Machine Learning System Identifies Where Beetles Kill Treesby University of Alaska Fairbanks Geophysical InstituteThe solution can help forest and wildfire managers
NewsA New Perspective on the Temperature inside Tropical Forestsby University of HelsinkiNew worldwide maps of temperatures inside tropical forests developed with help from machine learning
NewsTrees Are in Troubleby University of California - Santa BarbaraScientists flip the script, revealing trees in wetter regions are more sensitive to drought
NewsA New Map Showing All Above-Ground Biomass in the Brazilian Amazonby Fundação de Amparo à Pesquisa do Estado de São PauloThe map is derived from a study and combined airborne laser scanning, satellite imagery and forest inventories
NewsNew Research Identifies Unique Patterns in Utah Wildfiresby S.J. & Jessie E. Quinney College of Natural Resources, Utah State UniversityUtah's variable topography produces a tremendous range of wildfire behavior
NewsRegrown Forests Are Helping to Protect the Remaining Old Forests in the Amazonby Bangor UniversityNew evidence of just how important secondary forests are in counteracting the effects of forest fragmentation
NewsMother Nature Knows Best When It Comes to Climate Solutionsby University of CambridgeWhen it comes to searching for climate change solutions, social media users prefer planting trees to "geoengineering"
NewsAI Models Identify Biodiversity from Animal Sounds in Tropical Rain Forestsby University of WürzburgThis AI tool can help with assessing biodiversity in reforested areas
NewsPredicting Forest Death or Recovery after Droughtby University of California - DavisResearchers developed a new way to measure trees' decline amid drought and predict whether a forest can survive
NewsClimate Change-Induced Drought May Transform Parts of the Amazon’s Rain Forestby Rutgers UniversityStudy indicates future changes, including a reduction to Earth’s ability to store carbon
NewsTropical Trees Use Social Distancing to Maintain Biodiversityby University of Texas at AustinUsing computer models, researchers found that tree species can be more negatively affected by their own kind