What's New Archive
PMEL successfully deployed the first carbon dioxide flux and ocean acidification mooring in the Northern Indian Ocean on November 23. The Bay of Bengal Ocean Acidification (BOBOA) mooring will help us understand the large intraseasonal, seasonal and interannual biogeochemical variations in the Bay of Bengal, and how the marine ecosystem in the Bay is changing over time.
This mooring is part of the Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction (RAMA) made possible through a close partnership with NOAA and Bay of Bengal partners. Read more and see live data on the BOBOA Carbon website.
A two-month long oceanographic expedition, led by PMEL’s Dr. John Bullister and AOML's Dr. Molly Baringer, along the A16N line in the Atlantic Ocean was recently completed on NOAA ship Ronald H. Brown. About 50 scientists, from 6 countries made a variety of physical, chemical and biological measurements in the water column and atmosphere.
The data will be compared with historical data collected 10 and 20 years earlier in this region to look for changes in ocean properties and as a reference data set for future studies. More information, including blogs by participating teachers and students can be found online here.
The tropical cyclone Pabuk passed NOAA’s Kuroshio Extension Observatory (KEO) mooring on September 26, 2013, followed by Wipha on October 15th, and Francisco on October 26th. Measurements collected during Typhoon Pabuk will be compared with observations made during Typhoon Choi-Wan, which passed KEO on September 19, 2009. Both Choi-Wan and Pabuk were transitioning to extratropical storms as they passed KEO, like Hurricane Sandy when it made landfall.
Wipha and Francisco passed north of KEO. Analysis of data from KEO during the passage of typhoons will contribute to better understanding and prediction of tropical cyclones worldwide.
The 2013 North Pole web cams were recovered on September 20, marking the end of another successful season monitoring Arctic conditions. The web cams are part of the North Pole Environmental Observatory, tracking snow cover, weather conditions, and formation/refreeze of melt ponds. The above YouTube video above is a time lapse of images for the period from April - September 2013.
For more information please visit the 2013 North Pole web cam website.
PMEL scientists Drs. Christopher Sabine and Gregory Johnson participated in the final government approval meeting for the Intergovernmental Panel on Climate Change Working Group I Fifth Assessment Report's Summary for Policymakers (SPM) in Stockholm, Sweden during the week of September 23. Delegates and scientists from 110 countries agreed that warming of the climate system is unequivocal and that it is extremely likely (95% confidence) that human influence has been the dominant cause of the observed warming since the mid-20th century.
The final draft of the full Physical Science Basis report to which PMEL’s Drs. James Overland and Richard Feely also contributed will be out soon.
PMEL engineers deployed a Deep-ocean Assessment and Reporting of Tsunamis (DART®) 4th generation monitoring system off the coast of Oregon last week. This system is an enhanced version of the DART®-ETD (Easy to Deploy) technology developed at NOAA-PMEL that incorporates advancements in sensors, software and power management to detect and measure near-field tsunami with unprecedented resolution. An improved pressure sensor will be able to detect and measure a tsunami closer to the earthquake source providing valuable information to warning centers even faster.
Please visit the DART® website for more information on this technology.
On Monday, September 9, the launch of the Wendy Schmidt Ocean Health XPrize was announced. XPrize partnered with NOAA and PMEL to help design the XPrize, a $2M competition for the development of two pH sensors to improve our understanding of ocean acidification and the effects of CO2 emissions on ocean health.
PMEL scientists Drs. Christopher Sabine and Richard Feely will act as members of the Prize Council and as central advisors for the 2-year competition period. Visit the XPrize website for competition entry details and additional information.
Since it began maintaining a mooring station at the Papa site in the Gulf of Alaska in 2007, PMEL’s Ocean Climate Station program has been providing climate and weather observations. In July 2013, Papa became central to the National Science Foundation’s Ocean Observatories Initiative global node with the addition of two more moorings, a nearby profiling mooring, and three gliders at the site.
Visit the Ocean Climate Station Papa website for more information.
The American Meteorological Society released its 2012 State of the Climate report in August that provides annual updates on global climate indicators compiled by 384 scientists from 52 countries. PMEL scientists contributed to 6 articles including updates on the global carbon cycle, ocean heat content, ocean acidification, and Arctic air conditions.
Scientists from PMEL left for a month-long research cruise in the beginning of August to better understand how the marine ecosystem is responding to changing ocean chemistry along the U.S. West Coast. Scientists aboard the NOAA Ship Fairweather will study the chemistry and biology of the marine ecosystem along 16 transect lines and, for the first time, assess impacts of changing ocean acidification upon this ecosystem in the open ocean.
Please visit the NOAA Ocean Acidification program website for more information, including a cruise blog that will be updated during the month long science expedition.