Rural Water

Products for Rural Water Automated Monitoring and Control

Case Study »  Idaho: Portneuf River Basin

Project Summary

Application Type:
Monitoring water quality

Location:
Idaho

Products Used:
VDVSE  VDVPRO 

Contributors:
Vista Engineering

Contracting Agencies:
Idaho State University, City of Pocatello, State of Idaho, Portneuf Soil and Water Conservation District, Shoshone-Bannock Tribe, Three Rivers RC&D Council, U.S. Environmental Protection Agency

Measured Parameters:
temperature, specific conductivity, disolved oxygen, ph, turbidity

Controlled Equipment:
Seven measuring stations with water flow and water quality measurement sensors

The monitoring program for the Portneuf River Basin enables stakeholders to assess and document the influence of natural and human-caused factors on water quality. The program is a cooperative effort of private industry, educational institutions, scientists, and government agencies at numerous levels:

  • Center for Ecological Research, Idaho State University

  • City of Pocatello

  • Idaho Department of Agriculture

  • Idaho Department of Environmental Quality

  • Idaho Department of Fish and Game

  • Portneuf Soil and Water Conservation District

  • Shoshone-Bannock Tribe

  • Three Rivers RC&D Council, Inc.

  • U.S. Environmental Protection Agency


James T. Brock of Rapid Creek Research, the implementing contractor, said, “We have been very impressed with the functionality of the VDV software. I have no doubt that the Vista product range should be able to address most of the needs of our customer.

Data from seven measuring stations is stored in the Portneuf River Basin VDV database system. Data originate from Campbell Scientific data loggers.

The Portneuf River Basin program runs Vista Data Vision applications for their logged data, data base storage, displaying data to the web for its users, and for reporting.


Sites with Additional Information

Portneuf River Basin




Additional Photos

 
Outstanding overview: here, data from 4 stations displays in a single graph. Three- month trend graph of the stage level along the river.
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