Grants for County Governments

This funding opportunity supports nonprofit organizations and artists in Sullivan County to create structured arts education programs in collaboration with schools or community partners.

This funding opportunity supports researchers in developing and applying new imaging tools to study brain disorders and improve drug discovery for mental health and neurodegenerative diseases.

This program provides funding to municipalities in New York State for projects that improve recycling and waste management infrastructure, such as building facilities and purchasing equipment.

This funding opportunity supports researchers investigating the causes of structural birth defects by exploring genetic, environmental, and biological factors, encouraging innovative approaches and collaboration across various scientific disciplines.

This funding opportunity provides financial support for innovative marketing projects that promote tourism and boost the local economy in the Tillamook Coast area.

This funding opportunity provides financial support for California-based industrial facilities and related entities to implement advanced technologies that reduce greenhouse gas emissions and enhance energy efficiency, particularly benefiting low-income and disadvantaged communities.

This funding opportunity supports arts education programs that nurture and develop the artistic talents of children throughout Texas.

This funding opportunity supports multidisciplinary research teams in the U.S. to develop advanced imaging technologies that investigate the role of inflammation in cancer, focusing on preclinical and translational studies.

This funding opportunity supports research to understand and reduce long-term adverse effects of cancer treatments, targeting diverse populations and encouraging collaboration between basic and clinical researchers.

This program provides financial support to fire departments, emergency medical service organizations, and state fire training academies across the U.S. to improve safety and operations through essential equipment, training, and wellness initiatives.

This funding opportunity supports research projects that improve the use of mammalian models, like organoids and tumoroids, to advance cancer research and develop effective treatments for patients.

This grant provides funding for researchers to develop and integrate imaging and liquid biopsy techniques to improve cancer treatment monitoring and early detection of treatment resistance.

This funding opportunity provides financial support to local governments and nonprofit organizations for projects that improve tourism facilities and enhance visitor experiences in Tillamook County.

This funding opportunity supports multi-site clinical trials focused on improving health outcomes for older adults facing complex health challenges, such as multiple chronic conditions and polypharmacy.

This funding opportunity supports collaborations between academic researchers and industry partners to develop and validate advanced imaging technologies that improve cancer detection and treatment.

This funding opportunity supports researchers in developing and testing new small molecules that can advance cancer treatment and understanding by creating innovative assays and screening methods.

This funding opportunity supports researchers and organizations in developing and validating innovative screening assays to discover new chemical compounds for treating mental health disorders.

This funding opportunity supports researchers investigating genetic mouse models that experience early life challenges, aiming to advance our understanding of congenital diseases and developmental disorders.

This funding opportunity supports community-based organizations in Washington, DC, to enhance health and wellness initiatives in early childhood education facilities and public/charter schools, focusing on educator well-being, physical education, and environmental education.

This grant provides funding for organizations to develop advanced neutrino detectors using quantum sensing technologies, targeting improved detection capabilities for neutrinos from various sources, including nuclear reactors.