The squiggly trunks and branches of Black Locust stand out in the winter landscape. Photos by Katie Finch Leaves are probably the most common feature used to identify trees. But in winter, when so ...

A research team has discovered that artificial intelligence can simulate tree growth and shape. The DNA molecule encodes both tree shape and environmental response in one tiny, subcellular package. In ...

A team co-led by a Purdue University researcher has found that groups of fungi influence global tree species in distinct ways, depending on latitude and aridity. The team's data underscores the ...

Researchers from Purdue University's Department of Computer Science and Institute for Digital Forestry, with collaborator Sören Pirk at Kiel University in Germany, have found that artificial ...

The reason why so many tree species can coexist in species-rich forests has long been a subject of debate in ecology. This question is key to understanding the mechanisms governing the dynamics and ...

Urban landscapes could be cooled by up to 3.5 degrees using a QUT-developed AI-based tool that optimizes where trees and which species are planted to make cities cooler, greener and more resilient in ...