The Delaware Forest Service’s urban and community program has awarded $58,409 in grants to 22 municipalities, HOA’s, and nonprofits to fund planting and management projects to improve tree canopy on public lands and open space in the First State. Over the past 10 years, the program has funded more than $1 million in community-based tree projects in Delaware.
Funded by the U.S. Forest Service, Delaware’s Urban and Community Grant Program is open to all municipalities, community associations, and certified 501(c)(3) non-profit organizations within the State of Delaware. Funds can only be utilized on public property owned by the municipality, HOA, or nonprofit organization. Grants can range from a minimum of $500 to a maximum of $5,000 in one of two project categories: tree planting or tree management. All applications require a 50-50 cost-share match in either cash or in-kind services within program guidelines.
The Delaware Forest Service (DFS) has unveiled a new online tool that uses geographic information systems (GIS) software to help cities, towns, and neighborhoods to measure and increase their community tree canopy percentage. The link is: de.gov/treecanopy
Developed by the Delaware Department of Agriculture’s GIS specialist Jimmy Kroon, the tool covers the entire First State: municipalities as well as homeowner associations and neighborhoods can assess their current level of tree cover as a starting point to explore opportunities to plant new trees and maintain their existing ones.
A total of 15 municipalities, homeowner associations, and nonprofits will receive almost $40,000 for community tree projects from the Delaware Forest Service’s 2016 Urban and Community Forestry Grant Program. The program’s goal is to increase tree canopy, beautify community spaces, and promote the benefits of trees. In addition, the Delaware Forest Service also funded $10,799 in grants for tree planting projects within the Chesapeake Bay Watershed, an effort to improve water quality by mitigating storm water run-off and reducing erosion and sedimentation.
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