This satellite photograph depicts the wildfire raging in Greenland, as seen from space last week. - NASA Earth Observatory
phys.org - August 14, 2017
Police in Greenland warned people to stay away from western areas of the island as wildfires scorched swathes of scrubland . . .
. . . Denmark's meteorological service BMI said the island registered its hottest-ever temperature of 24.8 degrees (77 Fahrenheit) on August 10.
Last year was Greenland's hottest on record.
The Danish territory has lost about 4,000 gigatons of ice since 1995, British researchers said in June, making ice melt on the huge island the biggest single contributor to rising sea levels.
The records highlighted in the "State of the Climate in 2016" report from the National Oceanic and Atmospheric Administration sound ominous.
• Global land surface temperatures last year were highest in 137 years of record keeping.
• Sea surface temperatures were also at their highest.
• Sea levels were at record highs in the 24 years that satellite record keeping has been used.
• Greenhouse gas marks rose faster than any year and carbon dioxide readings were above a 400 parts per million average for the year for the first time.
IMAGE: Note: Average seasonal cycle removed from monthly mean sea level Source: National Oceanic and Atmospheric Administration | Graphic: Jan Diehm/The Guardian
theguardian.com - March 20th 2017 - Oliver Milman
The Irish Pub near Atlantic City’s famed boardwalk doesn’t have any locks on the doors as it is open 24 hours a day. So when Hurricane Sandy crunched into what was once known as the Las Vegas of the east coast in 2012, some improvisation was needed.
Regular drinkers helped slot a cork board through the frame of the door, wedging it shut and keeping out the surging seawater.
longislandpress.com - June 12th 2016 - Rich Murdocco
The 2016 Atlantic hurricane season may have officially begun June 1, but there’s already been significant activity. Recently making waves, Colin was the third named tropical storm to churn up the coast before going out to sea, marking an early record.
The National Oceanic and Atmospheric Administration has predicted that 10 to 16 named storms will form this year, with four to eight of them becoming hurricanes. (VIEW COMPLETE ARTICLE)
Peconic Institute is committed to promoting a sustainable and resilient future. It is our mission to be an International Center of Excellence that communicates information and encourages new thinking. The Institute’s desire is to enhance the local environmental, social, and economic systems by moving toward a more sustainable and resilient future.
Image: This map shows various coastal storm damage risk management strategies communities can use to adapt to increased flood risk by 2100 (at a non-specific location). Although specific communities should consider a range of all possible solutions based on site-specific conditions, not all strategies to reduce coastal storm damage risk are structural solutions. A text-only version of this information is available at the bottom of the page.
nad.usace.army.mil
The U.S. Army Corps of Engineers recently completed a report detailing the results of a two-year study to address coastal storm and flood risk to vulnerable populations, property, ecosystems, and infrastructure affected by Hurricane Sandy in the United States' North Atlantic region.
Escalators to the South Ferry Whitehall St. subway station in the financial district of Manhattan are shown flooded in the aftermath of Hurricane Sandy. A new study finds that without human-caused global warming, the New York subways might not have been flooded. Photograph: HANDOUT/Reuters
The paper finds that global warming is putting extreme weather on steroids
One of the hottest areas of climate research these days is on the potential connections between human emissions, global warming, and extreme weather. Will global warming make extreme weather more common or less common? More severe or less severe?
New research, just published today in Nature Climate Change helps to answer that question by approaching the problem in a novel way.
