Duke’s Ecology PhD immerses scholars in rainforest canopies, Arctic permafrost, and GPU clusters alike. Students deploy drone LiDAR to quantify carbon stocks, run agent-based models of pollinator collapse, and synthesize paleo datasets to forecast biome shifts. Policy residencies with NOAA and IUCN convert findings into conservation treaties and climate-adaptation plans.
eDNA monitoring of endangered amphibians in Appalachian streams
Satellite detection of illegal logging in Congo Basin
Metagenomic analysis of soil microbes along urban heat gradients
Agent-based model of coral adaptation under acidification
Citizen-science network logging phenology in city parks
Stable-isotope tracing of migratory bird food webs
VR field trip teaching savanna fire ecology
Policy brief on blue-carbon credits for mangrove restoration
Deep-learning classifier of camera-trap images for poaching alerts
Drone thermal mapping of glacier albedo feedbacks
Blockchain incentive platform for reforestation verification
Data-viz dashboard of drought severity and conflict risk
Interactive museum exhibit on ancient megafauna extinctions
Mathematical model of zoonotic spillover hotspots
Open-source toolkit for reproducible ecological forecasting
Discover, predict, and protect Earth’s life support systems through Duke Ecology.
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