dri general overview - what we do
TRANSCRIPT
Legislative Mandate* for DRI
• Foster and conduct fundamental scientific,
economic, social or educational investigations and
applied research for industry, governmental or
private agencies or individuals.
• Encourage and foster a desire in students and
faculty to conduct research.
• Discover and develop talent for conducting
research.
• Acquire and disseminate knowledge related to the
projects undertaken.
• And to promote all research within the system
generally.
“To contribute more effectively to the security of the nation and to promote the general welfare of the State
of Nevada and its citizens through the development of educational and scientific research, the Board of
Regents may establish… the Desert Research Institute.”
The primary purposes of the Institute are to:
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*(1959) NRS 396.795, 396.7951
Entrepreneurial Culture and World Class Facilities
• ~551 employees (331 FTE) with ~157 research faculty
• ~56 employees (10%) receive state salary support (administrative in nature)
• Non-tenure / soft-money structure:
• Faculty are not tenured and generate their own salaries
(no state-funded positions)
• Faculty bring ~$40M into Nevada’s economy
• Direct return on state-funded investment is $4.5-to-$1
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• Over 60 specialized labs & research facilities.
• DRI invests ~ $1.6M annually in non-state
dollars for support of UNR and UNLV
graduate students.
• DRI maintains primary campuses in Reno and
Las Vegas and two satellite research facilities in
Boulder City and Steamboat Springs, Colorado
Research Structure3
The range of DRI’s research extends
from the ice of Antarctica to the
impoverished countryside of Africa, but
some of the most significant work by
DRI scientists takes place in Nevada.
From the deserts of the Great Basin and
mountain watersheds in the Sierra, to the
atmosphere of the Las Vegas Valley, the
rivers and streams serving agriculture and
human consumption across the state,
historical sites and the forests and shrub
lands of the state’s diverse ecosystems.
Air
Land & Life
Water
Nevada National Security Site (NNSS)
DRI provides environmental characterization, restoration, and
monitoring expertise, cultural resources evaluations, and
support of nationally important missions of the U.S. Department
of Energy, National Nuclear Security Administration, and has
done so for more than 40 years.
Scope of scientific support on the Nevada National Security
Site, formerly the Nevada Test Site, includes: • Prehistoric and historic archaeology, Cold War archaeology,
historic building evaluations and documentation
• Environmental characterization and evaluation of contaminated
soil sites and processes such as fire that may affect them
• Groundwater investigations and computer modeling for water
supply and contamination issues
• Environmental monitoring in surrounding communities
• Stockpile stewardship and nonproliferation
Measuring runoff at a soil siteImpact:
Supporting DOE in protection of health and
environment of Nevada, while also contributing
to success of ongoing missions.
Location: Southern Nevada Primary Funding: Federal
DRI archaeologists examine the
tunnel where the world’s first
contained underground nuclear
test took place in 1957.
DRI model for groundwater flow under
an underground nuclear test area
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Community Environmental Monitoring Program
DRI’s work began as nuclear testing moved underground, with
DRI providing a strong geology and groundwater focus aimed at
characterizing subsurface environments that would contain
nuclear blasts.
• DRI conducted some of the earliest assessments of radionuclide
contaminant migration and helped establish monitoring programs.
• The community monitoring program, founded in 1981, is a network of
29 monitoring stations in communities surrounding and downwind of
the National Security Site, formerly the Nevada Test Site.
• Sites include a full suite of weather instrumentation in addition
to radiation monitoring sensors, state-of-the-art electronic data
collectors, and communications hardware enabling updates to a
publicly accessible web page every ten minutes.
• Providing real-time data for ranchers, farmers and the public.
Impact:
DRI monitoring stations have never detected any
downwind radiation from the NNSS.
CEMP public outreach activities help facilitate
ongoing education about the NNSS and monitoring.
Location: Southern Nevada Primary Funding: Federal
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Project Shoal Area Research
Impact:Provided DOE with advanced groundwater models to
determine rate of radionuclide migration away from the
nuclear test.
Research continues with DOE to develop effective
monitoring and stewardship approaches.
DRI was tasked by the U.S. Department of
Energy (DOE) to characterize the subsurface
hydrogeologic environment of the Project Shoal
area, and to construct a groundwater flow and
transport model. DRI continues to support long-
term monitoring and stewardship of the site.
• The Project Shoal area (PSA) is located about 50
km southeast of Fallon, Nevada. The Shoal test
consisted of a 12-kiloton-yield nuclear detonation
which occurred on October 26, 1963.
Location: Central Nevada Primary Funding: Federal
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Protecting Lake Mead from Quagga Mussels
In January of 2007, Quagga mussels were discovered in
Lake Mead, the first time west of the 100th meridian.
Dr. Kumud Acharya studies the lifecycle and establishment
of the Quagga Mussel at DRI’s Southern Nevada Science
Center in Las Vegas.
• DRI is fostering development of local expertise, critical
to addressing this serious ecological and economic
problem.
• Researchers are evaluating how pH alteration, UV
metering, and Chloramines inhibit Quagga Mussel
growth rates and reproduction.
• DRI assist with efforts to educate the public and try to
limit the negative impacts of the Lake Mead invasion.
Impact:
DRI research on Quagga lifecycles and growth is helping reduce
their impact on the Colorado River Aqueduct and Lake Mead.
Initial findings on Quagga survival rates in low calcium waters
are supporting efforts to keep the species out of Lake Tahoe.
Location: Southern Nevada Primary Funding: Federal
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Monitoring Lake Tahoe’s Nearshore Zone
Recently, changes in Lake Tahoe’s Nearshore Zone have become
increasingly evident and stakeholders are interested in addressing
the environmental, social and economic impacts.
Dr. Alan Heyvaert, an associate research professor and director of
the Center for Watersheds and Environmental Sustainability at DRI,
is coordinating the effort of scientists and resource management
agencies to develop an effective monitoring framework that will track
progress and inform management decisions.
DRI research in the Lake Tahoe basin has included everything from
monitoring Tahoe’s air quality and assessing the basin’s increased ozone
levels to tracing the impact of stormwater runoff on nearshore water
quality. DRI scientists have provided critical support to the TRPA’s
Environmental Improvement Projects, BMP evaluation and Regional
Stormwater Monitoring Program
Impact:
For more than 30 years DRI scientists have helped guide
preservation and restoration efforts in the Lake Tahoe basin.
Currently leading Nearshore Zone monitoring efforts to assess
water quality, impact of invasive species and climate change.
Location: Northern Nevada Primary Funding: Federal (SNPLMA Round 10)
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Truckee River Monitoring Program
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Development and implementation of an
integrated water quality monitoring
program for the Truckee River
• For the past 30 years, DRI has been
collecting monthly water samples in the
Truckee River, from Lake Tahoe to
Pyramid Lake. Samples are collected
along the entire reach, from Tahoe City,
California to Nixon, Nevada.
• Data reported to NDEP's Bureau of
Water Quality Planning
Impact:
Providing agency water managers with
accurate, 30-year dataset of water
quality changes in the Truckee River
System from Tahoe to Pyramid Lake.
Location: Northern Nevada Primary Funding: Federal, Local, (State supported ended in 2012)
Walker Lake Basin Project
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DRI, in partnership with University of
Nevada, Reno, assembled the necessary
environmental, agricultural and economic
expertise to meet the challenge of analyzing
and describing the physical, ecological and
economic environments of the entire basin.
DRI provided scientific expertise and support
to the NFWF and BLM in implementing the
Walker Basin Restoration Program.
Impact:
Development of a Water Rights GIS database and
Watershed Decision Support Tool to determine how
best to deliver water to the lake while sustaining the
basin’s economy and ecosystem.
Supporting NFWF’s strategy for water rights options.
DRI research areas:
• Geomorphic and hydrologic
studies of the basin’s water system
• Remote sensing and GIS
• Microbial Ecology and
Biochemistry
• Human impact and invasive
species establishment
• Alternative agriculture
• Plant, soil and water interactions
Location: Northern Nevada Primary Funding: Federal
Mapping Agricultural Water Consumption
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METRIC Program
Map of northern Mason Valley, NV showing irrigated fields (polygons)
“This will help create much needed jobs throughout the
state and allow for opportunities to partner with the
state’s universities along with national and international
agencies to develop technological advances that will
keep Nevada on the forefront of scientific innovation,”
- Governor Brain Sandoval
Impact:Solving critical water issues and mapping agricultural
consumptive water use across the state.
Making it economically feasible for water resource
monitoring of vegetation and groundwater use over
large areas of Nevada in real-time.
Location: Northern and Southern Nevada Primary Funding: Federal, Private
DRI hydrologists are using Google Earth Engine and
Google cloud computing resources to analyze Landsat
Satellite imagery and climate data to better understand
the long-term variability of water use by vegetation and
agriculture throughout Nevada; and to monitor and
forecast drought conditions across the state.
Cloud Seeding Program
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Drought conditions in 1977 prompted
then- Nevada Governor Mike
O’Callaghan to authorize the first
Emergency Cloud Seeding Project, with
DRI at the helm.
• This emergency measure evolved into
the State of Nevada Cloud Seeding
Project, which seeds clouds nearly
every winter in northern Nevada
watersheds to increase spring runoff.
Impact:
Augmented snow water has averaged
64,000 acre-feet during the last 15 years.
That’s enough to supply 140,000
households with water annually.
Supporting cloud-seeding operations
throughout the Colorado River System.
Location: Northern and Southern Nevada Primary Funding: Local, Private, (State funding ended in 2008)
Examples of other research benefiting Nevada Public Lands
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• Traced selenium toxins in Clark County wetlands adjacent to Vegas wash
• Baseline Data Collection for the McCarren Ranch Restoration
• Characterization of Periphyton and Macronutrients in the South Fork of the Humboldt
River and Limnological Assessment of the South Fork Reservoir, NV
• NDEP Analytical Support and the Development of Indices of Biological Integrity for
Algal Populations in the Lower Truckee River, Nevada
• Visibility and Air Pollution characterization in the Las Vegas Valley
• Erosion control monitoring for the Dept. of Transportation
• Finalizing a Nevada Wetland Program Plan (WWP) and Assessing Biotic Integrity of
the State's Priority Wetlands: Isolated Great Basin and Mojave Desert Springs
• Watershed-Based Plan for the Pyramid Lake Paiute Tribe
• DRI strives to be a global leader in providing science, technology
and innovation to sustain Earth’s environment and to improve
people lives throughout Nevada and around the world.
• Our faculty, students and staff provide a profound economic impact
to Nevada, by leveraging ~ $5 for every state dollar invested.
• DRI has long been, and continues to be, the “Go To” non-profit entity
to support fundamental scientific, economic, social or educational
investigations and applied research throughout Nevada.
• How can we help you?
Thank You