Climate change has brought the extreme, erratic and unseasonal weather that’s now damaging and even killing our plants.  So we need to ...

In order to take in carbon dioxide to perform photosynthesis, a plant loses water vapour to the atmosphere as the stomata ...

Herein, we drew inspiration from stomatal transpiration in plant leaves and developed a nickel bionic boiling surface (BBS) featuring finger-like pores using the phase-inversion tape casting method, ...

With two rounds of the NCAA tournament down, there are still plenty of NBA prospects advancing to the Sweet 16. A number of big names have also been sent home early. Scouts remain very curious ...

By opening and closing its stomata, a plant can control how much carbon dioxide it consumes and how much of its water content it loses via transpiration. After being absorbed through the stomata ...

It couples atmospheric and canopy radiative transfer processes with photosynthesis, stomatal conductance, and transpiration models on sunlit and shaded portions of vegetation and soil. An artificial ...

It moves in a column because water molecules are attracted to each other. Transpiration is faster when there’s more sunlight. Stomata ( tiny pores on the surface of a plant ) close when it’s dark, as ...

The Grantham Institute sits at the heart of Imperial College London's work on climate change and the environment. We drive forward discovery, convert innovations into applications, train future ...