Duke’s Environmental Sciences BS empowers students to analyze ecological complexity and craft evidence-based conservation strategies. The curriculum integrates geochemistry, ecology, GIS, and statistics, while immersive field blocks span Blue Ridge forests, barrier-island marshes, and tropical cloud forests in Costa Rica. Students model nitrogen flows, barcode insect biodiversity, and mine satellite data to map deforestation—all within a framework of socio-ecological resilience and environmental justice.
eDNA monitoring of endangered salamanders in Appalachian streams
Remote-sensing analysis of mangrove loss after hurricanes
Citizen-science acoustic network tracking urban bird phenology
Stable-isotope study tracing nitrogen runoff into coastal estuaries
Agent-based model simulating wildlife corridors under land-use change
Interactive story map on indigenous fire-management practices
Drone thermal imaging detecting forest pest infestations
Metagenomic survey of soil microbes in regenerative farms
VR field trip teaching karst hydrogeology to K-12 students
Carbon-sequestration potential assessment of campus green roofs
Policy white paper on micro-plastic regulation for textile industries
Data-visualization dashboard mapping global peatland emissions
Bioindicator study of lichens near highway expansions
Sentiment analysis of climate discourse in social media campaigns
Design of reef-safe sunscreen via green-chemistry principles
Blockchain registry for community-based carbon offset projects
Spatial prioritization tool for rewilding agricultural land
Open-access guide on best practices for nature-based solutions
Explore Earth’s dynamics and champion biodiversity through Duke Environmental Sciences.
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