Science for Coastal Futures
Advancing sustainable fisheries and aquaculture for ecosystem and human health
Science for Coastal Futures
Advancing sustainable fisheries and aquaculture for ecosystem and human health
My research
I study the critical intersection of fisheries and aquaculture with ecosystem health and human wellbeing in a changing climate. I collaborate across disciplines and sectors, connecting scientists with fishers and farmers, managers, and communities to develop sustainable solutions that support both marine ecosystems and coastal livelihoods under increasing climate pressures.
Working together
Through sustained partnerships and hands-on fieldwork, I generate science that informs fisheries management and aquaculture development. My work focuses on climate-resilient approaches that maintain ecosystem health while supporting food security and community wellbeing in coastal regions.
Working together
Through sustained partnerships and hands-on fieldwork, I generate science that informs fisheries management and aquaculture development. My work focuses on climate-resilient approaches that maintain ecosystem health while supporting food security and community wellbeing in coastal regions.
Mentorship
My students and postdoctoral scholars go on to lead in fisheries management, aquaculture development, and marine policy across government, non-profits, and academia. I cultivate the next generation of leaders addressing the complexities of marine food systems.
The Process
I advance climate-resilient fisheries and aquaculture by integrating ecological and social science with management practice. My research combines rigorous data analysis with real-world assessments to develop solutions that sustain marine ecosystems and coastal communities.
The Process
I advance climate-resilient fisheries and aquaculture by integrating ecological and social science with management practice. My research combines rigorous data analysis with real-world assessments to develop solutions that sustain marine ecosystems and coastal communities.
Small-scale fisheries
Mud crabs
Using bioeconomic modeling, this project explores nature-positive strategies for mud crab fattening in Micronesia. The goal is to balance biodiversity conservation with fisher livelihoods by identifying approaches that sustain culturally and economically vital fisheries. This work supports coastal resilience and integrates biodiversity values into local food systems and economies.
Distant water fleets
Social-ecological impacts
This research examines the ecological and social consequences of distant water fleets—industrial vessels from wealthier nations operating in the waters of developing countries. By assessing their impacts on marine biodiversity, local livelihoods, and food and nutrition security, the project highlights critical equity and governance challenges in global fisheries management.
CLIMATE VULNERABILITY
Fisher livelihoods
In Vietnam’s coastal communities, this research investigates how small-scale lobster fishers adapt to growing climate pressures. By exploring livelihood diversification strategies that preserve cultural fishing heritage while enhancing economic resilience, the project identifies pathways that support both community well-being and sustainable resource use.
