Thirty percent of threatened species are at risk because of consumption in developed world according to research made by University of Sydney. The study mapped the world economy to trace the global trade of goods implicated in biodiversity loss such as coffee,
Solar physicist Dibyendu Nandi and PhD student Bidya Binay Karak have shown that the Sun’s memory of its sunspot cycles, long believed to be imprinted in its churning plasma, lasts no longer than five-and-a-half years.Sunspots are regions of strong magnetic fields
New research by teams of Australian and US scientists has found there has been a massive reduction in the amount of Antarctic Bottom Water found off the coast of Antarctica. Salinity shifts in the ocean confirm climate and the global water cycle have changed. In a
Identifying the presence of genetically-modified (GM) contaminants in food and food crops could soon become a whole lot easier and more accurate. Researchers from Lumora, a molecular diagnostics specialist company originating out of Cambridge University, have
For those who study earthquakes, one major challenge has been trying to understand all the physics of a fault-both during an earthquake and at times of “rest”-in order to know more about how a particular region may behave in the future. Now, researchers at the
Natural disasters like earthquakes and tsunamis are expected to have substantial ecological effects, but if researchers don’t have enough data about the environment before the disaster strikes, as is usually the case, it is difficult to quantify these
The U.S. Geological Survey released a new global estimate for conventional oil and gas resources. The USGS estimates that the undiscovered, conventional resources in the world total 565 billion barrels of oil (bbo), 5,606 trillion cubic feet (tcf) of natural gas,
New research has revealed that some events in Earth’s history happened more recently than previously thought. Scientists from the British Geological Survey and the Massachusetts Institute of Technology, publishing this week in the journal Science, have refined the data
Recent research shows that the space age has coincided with a period of unusually high solar activity, called a grand maximum. Isotopes in ice sheets and tree rings tell us that this grand solar maximum is one of 24 during the last 9300 years and suggest the high
In the new research, published online today in Nature Geoscience, geochemists led by Junjun Zhang at the University of Chicago in Illinois, together with her colleague at the University of Bern in Switzerland, looked at titanium isotopes in 24 separate samples of
