No need to put a ring on it
Digital images of herbarium specimens can be used to non-destructively measure woody plant growth and assess response to climate change in the Arctic.
Digital images of herbarium specimens can be used to non-destructively measure woody plant growth and assess response to climate change in the Arctic.
Only invasive weeds thrived when scientists warmed island soil, while native plants stayed hungry despite being surrounded by potential food.
In the forest understorey, Spring fires the starting gun on a race to catch sunlight before the forest canopy fills. But changing climates means different plants now start at different times.
How can isolated trees survive rising heat? Botanists have been looking for microrefugia, small locations with favorable conditions for stressed plants.
High-speed cameras capture squirting cucumbers shooting seeds at 29 mph across 12-meter distances using perfectly angled, pressurised fruit explosions.
Adding tiny amounts of organic waste transforms sterile lunar dust into farmland, but the secret lies in managing competing bacterial communities around plant roots.
The dream of crops that could drink seawater has taken a hit as botanists prove that Nolana mollis, a desert survivor long believed to hydrate itself from atmospheric brine, actually relies on conventional deep-root water uptake to survive Chile's bone-dry Atacama Desert.
Scientists reveal how pitcher plants develop their deceptively slippery rims that send unsuspecting insects to their doom.
Why do flowers of the same species come in different colours? Researchers have discovered that one answer to this phenomenon lies in soil conditions and adaptations to environmental stress.
Far-red light boosts tomato photosynthesis in low-light conditions, but offers no benefit at higher intensities, suggesting optimal greenhouse lighting depends on intensity levels.
Buriti seeds may be sensitive to drying out, but a thorough analysis of their anatomy and physiology reveals surprising resilience to water stress.
Some flowers go to extreme lengths to ensure pollination—like trapping their pollinators inside. A study by Matallana-Puerto shows how tiny floral hairs turn Aristolochia flowers into inescapable prisons.
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