New Mexico

Filter Total Items: 85
Date published: July 2, 2018
Status: Active

Estimating Evaporative Losses Incurred by Conveyance of City of Albuquerque San Juan-Chama Water: Jemez to Albuquerque

The City of Albuquerque is in the process of implementing the Drinking Water Project, which is part of the Albuquerque Water Resources Management Strategy. As part of this strategy, the City will begin accepting delivery of imported San Juan-Chama water to supplement present municipal water supplies. The City of Albuquerque’s annual allotment of imported San Juan-Chama water is 48,200 acre-...

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Date published: June 28, 2018
Status: Active

Urban Storm-Water Program in the Albuquerque Metropolitan Area

As part of the surface-water drainage system of the Albuquerque metropolitan area, numerous ephemeral channels collect and transport surface water through the urban area and, eventually, into the Rio Grande.

Date published: June 25, 2018
Status: Active

Debris flows and Floods from Extreme Precipitation in September 2013, Gila National Forest, NM

A record-breaking rainstorm in Glenwood, New Mexico and the surrounding areas occurred in September, 2013 leading to widespread and destructive flooding and debris flows, including watersheds burned the previous year by the Whitewater-Baldy Complex wildfire. In the area of the Whitewater-Baldy burn scar, a highway was overtopped by flash flooding on Whitewater Creek. Many side canyon...

Contacts: Anne C Tillery
Date published: June 25, 2018
Status: Active

Prewildfire Assessments of Postwildfire Debris-Flow Hazards

Debris flows are high-density slurries of water, rock fragments, soil, and mud that can have enormous destructive power. Wildfire can drastically increase the probability of debris flows in landscapes that have otherwise been stable. In 2010, the USGS developed the Cannon model to estimate postwildfire debris-flow probabilities and volumes in burned areas. In 2013, with the help of U.S. Forest...

Contacts: Anne C Tillery
Date published: June 25, 2018
Status: Active

Potentiometric Surfaces and Groundwater-Level Changes

In the past, groundwater pumped from the Santa Fe Group aquifer system was the principal source of water for the Albuquerque metropolitan area of central New Mexico. The large quantity of groundwater pumping relative to recharge resulted in substantial drawdown in the aquifer system. In 2008 the Albuquerque Bernalillo County Water Utility Authority began diverting water from the San Juan-Chama...

Date published: June 25, 2018
Status: Active

Changes in Watershed Hydrologic Response Time with Post-wildfire Changes in Vegetation and Surface Fuels Along a Severely-burned, High-desert Canyon, Bandelier National Monument, NM

Flash flooding can be a destructive and life-threatening response of watersheds to intense rainfall events, particularly in sparsely­ vegetated, or burned watersheds. Studies have been conducted to estimate the magnitude of hydrologic responses of burned watersheds to rainfall events, however the time that it takes a flood to travel through a burned watershed and reach a critical or populated...

Contacts: Anne C Tillery
Date published: June 25, 2018
Status: Active

Bandelier National Monument Postwildfire Flood Support

In the summer of 2011, the Las Conchas Fire burned 156,593 acres in the Jemez Mountains in northern NM including the upper watersheds of Frijoles and Capulin Canyons in Bandelier National Monument. The drastic removal of vegetation in the upper watersheds of these popular tourist destinations left them susceptible to dangerous and record breaking floods. As long as the threat of large post-...

Contacts: Anne C Tillery
Date published: June 25, 2018
Status: Active

Postwildfire Debris-Flow Hazards

Wildfire is a natural process in forest ecosystems, and occurs with varying frequencies and severities depending on landscape characteristics, climatic conditions, and the historical fire regime. Although attention often is focused on the potential damages from wildfire in the wildland-urban interface, wildfire also presents a threat to critical infrastructure including flood water conveyances...

Contacts: Anne C Tillery
Date published: June 25, 2018
Status: Completed

Eagle Creek Basin Water Budget and Effects of Groundwater Pumping on Streamflow in North Fork Eagle Creek, Lincoln County, New Mexico

North Fork Eagle Creek is located in the Sacramento Mountains of south-central New Mexico. Urban and resort development have placed increasing demands on surface- and ground-water resources of the area. The Village of Ruidoso obtains 60 to 70 percent of its water supply from the Eagle Creek basin, including 4 wells (the North Fork wells) on U.S. Department of Agriculture, Forest Service land....

Date published: June 25, 2018
Status: Completed

New Mexico Water Science Center: Rainfall-Runoff Modeling of the Albuquerque Basin

The New Mexico Water Science Center (NMWSC) performed preliminary development of a rainfall-runoff model of the Albuquerque Basin. The purpose of numerical modeling was to quantify the volumes of storm water delivered to the Rio Grande, presumed to be in excess of runoff volumes delivered prior to urbanization and development.  As part of the modeling effort, the variety of spatial scales of...

Contacts: Anne M Stewart
Date published: June 24, 2018
Status: Active

Hydrologic Studies in the East Mountain Area of Bernalillo County, NM

Recent expansion of suburban development and population growth in the Sandia Mountains of eastern Bernalillo County, NM (East Mountain Area, EMA), has led to increased residential and commercial construction and increased demands on available water resources. Information about the spatial and temporal variability of water resources is needed for continued population and economic growth....

Date published: June 23, 2018
Status: Active

NMWSC Groundwater Data Program

Historic and current groundwater data may be used to help guide water management in New Mexico. Groundwater levels measured by the USGS provide the public, State, and Federal agencies, and cooperators with reliable and impartial information.