China drought, the U.S. big chill. Have to strangle yourself in the end, making it not a right.
River near the CO2 absorption often called, is a situation that is being grown and rainforest.
Amazon Basin rainforest, the area known as the major greenhouse gases on the planet absorbs, with a very severe drought that occurred twice in recent years that the danger signal is burning in its future The report of the U.S. scientific journal Science, Sun 3 (Science) was published.
Published a paper on the British and Brazilian experts. Drought occurred in 2005, it was serious once in 100 years, a drought in 2010 was possibly even more serious.
Because many trees have died in the drought of carbon dioxide over the next few years, the Amazon rainforest (CO2) to decrease the amount of scientists predicts that absorption.
In addition, dead trees to rot in the drought year of up to 50 million tons of 1 CO2 could be released into the atmosphere. The use of fossil fuel emissions in the United States in 2009 to 54 billion tons of CO2 it was, but emissions comparable to that scale.
Paper's lead author, University of Leeds, UK (University of Leeds), Simon Lewis (Simon Lewis) said, "Unfortunately, the future of the Amazon tropical forests are consistent with the pessimistic climate models," he says, drought further progress of global warming, and concerns about the idea of a vicious cycle has produced more calls to the drought.
"The (world) Amazon drought has occurred because of the greenhouse gas emissions, a result of drought, Amazon and if it turns CO2 emissions zone, this vicious circle is what they are" extremely concerned
Lewis, "If that happens droughts more frequently, Amazon rainforest, from a certain point, from where precious lag climate change, where the main accelerating climate change and emissions of greenhouse gases will be, "he warned.
China and the U.S. denied the Kyoto Protocol, not only for their own development. 滅Bitara you guys are responsible for the earth. GDP is high, but pretty annoying to say CO2 emissions to be higher.
