Behind the Cover: New Phytologist 219:2, July 2018

High up in the Cordillera Blanca of the Peruvian Andes, the grey of the barren rock is broken by the delicate purple flowers of Lupinus huaronensis. Hunkering in its unusual acaulescent (stem-less) growth form at an elevation of 4,550 metres, the plant is well adapted to the diurnal freeze-thaw conditions found in the high elevation Andean grassland (Paramo, Puna, Jalca) habita...
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Tricks, traps & tree shrew toilets

In this guest post, Chris Thorogood writes about some of the ingenious mechanisms that pitcher plants use to trap prey, reviewed in his recent Tansley insight. The pitcher trap is a striking example of convergent evolution: unrelated lineages of pitcher plants have independently evolved remarkably similar traps as adaptations to growing in nutrient-poor environments. In fact...
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Behind the Cover: New Phytologist 216:1, October 2017

In the Viewpoint paper behind the image on the cover of New Phytologist 216:1, Florian Boucher and colleagues explain why, when it comes to diversification, size does matter. In the Knersvlakte, a closer look at the stony ground reveals that the quartzfields are actually carpeted with living stones: small succulent plants, belonging to the genus Argyroderma. Part of the Sout...
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Scanning the genetic barcode of plant-pollinator interactions

Tracking changes in ecosystems is both vital and extremely difficult. We need to know how differences in climate and land use will affect the success of different species, and what impacts this will have on the wider environment. Plant-pollinator interactions are particularly important for the stability of ecological communities, but how will these relationships be affected in ...
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