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![Stubborn wasp queens pass their personality on to their colony [New Scientist]](local/cache-vignettes/L120xH90/arton7776-52de7.jpg?1532814452 "Stubborn wasp queens pass their personality on to their colony [New Scientist]")
5 March 2017
Annoying and stubborn! That’s how most of us would characterise the wasps that buzz around our food when we try to enjoy a quiet lunch outside.
But there may be more to wasp personality than this, according to work led by Colin Wright at the University of California, Santa Barbara.
![Newly discovered Tanzanian frog already facing extinction [Mongabay]](local/cache-vignettes/L120xH90/arton7772-2dfbd.png?1532814452 "Newly discovered Tanzanian frog already facing extinction [Mongabay]")
5 March 2017
Genetic analysis of a spiny-throated reed frog hidden in museum collections has revealed it to be a new species. But recent surveys of its heavily deforested habitat have failed to find more.
![Amazon Rainforest Was Shaped by an Ancient Hunger for Fruits and Nuts [Scientific American]](local/cache-vignettes/L120xH90/arton7768-14736.jpg?1532814452 "Amazon Rainforest Was Shaped by an Ancient Hunger for Fruits and Nuts [Scientific American]")
3 March 2017
People living in the area thousands of years ago may have changed the forest around them in ways that are still visible today.
![Ressusciter des espèces disparues serait néfaste pour les espèces vivantes [Sciences et Avenir - Biodiversité]](local/cache-vignettes/L120xH90/arton7766-c96a8.jpg?1532814452 "Ressusciter des espèces disparues serait néfaste pour les espèces vivantes [Sciences et Avenir - Biodiversité]")
3 March 2017
Des chercheurs australiens estiment que ressusciter des espèces disparues pourrait conduire à la réduction des moyens destinés à la conservation de celles encore en vie.
![What global climate change may mean for leaf litter in streams and rivers [Phys]](local/cache-vignettes/L120xH90/arton7762-c5124.jpg?1532814452 "What global climate change may mean for leaf litter in streams and rivers [Phys]")
3 March 2017
Carbon emissions to the atmosphere from streams and rivers are expected to increase as warmer water temperatures stimulate faster rates of organic matter breakdown. But a new study led by University of Utah researcher Jennifer J. Follstad Shah, in collaboration with a team of 15 scientists in the U.S. and Europe, suggests these decay rates may not increase as much as expected.
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