Matriarch Madness: Mechanism of Social Parasitism and Colony Takeover in Ants

Carpenter ants play an important role in an ecosystem; they break down wood into smaller pieces that will ultimately become part of the soil. But a parasitic ant can rapidly take over and destroy a colony by simply disguising herself through chemical means.

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Fire and Animal Behavior: How Forest Fires are Mediating Predator-Prey Interactions

Fires, both from intentional and unintentional sources, have been altering our ecosystems for as long as history has been recorded, yet little is known about how these occurrences affect animal behavior, especially concerning predator-prey interactions. Countless factors, including the extent of the fire and the adaptability of both predator and prey to these new conditions affect the behavior and survivability of both predator and prey. In the end, change is inevitable, but if we improve our understanding of how fires influence animal behavior, we can then help rehabilitate affected populations in more effective and efficient ways.

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How Citizen Science Led to The Discovery of Tree-Dwelling Toads

Two groups of citizen scientists in the UK discovered something previously unknown to science– toads living in trees. Read on to learn about how citizen science and collaborations with scientists can lead to more interesting questions and discoveries.

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Is your garden bee-friendly? – City gardens promote bee parasites

Parasites are threatening pollinator populations worldwide, raising concerns for the future of our food security. How we manage our gardens in cities could impact parasite transmission among pollinators, especially bees. Researchers found that bee parasites decrease when we plant plenty of flowers to promote diverse pollinators. We also reduce parasites when we refrain from mulching our gardens, as mulch covers nests for ground-nesting bees. As spring approaches, will your garden be friendlier to bees or their parasites?

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The Potential of Parasites

Although parasites have a negative reputation, they can be a valuable conservation tool. Their diversity means they can be used in many applications, and this range of known potential purposes will only increase with further exploration. This article explores how parasites have been used to better understand habitat fragmentation, invasive species movement, harvested species overexploitation, and even climate change!

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