Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Ash Meadows National Wildlife Refuge (1)
- Athel tamarisk (1)
- California – Joshua Tree National Park (1)
- College of Sciences (1)
- Death Valley Flow System (1)
-
- Fountain Grass (1)
- Genetic analysis (1)
- Grants (1)
- Groundwater (1)
- Invasive plants (1)
- Invasive plants – Control (1)
- Lake Mead (1)
- Las Vegas Wash (1)
- Microbial communities (1)
- Nevada (1)
- Non-point pollution sources (1)
- Pennisetum setaceum (1)
- Poster sessions (1)
- Research projects (1)
- Sewage treatment plants (1)
- Tamarisks – Control (1)
- Tamarix aphylla (1)
- Tamarix ramosissima (1)
- Undergraduate research (1)
- United States – Lake Mead National Recreation Area (1)
- United States – Lake Mohave (1)
- United States – Mojave Desert (1)
- Urban run-off (1)
- Water Quality (1)
- Water pollution (1)
Articles 1 - 5 of 5
Full-Text Articles in Life Sciences
Point And Nonpoint Source Analysis Of Nutrients, Metals, And Pathogens In The Sediment And Water Column In Las Vegas Wash, Christine Simmons, Kumud Acharya
Point And Nonpoint Source Analysis Of Nutrients, Metals, And Pathogens In The Sediment And Water Column In Las Vegas Wash, Christine Simmons, Kumud Acharya
Undergraduate Research Opportunities Program (UROP)
Formerly an ephemeral watercourse, Las Vegas Wash is now a perennial system due to urban runoff and wastewater treatment plant (WWP) effluent. Las Vegas Wash flows into Lake Mead, where the discharge point is only a few miles upstream of Las Vegas’ main water intake. This small water cycle establishes the necessity to evaluate water quality especially due to non point sources pollution, wherein my research lies. Several points along Las Vegas Wash upstream and downstream of WWP have been chosen to represent different landuse types such as commercial, residential, wastewater treatment plants, etc. At each location, parameters including arsenic, …
Baseline Microbial Characterizations Of An Imperiled Aquatic Diversity Hotspot: Ash Meadows National Wildlife Refuge, Jessica Newburn, Jim Bruckner, Jenny C. Fisher, Duane P. Moser
Baseline Microbial Characterizations Of An Imperiled Aquatic Diversity Hotspot: Ash Meadows National Wildlife Refuge, Jessica Newburn, Jim Bruckner, Jenny C. Fisher, Duane P. Moser
Undergraduate Research Opportunities Program (UROP)
Located in the discharge zone of the Death Valley Flow System, Ash Meadows National Wildlife Refuge is a spring-fed desert oasis and biodiversity hotspot about 90 miles northwest of Las Vegas. These critical wetlands are potentially threatened by groundwater pumping, exotic species invasions, and climate change. Although a major component of the lower food web, very little is known about the microbial makeup of this ecosystem. As a first step towards understanding the microbial and biogeochemical aspects of this system, a detailed molecular-based characterization of microbial communities, baseline chemistry, and physical characteristics of various springs of Ash Meadows will be …
Undergraduate Research Opportunities Program, University Of Nevada Las Vegas, College Of Sciences
Undergraduate Research Opportunities Program, University Of Nevada Las Vegas, College Of Sciences
Undergraduate Research Opportunities Program (UROP)
No abstract provided.
Keeping Fountain Grass Out Of The Mojave Desert, Curt Deuser
Keeping Fountain Grass Out Of The Mojave Desert, Curt Deuser
Lake Mead Science Symposium
Fountain Grass (Pennisetum setaceum) is an escaped ornamental perennial bunchgrass from Africa that has invaded parts of Hawaii and the Sonoran Desert. It is adapted to fire and increases hazardous fuels causing wildfires in areas that may not have historically occurred. It was detected in the late 1990’s within the Mojave Desert at Joshua Tree NP and along the Colorado River corridor on the shores of Lake Mohave. The extent of these populations was limited and a rapid response was necessary to keep it from spreading out of control. If no action is taken then fountain grass would spread by …
Athel (Tamarix Aphylla) And Athel Hybrid (Tamarix Aphyllax Tamarix Ramosissima)Establishment And Control At Lake Mead National Recreation Area, Carrie Norman, Curt Deuser, Joshua Hoines
Athel (Tamarix Aphylla) And Athel Hybrid (Tamarix Aphyllax Tamarix Ramosissima)Establishment And Control At Lake Mead National Recreation Area, Carrie Norman, Curt Deuser, Joshua Hoines
Lake Mead Science Symposium
Athel is a large evergreen ornamental tree that has been planted throughout the Southwest since the 1950’s. Athel was considered benign because it was thought to produce non-viable seed unlike its invasive relative, tamarisk. However, athel began establishing in the wild from seed on Lake Mead in 1983. Lake Mead NRA has been actively controlling athel since November 2004 along the high water mark of Lake Mead shoreline (439 miles) to prevent it from spreading throughout the Colorado River Drainage. The NPS contracts Nevada Conservation Corp crews and the Lake Mead Exotic Plant Management Team to implement the control efforts …