Best Virgin Islands Grants for Nonprofits

The David C. J. Peters Scholarship, established by Southland Industries in honor of ASHRAE member David Peters, offers a one-year scholarship to qualified undergraduate students in mechanical or architectural engineering. Candidates must be enrolled full-time in a bachelor's program at designated institutions and maintain a minimum GPA of 3.0 or be in the top 30% of their class. This initiative supports the mission of ASHRAE to promote sustainable practices in engineering.

The Engineering Technology Scholarships, offered by ASHRAE, provide one-year financial support to full-time undergraduate students pursuing degrees in HVAC&R-related fields. To qualify, applicants must maintain a minimum GPA of 3.0 or rank in the top 30% of their class, and they must meet specific criteria related to ASHRAE student branches or program accreditation. This initiative aims to cultivate future professionals in sustainable building technologies, aligning with ASHRAE's mission to advance human well-being.

Virgin Islands schools, nonprofits, churches, and individual artists running arts-based in- or after-school programs can apply for up to US $5,000 to support education-focused arts projects. Virgin Islands arts organizations can access funding through Virgin Islands Council on the Arts for initiatives that demonstrate artistic merit and are based within the territory.

Hospitals, public health clinics, and 501(c)(3) service providers in the Virgin Islands can seek in-kind support for medical and health equipment needs. With a mission to promote health care in the Territories, Bennie & Martha Benjamin Foundation provides up to US $5,000 in equipment and supplies for new or expanded health service initiatives.

The Bennie and Martha Benjamin Foundation offers grants up to $5,000 for organizations engaged in health services or public health education in the U.S. Virgin Islands. These grants support initiatives that aim to improve health outcomes and disseminate health information through various media. Eligible applicants include 501(c)(3) organizations and government agencies. The Foundation seeks to partner with new agencies while focusing on educational programming that addresses demonstrable community health needs.

This funding opportunity aims to enhance the development of medical products in rare diseases through innovative natural history studies. By generating high-quality data, the FDA seeks to bridge critical knowledge gaps and eliminate barriers in rare disease research. The initiative focuses on diseases with unmet needs, fostering significant impacts for those affected and facilitating the development of effective therapeutic solutions.

The ACS Professor Award, presented by the American Cancer Society, recognizes full professors who have significantly advanced cancer research. This honorific award aims to support innovative pursuits in cancer research with a budget of up to $80,000 per year for five years. Applicants are expected to demonstrate impactful contributions and leadership in the field, along with a commitment to mentorship and community engagement. The award highlights the importance of ongoing advocacy and research in improving cancer treatment and prevention.

The Research Scholar Grants (RSG) by the American Cancer Society support independent researchers engaged in cancer-related studies. Eligible applicants must be affiliated with US academic institutions and have been appointed as independent faculty for less than ten years. Grants provide funding up to $215,000 annually for direct costs and allow for 10% indirect costs, with project durations of up to four years, fostering innovative cancer research across various priority areas.

The NARMS Cooperative Agreement Program aims to enhance antibiotic resistance surveillance in retail food specimens. Funded by the FDA, this initiative strengthens the National Antimicrobial Resistance Monitoring System established in 1996. By improving detection methods and expanding sampling sites, the program seeks to protect public health and align with NARMS objectives, ultimately combating the growing threat of antibiotic resistance in food commodities.

The RFA-FD-23-001 funding opportunity aims to support clinical trials for orphan products targeting rare diseases. It focuses on evaluating the efficacy and safety of treatments to address unmet medical needs. By promoting innovative and collaborative trial designs, the FDA seeks to enhance the approval rates of effective therapies for rare conditions, ultimately benefiting patients and advancing drug development in this critical area.

The Gordon V. R. Holness Engineering Technology Scholarship aims to support full-time undergraduate students pursuing degrees in Engineering Technology related to HVAC&R. Established by Gordon Holness, this scholarship highlights the importance of education in sustainable technology. Eligible candidates must maintain a GPA of at least 3.0 and meet specific institutional criteria, promoting excellence in the HVAC&R profession and fostering a sustainable built environment for future generations.

The Rooted Pathways Program, initiated by First Peoples Fund, offers essential support to Native-led arts organizations, fostering their growth and stability. This funding empowers these organizations to thrive in their missions, providing unrestricted operating support and participation in a Learning Cohort. Eligible applicants include Native nonprofits and collectives with budgets under $500,000, and the program aims to uplift artists from U.S. federally recognized tribes. This initiative is part of the Wallace Foundation's broader commitment to enhancing well-being in the arts.

The Foreign Language Study Grants provide funding up to $5,000 for Harvard graduate students in doctoral programs to participate in intensive language programs abroad. The grants support students after their G1, G2, or G3 years, emphasizing the necessity of the language for their research. Recipients must conduct their studies outside the U.S., ensuring a minimum duration of six weeks for the language program.

The Centers for Structural Biology of HIV and Other Infectious Diseases aims to support innovative frontier science research that establishes new technologies and methodologies to provide insight into the mechanisms of hostpathogen interactions, as well as translational research to inform the development of novel and/or improved preventive interventions, therapeutics, diagnostics, and curative interventions across a broad spectrum of infectious diseases. These Centers focus on understanding the dynamics of molecular complexes, with the intention of informing mechanistically based discovery and/or design of interventions for the prevention, treatment, and cure of HIV and other infectious diseases. The goal is to facilitate the discovery of new therapeutic targets, new classes of interventions ranging from diagnostics, to small molecules and protein therapeutics, to neutralizing antibodies, and novel vaccine candidates, including nanoparticle vaccines, elucidate the mechanisms of action of interventions, and to determine the structural basis for interventional failures, but not support end-to-end preclinical development.

Of particular interest are the components of infectious agents and/or hosts for which sufficiently complete structureshave yet to be determined, including macromolecular complexes of proteins, nucleic acids, carbohydrates, lipid membranes, and/or small molecules. The Centers will be responsible for the validation of structural data using biological, biochemical, and computational methods and artificial intelligence (AI) models to help understand the biological mechanisms and structure-function relationships of these complexes.

The Cooperative Endangered Species Conservation Fund: Recovery Land Acquisition Grant Program, initiated in FY 2001, aims to foster collaboration between State and Federal entities in conserving listed species. This program provides funding for acquiring critical land parcels to support U.S. Fish and Wildlife Service-approved recovery plans. By securing habitats at risk from development, the initiative directly addresses the primary threat to endangered species, ensuring effective and immediate conservation actions.

The NACD Technical Assistance Grants program, in partnership with NRCS, has been enhancing conservation district support since 2018. By funding staff hires, it aims to improve service for agricultural producers and address conservation workload challenges. The initiative focuses on outreach, education, and civic engagement to empower local communities, promote sustainability, and support historically underserved producers in implementing conservation practices, thereby fostering both individual and community resilience.

The R3PEATS Grassroots Rigor Projects, funded by the NIH, aim to enhance research practices through two project types: Metascience and Laboratory Capacity-Building. Metascience projects focus on creating tools and metrics to promote high-quality research, while Laboratory Capacity-Building projects help labs adopt new techniques and share data that influence research outcomes. This initiative is part of a broader effort to improve rigor, replicability, and reproducibility in scientific research.

The Medical Scientist Training Program (MSTP) aims to cultivate a diverse group of physician-scientist leaders to address the nation's biomedical research needs. This program supports institutions in creating integrated dual-degree training that results in both medical and research doctorate degrees. By combining clinical practice with scientific research, MSTP graduates will advance health-related research, focusing on improving training effectiveness, alumni retention in research careers, and workforce diversity. NIGMS emphasizes comprehensive training elements for impactful careers.

The World Trade Center Health Program K01 Award supports early-career researchers dedicated to enhancing the health of those impacted by the September 11 attacks. This award grants up to three years of mentored research and career development, focusing on the physical and mental health effects of 9/11 exposures. It encourages studies that translate scientific findings into improved clinical care and public health practices, ultimately addressing emerging health concerns and improving long-term outcomes for affected populations.

The Preschool Development Grant Birth Through Five (PDG B-5) SMART Grant aims to enhance early care and education systems in the U.S. by supporting targeted investments in technology and data analytics. This initiative, led by the Administration for Children and Families, encourages states to improve program quality, family choice, and data-driven decision-making for children from birth to five years old. The funding is designed to create measurable outcomes and strengthen coordination within the mixed-delivery system.

The BRAIN Initiative, led by the NIH, aims to advance neurotechnologies at institutions with limited NIH funding. This funding opportunity encourages collaboration and knowledge transfer to integrate innovative neurotechnologies into research and training programs. While applications are currently not being solicited, potential applicants should start developing partnerships and projects in preparation for future submissions. This initiative will enhance the dissemination of BRAIN technologies and support novel research practices.

The BRAIN Initiative aims to advance innovative neurotechnologies by funding early-stage clinical studies for devices that record or stimulate the human central nervous system. This initiative encourages collaborations between clinical researchers and device manufacturers to facilitate groundbreaking studies. By addressing the challenges of obtaining safety and utility data, this program supports both non-invasive and significant risk devices, providing essential insights into their functionality and design. Applications are currently not being solicited, allowing time for meaningful project development.

The NIDA Avenir Program aims to cultivate innovative leaders in addiction science by funding exceptional early stage investigators (ESIs) embarking on pioneering research. Launched in 2015, this initiative encourages high-risk, high-reward mechanistic studies related to Substance Use Disorders (SUDs) across diverse scientific domains. Applications from new investigators and those outside addiction research are welcomed, fostering interdisciplinary approaches that enhance understanding of SUD mechanisms. The program supports ESIs who may lack preliminary data but demonstrate potential for impactful contributions.

The NIH Stroke Clinical Trials Network (StrokeNet) aims to enhance stroke treatment and recovery through a robust national infrastructure. Funded by the National Institutes of Health, this initiative focuses on clinical trials that evaluate innovative therapies for stroke patients and those at risk. The program is currently not soliciting applications but encourages the development of collaborations to support the national coordinating center and data management efforts, ultimately improving outcomes for individuals affected by stroke.

The PositiveNRG Grant Program, led by NRG Energy, focuses on investing in communities through choice and education, community engagement, resilience, sustainability, and well-being. The program is open to non-profit organizations and governmental entities that can demonstrate a meaningful impact. Preference is given to initiatives that foster community involvement and inclusiveness. However, sponsorships for religious or political activities are generally not supported. This program aims to empower communities through innovative energy solutions.

The NIDDK Disease Research and Translational Core Centers (P30 Clinical Trial Optional) program invites applications to support innovative biomedical research focused on cystic fibrosis, diabetes, and other chronic diseases. These centers foster collaboration, provide essential resources, and mentor early-stage investigators, enhancing the research landscape. Funding will support pilot programs and access to shared services, ensuring efficient use of resources while promoting a robust scientific community dedicated to advancing health outcomes.

The R3PEATS Rigor Scholar Cohort Awards (K12) are designed to empower early-career researchers by enhancing their skills in rigorous scientific practices. This initiative promotes collaboration across institutions to develop best practices in research methodologies, including preregistration and randomization. Participants will gain essential training to ensure excellence and transparency in scientific research, aligning with the NIH's commitment to improve replicability and reproducibility in the field.