American Forests is a non-profit working towards the reforestation of woodlands both nationally and globally. Though, their “Community Releaf” program is where they shine. With these green endeavors, the organization “aims to bring national attention to the value of our urban forests and reaches geographically distributed and culturally diverse communities across the United States.”
Their community inclined projects typically work to restore tree canopies in urban areas. With their project in Oakland, they intersect social justice with ecological justice.
Here’s an excerpt from a report on the matter:
“Several studies have found correlations between city trees and public health in neighborhoods with low tree canopy — increased respiratory illness, particularly among children and senior citizens, and more incidents of diabetes and heart disease. In terms of psychosocial benefits, a lack of access to green space can negatively impact mental well-being and stress levels, the latter a foreboding allusion to the potential climate change risks highlighted in the recent IPCC report.
Recognizing that tree canopy can be an important factor in understanding and addressing income disparity and supporting sustainable development — both environmentally and economically — a recent study by American Forests examined tree canopy by Oakland council district in correlation with several demographic and socioeconomic factors, including income, poverty rate, unemployment rate, population and age. The information that was derived can help identify the districts where additional trees can provide the greatest positive impacts for communities.”
They have also published a digestible history on the American forest since human civilization has taken root. Here’s a look:
“Human impacts, from colonial times to the present, have drastically changed not just the size, but the nature of American forests, whether you consider the baseline for what is natural to be 1492 CE or 15,000 BP.
The trees in mature forests are adapted to soil characteristics, light intensities and moisture levels created by the forest’s species themselves. Remove these species, and all those factors change. The resulting forest is now composed of pioneer species — those first to grow in a tree-less location, like aspen, birch and alder. The old-growth forest species must wait until the pioneer species recreate their required soil, light and moisture conditions to reemerge. Similar changes in forest composition are created by natural events such as fires and wind storms, and the mature forest regenerates naturally. The difference is that most managed forests today are harvested so frequently that they never reach the optimal conditions for the species that prefer mature conditions. Instead of a complex, old-growth structure of multi-layered canopies with a spectrum of young to ancient trees and tree fall gaps, decaying down wood, standing dead trees and high species diversity, forests today have relatively young, dense, even-aged and even-canopied stands of fewer species.
Simply replanting trees does not always mean the forest has returned. In places where timber companies have replanted with native trees — whether in rows on a plantation or less orderly in wilder areas — the new forest is a monoculture of commercial species that lacks most of the biodiversity associated with the original forest. Smaller patches of forest, or forest fragmentation, has also reduced forest biodiversity because the smaller fragments cannot support wide-ranging wildlife species. In addition, the small, isolated populations of other species, including some trees, are more susceptible to local extinction.”