
| IceCube, planned South Polar neutrino telescope, receives $15 million in first year startup funds from NSF—the biggest single project ever undertaken by the University of Wisconsin–Madison and the second largest project ever run by a university in the United States. | ![]() Simulated IceCube event. |
IceNew AWS placed on iceberg C-16, to track movement and weather conditions. Data decoded from Italian automatic weather stations and the U.S. Antarctic Program AGO to add to AMRC’s growing databank. AMRC found a new big tabular iceberg, C-19. Susan Solomon, NOAA scientist and The Coldest March author, said she could make temperature comparisons because Charles Stearns invented the Automatic Weather Station. |
Jonathan Thom, Douglas MacAyeal maintaining an AWS. |
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SnowThe Schwerdtfeger Library, SSEC’s special campus library, formally released the Wilson Bentley snowflake image collection in May 2002. |
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Record Warm LowsWarmest April low on record tied the low of 66 on April 5, 1929. |
Neutrinos through the IceAstronomy in the Ice was added to the IceCube Outreach Web site. |
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SSEC with NASA at the EAASSEC attended the EAA with NASA’s DC-8 and crew.
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NASA ConnectsDane County Girl Scouts earned weather badge with OSSE, NASA help. |
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El NiñoSSEC scientists helped media educate the public on El Niño. |
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University ProgramsWith Wisconsin DOT and College of Engineering, OSSE taught Space to PEOPLE.
OSSE shared planetary exploration with Grandparents’ University participants.
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Grandparents, grandkids and helper at Space Place |
GLOBEWorkshops brought teachers from South Africa and Turkey to Madison’s O’Keefe Middle School and Lac Courte Oreilles Ojibwa Community College. |
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Working with High School StudentsOSSE talked to Gallaudet University’s Model Secondary School for the Deaf in Washington, D.C. CIMSS researchers helped infuse weather satellite data into Waunakee High School science curriculum. |
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Teacher Professional DevelopmentOSSE gave workshops to enthusiastic Wisconsin and Illinois high school teachers for new course in Astronomy and Space Science. OSSE and IceCube outreach presented at Wisconsin Society of Science Teachers conference. |
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With a major space and holdings evaluation, the Library is developing its unique collection and maintaining a core collection of atmospheric science texts and journals to support research. |
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Getting the Ship into ShapeLoading dock completely cleared of surplus equipment. Huge ICDS warehouse holdings inventoried. All SSEC stored belongings moved to a warehouse. |
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The Season of Water—Major water disaster averted, several times, with 35-year-old valves replaced, one by one. |
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Staff at WorkHuman Resources team resolutely faced great growth and change, working with more than ever before retirements, staff changing classifications, student salary increases, international staff and students’ visa updates, and leaves of absence and changes in status. They also answered letters from 100s of applicants. They helped SSEC’s 200+ staff make the right benefits choices when they’re hired and when they leave SSEC and all stages between. SSEC’s Human Resources team documented the hiring process over the past three years and noted that growth is outstripping exits. See the table. |
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SSEC’s purchasing team showed an increase in purchasing activity from 2000 through 2002. Over the last two years, the number of orders has increased by 67% and the dollar volume by 467%! |
longer version with details and table |
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For NCAR’s Convective Weather and Oceanic Weather Product Development Teams, GOES data is processed to find thunderstorms about to form. |
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MODIS winds make positive impact on ECMWF forecasts. |
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participated with USDA, NASA in SMEX
with Scanning-HIS, vegetation
data, models. |
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| VISITView used to demonstrate satellite imagery in on-line world-wide collaboration. |
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| Wetzel ingredients used widely by NWS forecasters. For more maps, click on Introduction to the Ingredient Maps, in the left frame. |
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| IceCube Education Resource Center works with Belgian IERC Institution Lead in joint US-Belgian teacher-in-Antarctica project. |
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In the LimelightSSEC’s MODIS imagery featured frequently in NASA’s Earth Observatory Web site, such as this one showing dark water off Florida’s coast in August. |
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IceCube logo developed, representing ice-bound detectors in stylized fashion. |
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Francis Halzen presents neutrino research, especially the innovative telescope IceCube, at UW–Madison Roundtable in October. |
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Aqua is launched,
giving radically higher spectral resolution with greatly improved vertical
information. |
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| Huge hail seen during IHOP. |
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AMRC AdvancesPrime Web product, Antarctic composite, is improved. Tenth anniversary celebrated, staff increased. Fog, chief reason for Antarctic flight cancellations, studied. |
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AviationGOES satellite data study shows that satellite data may improve FAA forecasts. |
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CIMSS Research Using MODIS DataTPW algorithm from MODIS data runs operationally at Goddard Space Flight Center showing greater accuracy over deserts, provides many other advantages. MODIS data used to estimate strength and height of low-level atmospheric temperature inversions. |
Research with New AIRS DataAIRS initial retrievals are compared with RAOB, MODIS and GOES retrievals. |
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CIMSS’ GOES Team achieved myriad objectives, including:
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Total precipitable water derived from GOES sounder information during IHOP |
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HES DevelopmentMore bands suggested for proposed next generation imager. MODIS data used in ABI compression study. High-spectral AVIRIS aircraft data simulates visible and near-infrared ABI bands. |
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Library Research SupportSchwerdtfeger Library staff made unique and varied research contributions. |
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Satellite Data Helps Identify Pre-storm ConditionsAlgorithms developed to identify important precursors of rain-producing convective clouds. .5–6 hour nowcasts provided of convective initiation across large geographical regions at high spatial resolution (1-5 km). For the image on the right, and the larger image, cloud elements highlighted in red represent small immature cumulus clouds. The green color highlights mature cumulus that have brightnesses greater than a “time-of-day” dependent threshold. The blue color indicates actively growing deep cumulus (locations where the 6.7–10.7 micron band difference is near 0). It is likely that the “green” cloud elements are precipitating, with the “blue” elements having the heaviest precipitation. |
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Polar SciencePolar winds are produced in nearly real time. Tropical Cyclone ResearchSignificant strides made in tracking storm intensity. |
longer version | |
Toward Simulating GIFTSMM5 model data used toward deriving wind measurements from GIFTS observations. Different weather conditions are simulated in high spatial and temporal resolution. Highly realistic simulation of initiation and development of convection produced during IHOP with simulated GIFTS data. |
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Numerical ModelingCRAS gives more accurate precipitation forecast using GOES water vapor and cloud-top pressure measurements. Vegetation fraction information derived from satellite data to be used in MM5 (image at right). Model (MM5) output used to simulate clouds, GOES-8 brightness temperature (image at right, below). Methods developed to compare simulated data with actual remotely-sensed
observations, including those from the AERI and GOES-8. Brightness temperatures extracted from MM5 radiative transfer scheme and compared with GOES-8 brightness temperatures. |
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Validating IAPP and ICI ProductsIAPP (CIMSS) and ICI (Meteo France) retrieval packages were tested for NOAA-17 satellite data. |
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longer version with names and details
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CIMSS scientists appointed chairs of influential committees:
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| Scientific Achievement Award in Remote Sensing presented by SPIE for developing state-of-the-art lidar instruments. |
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![]() Arctic High Spectral Resolution Lidar tested at SSEC. |
| Chancellor’s Award granted for Excellence in Service to the University. | ||
| NOAA David Johnson Award presented for “outstanding innovative use of Earth observation satellite data.” |
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NOAA/NESDIS names CIMSS researcher Team Member of the Month for June 2002 for GOES cloud product development. |
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| CIMSS researcher to serve as BAMS Subject Matter Editor for Satellite Meteorology. | ||
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China’s Nanjing Institute of Meteorology awards adjunct professorship to senior scientist. |
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First Suomi-Simpson Graduate Fellowship granted CIMSS graduate student for EOS work with NASA Goddard scientists. |
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Raytheon Polar Services grants service patches to Antarctica’s researchers for help with weather forecasts. |
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Two dozen manuscripts edited for Journal of Applied Meteorology. |
Sharing InformationMeetingsAnnual MUG Meeting drew 44 attendees from U.S. sites, Australian Bureau of Meteorology, Eumetsat (Darmstadt, Germany) and Kwajalein Island. |
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Annual meeting for Antarctic projects held May 21–22 in Madison with 30 attendees including participants in NSF’s research program and users of AWS data. |
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Directors of UW–Madison special libraries begin meeting to discuss roles following UW–Madison’s Chancellor’s Strategic Plan. |
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Many scientists presented at China’s satellite meteorology meeting. |
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SSEC technical experts and research participated in NOAA international direct readout satellite conference. Provided weather forecasting support for University football games, per Chancellor’s request. |
PapersPublished:
Accepted for publication:
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In Print and On LineEnglish/Spanish IceCube brochure, AMANDA and IceCube bookmarks produced.
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WINNERSS poster shows multiple cosmic Wisconsin images. GET-WISE course streams onto the Internet in 3 video formats.
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IceCube Web site features Education and Outreach.
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A Winter weather retrospective for 2001-2 showed snow depth, geographic extent, images, much, much more. AniS Java applet used all over the world, in several languages, in NWS radar images and to fuel SSEC’s GOES Image Browser’s animation. Museums“Playing With Time” at Science Museum of Minnesota opens with SSEC imagery. AMANDA featured in San Francisco’s Exploratorium’s Origins Project and in magazine. |
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Drilling ServicesSSEC’s Ice Coring and Drilling Services (ICDS) supported five projects with drilling components in Antarctica with 14 people altogether.
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ICDS completed the design of the Enhanced Hot Water Drill, which will be used to drill 80 holes at the South Pole for the IceCube neutrino telescope. |
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The Shot Hole Drill is completed, to drill as many as 600 30-meter deep “shot holes” for seismic studies. |
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McIDAS Software Updates McIDAS-X, -XCD and
-XRD were upgraded to version 2002 in May. The -X upgrade includes
an updated country code database, a new configuration GUI and new MODIS
HDF servers. The -XRD upgrade includes 22 new commands. |
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McIDAS-Lite, popular free McIDAS subset, was released with 200 downloads over the summer. It was also added to GSFC’s HDF-EOS Tools page. Java applet written to control color selection. |
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SSEC Instruments in IHOPA grid of six AERI systems worked continuously to provide detailed nowcasting information, a first. The AERIbago was deployed in the western Oklahoma panhandle operating a fully automated AERI system. S-HIS detected atmospheric moisture and temperature variation before thunderstorm development. |
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Locations of AERI locations in IHOP. Click for more explanation. |
| Scanning-HIS was reconfigured and successfully integrated onto the Proteus Aircraft and flew the first leg of the DOE ARM CART Site Grand Tour. | ||
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Breadboard produced for Planetary Imaging Fourier Transform Spectrometer (PIFTS). Excellent radiance agreement of AERI and PIFTS with clear-sky data. |
![]() PIFTS and AERI instruments tested side by side. |
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Neptune studies continue with Space Telescope. The planet is brightening over time. |
A new, brighter Neptune |
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| MODIS imagery used to show fires raging. |
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The eruption of Italy’s Mt. Etna was captured by MODIS on October 28 and ash plume analyzed. |
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More highlights can be found in the director’s State of the Center presentation.
A3RI—Antarctic
Astronomy and Astrophysics Research Institute
ABBA—Automated Biomass Burning Algorithm
ABI—Advanced Baseline Imager
AERI—Atmospheric Emitted Radiance Interferometer
AGO—Automated Geophysical Observatories
AIRS—Atmospheric InfraRed Sounder
ALEXI—Atmospheric Land EXchange Inversion (Model)
AMANDA—Antarctic Muon and Neutrino Detector Array
AMRC—Antarctic Meteorological Research Center
ARM—Atmospheric Radiation Measurement
AOS—(Department of) Atmospheric and Oceanic Sciences
AVHRR—Advanced Very High Resolution Radiometer
AVIRIS—Airborne Visible InfraRed Imaging Spectrometer
AWS—Automatic Weather Station
BAMS—Bulletin of the American Meteorological Society
CART—Cloud And Radiation Testbed
CIMSS—Cooperative Institute for Meteorological Satellite Studies
CO—carbon monoxide
CO2 —carbon dioxide
CRAS—CIMSS Regional Assimilation System
DOE—Department of Energy
DOT—Department of Transportation
DPI—Derived Product Imagery
EAA—Experimental Aviation Association
ECMWF—European Centre for Medium-range Weather Forecasts
EHWD—Enhanced Hot Water Drill
EOS—Earth Observing System
FAA—Federal Aviation Administration
FLAMBE—Fire Locating And Monitoring of Burning Emissions
FPDT—Forecast Products Development Team
GET-WISE—Geoscience Enhancement for Teachers-Wisconsin Initiative for Space
Education
GIFTS—Geostationary Imaging Fourier Transform Spectrometer
GLOBE—Global Learning and Observations to Benefit the Environment
GMS—Geostationary Meteorological Satellite
GOES—Geostationary Operational Environmental Satellite
GSFC—Goddard Space Flight Center
GVAR—GOES VARiable
HDF—Hierarchical Data Format
HES—Hyperspectral Environmental Suite
HIS—High-resolution Interferometer Sounder
HST—Hubble Space Telescope
IAPP—International ATOVS Processing Package
ICDS—Ice Coring and Drilling Services
ICI—Inversion Coupled with Imager (Meteo France)
IERC—IceCube Education Resource Center
IHOP—International H2O Project
IRTF—Infrared Telescope Facility
ITWG—International TOVS Working Group
LARC— Langley Research Center
Lidar—LIght Detection And Ranging
McIDAS—Man computer Interactive Data Access System
MM5—5th generation Pennsylvania State-NCAR Mesoscale Modeling system
MODIS—MODerate-resolution Imaging Spectroradiometer
MOPITT—Measurements of Pollution In The Troposphere
MUG—McIDAS Users Group
MURI—Multidisciplinary University Research Initiative
NASA—National Aeronautics and Space Administration
NAST-I—NPOES Atmospheric Sounder Testbed-Interferometer
NCAR—National Center for Atmospheric Research
NCEP—National Centers for Environmental Prediction
NESDIS—National Environmental Satellite Data and Information Service
NOAA—National Oceanic and Atmospheric Administration
NPOES—National Polar Orbiter Environmental Satellite
NSF—National Science Foundation
NWS—National Weather Service
OSSE—Office of Space Science Education
PDT—Product Development Team
PEOPLE—Pre-College Enrichment Opportunity Program for Learning Excellence
PIFTS—Planetary Imaging Fourier Transform Spectrometer
RAMS—Regional Atmospheric Modeling System
RAOB—RAdiosonde OBservation
SDI—SSEC Desktop Ingestor
S-HIS—Scanning High resolution Interferometer Sounder
SMEX—Soil Moisture Field Experiment
SPC—Storm Prediction Center
SPIE—Society of Photo-optical Instrumentation Engineers
TEA—Teacher Exploring Antarctica
THORPEX—THe Observing system Research and Prediction EXperiment
TIROS—Television InfraRed Observation Satellite
TOVS—TIROS Operational Vertical Sounder Working Group
TPW—Total Precipitable Water
USAP—United States Antarctic Program
USDA—U.S. Department of Agriculture
UW—University of Wisconsin
VisAD—Visualization for Algorithm Development
VISIT—Virtual Institute for Satellite Integration Training
WF-ABBA—WildFire Automated Biomass Burning Algorithm
WINNERSS—Wisconsin Idea National Network Education and Research in the Space
Sciences
18 April 2003, rev. 21 April SSEC's Public Information Officer