Joy of inquiry teaching and learnng Inquiry Page main banner Inquiry Page site map and search Inquiry Page help Inquiry Page feedback form Inquiry Page site map and feedback form
Join in Inquiry Page Log in as Inquiry Page MemberInquiry Page banner for join and login

HOME
Inquiry
Inquiry Units
Inquiry Action
Events External link
Dialogue External link
Evaluation
llabs ver.3 External link
Other Resources
About Us


QUOTE OF THE DAY
It is ironic that obsession with perfectionism in education will stifle learning through the abhorrence of mistakes,[...]
[Tom Lauer]

biology student workbenchbugscopechickscopedialogue in methods of educationdistributed knowledge research collaborativemathematics, science, and technology education
national biology digital libraryplants, pathogens, and peopleprairieriverwebwater collaboratorybecome IP partner

The RiverWebSM Program

Initiated by NCSA, RiverWeb leverages modeling, simulation, visualization and web technologies to prototype digital resources that promote inquiry among diverse audiences about river basin processes. Its mission: to promote citizen participation in watershed management and policy; and bridge environmental research with education, formal with informal learning, and government with citizenry.

Central to RiverWeb is construction of Digital River Basins (DRB), exploratoria in which vivid, dynamic, digital representations of river systems and processes can be investigated through novel display and interaction environments, accessible from museums, classrooms and the web.

riverweb water quality simulator map

Educators and cognitive researchers at Maryland Virtual High School, University of Maryland, and NCSA, are prototyping web-based simulations (WebSims) and evaluating their potential to enhance the science curriculum at the 8-12th grades.

riverweb water quality simulator graph

Developed in partnership with NCSA as an initial prototype WebSim, the RiverWeb Water Quality Simulator (WQS) enables learners to investigate how land use and precipitation affects water quality within an archetypal watershed. An interactive tour introduces key operations and scientific concepts, and a digital notebook allows students to record observations and articulate hypotheses and explanations, and teachers to structure, scaffold, and assess student activities.

Mississippi RiverWebSM Museum Consortium Mississippi RiverWebSM Museum Consortium
Mississippi RiverWebSM Museum Consortium
Mississippi RiverWebSM Museum Consortium

Through a major, three year grant from the National Science Foundation, NCSA and three Midwest museums are developing museum-based DRB's in which individuals or groups can visualize physical, biologic and cultural facets of the river and its floodplain. Large, horizontal displays linked to consoles will provide distinct views into digital stretches of river and floodplain, as well as virtual tools to navigate on or under the surface or across the landscape, and sample flow, depth, turbidity, sediment, and species abundances. An accompanying web site will support Internet access to selected DRB simulations and data resources, as well as other exploratory or learning activities. Consortium DRB products currently are under intensive development, and are expected to go "online" by next summer (2002).

RiverWebSM American Bottom Landing Site

NCSA, together with the Illinois State Museum and the University of Illinois History Department, has completed a prototype web-based learning resource and CD-ROM on the history and archeology of the American Bottom floodplain in the vicinity of East St. Louis. This online "landing site" is being used in undergraduate courses at the University of Illinois and Penn State. The content level is also appropriate for use in in the high school curriculum.

Questions or comments? Contact us External link
Copyright 1998-2008, Inquiry Page Version 1.35