Grants for Nonprofits - Natural Resources

This program provides funding for environmental restoration projects in York and Lancaster Counties, Pennsylvania, targeting habitat improvement and sediment reduction efforts by eligible government agencies, conservation districts, and qualified nonprofits.

This program provides funding for researchers to explore and understand geological and geophysical processes in marine environments, including ocean basins and the Great Lakes, with a focus on advancing scientific knowledge rather than applied outcomes.

This program provides funding to publicly owned wastewater treatment plants to upgrade their systems for better nitrogen removal, improving water quality in the Chesapeake Bay watershed.

This grant provides funding to organizations, community groups, and schools in Upstate South Carolina for projects that protect and educate about native plants and ecosystems.

This grant provides funding to government agencies and nonprofit organizations to improve aquatic habitats and recreational access in the Tulpehocken and Quittapahilla Creek watersheds in Pennsylvania.

This grant provides funding to organizations and local governments in California for the installation and maintenance of sewage disposal facilities for recreational boats, promoting cleaner waterways and responsible boating practices.

This grant provides funding for interdisciplinary teams of scientists, policymakers, and practitioners to develop practical solutions for nature conservation and human well-being challenges.

This funding opportunity is designed to support domestic industrial facilities in recovering critical minerals and materials from byproducts, enhancing the U.S. supply chain and reducing reliance on foreign sources.

This program provides funding for projects that protect and restore California's forests, benefiting local communities, wildlife, and water resources.

This grant provides funding for projects that engage Vermonters in addressing social and environmental issues within their communities.

This funding opportunity provides financial support for the establishment of national-scale testing facilities for innovative mining technologies, aimed at enhancing the U.S. critical minerals supply chain through collaborative projects among academia, industry, and other stakeholders.

This funding program provides financial support to public and private entities for significant water-related projects in Colorado that address regional supply challenges and are not eligible for other funding sources.

This grant provides funding to organizations in Philadelphia for planting and maintaining trees in underserved neighborhoods to improve green space and community health.

This funding opportunity provides $11 million to local governments, economic development organizations, and nonprofits in Alabama for projects that reclaim and redevelop abandoned coal mining sites, promoting economic growth and community revitalization.

This grant provides funding for New York-based municipalities, nonprofits, and educational institutions to conduct research on invasive species, focusing on their management and ecological impacts.

This grant provides funding for U.S. researchers to participate in marine geoscience expeditions and conduct follow-up research to enhance our understanding of Earth's climate and geological processes.

This funding opportunity provides financial support for projects that protect and restore fish and wildlife resources affected by water management activities in Colorado.

This funding initiative provides financial support to local governments, tribal organizations, nonprofits, and educational institutions in Western Montana to develop green stormwater infrastructure projects that reduce urban pollution and promote community engagement and education.

The United States Department of the Interior (Department), Bureau of Reclamations (Reclamation) Snow Water Supply Forecasting Program (Program) aims to improve the skill of water supply forecasts via enhancing snow monitoring through the deployment of emerging technologies to complement existing monitoring techniques and networks. This new program was authorized in December 2020 by P.L. 116-260, Sec. 1111, Snow Water Supply Forecasting Program Authorization Act. The program was authorized for FY 2022 -FY 2026.Reservoir operations and related water management decisions rely on estimates of current and future water availability. These estimates depend on technologies to observe basin conditions such as snowpack. In many Western basins, snowpack and subsequent snowmelt runoff constitutes a significant portion of the annual water supply. Accordingly, monitoring snowpack is of great interest to water managers and water users alike. Traditionally, basin snowpack information is based on a sparse network of observing stations across large watersheds. These networks provide high quality information at station locations but extrapolating that information to an entire watershed is a challenge. This challenge, in large part, motivates the Program.As such, the NOFO invites proposals from eligible applicants that are invested in and capable of demonstrating emerging or deploying existing snow monitoring technologies and/or use of snow monitoring data to enhance water supply forecast skill. Considering this and the Acts emphasis on partner agency coordination, strong applications will have partnerships with water management and forecasting entities to facilitate transfer of knowledge, foster use of data in forecasts, and evaluate utility of information for informing water management decisions. This supports Department of the Interior priority of addressing the drought crisis by providing water managers the best available information to inform the management of this scarce and critical resource.In Phase I, applicants submit technical proposals in the required format and length as specified in Section D.2.1.4 Project Proposal as well as with the required content. Submission to Phase I is required for Phase II consideration.Reclamations application review committee (ARC) will select a set of highly qualified applications from Phase I to move to Phase II of the application process. Submission to Phase I is required for Phase II consideration. If the selected applicants are not present for Phase II, their proposals are automatically disqualified from proceeding further and will be ineligible for an award. Phase II will entail a 30-minute virtual (web meeting) project/proposal pitch presentation to a review panel, followed by 20 minutes of question and answer with the review panel. Those selected to advance to Phase II will be notified of the presentation requirements and logistics with a minimum 4 weeks notice.

History/Background: Marine Corps Air Station Miramar (MCAS Miramar) has been an active installation since the 1940s, focusing on providing services, material support, and training venues that promote combat readiness. Since, its inception and the establishment of the Sikes Act in 1960, MCAS Miramar has actively been monitoring the effects of military land use on the overall condition of natural resources. In 1994, the Center for Earth Systems Analysis Research, a shared educational and research center located at San Diego State University, established a long term monitoring protocol to provide the mechanism for documenting the effects of military operations and training on vegetation native to MCAS Miramar. This protocol provided a continuous database of which to assist in altering land management actions to ensure long-term availability of natural areas for training and conservation. Brief Description of Anticipated Work: The project is to develop and implement a work plan for the current iteration of this monitoring effort, re-survey 82 permanently established monitoring plots according to MCAS Miramars standardized ecosystem monitoring program that inventories and monitors the condition of training lands and natural resources, identify and describe any ecological trends developing as indicated by the previous and current survey efforts for the monitoring plots, provide detailed site descriptions and information on disturbance and erosion, provide individual summaries of the composition, structure and site characteristics of the 82 plots surveyed in the 2003 LTEM report, provide contrast of summaries of the individual plots that comprise each major vegetation type for the three survey efforts, provide evaluation and discussion of management implications, provide photographic documentation of the plots, and submit draft and final reports along with all associated Geographical Information System (GIS) deliverables and maps for this monitoring effort that integrates all years efforts, results, analyses, evaluates the effectiveness of this effort. Please see enclosure 1 for full scope of work and enclosure 2 for applicable terms and conditions.