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A changing climate requires more adaptive fisheries management and better tools for collecting data and making decisions.

Managers must establish controls that maintain sustainability as stocks experience climate-driven shifts in their productivity and distribution.

The strong record of sustainable fisheries management in the US is being challenged by the rapid, widespread and unpredictable impacts of climate change.

Nearly 50 years ago, United States lawmakers took action to protect fishery resources by establishing a comprehensive federal fishery management system.

Underserved fishing communities experience and are the least able to withstand severe impacts on their livelihoods, infrastructure and well-being.

EDF report explores how open ocean aquaculture can increase domestic seafood production while highlighting species most likely to thrive in offshore environments.

EDF report explores how open ocean aquaculture can increase domestic seafood production while highlighting species most likely to thrive in offshore environments.

This White Paper explores developments in science and technology that could support a sustainable, competitive open ocean aquaculture industry in the United States Exclusive Economic Zone (EEZ).

EDF is working to build support among ocean, coastal, and seafood stakeholders and policy makers to establish a rigorous, science-based environmental and social regulatory framework that provides a predictable environment for business investment, protects ocean health, and supports equitable outcomes for coastal communities and individuals working throughout the seafood industry.

This EDF white paper draws conclusions primarily from the escapes of marine finfish farmed in their current natural range or their native ocean basin that would be relevant to marine species and operations expected to be reared in U.S. offshore waters.

Growing a sustainable U.S. aquaculture sector to meet that projected demand will require focusing on the sustainability of the feed that supplies 70 percent of farmed seafood globally.

This EDF white paper draws conclusions primarily from the escapes of marine finfish farmed in their current natural range or their native ocean basin that would be relevant to marine species and operations expected to be reared in U.S. offshore waters.

A recent poll conducted by Environmental Defense Fund and Global Strategy Group shows that voters overwhelmingly support doing research into aquaculture to understand its benefits and risks and set the appropriate standards.

Environmental Defense Fund works alongside communities in The Bahamas to co-develop and advance solutions that work for people and nature.

Launched by the World Wildlife Fund, Environmental Defense Fund, and other partners, this first-of-a-kind platform combines data from climate modeling, socioeconomics, and global fisheries to highlight hotspots of potential future ocean conflict.

By Jacqui Vogel (EDF) and Dr. Sarah Glaser (WWF) Oceans are under immense threat from climate change. Around the world, oceanographic changes like melting sea ice, warming waters, sea level rise and shifting fish populations make access to marine resources more uncertain and less secure. Climate change threatens to disrupt the communities, supply chains and …

Of all the threats facing the oceans today, overfishing takes the greatest toll on sea life — and people.

Study co-authored by EDF characterizes human engagement in California's marine protected areas (MPA) network and identifies traits associated with higher human engagement.

Study co-authored by EDF scientists distills 8 lessons from emerging climate-informed US fisheries management efforts.

This is one of three reports produced by the Environmental Defense Fund (EDF) ocean science team as part of a two-year EDF project on natural climate solutions (NCS). The present report attempts to describe the state of the science, including key uncertainties, surrounding interventions based on macroalgal ecosystems and aquaculture.

This is one of three reports produced by the Environmental Defense Fund (EDF) ocean science team as part of a two-year EDF project on natural climate solutions (NCS). The present report attempts to describe the state of the science, including key uncertainties, surrounding interventions based on restoring and protecting coastal blue carbon ecosystems.

This is one of three reports produced by the Environmental Defense Fund (EDF) ocean science team as part of a two-year EDF project on natural climate solutions (NCS). The present report attempts to describe the state of the science, including key uncertainties, surrounding interventions based on open ocean ecosystems.

EDF guide to blue carbon, the carbon stored in ocean waters and the sediments and plants of coastal habitats.

One of the things I focus on in my role as a climate scientist is understanding the impact of climate change on ocean fish populations as well as better fishery management practices to help ensure the continued delivery of seafood and livelihoods for millions of people around the world. Critically, the world is confronted with …

 An Assessment of Climate Change Impacts to Highly Migratory Species in the North Atlantic Ocean