An astonishing new video shows plants “breathing” in real-time — and the footage could have huge implications for how farmers feed the world in the future. The close-up clip was captured by biologists ...

In a study published in Nature Communications, researchers have deciphered the molecular mechanism that regulates the rhythmic movements of stomata throughout the day. Stomata consist of two paired ...

Grasses have "respiratory pores" (called stomata) that open and close to regulate the uptake of carbon dioxide for photosynthesis on the one hand and water loss through transpiration on the other.

Researchers were able to capture a plant breathing in real-time using a new tool called "Stomata In-Sight." The tool allows scientists to observe the microscopic movements of the stomata on plants and ...

Plants have long held a fascinating secret: the tiny pores on their leaves, known as stomata, control how they breathe, regulate water, and absorb carbon dioxide. But for years, scientists have ...

Scientists have created a new tool to watch plants breathe in real time. The new tech could help identify the genetic traits that make crops more resilient to global climate change, the researchers ...

Some of the authors of the study in a chamber with Arabidopsis thaliana plants. From left to right: Nil Veciana, Elena Monte, Arnau Rovira (Credit: CRAG). Stomata consist of two paired guard cells (GC ...

A research group is studying how plants 'breathe'. They have gained new insights into how grasses develop efficient 'breathing pores' on their leaves. If important landmark components in this ...