Data Releases
The data collected and the techniques used by USGS scientists should conform to or reference national and international standards and protocols if they exist and when they are relevant and appropriate. For datasets of a given type, and if national or international metadata standards exist, the data are indexed with metadata that facilitates access and integration.
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Measurements of specific conductance at selected locations along the Maurice and Cohansey Rivers in New Jersey from 2021-24 Measurements of specific conductance at selected locations along the Maurice and Cohansey Rivers in New Jersey from 2021-24
This data release contains recorded longitudinal survey and water-quality data taken on the Maurice and Cohansey Rivers from October 2021 through April 2024. Data were collected with a multi-parameter sonde and includes specific conductance, water temperature, latitude, longitude, and date and time of sample collection. Additional data were collected with the sonde data including...
Supporting data for 2022-2023 groundwater budget for the Mountain Home area, southern Idaho Supporting data for 2022-2023 groundwater budget for the Mountain Home area, southern Idaho
In the arid Mountain Home region, groundwater serves as the primary water source for agriculture, municipalities, industry, and other users, making its long-term availability a growing concern amid observed declines in aquifer levels . The U.S. Geological Survey, in cooperation with the Idaho Department of Water Resources, developed a water budget for the 2023 irrigation year (November...
Water temperature, air temperature, sensor depth, and select flow and temperature metrics—Data from water year 2022 for the Stormwater Action Monitoring Puget Small Streams Project Water temperature, air temperature, sensor depth, and select flow and temperature metrics—Data from water year 2022 for the Stormwater Action Monitoring Puget Small Streams Project
These data were collected as part of the Stormwater Action Monitoring (SAM) program's Puget Small Streams (PSS) status and trends program. The data presented here were collected from 20 sites during water year 2022 for water temperature, air temperature, and sensor depth. Sensor depth was used as a surrogate for water depth and represents the arbitrary depth of water above the sensor...
Passive and Active Seismic Data Collected Near Beaver Pond Locations in Storrs, CT; Willington, CT; and Gunnison County, CO in 2025 Passive and Active Seismic Data Collected Near Beaver Pond Locations in Storrs, CT; Willington, CT; and Gunnison County, CO in 2025
This data release documents seismic data collected immediately adjacent to beaver ponds and in their surrounding floodplain environments using active and passive seismic measurements at three sites. These sites are located in the University of Connecticut (UConn) Forest in Storrs, Connecticut; Fenton-Ruby Park in Willington, Connecticut; and in Gunnison County, Colorado. Horizontal-to...
Water temperature, air temperature, sensor depth, and select flow and temperature metrics—Data from water year 2021 for the Stormwater Action Monitoring Puget Small Streams Project Water temperature, air temperature, sensor depth, and select flow and temperature metrics—Data from water year 2021 for the Stormwater Action Monitoring Puget Small Streams Project
These data were collected as part of the Stormwater Action Monitoring (SAM) program's Puget Small Streams (PSS) status and trends program. The data presented here were collected from 22 sites during water year 2021 for water temperature, air temperature, and sensor depth. Sensor depth was used as a surrogate for water depth and represents the arbitrary depth of water above the sensor...
Whole-rock chemistry and radiocarbon ages for tephras and lavas used to establish the eruption history over the past 15 kyr at Laguna del Maule volcanic field along the Chilean-Argentine border Whole-rock chemistry and radiocarbon ages for tephras and lavas used to establish the eruption history over the past 15 kyr at Laguna del Maule volcanic field along the Chilean-Argentine border
The Laguna del Maule (LdM) volcanic field as mapped by Hildreth and others (2010) includes 36 postglacial rhyolite and rhyodacite coulees and domes that erupted from 24 separate vents that encircle the 54-km2 lake basin. Although recognizing that such effusive events commonly have accompanying explosive phases, pursuing downwind tephra studies into Argentina was not done then and the...