Flipping the 'genetic paradox of invasions'

The green crab, Carcinus maenas, is considered a globally distributed invasive species, an organism introduced by humans that eventually becomes overpopulated, with increased potential to negatively alter its new environment. ...

Freshwater ecosystems at risk due to glyphosate use

A series of recent research papers from a McGill-led team has found that the herbicide glyphosate—commonly sold under the label Roundup—can alter the structure of natural freshwater bacterial and zooplankton communities. ...

Indian wolf among world's most endangered and distinct wolves

The Indian wolf could be far more endangered than previously recognized, according to a study from the University of California, Davis, and the scientists who sequenced the Indian wolf's genome for the first time.

Protecting coral reefs more effectively from climate change

Thermally tolerant corals have different mechanisms for responding to heat stress. This is the conclusion of a current study by an international team of researchers including the Konstanz biologist Professor Christian Voolstra ...

Pest attack-order changes plant defenses

The dining time of different insects impacts a plant's defenses and nutritional quality—a complexity uncovered in new research with implications for pest management strategies.

Next-generation sequencing uncovers what's stressing bumblebees

What's stressing out bumblebees? To find out, York University scientists used next-generation sequencing to look deep inside bumblebees for evidence of pesticide exposure, including neonicotinoids, as well as pathogens, and ...

How humans brought change to a tropical paradise

After centuries of human impact on the world's ecosystems, a new study from Flinders University details an example of how a common native bee species has flourished since the very first land clearances by humans on Fiji.

page 6 from 25