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Unidata's Former Director, Dave Fulker, receives the Cleveland Abbe Award from AMS President Rick Anthes |
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| Using
IDV in an Undergraduate Radar and Satellite Meteorology
Course |
Mark Kulie, Steve Ackerman, and Ralf Bennartz, Department of Atmospheric and Oceanic Sciences, University of Wisconsin-Madison
Three years ago, a new course was
offered by the Department of Atmospheric and Oceanic Sciences (AOS) at the
University of Wisconsin-Madison. This upper-level undergraduate elective
course, entitled “AOS 441: Radar and Satellite Meteorology," provides an
overview of commonly used atmospheric remote sensing instruments. Besides
providing a basic physical foundation for remote sensing, the course also
stresses radar and satellite data applications, and students are heavily
exposed to quantitative data analysis using remote sensing data. 
Since this course was new in
2006 and had to be designed from the ground up, a convenient opportunity was created
to critically think about what data analysis and visualization software could
be best used in the classroom. It quickly became clear that the Integrated
Data Viewer (IDV) would be the perfect tool to visualize and probe radar and
satellite data. The IDV inherently possesses numerous attributes from an
instruction standpoint that make it very amenable for classroom use. The
arguably biggest strength of the IDV is its user-friendly setup that allows students to quickly and easily explore radar and satellite data via its
intuitive, window-driven interface. Furthermore, it can automatically ingest
NEXRAD and GOES data without the need for frustrating data conversions or other
pre-processing steps that detract from instruction and waste precious classroom
time. Students are able to explore actual data within the first few
minutes of being introduced to the IDV, and that sets the stage for a semester
filled with student-centered, data-driven instruction. Other strengths of the
IDV are also exploited, including the ability to easily animate time series of
data and seamlessly overlay coincident radar and satellite data (and gridded
model data or other observations as well) to compare what each instrument “sees”
for various events of interest. The IDV also allows the radar data to be
visualized in a 3-D framework, thus providing a different perspective that most
students have not been exposed to in previous courses or experience. The
ability to quantitatively explore the data is at the students’ fingertips with
various built-in IDV functionalities, such as identifying actual radar
reflectivity or satellite brightness temperature values using the IDV data
probe, measuring the expansion rate of a severe convective storm’s anvil in
infrared satellite data using the IDV measuring tool, or creating a radar-based
precipitation estimate by applying Z-R relationships to radar reflectivity data
using the IDV formula tool. Last, the IDV's bundling capability has proven to
be an invaluable instructional asset, as it allows the instructor to
pre-package case studies and exercises for the students to create an even more
efficient classroom. In fact, a semester-long radar and satellite IDV-centric
curriculum is being developed via IDV bundles that can be utilized in future
semesters and shared with other interested instructors.
Overall, our experiences with the IDV in the classroom have
been very positive, and student evaluations have consistently credited the IDV
as being a crucial, exciting, and practical component of the course. |
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David Fulker Receives the Cleveland Abbe Award |
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31 January 2008
An Open Letter to Unidata’s Many Friends
New Orleans was chilly and still reeling from Katrina, but
the ‘08 annual meeting of the American Meteorological Society was—for me
personally—a warm and vital event. As this year’s recipient of the AMS
Cleveland Abbe Award, I was gratified not only by the generosity of the
citation but
also by congratulations from a remarkable array of current and former
colleagues and by abundant evidence of Unidata’s ongoing vigor.
In selecting sessions to attend, I was tempted to follow the
buzz that surrounds current discourse on climate; I can’t resist feelings of
pride about being near so many Nobel Prize winners! However, I chose instead to
learn what I could about current advances—in technology, research, and
education—that appear to be enabled or enhanced by Unidata products and
services. Though it’s certainly an undercount, I quickly found some 30
presentations or posters where the abstract referred to an aspect of Unidata
(NetCDF, IDV, THREDDS) or a closely related endeavor (such as LEAD and
OpenDAP). I left the conference with three perspectives that I’d like to share.
First and foremost, my award citation is at least as much a
reflection of other people’s work as my own. Every instance of “visionary
foresight” or “pioneering information technology” in my career has been shaped
in critical ways by the knowledge and ingenuity of others, especially those
who’ve contributed energy and intellect toward the enduring success of Unidata.
To keep the published version of this letter at a reasonable length, there is a separate list of appreciations which includes a few of the many names I would
like to name.
My second perspective is really a reflection on
meteorology’s rich history of innovation, inspired by my reading about
Cleveland Abbe. Beyond his being the first National Weather Service Director, I
was interested to learn how he exploited advanced technology from the
mid-1800s—the telegraph—as the basis for a network in which coordinated, daily
measurements were collected and compiled into public weather forecasts. I think
the similarity of this to Unidata/IDD is a delightful coincidence!
The third perspective I gained in New Orleans is that
Unidata continues to be a significant force for creativity, even as key
elements become less visible due to their nearly universal acceptance. For this
state of affairs, we all owe immense thanks to Cliff Jacobs and others for NSF
funding and guidance as well as to Mohan Ramamurthy for continuing and expanding
the Unidata spirit of innovation and service.
Cordially yours,
Dave Fulker

The second panel shows UCAR staff member Russ Rew with his wife Juli (NCAR/CISL) as they prepare to roll up their sleeves and get to work during one of the AMS-organized work days for Habitat for Humanity. Later in the day, according to Russ, their clothing was decorated with purple paint. In the next panel, longtime Unidata community member, Rich Clark receives the Teaching Excellence Award from Dr. Anthes, and next Dave shows off his award to folks back in Boulder. In Jackson Square, Andrew Jackson tips his hat to AMS attendees: last panel.
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CONDUIT Meeting in New Orleans |
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As often happens, CONDUIT principals gathered during the AMS Annual meeting to consider its status, address some of the challenges it faces, and discuss its future. CONDUIT (Cooperative Opportunity for NCEP Data Using IDD Technology) is a project that makes high resolution model data sets available to universities using Unidata's LDM/IDD technology. 
Unidata staff made a presentation detailing Unidata's support for the project while NCEP's Brent Gordon provided a presentation describing the project's current status. The Unidata Users Committee as representatives of the community, will be asked to take responsibility for polling the community to determine which new data sets might be added to CONDUIT and to determine which might be eliminated. The committee will begin discussing the process during its next meeting in early April. The information gleaned from the polling process will help the CONDUIT group determine how to update and streamline data provided. Additional information is available here. |
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News Briefs |
DeSouza Award Nominations
The Unidata Users Committee invites you to submit nominations for the Russell L. DeSouza Award for Outstanding Community Service. This Community Service Award honors individuals whose energy, expertise, and active involvement enable the Unidata Program to better serve the geosciences. See: http://www.unidata.ucar.edu/community/aboutRLDaward.html. Send nominations to nominations@unidata.ucar.edu. Please provide a brief perspective/description of the nominee's contributions to the Unidata community. The deadline for receiving nominations is 10 March 2008.
Unidata Equipment Awards
Under sponsorship from the National Science Foundation, the Unidata Program Center (UPC) announces the 2008 Unidata Community Equipment Awards solicitation, described below, along with the proposal submission requirements. A total of $100,000, including UCAR overhead, is available for awards this year. Proposals for amounts up to $20,000 will be considered. The deadline date for submitting proposals is 14 March 2008. Notification of award status will be made by mid-May, 2008. More information and the entire RFP are available here.
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Please send comments to support-eletter@unidata.ucar.edu
The CommuniteE-letter is produced by editor, Jo Hansen, and production manager, Tina Campbell |
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