Existing algorithms can partially reconstruct the shape of a single tree from a clean point-cloud dataset acquired by ...

The Miyawaki method can be used in cities where green space has thinned out over decades. Roads, concrete surfaces, parking ...

Place the stakes in the native soil surrounding the tree, spacing them equally. “You don’t want the stakes to be within the ...

We already knew forests were heavy lifters in reducing climate pollution. New research reveals the tiny microbes in tree bark ...

Understanding how dendrites that form in thin films could be the key to next-generation materials for beyond-5G ...

The “Stockholm tree pit” method was created to help trees thrive in paved-over urban spaces. Now, it’s taking root across Europe.

Carbon dioxide removal technologies are becoming increasingly important for climate action, but their differing storage times ...

Staking prevents the root ball from shifting and incurring damage while the tree acclimates to its surroundings. To reap the benefits of staking, however, you must do it properly.

Koch, who studied vision, thought that by measuring people's brain responses as they looked at special optical illusions, ...

We all know trees are climate heroes. They pull carbon dioxide out of the air, release the oxygen we breathe, and help combat ...

The strategy, known as synthetic biology, is gaining momentum globally as a conservation tool and human health solution, ...