A new paper published in Nature Communications reveals how the way tree species are arranged in a forest can help optimise ecosystem functioning and productivity.
A study published in Nature reveals for the first time the extent to which nanoplastic pollutes the North Atlantic.
Thicker battery electrodes pack in more active materials, promising higher energy density.
From the mud, straw, and gypsum mixtures of ancient Egypt’s monumental pyramids to the sophisticated underwater material employed by Roman engineers in iconic structures like the Pantheon, concrete has long symbolized civilization’s resilience and ingenuity.
Hydrogen has the potential to be a climate-friendly fuel since it doesn’t release carbon dioxide when used as an energy source.
Lanthanides are a class of rare earth elements that in many countries are added to fertilizer as micronutrients to stimulate plant growth.
The study, carried out by the University of Oxford and national charity Butterfly Conservation, funded by The Woodland Trust, comes at a critical time for butterfly species.
New research from Northern Arizona University points to the idea that under some conditions, plants can “curate” their microbiomes—selecting good microbes and suppressing harmful ones—to adapt to their environments.
Over a decade of data demonstrate that in a warming climate, less snowpack in New England could disrupt tree growth and carbon uptake.
Improved bacterial cellulose could lead to stronger, eco-friendly materials for everyday use.
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