Grants for Exclusive - see details - Environment

The U.S. Department of Agriculture (USDA)s Natural Resources Conservation Service Soil and Plant Science Division (NRCS SPSD), is announcing the potential availability of funding for agreements for the purposes of supporting cooperative research in soil science and soil survey. The purpose of the 2024 Soil Survey Cooperative Research Proposals is to promote research that informs and improves soil survey. Each proposal must include significant collaboration with soil survey personnel (such as those at the National Soil Survey Center, MLRA Soil Survey or Regional offices). The proposals deliverables and their connection to soil survey must be clearly explained. Extra consideration will be given to proposals that include Dynamic Soil Survey research support, with close collaboration with National Soil Survey Center Research Soil Scientists. The work should have national or broad regional application to fill gaps in soil survey databases, provide new approaches to collecting or interpreting soil survey data, and/or address emerging issues in the national research priority areas.The FY24 research priorities were developed through meetings of the National Cooperative Soil Survey (NCSS) Research Priorities Committee and in conjunction with NRCS and SPSD priorities. We expect to fund approximately up to $3,000,000 of cooperative research depending on funding availability. Eligibility is limited to institutions of higher education in the Cooperative Ecosystem Studies Unit (CESU) network CESU National Network. Proposals are requested for competitive consideration of awards for projects 2-3 years in duration. The estimated funding floor for this opportunity is $50,000 and the estimated funding ceiling is $500,000.Proposal topics should address emerging issues within at least one of three nationally relevant areas of soil survey research:Dynamic Soil Properties (DSPs) and Soil Change Investigation of DSPs not currently accounted for in evaluations of soil change at decadal time scales. Assessments of DSPs for forest soils. Creation of digital soil mapping models for predicting DPSs through space and time.Methods of Soil Hydrology Development of new field and laboratory methods that could be added to soil survey. Expansion of existing methods for characterizing soil hydraulic properties (e.g., water retention, hydraulic conductivity), including those that can be gathered from existing soil survey data. Enhancing communication of hydrologic toolsets and data to product users, especially non-soil scientists.Expansion of Datasets Leveraging existing NRCS and non-NRCS datasets to expand the reach of soil survey (e.g., deeper depths, spatial gaps). Developing an online mapping tool or repository of soil survey projects, which could include major outcomes and generated datasets. Enhancing the compatibility of non-NRCS datasets (e.g., National Ecological Observatory Network, Molecular Observation Network, U.S. Geological Surveys National Geothermal Data System) with soil survey data.All proposals must include a data management plan and all data and deliverables must be made publicly available per USDA regulations - https://www.usda.gov/sites/default/files/documents/dr- 1020-006.pdf.More information on NCSS regions including maps and contacts is available at https://www.nrcs.usda.gov/conservation-basics/natural-resource-concerns/soil/contacts.For new users of Grants.gov, see Section D. of the full Notice of Funding Opportunity for information about steps required before submitting an application via Grants.gov.Key DatesApplicants must submit their applications via Grants.gov by 11:59 pm Eastern Time on July 8, 2024. For technical issues with Grants.gov, contact Grants.gov Applicant Support at 1-800-518-4726 or [email protected]. Awarding agency staff cannot support applicants regarding Grants.gov accounts.For inquiries specific to the content of the NFO requirements, contact the federal awarding agency contact (section G of this NFO). Please limit questions to those regarding specific information contained in this NFO (such as dates, page numbers, clarification of discrepancies, etc.). Questions related to eligibility, or the merits of a specific proposal will not be addressed.The agency anticipates making selections by July 22, 2024, and expects to execute awards by September 30, 2024. These dates are estimates and are subject to change.Federal Funding Floor and Ceiling AmountsThe estimated funding floor for this opportunity is $50,000, and the estimated funding ceiling is $500,000. The funding floor means the minimum agreement funding amount for the Federal share per agreement awarded. The ceiling is the maximum agreement funding amount for the Federal share per agreement awarded. These numbers refer to the total agreement amount, not any specific budget period.Federal Financial Assistance TrainingThe funding available through this NFO is Federal financial assistance. Grants 101 Training is highly recommended for those seeking knowledge about Federal financial assistance. The training is free and available to the public via https://www.cfo.gov/resources/federal-financial-assistance-training/. It consists of five modules covering each of the following topics: 1) laws, regulations, and guidance; 2) financial assistance mechanisms; 3) uniform guidance administrative requirements; 4) cost principles; and 5) risk management and single audit. FPAC agencies also apply Federal financial assistance regulations to certain non-assistance awards (e.g., non-assistance cooperative agreements).

The State of Hawai`i has established aggressive renewable energy goals, including potential offshore wind development, to reduce fossil fuel dependence. The Bureau of Ocean Energy Management (BOEM) oversees the development of offshore renewable energy on the nations outer continental shelf (OCS) and is mandated to preserve historic and cultural resources that may be impacted by its approved actions. BOEM is required under multiple statutes (as referenced in the below Background section) to take into consideration the impacts of OCS activities on cultural resources and Traditional Cultural Places.The purpose of this study is to provide critical information to BOEM in support of its offshore historic preservation responsibilities. The project will have three primary components: 1) compile data from archival and secondary sources of known, reported, and potential traditional cultural landscapes and cultural resources near the islands of O`ahu and Moloka`i, specifically focusing on the Ka`iwi Channel; 2) compile and summarize appropriate ethnographic information from Native Hawaiian communities regarding types of traditional use areas and traditional cultural places that could be impacted by offshore development; and 3) refine or develop guidance documents that identify Best Practices and protocols for engaging with Native Hawaiian communities, respecting traditional Indigenous Knowledge and including appropriate selected elements of traditional knowledge within the NHPA and NEPA review processes.This information will support recent Guidance for Federal Departments and Agencies on Indigenous Knowledge and other Federal efforts related to Indigenous Knowledge; is necessary under Section 106 of the NHPA, which requires that federal agencies must apply the National Register Criteria to places that may be affected by a federal undertaking; and will also be used to support reviews under NEPA and other federal laws.See related documents for questions and responses submitted after publishing.

Management, Species, Harbor Porpoise, (RAM#FXSBA53247215-A), Joint Base Elmendorf-Richardson, Alaska - The objectives of this requirement are to (1) determine Harbor Porpoise presence in Knik Arm during the winter and (2) determine the presence of Harbor Porpoise in Knik Arm and the timing and extent of upstream movement of Harbor Porpoise in the Eagle River during summer and fall. See full Funding Opportunity Description in Section I.

Although the pelagic ocean is the largest ecosystem on earth, it remains poorly characterized and understood due to its vast size and three-dimensional, highly dynamic nature (e.g., Perelman et al. 2021). Most oceanographic programs concentrate upon the surface ocean because plankton and larval fish are concentrated there. Very little of the water column below the epipelagic (0200 m) has been described in any detail (Netburn 2018). However, we know that important processes occur throughout that water column, such as the biological pump (Passow and Carlson 2012), diel vertical migration (Sutton 2013, Kelly et al. 2019), other mechanisms for connectivity (Sutton 2013), and food web dynamics (Choy et al. 2017). As industries move to deeper waters of the OCS, it is imperative to learn more about potential impacts to these habitats, specifically sites of commercial interest. Water column information can be collected by traditional oceanographic equipment, especially when supplemented by new techniques and technology. In addition to physical and chemical profiles of the water column, Conductivity-Temperature-Depth (CTD) rosette casts can collect water samples to evaluate the biological community through eDNA sampling. Cameras can also be integrated onto CTD rosettes to help image these pelagic environments for which the deeper habitats are rarely visualized. This study is intended to fund the integration of a complementary water column component into planned marine mineral and offshore wind-related research cruises in locations of potential commercial interest. There are two cost-effective near-term opportunities for at-sea data collection to support the proposed study objectives in the fall of 2024. One is a planned August 26 September 16 NOAA-led benthic habitats AUV survey on NOAA Ship Bell M. Shimada out of Newport, Oregon that is focused on areas of interest for offshore wind in northern California and southern Oregon. The second is a September 10 October 07 USGS-led multibeam and box core cruise on the R/V Kilo Moana out of Honolulu, Hawaii that will assess the abundance and composition of abyssal manganese nodules at the southern extreme of the OCS south of Hawaii. There appear to be several substantive outyear opportunities in 2025 and beyond to add a mid-water component to anticipated NOAA cruises in areas of interest for both offshore wind and critical minerals. BOEM will work with the award recipient to secure sample collection opportunities on select outyear opportunities. The scope of water column operations on each cruise will be designed in consultation with cruise Chief Scientists to address the highest priority mid-water environmental information needs while taking into account any pre-existing science plans and available planning horizon. For example, optical sensors (e.g., high-definition cameras, shadowgraphs) could be deployed when primary science operations are done for the day, or a smaller system could be integrated onto a CTD rosette to simultaneously collect imagery without needing dedicated wire-time. Data from the at-sea efforts will contribute significantly to baseline knowledge of pelagic systems that are highly dynamic and difficult to study. With industries moving into deeper waters further offshore, these water column data are necessary to understand environmental conditions and associated natural variation. For example, baseline environmental data can improve our understanding of environmental risks and potential impacts of floating offshore wind, such as changes in organism behavior and displacement (Maxwell et al. 2022). Additionally, current seabed mining technologies are expected to produce sediment plumes with unknown environmental impacts (Gollner et al. 2017, Gillard et al. 2019). Baseline data for these water column habitats are thus critical for identifying the resources that may be impacted and assessing what those impacts are likely to be.The proposed study will address the following objectives.Develop species inventories throughout the water column in areas of potential commercial interest for floating offshore wind and critical minerals, particularly abyssal manganese nodulesAssess other recent/ongoing scientific programs that can provide relevant data and meaningfully support the study objectives [e.g., California Current Ecosystem (CCE) Long-Term Ecological Research (LTER)] Explain the regional distribution of organisms relative to the physical and chemical oceanographic conditions Provide recommendations for a cost-effective and high-value sampling and sensor package or module(s) that can be easily integrated as a mid-water add-on to future research cruises. Some of the key questions to be addressed are:What is the pelagic community structure in current and potential regions of interest for offshore wind development and abyssal nodules in the Pacific OCS?What are the physical and chemical drivers in each region, and how do they relate to the pelagic community structure?What is a relatively simple and cost-effective standard midwater science component add-on that could provide high value to future deepwater Pacific research efforts?

The Regional Site Readiness Program’s Capital Ready Grant Program, funded by the Illinois Department of Commerce and Economic Opportunity, offers between $250,000 to $3,000,000 to local governments, economic development organizations, nonprofits, for-profit organizations, and private landowners for infrastructure and capital improvements to prepare sites for future industrial and manufacturing development across all counties in Illinois.

This Annual Program Statement (APS) offers USAID Operating Units a mechanism to facilitate assistance awards to local and non-traditional partners for innovative, adaptive, and locally led development approaches. OUs may issue addenda under this umbrella to solicit, co-create, and fund a wide range of flexible and innovative approaches to locally led development related to their specific priorities, objectives, and programs. The APS aims to advance USAIDs capability to work with local partners, to learn from these engagements, and to share this learning broadly. INTERESTED APPLICANTS - PLEASE READ: This Locally Led Development APS is not a Request for Applications or a Request for Proposals, and this APS does not serve as a general request for locally led development concepts. Do not email concepts to [email protected] or submit concepts via grants.gov, as they will not be accepted. Interested Applicants must respond to specific documents that share USAID priorities in a specific country(ies) called addenda that may be issued throughout the year on grants.gov. These addenda, when added, can be found under Related Documents on this page. Please visit this page periodically for opportunities that may be relevant to your country and focus areas. Please see the attachment for further detailed information. This APS was last updated April 26, 2024, with Amendment 1 - 7200AA19APS00007 Locally Led Development Annual Program Statement (APS) 2024-4-26

The Massachusetts Department of Agricultural Resources offers the Cranberry Bog Renovation Grant Program, now in its sixth year, to enhance the efficiency and environmental sustainability of cranberry bogs. This competitive grant program provides funds to renovate existing bogs, increasing yields and improving methods of production. The grants aim to minimize environmental impacts, focusing on water quality, efficient water use, and other conservation practices. The application deadline is May 24, 2024, with a maximum funding of $125,000 per applicant and a required 25% cost match. Grant renewed every year.

The Idaho Water Resource Board (IWRB) was allocated $75,000,000 by the Idaho legislature in 2022 for grants to address water sustainability, improve aging water infrastructure, or support flood management. These grants are for new projects or phases aimed at repairing, maintaining, replacing, or improving infrastructure that supports irrigation water delivery, storage, drainage, treatment, and use of water for irrigation. Municipal drinking or wastewater systems are excluded. The process includes proposal submission, review, and IWRB approval. Applications are due by August 2, 2024. Grant renewed every year.

The Underserved Farmer to Farmer grant program, managed by the Iowa Department of Natural Resources (DNR) with funding from the Environmental Protection Agency’s Gulf of Mexico division, is a $3 million, 5-year initiative. This program aligns with the mission of addressing critical environmental challenges by empowering historically underserved farming communities. The DNR's strategic priority is to enhance the capacity of these communities to combat nutrient pollution and frequent flooding, thereby fostering environmental resilience and sustainable agricultural practices. The primary target beneficiaries of this grant are "underserved farmers" as defined by the United States Department of Agriculture. This includes beginning farmers, socially disadvantaged farmers, veteran farmers, and those with limited resources. Other classifications may also be supported through negotiation. The program aims to increase the ability of these farmers to implement practices that mitigate nutrient pollution and reduce the impact of frequent flooding, leading to improved water quality and land management. The grant prioritizes projects that directly address nutrient pollution and flooding. The expected outcomes include a reduction in nutrient runoff into waterways and enhanced flood resilience within historically underserved farm communities. Measurable results would involve tracking the number of projects funded, the types of conservation practices implemented, and the environmental improvements achieved in the targeted areas. The theory of change suggests that by providing financial resources and support to underserved farmers, the program will lead to widespread adoption of environmentally beneficial farming practices. Projects funded through this grant can receive up to $250,000, with $700,000 currently remaining for subawards. Eligibility for subawards extends to a broad range of entities, including conservation districts, institutions of higher learning, local or state government entities (such as Watershed Management Authorities), NGOs and nonprofits, Tribal nations, beginning farmer groups, and U.S. military veteran farmer groups. This inclusive approach ensures that various stakeholders can contribute to the program's overarching goals and amplify its impact across Iowa's agricultural landscape.

The Albemarle Agribusiness Resiliency Grant, offered by Albemarle County, is designed to support direct-market agribusinesses within the county that are experiencing long-term financial impacts from the pandemic, including those caused by inflation and rising interest rates. The program aims to offset these increased costs of capital, which can hinder growth and reinvestment opportunities for local businesses. While a specific "foundation mission alignment" or "foundation's strategic priorities and theory of change" is not explicitly stated as this is a county grant rather than a foundation, the county's implicit mission aligns with supporting local economic resilience and sustainable development within its agribusiness sector. The primary target beneficiaries are direct-market agribusinesses located in Albemarle County, Virginia. This includes businesses that sell products to restaurants, caterers, and local stores, as well as orchards, wineries, cideries, and those operating at farmers markets. The impact goals are centered on enhancing the financial stability and operational capacity of these agribusinesses, enabling them to navigate economic challenges and continue their contributions to the local economy. The grant prioritizes several key areas for funding. These include new capital investments such as machinery, tools, and other business equipment, which directly support operational improvements and expansion. Additionally, the grant focuses on expenses incurred since July 1, 2022, to advance sustainable agricultural practices, enhance public health, safety, and welfare for employees or visitors, and comply with state or local regulations. Up to 20% of awarded funds can also be allocated for advertising and marketing, recognizing the importance of market visibility for direct-market businesses. The expected outcomes include strengthened agribusinesses within Albemarle County, leading to sustained operations, improved competitiveness, and continued economic activity. Measurable results would involve the number of grants distributed (anticipated to be 3-8 grants in this round), the total budget utilized ($60,000 for this round), and the types of investments made by awardees. Although not explicitly detailed as a "theory of change," the county's approach suggests that by providing direct financial assistance for critical investments and operational needs, agribusinesses will be better positioned to adapt to economic pressures, fostering a more resilient and thriving local agricultural economy.

This program provides resources for neighborhood groups and K-12 public schools in Edmond to plant trees, improve urban greenery, and engage the community in tree care and education.

The Texas Water Development Board's Agricultural Water Conservation Program focuses on promoting water conservation in the agricultural sector through various initiatives, including Ag Conservation Loans and Grants. These efforts aim to support infrastructure improvements and innovative practices for efficient water use among political subdivisions, state agencies, and producers. The grant program offers up to $1.5 million annually, encouraging applications from political subdivisions and state agencies, with producers also eligible to participate in projects. A local match, typically 50%, is required. The program emphasizes collaboration with stakeholders to implement best management practices, education, and outreach to optimize irrigation efficiency and water conservation across Texas.

The Department of Energy and Environment (DOEE) is offering grants aimed at minimizing stormwater pollution through the ongoing maintenance of green infrastructure (GI). The core mission of this grant program aligns with environmental protection and sustainable urban development by actively preserving existing GI practices. The grant seeks to ensure the long-term effectiveness of these installations in managing stormwater, directly contributing to a healthier environment in the District of Columbia. The primary target beneficiaries of this grant are the residents of the District of Columbia, who will benefit from reduced stormwater pollution and an improved local environment. Additionally, local District residents, including Returning Citizens, are targeted beneficiaries through the creation of sustainable employment opportunities in GI maintenance. The overarching impact goal is to achieve cleaner waterways and a more resilient urban ecosystem by consistently maintaining approximately 400 GI practices installed by District government agencies. The grant prioritizes providing excellent routine maintenance for 400 GI practices installed by District agencies. A secondary, but equally important, focus is on fostering sustainable employment for local District residents, including Returning Citizens, within the GI maintenance sector. This includes providing training to a local workforce. Furthermore, the program aims to cultivate stewardship and maintenance support opportunities within communities, encouraging local engagement and responsibility for environmental assets. Expected outcomes include a significant reduction in stormwater pollution, evidenced by the effective operation of maintained GI practices. Measurable results will include the annual maintenance of approximately 400 GI practices and the successful training and employment of local District residents in GI maintenance roles. The program's theory of change posits that by investing in both the physical maintenance of green infrastructure and the human capital required to sustain it, the District can achieve lasting environmental benefits and create valuable socio-economic opportunities.

FY 2024 Natural Gas Distribution Infrastructure Safety and Modernization Grant

This grant provides funding for research on the genetic analysis of Agassiz's Desert Tortoise populations to support conservation efforts and military operations in California.

To aid BOEMs ongoing modeling efforts, this study aims to develop a near real-time (NRT) modeling system for the endangered North Atlantic right whale population and a survey segment database of cetacean and other marine wildlife observations. The modeling system will predict whale density across the eastern seaboard using real-time visual and acoustic observations, coupled with environmental covariates.The study objectives are to integrate various survey datasets, including aerial and ship surveys, into a segment database and develop NRT models that can respond more quickly and flexibly to shifts in species space use and phenology. BOEM and the National Marine Fisheries Service will fund this study jointly.Initially, the system will serve as a research and development testbed, allowing a collaborative team of developers to address statistical challenges and refine software workflow. After the effectiveness of the density models has been established, daily predictions will be made operational and disseminated to the public. The system's capabilities could be expanded to issue short-term forecasts and encompass additional species, contingent on data availability and the development of suitable methods.

This program provides funding to empower local organizations and communities in specific countries to lead their own development initiatives, focusing on inclusivity and sustainability.

USAID seeks information on how higher education institutions can address water, climate, and gender development challenges in Pakistan. The information could inform the scope of future USAID awards to U.S. universities. Responses to this Request for Information will inform the design of a potential $1.5 million Water, Climate, and Gender Activity (WCGA), subject to the availability of funds. This is not a request for proposal or application. American and Pakistani higher education institutions have the potential to be central actors in advancing Pakistan’s climate resilience and gender equity. Challenges around water, environment and climate change demand active involvement of diverse actors–especially universities–to solve these challenges. The U.S. - Pakistan “Green Alliance” is a framework for bilateral cooperation that enables both countries to jointly face the climate, environmental, and economic needs of the present and future. This framework delivers partnerships on agriculture, water, and clean energy. Women and girls, in all their diversity, play a critical leadership role in addressing the climate crisis. Globally, the relationship among women, girls, the environment, and their communities makes women and girls uniquely poised to develop and contribute to locally relevant and effective climate interventions reflective of the entire population. Further, the frequency and intensity of extreme weather events and related disasters are exacerbated by the climate crisis, which disproportionately affects women and girls.

The Greenwall Foundation's "Making a Difference in Real-World Bioethics Dilemmas" grant program aims to support research that resolves important emerging or unanswered bioethics problems within clinical, biomedical, or public health decision-making, policy, or practice. This program is directly aligned with the Foundation's vision to make bioethics integral to decisions in health care, policy, and research, and its mission to expand bioethics knowledge for improved decision-making and practice. The Foundation makes awards to individuals affiliated with tax-exempt institutions in the United States. The program targets researchers and institutions whose projects can demonstrate a real-world, practical impact, particularly those that address identified bioethics dilemmas. The ultimate impact goal is to improve health care, policy, and research by integrating ethical considerations more effectively. The Foundation prioritizes proposals that promote its vision and mission through innovative bioethics research. Projects that aim to influence public policy are welcome, provided they do not constitute advocacy with predetermined conclusions. The Foundation has several priority topics, including trust in science, medicine, and public health; bias and discrimination in health care across various characteristics; public health crises such as emerging infectious diseases, climate change, and the opioid epidemic, including their mental health impacts; and healthcare access, costs, and resource allocation. While these topics are prioritized, innovative proposals addressing other real-world, practical bioethics problems are also encouraged. Expected outcomes for funded projects include the generation of new bioethics knowledge that can inform and improve decision-making, policy, or practice. The Foundation expects projects to demonstrate a clear plan for dissemination and implementation to stakeholder audiences beyond academia, including key individuals capable of enacting change. Projects are evaluated on their innovative nature, rigorous methods, likelihood of impacting policy or practice, and the expertise of the research team. Mentored projects for early-career faculty and pilot/feasibility studies are also considered with the goal of securing further funding. Priority is given to projects with smaller budgets and shorter timelines.

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