Making the smart connection: new sensor real-time technologies and ecosystem models to understand nearshore greening in Lake Tahoe
Project Number
04.01.01.0164
Action Priority
Conduct Applied Scientific Research
Implementers
University of Nevada, Reno
Primary Contact
Joanna Blaszczak (jblaszczak@unr.edu)
Stage
Implementation
Duration
2021 - 2025
Science Program
Conduct Applied Scientific Research
Lake Tahoe’s nearshore water quality including algal growth is intimately tied to the internal dynamics within the lake (e.g. mixing and grazing by animals) and the supply of nutrients from the streams and groundwater entering the lake from the watershed. Our goals are to understand the linkage between the watershed and streams to the nearshore algal growth in Lake Tahoe. We will evaluate these linkages and monitor the water quality of the nearshore habitat by placing water quality sensors measuring temperature and oxygen at the outfalls of streams flowing into Lake Tahoe.
Key Accomplishments
Accomplishments to be provided upon completion of project
Threshold Categories
Water Quality
UNR graduate student Kelly Loria deploying a dissolved oxygen sensor on a subsurface buoy in Glenbrook Bay
Location
Expenditures
Expenditures by Funding Source to Date: $131,231 (Estimated Cost: $132,000)
Lake Tahoe License Plate Prog... (NDSL): $81,231
National Science Foundation (NSF): $50,000
Photos
During
UNR graduate student Kelly Loria deploying a dissolved oxygen sensor on a subsurface buoy at the outlet of Blackwood Creek