NASA Spots Short-Lived Tropical Depression 01W
January 13, 2017 03:33 PM - NASA / Goddard Space Flight Center
In just 24 hours after Tropical Depression 01W formed in the Philippine Sea it was already falling apart. NASA-NOAA's Suomi NPP satellite passed over the depression and saw the large, weakening depression being affected by wind shear.
Tropical depression 01W, known in the Philippines as Tropical Depression Auring, formed near Mindanao on Jan. 8, 2017 and triggered warnings. On January 9, TD01W continued to move west through Mindanao toward the South China Sea.
Northeast US temperatures are decades ahead of global average
January 13, 2017 03:16 PM - University of Massachusetts Amherst
AMHERST, Mass. – Results of a new study by researchers at the Northeast Climate Science Center (NECSC) at the University of Massachusetts Amherst suggest that temperatures across the northeastern United States will increase much faster than the global average, so that the 2-degrees Celsius warming target adopted in the recent Paris Agreement on climate change will be reached about 20 years earlier for this part of the U.S. compared to the world as a whole.
'Shrew'-d advice: Study of Arctic shrews, parasites indicates how climate change may affect ecosystems and communities
January 12, 2017 04:43 PM - Kansas State University
MANHATTAN — The shrew and its parasites — even 40-year-old preserved ones — are the new indicators of environmental change, according to a Kansas State University researcher.
Climate Model Suggests Collapse of Atlantic Circulation Is Possible
January 12, 2017 01:39 PM - Robert Monroe via University of California - San Diego
The idea of climate change causing a major ocean circulation pattern in the Atlantic Ocean to collapse with catastrophic effects has been the subject of doomsday thrillers in the movies, but in climate forecasts, it is mostly regarded as an extreme longshot.
Now a new paper based on analysis done at a group of research centers including Scripps Institution of Oceanography at the University of California San Diego shows that climate models may be drastically underestimating that possibility. A bias in most climate models exaggerates the stability of the pattern, called the Atlantic meridional overturning circulation (AMOC), relative to modern climate observations. When researchers removed the bias, and re-ran simulations, the result prompted them to predict a collapse of the circulation at some point in the future, setting off large-scale cooling in the north Atlantic. The collapse would stop the AMOC, which delivers warm surface water toward Greenland then sinks as it cools and flows back toward the equator closer to the seafloor.
Why It's Impossible to Predict When That Giant Antarctic Ice Sheet Will Split
January 12, 2017 11:26 AM - Nick Stockton via Wired
OVER THE PAST several months, scientists working in Antarctica have been watching—with a mixture of professional fascination and personal horror—a fissure growing in the continent’s fourth-largest ice shelf. Since last November, the crack has lengthened by some 90 miles. It has 13 miles more before it rends completely, and a chunk of ice the size of Delaware goes bobbing into the Weddell Sea. The calving chunk could be a sign that the entire Larsen C ice shelf—nearly twice the size of Massachusetts—is breaking apart.
Canada's Vast Source of Climate Pollution May Go Bust
January 12, 2017 10:42 AM - Bobby Magill
The Canadian oil sands are one of the world’s largest sources of climate pollution and America’s biggest source of imported oil. And they may be about to go bust.
Canada’s oil sands, also known as tar sands, are the world’s fourth-largest reserve of crude oil. Mining them unleashes massive volumes of carbon dioxide into the atmosphere, easing the way for global warming to blow past 2°C (3.6°F) — levels considered “dangerous” under the Paris Climate Agreement.
PRESSURE FROM GRAZERS HASTENS ECOSYSTEM COLLAPSE FROM DROUGHT
January 11, 2017 04:39 PM - Brian Reed Silliman via Duke University
Extreme droughts, intensified by a warming climate, are increasingly causing ecosystem collapse in many regions worldwide. But models used by scientists to predict the tipping points at which drought stress leads to ecosystem collapse have proven unreliable and too optimistic.
A new study by scientists at Duke University and Beijing Normal University may hold the answer why.
The researchers found that these tipping points can happen much sooner than current models predict because of the added pressures placed on drought-weakened plants by grazing animals and fungal pathogens.
Changing climate changes soils
January 11, 2017 02:29 PM - American Society of Agronomy
The hottest months. The snowiest winters. Catastrophic floods and droughts.
Climate change impacts lives across the world in drastic and unpredictable ways. This unpredictability also extends to the more subtle – yet still important – effects of climate change.
For example, it is uncertain how climate change will affect soils and their ability to support productive farms or healthy natural ecosystems.
Campus greenhouse gas emissions down 7 percent since 2014
January 11, 2017 02:15 PM - Francesca M. Schembri via Massachusetts Institute of Technology
MIT’s total campus emissions have dropped by 7 percent since 2014, according to MIT’s second annual greenhouse gas inventory. The inventory, whose results were released by the MIT Office of Sustainability in collaboration with the Department of Facilities and the Environment, Health and Safety Office, measured campus emissions in fiscal year 2016, which runs from July 2015 through June 2016. The analysis provides a wealth of data to inform MIT’s carbon-reduction strategies going forward.
A sudden drop in outdoor temperature increases the risk of respiratory infections
January 11, 2017 10:48 AM - University of Gothenburg
You can pretty much put a mark in your calendar for when the annual flu epidemic begins. Using 20,000 virus samples and weather statistics, researchers have now discovered more details about how outdoor temperature and flu outbreaks are linked.