Pig farmers on R

Against habitat loss, hunting and trade primates, mankind

Scientists have drawn a conservation map for the world's richest biodiversity in Madagascar, which could fundamentally change the way conservation priorities are mapped across the world. Unlike

Biologists in Madagascar have come up with a highly detailed conservation plan using a new tool for identifying biodiversity hotspots, which analyses an unprecedented range of species over small geographical areas.

discovery of a giant frog in Madagascar has challenged certain geological assumptions. The frog's (Beelzebufo ampigna) presence there lends credence to the contested theory that there was a land

Scientists Join Forces To Save Madagascar Wildlife US: April 11, 2008 WASHINGTON - Leaping lemurs and crawling ants are part of a massive plan to save Madagascar's wildlife, using a new method that could be applied to other "hot spots" of biodiversity, researchers said on Thursday. Drawing on decades of field research about 2,315 species found only on the island nation off Africa's east coast, conservation scientists have mapped out a way to protect all these animals and plants, instead of concentrating on only a few and hoping that saves many of the others, too.

The authhor has explored the impact of increased responsibility for water management and decision-making in the communes within Madagascar's southern district of Ambovombe- Androy. Ambovombe-Androy is a semi-arid district that comprises 17 communes with marked levels of poverty. Limited water supply, extreme demand, and predatory operators drive water prices up to unaffordable levels.

A frog the size of a bowling ball, with heavy armour and teeth, lived among dinosaurs millions of years ago. It was intimidating enough for the scientists who unearthed its fossils, to name the beast Beelzebufo, or Devil Toad. But its size, 4.54 kilograms and 40.64 centimetres long, is not the only curiosity. Researchers discovered the creature's bones in Madagascar. Yet it seems to be a close relative of normal-sized frogs who today live half a world away in South America, challenging assumptions about ancient geography. The discovery, led by paleontologist David Krause at New York's Stony Brook University, was published on Monday by the journal Proceedings of the National Academy of Sciences. "This frog, if it has the same habits as its living relatives in South America, was quite voracious,' Krause said. "It's even conceivable that it could have taken down some hatchling dinosaurs.' Krause began finding fragments of abnormally large frog bones in Madagascar, off the coast of Africa, in 1993. They dated back to the late Cretaceous period, roughly 70 million years ago, in an area where Krause also was finding dinosaur and crocodile fossils. But only recently did Krause's team assemble enough frog bones to piece together what the creature would have looked like, and weighed. The largest living frog, the Goliath frog of West Africa, can reach 3.18 kilograms. But Krause teamed with fossil frog experts from University College London to determine that Beelzebufo is not related to other African frogs.

Broadband connectivity is still poor in Africa. Since global optical fibre broadband infrastructure has not yet been introduced here, people in eastern and southern Africa cannot afford to make

Baobab trees are often cited in the literature as water-storing trees, yet few studies have examined this assumption. We assessed the role of stored water in buffering daily water deficits in two species of baobabs (Adansonia rubrostipa Jum. and H. Perrier and Adansonia za Baill.) in a tropical dry forest in Madagascar. We found no lag in the daily onset of sap flow between the base and the crown of the tree. Some night-time sap flow occurred, but this was more consistent with a pattern of seasonal stem water replenishment than with diurnal usage.

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