See It, Shoot It, Send It

KRXI FOX 11 Reno - Search Results

The following is an archived video story. The text content of that video story is available below for reference. The original video has been deleted and is no longer available.

Fire cameras activated, nearshore work continues at Lake Tahoe

RENO, Nev. -- New high definition fire cameras are scanning the mountains and shoreline, while UNR researchers are discovering new animal species at the bottom of Lake Tahoe and working with  to document the dramatic decline of other bottom dwelling species and nearshore water quality.

As the annual Lake Tahoe Summit brings attention to the state of the lakes environment, researchers say there has been significant progress on protecting the pristine lake, though there is much work to be done, according to a UNR, DRI press release.

The fire cameras, and especially the internet backbone and network that supports it, are a valuable tool for fire officials and Tahoe researchers who are studying the lakes environment, Graham Kent, director of the University of Nevada, Renos Nevada Seismological Laboratory, said.

The four mountaintop observatories at Lake Tahoe host remote sensing equipment that transmit seismic, environmental and climate data through the Nevada Seismological Laboratorys statewide seismic network. The first 360-degree camera installed on the system tracked the Bison fire last year, and three others now scan the basin and surrounding forests for wildfires.

Kent and fellow Tahoe researchers spoke with members of the media on the shores of Tahoe Monday about the latest projects, including the four cameras and six earthquake-recording seismographs that now ring the rim of the lake.

His colleague from the Universitys College of Science, limnologist Sudeep Chandra, spoke about invasive species, the critical need to study the lakes nearshore environment and his collaborative work on developing and testing a new filtration system for boats to keep invasive species such as Quagga mussels and clams out of the famous 6,200-foot elevation lake.

We documented a 90 percent decline in small species that live in the sand at the bottom of the lake stoneflies, worms and bottom shrimp that are important to the lakes food chain, supporting native fish, he said.

At the same time, there is hope as one of our researchers, Jeff Baguley, has discovered large populations of several new species of even smaller invertebrates that live only in Lake Tahoe.

Baguley is the first to investigate the meiofauna (microscopic critters that live in the sand at the bottom of the lake) community in Lake Tahoe. His research group has discovered several new species of harpacticoid copepods, small shrimp-like crustaceans, that exist only at Lake Tahoe and are essential to the food chain. These meiofauna can help researchers better understand effects of invasive species, changes in near shore ecosystems, effects of climate change and impacts of pollution on Lake Tahoe.

The new discoveries are in the nearshore zone of the lake -- an important focus for the Nevada scientists looking to better understand the fragile and perhaps most human-impacted area.

Alan Heyvaert, an associate research professor and director of the Center for Watersheds and Environmental Sustainability at the Desert Research Institute, leads a group of researchers studying the highly visible nearshore zone. Heyvaert is coordinating the effort of scientists and resource management agencies to develop an effective monitoring framework that will track progress and inform management decisions on the nearshore, where changes have become increasingly evident and stakeholders are interested in addressing the environmental, social and economic impacts.

Were losing clarity in the nearshore from stormwater runoff, and temperatures are rising as well, all contributing to the growth of invasive species, Heyvaert said. This is perhaps the highest risk area of the lake, and our studies will help inform the best policy decisions to protect this region where most visitors and residents interact directly with the lake.