USDA Secretary Tom Vilsack recently announced the 2014 USDA Forest Service’s National Urban and Community Forestry Challenge grant recipients. Grants provide funding to help enhance urban forest stewardship, support new employment opportunities, and help build resilience in the face of a changing climate.
Supervisory Microbiologist Carol Clausen talks with USDA Secretary Tom Vilsack during a 2013 visit to the Forest Products Laboratory.
“Our urban and community forests provide clean water, clean air, energy conservation and other important benefits for the health and economic well-being of communities across the country,” said Vilsack. “The grants announced today will help catalyze investment and strengthen stewardship of our urban forests to maintain their many contributions amid new risks from climate change.”
Well maintained urban forests can help address climate and extreme weather impacts through reducing runoff, buffering high winds, controlling erosion, and minimizing the impacts of drought. Urban forests also provide critical social and cultural benefits that may strengthen community resilience to climate change through promoting social interaction and community stability.
Grant recipient announcements were made in connection with the one-year anniversary of President Obama’s Climate Action Plan and support the plan’s objectives of maintaining the role of forests in reducing greenhouse gas emissions and preparing communities for the impacts of a changing climate.
The 2014 grant recipients are:
Category 1: Making Urban Trees and Forests More Resilient to the Impacts of Natural Disasters and the Long-term Impacts of Climate Change
University of Florida, Mobile Tree Failure Prediction for Storm Preparation and Response;
Federal Grant Amount: $281,648
This proposed modeling system will assist urban forest managers in predicting tree failure during storms by developing a data collection model and a mobile Geographic Information Systems (GIS) mapping application to quantify tree risk in communities. The results and a best management practices manual will be made available to all researchers and professionals through the International Tree Failure Database, providing the standardized data needed to enhance our understanding of wind-related tree failure.
Category 2: Green Infrastructure Jobs Analysis
Jobs for the Future, Jobs for the Future Green Infrastructure Jobs Analysis
Federal Grant Amount: $175,000
Jobs for the Future will conduct a labor market analysis that will build a business case for important green infrastructure investments in our communities. This will include strategies for expanding green infrastructure job growth in both the private and public sectors.
Category 3: Utilizing Green Infrastructure to Manage and Mitigate Stormwater to Improve Water Quality
University of South Florida, From Gray to Green: Tools for Transitioning to Vegetation-Based Stormwater Management
Federal Grant Amount: $149,722
Many communities lack systematic strategies to transition from the existing conventional (gray) drainage systems to green infrastructure. This project will provide natural resource managers, planners, and engineers with decision-support tools to aid the strategic planning process for transitioning to green infrastructure systems that emphasize trees and urban forests.
University of Tennessee, Storm Water Goes Green: Investigating the Benefit and Health of Urban Trees in Green Infrastructure Installations
Federal Grant Amount: $200,322
The contribution of trees to storm water management is not well understood. Project will demonstrate the role of trees in bio retention areas and provide recommendations regarding system design and tree species selection to maximize bio retention area functionality and tree health.
Center for Watershed Protection, Making Urban Trees Count: A Project to Demonstrate the Role of Urban Trees in Achieving Regulatory Compliance for Clean Water Research
Federal Grant Amount: $103,120
Project will assist storm water managers with how to “credit” trees for runoff and pollutant load reduction in order to compare with other best management practices. A proposed design specification model for urban tree planting will address crediting, verification, cost-effectiveness, and tree health.