Research Projects
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- Research Projects
- Advancing ecological reference points for Atlantic menhaden
- Aquaculture
- Bycatch
- Can Partnerships Between Organisms Interactions Increase Yields and Decrease Coastal Restoration Costs?
- Climate Change
- Climate Change and the Oceanography of the North Atlantic Right Whale Population
- Crafting Guidance for Adapting to Shifting Fish Populations
- Economics
- Ecosystem Based Fisheries Management
- Forage Fish
- Ground Fish
- Habitat
- Invertebrates
- Management Tools
- Marine Mammals
- Pelagic Fish
- Sea Turtles
- Seabirds
- Using Predator-Prey Relationships to Predict Shifts in Marine Species Distribution
- Applying Empirical Dynamic Modeling to Fisheries Management
- Blending Indigenous and Western Science to Improve Climate-Ready Management of MPAs in the U.S.
- Can a Novel Genetic Approach Improve Shortfin Mako Shark Management in the Atlantic Ocean?
- Can Flexible Fishing Permits Lessen Climate Stress on California Fisheries?
- Collaborative Research to Identify Climate Refugia & Support Resilience in MPAs in Baja California
- Enhancing Kenya's Community Small-Scale Fisheries Resilience through Collaboration
- Fostering Climate-Resilient Biodiversity and Fisheries in Eastern Tropical Pacific MPAs
- Geospatial Patterns and Species Impacts of Changing Ocean Chemistry on the West Coast
- How Can Portfolio Theory Facilitate Ecosystem-Based Fisheries Management?
- Identifying Research Priorities for Shifting Marine Species
- Including Indigenous Knowledge in Ocean and Coastal Evidence-Based Decision-Making (Closed)
- International Crustacean Fisheries Task Force
- A Request for Proposals on Managing Protected Areas in a Changing Ocean (Closed)
- Mapping Coral Reefs to Accelerate Effective Management in Hawaiʻi
- Mapping Large-scale Reef Change to Inform Coral Restoration in Hawaiʿi
- Marine Biodiversity Dialogues Task Force I
- Marine Biodiversity Dialogues Task Force II
- Marine Mammal Bycatch Risk Assessment in Chile
- MPAShift: Research to Understand Climate-Driven Shifts in Species and Habitats in Japan’s MPAs
- New Effort to Identify Climate-vulnerable Stock Assessments
- New Effort to Inform Adaptive Allocation Strategies for Transboundary Fish Stocks
- New Effort to Inform an Ecosystem Approach to Managing U.S. Caribbean Fisheries
- The Role of Habitat and Life History in Fisheries Vulnerable to Climate Change
- Predicting Near-Term Fisheries Shifts Under Climate Change
- Research to Inform Inclusive Management of the Cayar and Ufoyaal Kassa-Bandial MPAs in Senegal
- Research to Support Ecosystem Resilience and Fishing Livelihoods in MPAs of Aceh, Indonesia
- Research Will Estimate Fish and Invertebrate Production of Coastal Habitats in the United States
- Structured Decision-Making Framework to Inform Management in the Galápagos Marine Reserve
- Study Illustrates How Genomics Can Inform Fisheries Management
- The Role of Adaptive Capacity in Enhancing Climate-Resilient Fisheries
- Tools to Assess and Respond to Climate Impacts on Bonaire National Marine Park
- Two Planning Grants to Co-Develop Research Directions for Climate Resilience in MPAs
- Understanding Socio-ecological Vulnerability of China’s Fisheries to Climate Change
- Understanding the Ecological Diversity of the Chumash Heritage National Marine Sanctuary
- Vulnerability and Resilience of Hawaiʻi Coral Reefs to Human-Caused Threats
- Vulnerability Assessments for West Coast Fishing Communities to Climate Change
The Lenfest Ocean Program supports marine research that informs policy decisions about the marine environment. Program staff consult with scientists, stakeholders, and decision makers to identify policy-relevant research questions and develop research projects. We do not accept unsolicited proposals.
The Lenfest Ocean Program focuses on the environmental, economic, and social impacts of fishing, fisheries management, and aquaculture.