- New Jersey, United States Deforestation Rates Statistics | GFW
Explore interactive charts and maps that summarize rates of forest change in New Jersey, United States Statistics – including rankings of regions with the most forest loss and gain – can be customized, easily shared and downloaded for offline use Download global statistics by country here
- Ghost forests threaten New Jerseys water, ecosystem
New Jersey's forests are in a crisis as the crucial Atlantic white cedar trees are dying and causing an ecological ripple
- A year in review: New Jersey environmental highlights and challenges . . .
We continue to lose forests and farmland that we cannot replace, some of it to fossil fuel infrastructure that helps perpetuate the climate crisis This combination threatens clean air and water, livable communities, and the wildlife that shares this place we call home
- NJDEP| Division of Science and Research | Environmental Trends
Each chapter describes a specific area in which the DEP has been working to improve conditions and presents environmental measurements for gauging the status of the environment in New Jersey
- How Does Deforestation Cause Water Pollution? - Emission Index
Discover how deforestation causes water pollution, and how it affects public health and biodiversity conservation
- Deforestation impacts soil biodiversity and ecosystem services . . .
Our global synthesis indicates that deforestation of native forest impacts soil biodiversity and the capacity to support ecosystem services
- How Has Deforestation Affected the Environment?
Deforestation leads to increased soil erosion and sedimentation in rivers and streams, polluting water supplies and harming aquatic life The loss of forests also reduces the capacity of watersheds to filter pollutants and regulate water flow
- Meta-analysis of 21st century studies shows that deforestation induces . . .
To address this critical knowledge gap, we conducted a meta-analysis of 144 studies to explore the impacts of deforestation on soil chemical, physical, and biological properties, with special emphasis on the long-term changes in SOC, such as concentrations, stocks, and sequestration
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