Biophysycal principles for designing a network of replenishment zones for the Mesoamerican Reef System
Year
2017
How to cite this report
Green A., I. Chollett, A. Suárez, C. Dahlgren, S. Cruz, C. Zepeda, J. Andino, J. Robinson, M. McField, S. Fulton, A. Giro, H. Reyes, J. Bezaury. 2017. Biophysical principles for designing a network of replenishment zones for the Mesoamerican Reef System. The Nature Conservancy, Comunidad y Biodiversidad, A.C., Smithsonian Institution, Perry Institute for Marine Science, Centro de Estudios Marinos, Healthy Reefs Initiative and Universidad Autónoma de Baja California Sur. 64 pp.
Tags
Related reports
Gulf of California / Marine reserves
A community-based marine reserve network in Northwestern Mexico
Gulf of California
2005
Caribbean Sea / Citizen science
Marine conservation outcomes are more likely when fishers participate as citizen scientists: case studies from the Mexican mesoamerican reef
Caribbean Sea
2018
Impact / Marine reserves
Do marine reserves increase prey for California sea lions and Pacific harbor seals?
Pacific Ocean
2019
Fisheries / History
Asymmetry across international borders: Research, fishery and management trends and economic value of the giant sea bass ( Stereolepis gigas )
Pacific Ocean
2021
Gulf of California
2005
Caribbean Sea / Citizen science
Marine conservation outcomes are more likely when fishers participate as citizen scientists: case studies from the Mexican mesoamerican reef
Caribbean Sea
2018
Impact / Marine reserves
Do marine reserves increase prey for California sea lions and Pacific harbor seals?
Pacific Ocean
2019
Fisheries / History
Asymmetry across international borders: Research, fishery and management trends and economic value of the giant sea bass ( Stereolepis gigas )
Pacific Ocean
2021
