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32 Titles Match Your Query
Showing 1 through 32 of 32
1. First ISCCP Regional Experiment (FIRE) Cirrus 1 Surface Radiation Budget (SRB) Data over the South Pole [FIRE_CI1_SRB_SO_POLE]
Results from ISCCP analysis of B3 radiance data (sampled to 25 km). Unlike the standard ISCCP product, these data are reported at original pixel resolution and contain detailed information about the ...


2. Corrosivity Mapping of Antarctica utilising exposure of standard alloy coupons [ASAC_537]
Antarctica is the world's coldest, driest, highest and least polluted continent. Accepted wisdom is that atmospheric corrosion rates in Antarctica should be low because of the extreme dry cold. ...


3. Near Infrared Sky Monitor Data from the South Pole, 2001 [ASAC_1214_NISM_2001]
Infrared sky brightness data for 2.4 microns above the South Pole during the Austral winter of 2001. Provided, as a function of time, are: (i) the best estimate, plus the lower and upper bounds, ...


4. SODAR Data from the South Pole obtained with the Automated Astrophysical Site Testing Observatory in 2000 [ASAC_1214_SODAR_Pole2000]
Metadata record for data from ASAC Project 1214 See the link below for public details on this project. SODAR data (an acoustic radar) of atmospheric turbulence in inversion layer above South Pole ...


5. Methane Isotopes in South Pole Firn Air, 2008 [NSIDC-0502]
This data set contains depth profiles for delta carbon-13 (δ13C) and delta deuterium (δD) of methane (CH/4) in South Pole firn air. The investigators obtained air samples from two boreholes ...


6. The World Radiation Monitoring Center (WRMC) Baseline Surface Radiation Network (BSRN) [BSRN_RADIATION_NETWORK]
[Source: Baseline Surface Radiation Network (BSRN) home page, http://www.bsrn.awi.de/ ] BSRN is a project of the Radiation Panel from the Global Energy and Water Cycle Experiment GEWEX under the ...


7. Aerosol Size Distributions Measured at the South Pole during ISCAT [Aerosol_Sz_Dist_South_Pole]
This data set contains the physical aerosol size distributions measured at the South Pole during December 1998 and December 2000. The size range covered by these measurements was ...


8. ISCAT 1998 Field Season South Pole Observations of NO, OH, MSA, H2SO4, DMS, SO2,and NMHC [ISCAT-1998-South-Pole-Trace-Gas]
The 1998 - 1999 ISCAT South Pole observational data are available on one CD- ROM. The aerosol data, trace gas data, and photolyitc rate coefficients are separated into three directories: ...


9. ISCAT 1998 Field Season South Pole Observations of Photolytic Reaction Rate Coefficints [ISCAT-1998-South-Pole-j-Values]
The 1998 - 1999 ISCAT South Pole observational data are available on one CD-ROM. The aerosol data, trace gas data, and photolyitc rate coefficients are separated into three directories: ...


10. ISCAT-1998-South-Pole-aerosol-Observations [ISCAT-1998-South-Pole-Aerosols]
The 1998 - 1999 ISCAT South Pole observational data are available on one CD-ROM. The aerosol data, trace gas data, and photolyitc rate coefficients are separated into three directories: ...


11. Measurements of the fixation of nitrogen by auroras and the chemical composition of snow at the south pole [K042_1963_1964_NZ_2]
Two scientists went to the South Pole Station to investigated the chemical composition of the polar snow. Measurements were made of the chemical constituents to determine how much nitrogen is fixed ...


12. An estimate of the production rate of 14CO due to natural cosmic ray background [K087_1994_1995_NZ_1]
14CO measurements in cylinders exposed in Antarctica were used to estimate the production rate of 14CO due to natural cosmic ray background with comparisons with similar exposures in the Southern ...


13. Measurements of the production of 14C in cylinders in Antarctica [K087_1992_1993_NZ_1]
In order to measure the production of 14C via 14N (n,p) 14C, cylinders with ultra pure air doped with dead CO were exposed at Scott Base and the South Pole.


14. Spectrometer measurements of ozone and nitrogen dioxide from Arrival Heights, South Pole Station, Halley Base and Campbell Island [K085_1985_1994_NZ_1]
The measurement of trace gas species in the stratosphere was monitored. Ozone (O3) and nitrogen dioxide (NO2) interact to have an important effect on the radiation balance in the stratosphere. The ...


15. The NOAA Climate Monitoring Diagnostics Laboratory (CMDL) Aerosol Data from the NOAA Climate Diagnostics Center via WWW [OAR0008]
The NOAA Climate Monitoring and Diagnostics Laboratory (CMDL) address on the WWW is 'http://www.cmdl.noaa.gov/'. This data set records light-scattering coefficient and condensation ...


16. Atmospheric H2 Concentrations from the CSIRO GASLAB Flask Sampling Network, in CDIAC Online Trends [CDIAC_TRENDS_H2_CSIRO_GASLAB]
The atmospheric hydrogen (H2) data have been obtained from flask air samples returned to the CSIRO GASLAB for analysis. Typical sample storage times range from days to weeks for some sites (e.g., ...


17. CSIRO GASLAB Network: Individual Flask Measurements of Atmospheric Trace Gases, CDIAC/DB1021 [CDIAC_DB1021]
Data are available for four atmospheric trace gases at nine stationary sites and one moving platform (aircraft over Cape Grim, Tasmania, and Bass Strait, between the Australian continent and Tasmania). ...


18. Measurements of Atmospheric Halons at NOAA/CMDL/HATS [NOAA_CMDL_NOAH_HALONS]
The National Oceanic and Atmospheric Administration's (NOAA) Climate Monitoring and Diagnostics Laboratory (CMDL)/Halocarbons and other Trace Species Group (HATS) is currently measuring halons in ...


19. Level-0 of MESSR (MOS-1/1b) Data Processing [ND01005]
Level-0 (Uncorrected) Data for radiometric and geometric corrections are added to raw MESSR data.


20. Level-1 of MESSR (MOS-1/b) Data Processing(JAXA/EOC) [ND01006]
Level-1 (Radiometric correction) Data for geometric correction is added to MESSR data after radiometric correction.


21. Level-1 of MSR (MOS-1/1b) Data Processing(JAXA/EOC) [ND01012]
Level-1 (Radiometric correction) Data for geometric correction is added to MSR data after radiometric correction.


22. Level-1 of VTIR (MOS-1/1b) Data Processing(JAXA/EOC) [ND01009]
Level-1 (Radiometric correction) Data for geometric correction is added to VTIR data after radiometric correction.


23. Level-2 of MESSR (MOS-1/1b) Data Processing(JAXA/EOC) [ND01007]
Level-2 (System correction) Map projected MESSR data after radiometric and geometric corrections. Includes Geo-Coded.


24. Level-2 of MSR (MOS-1/1b) Data Processing(JAXA/EOC) [ND01013]
Level-2 (System correction) Map projected MSR data after radiometric and geometric corrections. Includes Geo-Coded.


25. Level-2 of VTIR (MOS-1/1b) Data Processing(JAXA/EOC) [ND001010]
Level-2 (System correction) Map projected VTIR data after radiometric and geometric corrections. Includes Geo-Coded.


26. MESSR Data from JAXA/EOC Japan [ND01002]
A multi-spectral electronic self-scanning radiometer (MESSR) is an electronic-scan-type radiometer which detects reflected solar rays from the earth's surface in two visible bands and two near-infrared ...


27. MSR Data from JAXA Japan [ND01004]
As a parabolic antenna revolves, the microwave scanning radiometer (MSR) continuously scans the earth surface conically for a width of 317 km. During this process, the MSR receives weak radio waves ...


28. VTIR Data from JAXA/EOC Japan [ND01003]
A visible and thermal infrared radiometer (VTIR) covers one visible band and three thermal infrared bands to detect thermal radiation from the earth's surface. This radiometer is equipped with a ...


29. Atmospheric Carbon Isotope (C-13) Concentrations from the CSIRO GASLAB Flask Sampling Network, in CDIAC Online Trends [CDIAC_TRENDS_C13_CSIRO_GASLAB]
Measurements have been made on air collected in flasks at the CSIRO GASLAB worldwide network. Flasks are filled with air at each site and returned to the CSIRO GASLAB for analysis. For stable isotope ...


30. Atmospheric CH4 Concentrations from the CSIRO GASLAB Flask Sampling Network, in CDIAC Online Trends [CDIAC_TRENDS_CH4_CSIRO_GASLAB]
[From the online documentation for CSIRO GASLAB CH4 data]: The listed data have been obtained from flask air samples returned to the CSIRO GASLAB for analysis. Typical sample storage times range ...


31. Atmospheric CO Concentrations from the CSIRO GASLAB Flask Sampling Network, in CDIAC Online Trends [CDIAC_TRENDS_CO_CSIRO_GASLAB]
[From the online documentation for CSIRO GASLAB CO data]: Individual measurements have been obtained from flask air samples returned to the CSIRO GASLAB. Typical sample storage times range from days ...


32. Atmospheric CO2 Concentrations from the CSIRO GASLAB Flask Sampling Network, in CDIAC Online Trends [CDIAC_TRENDS_CO2_CSIRO_GASLAB]
[From the online documentation for CSIRO GASLAB CO2 data]: Individual measurements have been obtained from flask air samples returned to the CSIRO GASLAB. Typical sample storage times range from ...


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