Dung from Critically Endangered Kakapo Parrots Could Save Endangered Plant

A fossilized sample of thousand-year-old parrot dung has revealed a previously unknown ecological relationship that could help save a threatened parasitic plant from extinction. Yup, conservation science is sometimes weird. The plant in question is called Dactylanthus taylorii (aka wood rose or Hades flower). A parasitic plant that only grows on the roots of about [...]
Keep reading »Allergies from Pollen Projected to Intensify with Climate Change
November 9th, 2012 |
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Spring and summer allergy sufferers might already have noticed a slight increase in days spent sneezing each year. And new research suggests that allergies triggered by pollen are set to increase—in both duration and severity—with climate change. The seasonal scourge ragweed has already been expanding its range in North America, thanks in large part to [...]
Keep reading »Bumblebees Quickly Learn Best Paths to Sweet Flowers

Bumblebees, it turns out, don’t bumble. Using tiny radar tracking devices, motion-activated cameras and artificial flowers, scientists have learned how the bees themselves quickly learn the best routes to take when they go foraging from flower to flower. In fact, their cognitive competence in this area seems to match that of bigger-brained animals. A team [...]
Keep reading »Tiny radio transmitters track flight of tropical orchid bees
May 27th, 2010 |
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Rare tropical orchids can be few and far between in the wild, often separated by spotty landscape and human-made obstacles. But powerful tropical orchid bees do the leg—or wing—work, flying great distances to pollinate isolated flowers and keep the flora gene pool fresh. Just how far and where exactly these bees fly, however, has remained [...]
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![journal.pone.0065275.g001 Figure 1. Plot of the locations of the languages in the sample. Dark circles represent languages with ejectives, clear circles represent those without ejectives. Clusters of languages with ejectives are highlighted with white rectangles. For illustrative purposes only. Inset: Lat-long plot of polygons exceeding 1500 m in elevation. Adapted from Figure 4 in [8]. The six major inhabitable areas of high elevation are highlighted via ellipses: (1) North American cordillera (2) Andes (3) Southern African plateau (4) East African rift (5) Caucasus and Javakheti plateau (6) Tibetan plateau and adjacent regions. doi:10.1371/journal.pone.0065275.g001](http://blogs.scientificamerican.com/anthropology-in-practice/wp-content/blogs.dir/8/files/2013/06/journal.pone_.0065275.g0011.png)




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