Home » Climate » Page 19

Tag: Climate

241

241 – Interactive processes between cloud-precipitation, land-surface, radiation, and aerosol processes
Principal Investigator(s): T. Matsui

Aerosols, cloud, and precipitation processes play major roles in describing earth’s energy and water budget and cycle. Thus, understanding of these processes and interactions via in-situ observations, satellite remote sensing, and state-of-art numerical modeling is essential for atmospheric scientists. However, links between satellite observations and modeling have been always untied, because assumptions in geophysical parameters are usually different between them. Thus, a new tool must be developed to overcome such issue, and facilitate modeling development using satellite observations.

Read More »

ESSIC Sees Success with Maryland Day Display

Despite less than desirable weather, many people still turned out for Maryland Day, a campus wide open house event to promote the departments, organizations and activities around campus.

ESSIC’s display this year was situated on “Science and Tech Way,” with other science and math displays.

Andrew Negri, co-organizer of the event, said ESSIC had 25 volunteers helping out throughout the day, and the weather didn’t stop what he described as “very high traffic” to ESSIC’s …

Read More »

ESSIC gears up for Maryland Day 2012

ESSIC hopes to make another great splash at this year’s University of Maryland “Maryland Day,” with an interactive exhibit and scientific demonstrations. The event is a yearly chance for the communities of greater Baltimore and Washington, D.C. to connect with the University of Maryland, through exhibits, workshops, performances and more. It’s also an opportunity for current and prospective University of Maryland students, faculty, and staff to learn more about the university, and for UMD …

Read More »

DYNAMO success: MJO field campaign comes to a close

COLLEGE PARK, Md. – Since late 2011, ESSIC scientists have grown accustomed to seeing periodic updates always carrying a similar subject: DYNAMO news. Sent by CICS’s own Augustin Vintzileos, the e-mails signify the success of the Dynamics of the Madden-Julian Oscillation (DYNAMO) campaign, which started on October 1st, 2011 and came to a close March 31, 2012. In the 1970s, NCAR scientists Roland Madden and Paul Julian discovered what would later be called the Madden-Julian Oscillation …

Read More »

From idea to reality: ESSIC’s Content Management System released

COLLEGE PARK, Md.- ESSIC’s long-awaited Content Management System (CMS) was released for general use today. The initial planning and subsequent development of the system (Site Version #: ESSIC, v1.0) has been many months in the making, according to ESSIC IT Manager Mark Baith. “Conceptually, the idea of a CMS dates back almost two years,” Baith stated.  “We dipped our toes into the water during the summer of 2010 and realized then that we’d need skilled, dedicated people to pull this …

Read More »

The PAGES Ocean2k project

By: Michael Evans

Last summer, following the International Quaternary Association quadrennial meeting in Bern, Switzerland, I found myself a guest at a meeting of the Past Global Changes (PAGES) 2000-year (2K) Network. This group is charged with evaluating patterns and mechanisms of climate change, with foci on 8 terrestrial regions. Why, I asked, wasn’t the global ocean represented in the 2K network? Well, as it turned out, the PAGES Scientific Steering Committee (SSC) had asked the exact same question, and the

Read More »

Li and Harrigan receive ESSIC End of the Year Awards

At this year’s AOSC/Geology/ESSIC annual holiday party, two members of the ESSIC staff received end of the year awards as voted by their colleagues.  Can Li received the award for “Outstanding Research Paper of 2010” and Iris Harrigan received the award for “ESSIC Administrative Employee of 2011.” The administrative employee of the year award recognizes excellent administrative work done by a member of ESSIC staff this past year and the important role he or she has in conducting the …

Read More »

241

241 – Interactive processes between cloud-precipitation, land-surface, radiation, and aerosol processes
Principal Investigator(s): T. Matsui

Aerosols, cloud, and precipitation processes play major roles in describing earth’s energy and water budget and cycle. Thus, understanding of these processes and interactions via in-situ observations, satellite remote sensing, and state-of-art numerical modeling is essential for atmospheric scientists. However, links between satellite observations and modeling have been always untied, because assumptions in geophysical parameters are usually different between them. Thus, a new tool must be developed to overcome such issue, and facilitate modeling development using satellite observations.

Read More »

223

223 – Global Precipitation Analysis
Principal Investigator(s): Robert F. Adler, Guojun Gu

The objective is to analyze precipitation data from the Global Precipitation Climatology Project (GPCP) and other sources to understand interannual to interdecadal/long-term variations in global and regional precipitation.

Read More »