-
Antarctic synoptic weather charts, 2009-2010.
These are the Antarctic Meteorological Research Center’s (AMRC) Synoptic chart that contains the Global Forecast System’s (GFS) Mean Sea Level Pressure (MSLP), Synoptic, Ship, and Buoy observation station plots, and the infrared AMRC Satellite Composite. Combined they make up a weather depiction... -
Antarctic satellite composite imagery, 2015.
The University of Wisconsin-Madison creates composite satellite imagery over the Antarctic and adjacent Southern Ocean as a part of the Antarctic Meteorological Research Center and Antarctic Meteorological Research and Data Center projects. The imagery is generated by combining geostationary and... -
Antarctic satellite composite imagery, 2014.
The University of Wisconsin-Madison creates composite satellite imagery over the Antarctic and adjacent Southern Ocean as a part of the Antarctic Meteorological Research Center and Antarctic Meteorological Research and Data Center projects. The imagery is generated by combining geostationary and... -
Antarctic satellite composite imagery, 2013.
The University of Wisconsin-Madison creates composite satellite imagery over the Antarctic and adjacent Southern Ocean as a part of the Antarctic Meteorological Research Center and Antarctic Meteorological Research and Data Center projects. The imagery is generated by combining geostationary and... -
Antarctic satellite composite imagery, 2009.
The University of Wisconsin-Madison creates composite satellite imagery over the Antarctic and adjacent Southern Ocean as a part of the Antarctic Meteorological Research Center and Antarctic Meteorological Research and Data Center projects. The imagery is generated by combining geostationary and... -
Antarctic satellite composite imagery, 2008.
The University of Wisconsin-Madison creates composite satellite imagery over the Antarctic and adjacent Southern Ocean as a part of the Antarctic Meteorological Research Center and Antarctic Meteorological Research and Data Center projects. The imagery is generated by combining geostationary and...