keystone Species in Coral Reef Recovery
Phylogenomic Reconstruction of Vertebrate Evolution
Urban Ecology and Wildlife Adaptation to Built Environments
Comparative Analysis of Mating Systems in Primates
Biodiversity Assessment Using Environmental DNA (eDNA)
Functional Trait-Based Modeling in Plant Ecology
Microbial Community Dynamics in Agricultural Soils
Evolutionary Game Theory in Predator-Prey Interactions
Host-Parasite Coevolution in Tropical Ecosystems
Genetic Bottlenecks in Endangered Mammal Populations
Ecophysiology of Pollination Networks Under Drought Stress
Agent-Based Simulation of Invasive Species Spread
Long-Term Ecological Monitoring Using Remote Sensing
Impacts of Ocean Acidification on Marine Food Webs
Sociobiology and Group Behavior in Social Insects
Evolution of Cooperation and Altruism in Animal Societies
Collexa assists Princeton Ph.D. students with field data analysis, GIS mapping, evolutionary simulations, biodiversity modeling, and writing guidance tailored for ecology and evolution research.
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