iTree is a web-based application that provides users with a comprehensive analysis of the benefits that trees provide to urban areas. The tool was developed by the US Forest Service in collaboration with several other organizations and is freely available to the public.
The iTree software uses inputs such as tree species, size, and location to estimate the environmental benefits that trees provide. Some of the benefits that are calculated include air pollution removal, carbon sequestration, energy savings, and stormwater mitigation.
One of the most significant benefits of iTree is its ability to quantify the monetary value of these benefits. This information can be used by urban planners, city officials, and other stakeholders to make informed decisions about the management and preservation of urban forests. For example, iTree can help determine the optimal location for tree planting projects, or it can be used to demonstrate the economic value of existing trees to local residents and businesses.
The iTree application is also an excellent educational tool. The software is user-friendly and can be used to teach students and community members about the importance of trees in urban environments. It can also be used to raise awareness about the need to preserve and protect urban forests.
iTree has been used in a variety of settings across the United States and in other countries. For example, the City of Philadelphia used iTree to conduct an assessment of the environmental benefits provided by trees in the city. The results of this assessment were used to develop a comprehensive urban forestry management plan for the city.
Overall, iTree is a powerful tool that can help promote the preservation and management of urban forests. Its ability to quantify the environmental and economic benefits of trees makes it a valuable resource for urban planners, city officials, and other stakeholders. By using iTree, communities can make informed decisions about the management of their urban forests, leading to healthier and more sustainable cities.