Species distribution modeling project at marine corps air ground combat center, twentynine palms, california
Closed Posted
- Opportunity number
- N62473-25-2-0005A
- Agency
-
Naval Facilities Engineering Command
Department of the Navy, Department of Defense
- Applications due
- Award size
- Up to $292,628
Opportunity facts
- Assistance listings
- Funding instrument
- Cooperative Agreement
- Category
-
- Natural Resources
- Eligible applicants
-
- Other
Opportunity details come from Grants.gov. Updated .
About this opportunity
The Department of the Navy Naval Facilities Engineering Command is seeking a cooperative agreement to conduct a comprehensive species distribution modeling project at the Marine Corps Air Ground Combat Center (MCAGCC) in Twentynine Palms, California. The primary objective is to develop advanced ecological mapping and monitoring protocols using LiDAR and orthophotography data to analyze desert ecosystem processes, species distributions, and habitat suitability. Qualified applicants must be Cooperative Ecosystem Studies Unit Californian partners who can perform geomorphological analysis, create monitoring protocols, collect baseline data, and develop GIS systems to support natural resource conservation and Marine Corps training infrastructure. The project will require detailed research on approximately 30 species, with a focus on identifying high-priority habitats and ecological vulnerabilities. The application deadline is August 4, 2025, at 2:00 PM PDT, with notification of selection expected by August 25, 2025, and a cooperative agreement start date of August 31, 2025.
The total estimated funding for this three-year project is $292,628.00, with a single award anticipated under the Conservation and Rehabilitation of Natural Resources on Military Installations program (CFDA 12.005). The project will cover approximately 1,100 square miles of desert terrain in San Bernardino County, California, with fieldwork and GIS-specific actions to be conducted on-base and administrative/lab work permissible off-site. The research will involve four primary tasks: geomorphological analysis of species distributions, developing a natural community monitoring plan, performing baseline monitoring over two winters and springs, and creating comprehensive GIS-based rating systems and reports. The cooperative agreement will involve substantial collaboration with Naval Facilities Engineering Command Southwest and MCAGCC staff to ensure project success and alignment with military training and environmental conservation objectives.
Synopsis
Sustaining the Marine Corps Air Ground Combat Center's (MCAGCC) training environment is critical to the readiness of the United States Marine Corps (USMC) and depends heavily on the integrity and resilience of its desert soils, hydrological basins, weather, ecosystem processes, and organismal communities (MCAGCC 2024 Integrated Natural Resources Management Plan, INRMP). The ecology of these communities and their key species are integral to the durability of the natural and training environments, which rely heavily upon intelligent and informed management and conservation. This management and conservation rely heavily on accurately knowing the distribution, density, health, and ecosystem processes of these communities and key or keystone species.
Combining existing species studies with new, very precise LiDAR (Light Detection and Ranging) and orthophotography data for MCAGCC and neighboring properties, enables powerful modelling and management of species distributions and habitat suitability aboard MCAGCC. This project will advance the Marine Air Ground Task Force Training Command's (MAGTFTC) ability to conserve its natural and warfighter training environments, and enhance its resilience as an elite resource for the United States Marine Corps.
This study will quantify and prioritize MCAGCC's ecologically important and at-risk habitats, including high value areas for biodiversity, sensitive species, durability, and vulnerability to extreme weather. This purpose includes developing guidance for ongoing monitoring, projects that enhance ecosystem and landscape durability, and means to prevent or abate deterioration of the ecosystem. These products will improve natural resource conservation, the endurance and tempo of MAGTFTC training, and MCAGCC infrastructure.
Files
| File | Type | Posted |
|---|---|---|
| 2520005 RFI Responses.pdf | ||
| SOO FY25 SpeciesRefugia_Scope_20250623 -.pdf | ||
| NOFO 2520005 2JUL25km.pdf |
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