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...

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...

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...

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...

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...

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...

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...

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...

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...

Systematic meteorological observations on the ground and at high altitudes have been carried out in the Mario Zucchelli station (MZS) and Terra Vittoria (TV) since 1987. To date, 15 automatic meteorological stations (AWS) are in operation all year round and, only in summer, a radio sound system,...

This is a map and data of all known Automatic Weather Stations operating in the Antarctic. Information for these maps and data are voluntarily provided by the operators. Collaborative sites are denoted in the legend.

This record provides a listing of meteorological data collected in the Australian Antarctic Territory by members of the Australian Antarctic program (and its predecessors) and the Bureau of Meteorology. The data have been obtained by manual observations and by automatic weather stations. All data...

This is a collection of Antarctic automatic weather station (AWS) observations in BUFR or Binary Universal Form for the Representation (BUFR) of meteorological data format. The BUFR format was properly formatted and officially distributed on the World Meteorological Organization (WMO) Global...

Nine long-term soil-climate stations in Antarctica were set up to study the effects of latitude, elevation, and soil age. Stations monitor soil temperature, soil water content, air temperature, relative humidity, solar radiation, and wind (speed and direction). Stations: Bull Pass, Bull Pass...

Amundsen-Scott South Pole Station was established by the United States Navy in the austral summer of 1956–1957. This dataset contains the complete record of meteorological observations from the Amundsen–Scott South Pole Station, February 1957 through February 2011 as reported in the local climate...

Sunshine cards serve as a physical measure of the sun’s position and strength for a given time and location on Earth. Sunshine cards from South Pole are created with two Campbell-Stokes recorders. Around most of the world, only one recorder is used at a location. However, south of the Antarctic...

Starting in 2022, the AMRDC participated in SCAR's AntCLIMnow Project by locating and indexing underutilized Antarctic meteorological datasets to foster collaborative climatological research. This document contains the 2023 report from the AMRDC.

In 2022, the AMRDC participated in SCAR's AntCLIMnow Project by locating and indexing underutilized Antarctic meteorological datasets to foster collaborative climatological research. This document contains the 2022 report from the AMRDC.

These files contain instantaneous observations at ten-minute intervals, with either six or eight columns. The data have been taken directly from the originally transmitted hexadecimal data with only gross error checking during the processing. There will still be bad data points that are within...

The Reader three-hourly observation data are composed of the nearest valid instantaneous observation within 40 minutes of the synoptic reporting times (i.e., 00, 03, 06, 09, 12, 15, 18, and 21). These data are uncorrected for the years 1980-1990, gross error checked for 1991-2000, and quality...