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COMET Case Study Survey using CODIAC DBMS

May-June, 1998

NOTE:
The following represents the breakdown: 
28 NOAA/NWS
15 university 
4 military 
1 corporate 

TOTAL: 48
 

----------------------------------
Used WWW to retrieve case studies:
----------------------------------
 
Yes                 25
No                   8
No time to do so                 14
Did not know about                   1



---------------------------------
Improvements to case studies:
---------------------------------
 
More Support Info                 18
More Case Studies                   9
Expanded Browse                   7
Formats (PC & WXP)                   2



----------------------------------
Will you use case studies in the future:
----------------------------------
 
Yes                 44
No                   3
 



----------------------------------
How are you using case study data?
----------------------------------
 
Training                 22
Research                 10   

Totals do not equal 48 due to no responses to questions

COMPLETE RESPONSES FOUND BELOW

Use WWW to retrieve case studies?

Improvements to case studies?

Phenomena for future case studies?

Which field studies have you used?

Use case studies in the future?

How are you using case Study data?

Developed training matls you could share?

Do you have data to share?

Case Studies of Interest Site?

no-time needs to run on PC/Windows tornadoes, gravity waves, record heat/cold No-more training matls no plans no yes
no-time no time no, using CBLs, OSF, OTB no plans no yes
yes need plotting/browsing directions tornadoes, rec heat/cold, heavy snow yes-both field & COMET case studies no, but will no, but will yes
yes/tape more supporting info heavy snow, heavy rainfall yes researching an event, undergrad lab, op met training-science yes no yes
yes/tape more supporting info aircraft icing, pacific hurricane, fog ceiling yes graduate classroom no, but will no yes
no, time more supporting info inter-moutain flash flood, microburst, satellite imagery yes op met training exercise, fcst process no yes
yes more supporting info tornadoes, aircraft icing, intermountain west flashflood microburst yes, both undergrad classroom and lab no, but will yes, surface data yes
yes, tried to download, but connection too slow need faster connection tornadoes, flash flood, downslope wind event no, but will if connection is faster no, but will  no, but will in future yes
yes record heat/cold, heavy snow yes researching an event, operational met training exercise/fcst yes no yes (provided a link)
no, time heavy snow yes, both no, but will yes yes
no, time more case studies intermountain west flash flood & microburst yes no yes
yes more supporting info tornadoes, fog ceiling no no yes
no, time more supporting info gravity waves, fog ceiling, heavy snow yes no, but will no, but will yes
no, time more case studies tornadoes, gravity waves, fog/ceiling yes no plans  no yes
no, didn't know it was available more case studies intermountain flash floods, heavy snow yes, both no no
yes, tape more supporting info tornadoes, gravity waves yes graduate classroom no no yes
yes more supporting info tornadoes(GA event, 1998), gravity waves, heavy snow, CO-Iowa Oct 97) yes Op met training exercise (scientific concept) no, but will no no
no more supporting info yes researching a particular event 
Op met training
no yes
yes expand browse capabilities for plotting & graphing gravity waves, 4 Jan & 27 Mar 1994, 18-19 Dec 1995 Cold Front Aloft STORMFEST yes graduate classroom, undergrad lab yes, will contribute VAD, Profiler products, mesoscale models, surface bandpath fields yes
yes more case studies tornadoes, heavy snow, heavy rainfall in East yes op training(scientific concept) no, but will no yes
yes more supporting info heavy snow MS/AL 12/14/97, IPV low spinup off FL 12.14-15.97 yes no plans no, but will  no, but will yes
no, time aircraft icing, fog/ceiling, heavy snow yes op met training no no, but will yes
no, time more supporting info heavy snow, flash floods no no no, but will yes
no, time gravity waves (Lance Bosart paper, 1994-1995), heavy snow yes no, but will no, but will yes
yes data that can be handled locally (WXP), more supporting info tornadoes, Pacific hurricanes, fog ceiling, radiation fog in CA (2/22/95), Santa Ana Winds, West Coastal Surge yes no, but will no, but will yes (will provide link upon completion)
yes expanded browse capabilities for plotting & graphing data tornadoes, April-May 98 Alabama CaPE, STORMFEST yes- researching an event, use for advanced degree (MS, PhD) no no yes
no gravity waves, pacific hurricane, fog/ceiling, heavy snow, aircraft icing CaPE, VORTEX yes use in a undergrad classroom & researching a phenomenon no yes
no-huge datasets, not enough disk space more supporting info tornadoes, inter-mountain west flash-flood microburst, heavy snow, gravity waves yes no no yes
no more supporting info yes no no yes
yes more case studies inter-mountain west flash-flood, barrier jet, heavy snow yes researching event, phenomenon, op met training exercise no no yes
yes more supporting information tornadoes; 7-8 May in NC/SC yes displaced real-time forecaster training no no yes
yes more supporting information tornadoes, fog/ceiling (10Dec97) Null Case (14-16Apr98) yes researching a particular event, phenomenon, op met training exercise, displaced real time forecaster training no, but will yes
no, time more case studies gravity waves, intermountain west flash flood microburst, downslope windstorms and gap winds,  yes no, but will no yes
yes tornadoes (2/22-98 & Birmingham tornado 3/98) yes, but will be retiring soon graduate classroom no no yes
yes more supporting info operational yes researching an event, op met exercises for research and forecasting, displaced real-time forecasting no yes 
no need info on how to display 4-5 Jan 96-heavy snow yes undergraduate classroom and lab no, but will yes
no more case studies intermountain flash flood & microburst, fog/ceiling yes no no yes
no expanded browse capability for plotting & graphing data yes no no yes
no, time yes undergraduate classroom & teaching no no yes
yes more casestudies tornadoes (3/20/98) VORTEX, VORTEX95 yes researching an event, op met for forecasting, research and displaced real-time forecasting training no but will no yes
no, time more supporting info yes undergrad classroom, grad classroom, undergrad lab yes, will contribute yes, link included yes
no, time exanded browse capabilities tornadoes, Jarrell yes no yes
no tornadoes, aircraft icing, gravity waves, pacific hurricanes, fog ceiling, heavy snow yes, both no, but will no, but will yes
no, but will this summer expanded browse capabilities  heavy snow 1/1/97 yes, both no, but will no, but will yes
yes more case studies 5/30-31-Derecho, Minnesota to NY & fog ceiling yes operational training-forecasting no yes, road stations, air quality stations yes
yes more supporting info tornadoes ( 31 May-2 June 1998 PA/MD/NY), gravity waves, heavy snow yes research a particular event yes, will contribute yes, tapes
no expanded browse capabilities yes undergraduate lab, undergraduate classroom, undergraduate lab, op met training for forecasting & ops no no
yes more case studies tornadoes, records heat/cold, intermountain west flashflood microburst, pacific hurricane, barrier jet, heavy snow, tropical atlantic, 1995 yes researching a particular event, in house use, researching a phenomenon, training for forecast process no no yes


Compiled by:

Linda Miller
and
Ethan Davis

Questions or comments can be sent to

support@unidata.ucar.edu

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