<!–
–>
High elevation environments around the world may be warming much faster than previously thought, according to members of an international research team including Raymond Bradley, director of the Climate System Research Center at the University of Massachusetts Amherst. They call for more aggressive monitoring of temperature changes in mountain regions and more attention to the potential consequences of warming.
“Elevation-dependent warming is a poorly observed phenomenon that requires urgent attention to ensure that potentially important changes in high mountain environments are adequately monitored by the global observational network,” say members of the Mountain Research Initiative Working Group in the current issue of Nature Climate Change.
High mountains are the major water source for large numbers of people living at lower elevations, so the social and economic consequences of enhanced warming in mountain regions could be large, the researchers add. “This alone requires that close attention be paid to the issue. In addition, mountains provide habitat for many of the world’s rare and endangered species, and the presence of many different ecosystems in close proximity enhances the ecological sensitivity of mountains to environmental change.”
Lead author Nick Pepin of the University of Portsmouth, U.K., says, “There is growing evidence that high mountain regions are warming faster than lower elevations and such warming can accelerate many other environmental changes such as glacial melt and vegetation change, but scientists urgently need more and better data to confirm this. If we are right and mountains are warming more rapidly than other environments, the social and economic consequences could be serious, and we could see more dramatic changes much sooner than previously thought.”
UMass Amherst’s Bradley adds that without substantially better information, there is a risk of underestimating the severity of a number of problems, including water shortages and the possible extinction of some alpine flora and fauna.
He says, “We are calling for special efforts to be made to extend scientific observations upwards to the highest summits to capture what is happening across the world’s mountains. We also need a strong effort to find, collate and evaluate observational data that already exists wherever it is in the world. This requires international collaboration.”
Continue reading at the University of Massachusetts Amherst.
Mountain image via Shutterstock.
Terms of Use | Privacy Policy
2015©. Copyright Environmental News Network