Show Navigation
Stock - Sustainability
Cart Lightbox Client Area
Prev 11 of 43 Next

20220411 Lake Pleasant Algae Study

Download

20220411 - Lake Pleasant Algae Study - Peoria

Image fully released. Model release on file in Media Relations & Strategic Communications.

Biological design doctoral student Dorsa Daeizadeh, left, assists environmental and resource management graduate student Evan Taylor with attaching a mounting bracket to a solar panel, Monday, April 11, 2022, at Lake Pleasant. Fellow biological design doctoral student Duane Barbano, rear, finishes mounting the battery and telecommunications equipment to the tower railing. The solar panel will be attached next to the other apparatus. The crew, led by Assistant Professor Taylor Weiss, is installing both a floating and a fixed probe network from a secure pumping station at the CAP-fed reservoir. The probes, which range throughout the 160-foot lake depth, measure the biochemical activity of the environment, especially in response to nutrients as they flow. For example, the data will show when there are algae blooms which will allow the CAP to adjust the Valley’s delivery operations system. Photo by Charlie Leight/ASU News

Filename
20220411 Lake Pleasant Algea Study 621.jpg
Copyright
All Rights Reserved - Arizona Board of Regents owns exclusive, perpetual, unlimited, non-transferable worldwide rights in all print and digital media to this image.
Image Size
7769x5182 / 35.5MB
20220411 - Lake Pleasant Algae Study - Peoria<br /> <br /> Image fully released. Model release on file in Media Relations & Strategic Communications.<br /> <br /> Biological design doctoral student Dorsa Daeizadeh, left, assists environmental and resource management graduate student Evan Taylor with attaching a mounting bracket to a solar panel, Monday, April 11, 2022, at Lake Pleasant. Fellow biological design doctoral student Duane Barbano, rear, finishes mounting the battery and telecommunications equipment to the tower railing. The solar panel will be attached next to the other apparatus. The crew, led by Assistant Professor Taylor Weiss, is installing both a floating and a fixed probe network from a secure pumping station at the CAP-fed reservoir. The probes, which range throughout the 160-foot lake depth, measure the biochemical activity of the environment, especially in response to nutrients as they flow. For example, the data will show when there are algae blooms which will allow the CAP to adjust the Valley’s delivery operations system. Photo by Charlie Leight/ASU News