Cells, Genes & Molecules
Caterpillars Deploy Molecular Sabotage Against Plants
Scientists have discovered caterpillars inject chemical weapons into plants that shut down defences before they can even form.
Cells, Genes & Molecules
Scientists have discovered caterpillars inject chemical weapons into plants that shut down defences before they can even form.
Alun Salt ·
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Dodder plants act as nature’s master grafters, seamlessly hijacking other plants’ vascular systems for survival.
Sarah Covshoff ·
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A specialised petal in a buzz-pollinated flower acts like a pollen traffic controller, guiding grains to the perfect spot on a bee’s body.
Victor H. D. Silva ·
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Like many animals, some plants can actively hamper their rivals’ attempts to reproduce in previously unimagined ways, according to a recent study published in The American Naturalist.
Andrés Pereira-Guaquetá ·
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A new study finds that cities can support more wild bee species by planting a greater variety of flower shapes—not just more flowers.
Victor H. D. Silva ·
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Thrips, tiny insects often seen as pests, play a key role in pollinating many plants.
Renata Cantoro ·
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A rainforest flower has evolved to look and smell like a pile of dead leaves, convincing enough to trick a beetle into pollinating it.
Victor H. D. Silva ·
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A unique South African plant brings together fire, bees, and ants in a clever strategy to ensure its survival and reproduction.
Victor H. D. Silva ·
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Botanists discover that plants seeking to sexually attract a pollinator may be hiding their stocks of potent perfumes in overlooked alkenes.
Alun Salt ·
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A recent study shows that cities are transforming hummingbird behaviour, favouring generalist interactions with plants and altering the structure of plant-pollinator networks.
Carlos A. Ordóñez-Parra ·
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New research reveals drought-stressed wildflowers produce smaller flowers with less nectar, causing bees to avoid them.
Sarah Covshoff ·
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A four-year study in the Colorado Rockies reveals unexpected interactions between pollination and soil moisture in wildflower reproduction, challenging current predictions about plant responses to environmental change.
Sarah Covshoff ·