Our scientific research programs combine cutting-edge technology with traditional ecological knowledge to develop evidence-based conservation strategies that work.
Marine Conservation
Shark and ocean ecosystem research
Wildlife Monitoring
Technology-enhanced species tracking
Habitat Protection
Critical ecosystem preservation
Using DNA analysis to understand genetic diversity, population health, and guide breeding programs for endangered species recovery.
Studying how species respond to climate change and developing strategies to help wildlife adapt to rapidly changing environments.
Understanding wildlife diseases to prevent extinctions and protect both animal and human health through One Health approaches.
Developing science-based restoration techniques to rebuild degraded ecosystems and create resilient wildlife habitats.
Studying animal behavior to inform conservation strategies and reduce human-wildlife conflict through understanding.
Protecting ocean ecosystems through research on coral reefs, marine mammals, and the impacts of ocean acidification.
Comprehensive species inventory using environmental DNA sampling across 50,000 sq km of Amazon rainforest to establish biodiversity baselines before climate tipping points.
Using genetic analysis to identify critical corridors for tiger movement between fragmented populations, informing land protection priorities across India and Nepal.
Identifying heat-resistant coral genotypes and developing assisted evolution techniques to create climate-resilient reef ecosystems for the future.
Chen, S., Patel, R., Santos, M., et al. (2025). Nature Conservation, 47, 234-251.
Revolutionary approach using computer vision and AI to automate population counts with 98% accuracy across multiple species.
Read Paper →Martinez, J., Thompson, K., Liu, W. (2025). Science, 381(6658), 567-571.
First successful genetic rescue of marine mammal using innovative breeding protocols and genomic selection techniques.
Read Paper →Anderson, P., Garcia, L., Kim, S. (2024). Conservation Biology, 38(4), e14089.
Identifies critical climate refugia that will remain suitable for biodiversity under various warming scenarios through 2100.
Read Paper →Wong, A., Rahman, M., Nguyen, T. (2024). Environmental Economics, 15(3), 145-162.
Economic analysis showing 3.2x ROI for community-led conservation versus traditional protected area management.
Read Paper →University Partners
Research Stations
Scientists Involved
Countries
Our decentralized research funding platform has revolutionized how conservation science gets funded, removing bureaucracy and accelerating critical research.
$8.4M
Total Funded
342
Projects Supported
14 days
Average Funding Time
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