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Trees serve an economical function within the urban forest, providing various monetary benefits. It is estimated that there are around 3.8 billion trees in urban areas around the United States, equating to $2.4 trillion in overall structural value. [58]
Trees planted in municipal areas are subject to removal as preferences change. Urban reforestation efforts compete for money and urban land that could be used for other purposes. For example, effort placed in planting new trees can take away from maintenance of already established trees. [11]
Trees are an important, cost-effective solution to reducing pollution and improving air quality. [citation needed] Trees reduce temperatures and smog. With an extensive and healthy urban forest air quality can be drastically improved. Trees help to lower air temperatures and the urban heat island effect in urban areas. This reduction of ...
living on a street with 10 more trees than average (both on the street and in backyards) makes you feel as healthy as if you were seven years younger.
Urban forest inequity, also known as shade inequity or tree canopy inequity, [1] is the inequitable distribution of trees, with their associated benefits, across metropolitan areas. [2] This phenomenon has a number of follow-on effects, including but not limited to measurable impacts on faunal biodiversity and the urban heat island effect .
Opinion: Tree canopy coverage is often less in areas that historically were subject to redlining and other discrimination, writes Jayme Renfro. Trees and their benefits aren't distributed ...
This initiative was planned to plant trees between 2006 and 2010 and the trees were expected to provide environmental benefits and were predicted to continue to grow until 2040. [4] This campaign is important and can increase urban woods as a piece of infrastructure that can assist cities in mitigating their environment. [5]
In urban green spaces, trees filter out man-made pollutants. Air quality data collected on cities with and without urban green space has shown that areas with an abundance of trees have considerably less air pollutants, i.e. O 3, PM 10, NO 2, SO 2, and CO. [42]