How Plant Patterns Could Save Pollinators in a Warming, Drying World
A new theoretical study shows that self-organized vegetation patterns can stabilize plant–pollinator mutualisms, allowing coexistence under environmental stress that would...
Julie Wynn is a Scienmag editorial specialist profile for Pollination Biology coverage.
A new theoretical study shows that self-organized vegetation patterns can stabilize plant–pollinator mutualisms, allowing coexistence under environmental stress that would...
A University of Ottawa study found that mowing rural roadsides less often and spraying herbicide only where needed raised pollinator...
A global analysis of more than 3,400 plant–pollinator networks shows that specialization peaks near the tropical–subtropical boundary rather than at...
A five-year-scale seasonal study in the Himalaya-Hengduan Mountains shows that broad-niched generalist pollinators such as bumblebees and flies maintain pollination...
A field study in West Bengal shows that managed stingless bee colonies significantly boost the yield and quality of chili...
A new survey of Himalayan orchards finds that honey bees give way to sweat bees and hoverflies as elevation rises,...
Facing the dual pressures of climate change and plunging pollinator numbers, plants may be evolving traits to attract pollinators at...
Europe faces a potential ecological and agricultural crisis as wild pollinators continue to decline at alarming rates, according to a...
Europe stands on the precipice of a profound ecological and societal challenge as a coalition of eight European Union-funded research...
In a groundbreaking study published in Nature Communications, researchers have unveiled the far-reaching consequences of a dramatic decline in wild...
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© 2025 Scienmag - Science Magazine