Their findings, as their Science Advances study explains, points to a “complex epigenetic and genetic network” of ...

A new scientific study conducted by a Chinese-international research team has revealed the pivotal role of soil invertebrates in enhancing soil fertility and agricultural productivity.According to ...

Cities account for almost three-quarters of global human-induced CO2 emissionsExternal link , mostly transport and heating. But annual estimates may ...

From sleep-scoring technology to innovative supplements designed to enhance rest, these modern solutions are transforming the way we sleep ...

Dried root samples were pulverized and sifted through a 100-mesh screen to measure plant ... respiration components and their changes in a desert-oasis ecotone in an arid region. These results have ...

Historically, the ABZ has acted as a net carbon sink, absorbing more CO₂ through plant photosynthesis than it released via microbial and plant respiration ... their long-term impact on the global ...

A research team led by Prof. Huang Zhenying from the Institute of Botany of the Chinese Academy of Sciences (CAS) has discovered a remarkable survival strategy—a unique seed dormancy cycling mechanism ...

Rising temperatures make plants lose more water, weakening their ability to absorb carbon dioxide and survive heat stress.

Plants play a key role in regulating Earth's climate, but recent research suggests that rising temperatures could disrupt ...

The rare plant – scientific name amorphophallus titanum, but also known as “Titan Arum” or “bunga bangkai” in Indonesia where it grows wild – began to bloom on Thursday, giving off an ...

We think of ourselves as a smart species, and it’s certainly the case that ever since the modern form of the scientific ...