Insects Might Be More Sensitive to Radiation than Thought
A study of bumble bees exposed to levels of radiation equivalent to those existing in Chernobyl hotspots shows that the insects’ reproduction takes a hit.
Insects Might Be More Sensitive to Radiation than Thought
Insects Might Be More Sensitive to Radiation than Thought
A study of bumble bees exposed to levels of radiation equivalent to those existing in Chernobyl hotspots shows that the insects’ reproduction takes a hit.
A study of bumble bees exposed to levels of radiation equivalent to those existing in Chernobyl hotspots shows that the insects’ reproduction takes a hit.
An analysis of museum data and naturalists' observations finds that the number of bee species recorded has been declining since the 1990s. The first global, long-term study of bee trends adds to mounting evidence that the pollinators are in trouble worldwide.
University of Connecticut entomologist David Wagner speaks with The Scientist about his biggest concerns for global insect populations and recommendations for actions to help save these tiny but important creatures.
The intersection between water, air, and insects’ intricately decorated surfaces turn out to be the key to explain why droplets bounce so quickly off of them.
Terrestrial insect populations decreased while freshwater populations increased, and though the results are more nuanced than those of previous observations of widespread decline, experts say they are cause for concern.
Also known as superworms, the scavengers are able to digest the plastic, opening up the possibility of harnessing their abilities to help tackle our pollution crisis.