Structurally Complex Forests Better At Carbon Capture, Study Shows
Researchers have discovered that structurally diverse forests are better at carbon sequestration that monocultures.
Researchers have discovered that structurally diverse forests are better at carbon sequestration that monocultures.
A new atlas produced by Richard Weller from the University of Pennsylvania tracks how urban sprawl and human activities are endangering bioregions on Earth.
An analysis performed at multiple spatial and temporal scales argues that destruction and degradation of natural ecosystems are the primary cause of global declines in biodiversity.
Researching clouds and their impact on ecosystems and species could help researchers find an entirely new way to see the Earth. By looking at clouds, researchers can add a layer of evidence to existing theories and practices of conservation of land and animals.
A.J. Rohn discusses a report in Science which investigates the impacts of dams on the biodiversity of the Amazon, Congo, and Mekong river basins.