Work referenced in this report is based on advocacy, community outreach, and identifying new data sources and distribution trends within the community, associated with "Endeavor 1: Responding to a broader and more diverse community", "Endeavor 4: Software to analyze and visualize geoscience data", "Endeavor 5: Distributed, organized collections of digital material", and "Endeavor 6: Improved data access infrastructure".
Instead of just looking at data sets, what if students could interact with them? Three such interactive, educational modules are being built using the Integrated Data Viewer (IDV): (1) the "2005 Atlantic Tropical Cyclone Season" module - the most active in history; (2) Hurricane Katrina - the costliest storm in US History; and (3) Hurricane Wilma - the most intense Hurricane in Atlantic history. Each module offers a unique perspective into the broad spectrum of unprecedented features of the season. Through IDV, the "2005 Atlantic Tropical Cyclone Season" module illustrates which climatological processes were present to force the unusually active and violent season. The Hurricane Katrina module will show what factors contributed to the vast magnitude of societal impacts and resultant catastrophe on the Gulf Coast. The final module of Hurricane Wilma utilizes the predominant, and relevant, meteorological and oceanographic features to illustrate the formation of the most intense hurricane on record. IDV is a unique program that allows students to gain a three-dimensional perspective of the atmosphere, and thus processes, with the ability to probe the data and take cross sections. Data access via THREDDS (Thematic Realtime Environmental Distributed Data Services) catalogs, OPeNDAP (Open-source Project for a Network Data Access Protocol) and ADDE (Application Development for the Distributed Enterprise) servers provide data in IDV supported formats, to allow for a variety of disparate data sets to be incorporated into one view using the IDV client. The students are able to use this interchangeable variety of data set overlays to illustrate atmospheric processes of interest. The use of multi-media COMET (Co-operative Program for Operational Meteorology, Education, and Training) modules enhances the educational aspect of these case studies and make for a richer learning experience. These module capabilities enable educators to reach a wide range of students with the unprecedented "2005 Atlantic Tropical Cyclone Season", Hurricane Katrina, and Hurricane Wilma modules.
http://www.unidata.ucar.edu/committees/polcom/2007spring/reports/AMSRelVort.ppt
The "2005 Atlantic Tropical Cyclone Season" module offers a climatic perspective on the extremely active season by using IDV overlays of certain climatological parameters and synoptic features. With this module, the student has an opportunity to explore, and determine, the amount of forcing exerted by the anomalous environment on the frequency and severity of Atlantic tropical cyclones in 2005. When used as an educational tool, the "2005 Atlantic Tropical Cyclone Season" module will lead to a better understanding of the climate forcing mechanisms present in that unprecedented season, especially the Atlantic Multi-Decadal Oscillation. The student can then apply the knowledge gained while navigating this module to current tropical systems. The "2005 Atlantic Tropical Cyclone Season" enables the student to understand and recognize climate patterns (similar to those present in 2005), and their implications in tropical cyclogenesis and maintenance.
http://meted.ucar.edu/hurrican/lobjects/
Six (6) other modules are being developed for this project, they are:
UNC-Charlotte is providing a class on hurricane Katrina. This class is being "team taught" and will incorporate both the meteorological aspects of the event and the human and societal impacts. This will be taught using the IDV and some of the COMET modules and incorporate GIS data from the event.