Secrets to climate change adaptation uncovered in the European corn borer moth

Biologists have found two genes that may permit some insect species to survive climate change by adjusting their biological annual clocks while others succumb. The researchers looked at the European corn borer moth and pinpointed variation in two circadian clock genes — per and Pdfr — that enable different populations of the moth to adapt their transitions to longer or shorter winters.

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Plant death may reveal genetic mechanisms underlying cell self-destruction

Hybrid plants, which produced by crossing two different types of parents, often die in conditions in which both parents would survive. Certain hybrid tobacco plants, for example, thrive at 36 degrees Celsius, but die at 28 degrees Celsius, which is the temperature at which both parents would thrive. Researchers have begun to unravel the molecular mechanisms by which hybrid tobacco plant cells meet their demise.

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A unique study sheds light on the ecology of the glacial relict amphipod Gammaracanthus lacustris

The glacial relict amphipod Gammaracanthus lacustris only occurs in deep and cold waters. A new study produced new information on the life cycle and ecology of this rare amphipod. G. lacustris is adapted to cold water and would probably not survive in rising water temperatures due to climate change.

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New large-sized insect species discovered in tropical forest

Scientists have studied the diversity of tropical parasitoid wasps for years. Parasitoid wasps are among the most species rich animal taxa on Earth, but their tropical diversity is still poorly known. Recently, the research group sampled Afrotropical rhyssine wasps, which are among the largest wasps.

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