English 
Spanish Environmental Data Analysis for Coastal Protection
This is a pioneering project that connects the coastal communities of San Diego, Tijuana, and Playas de Rosarito in a joint mission to enhance the resilience of our shared coastal environments through environmental data analysis and collaborative action.
This initiative is an effort of the Permanent Forum of Binational Waters (PFBW), to integrate science and community action to address environmental challenges.
At its core, One Coast One Community employs an integrated approach that values the interconnectivity of ecosystems and the communities that depend on them.
The project leverages the expertise of environmental scientists, policymakers, educators, and community activists to create a holistic strategy that respects and incorporates the natural dynamics of the coastal environment.
The initiative champions a multidisciplinary approach to environmental issues, emphasizing community engagement, policy influence, and the use of scientific research and environmental data analysis to guide its actions. It leverages an extensive network of experts to improve coastal resilience and water quality along the border region.
The Permanent Forum of Binational Waters coordinates and leads the efforts of the project as part of its broader mission to address water security challenges along the 3,000-kilometer U.S.-Mexico border. As a collaborative network of scientists, government officials, NGO members, and citizens, PFBW focuses on the sustainable management of shared water resources and the integration of science, policy, and community action.
The San Diego Foundation is the founder of the One Coast One Community project, under the Binational Resilience Initiative (BRI). This initiative, guided by the foundation’s commitment to environmental resilience and sustainability, focuses on bolstering coastal resilience and facilitating scientific collaboration across the San Diego-Tijuana border.
The UC Davis Water Management Lab will lead data analysis for One Coast, One Community, turning environmental data into actionable insights. Their scientific approach will help identify trends in water quality and coastal erosion, supporting informed decisions to enhance regional resilience.
The Faculty of Engineering and Technology FCITEC, through its Industrial Design program, designs specialized monitoring stations suited to coastal conditions. The team also supports erosion tracking efforts, ensuring the stations are effective and responsive to environmental dynamics.
Main objectives for coastal protection and Environmental Data Analysis
Water Quality: To systematically monitor and improve the water quality of coastal and riparian zones, ensuring safer public health conditions and enhanced biodiversity.
Erosion Control: To undersdand triggers of erosion in order to support efforts that prevent land degradation and protect vulnerable habitats from the adverse effects of climate change and human activities.
Data Collection and Sharing: To establish a comprehensive data-sharing platform that collects, analyzes, and disseminates information about the region’s environmental health. This platform aims to provide stakeholders with the tools to make informed decisions about land use, conservation strategies, and public policy.
Educational Outreach: To develop and deliver educational programs that engage local schools, community groups, and the general public. These programs are designed to raise awareness about environmental issues and promote active participation in conservation efforts.
