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About 10,000 papers for “Streamflow”

Streamflow

United States. Environmental Protection Agency. · University of North Texas Digital Library (University of North Texas) · 2016

"This indicator describes trends in the amount of water carried by streams across the United States, as well as the timing of runoff associated with snowmelt."

Cited by 0Open access

Streamflow

Environmental Protection Agency · University of North Texas Digital Library (University of North Texas) · 2016

"This indicator describes trends in the amount of water carried by streams across the United States, as well as the timing of runoff associated with snowmelt."

Cited by 0Open access

Streamflow

A.I. McKerchar · Elsevier eBooks · 2003

Cited by 5

STREAMFLOW

John A. Matthews · Encyclopedia of Environmental Change · 2014

Cited by 0

Streamflow

Ibrahim N Mohammed, John Bolten, Nicholas J. Souter et al. · OSF Preprints (OSF Preprints)

Cited by 0

Streamflow

Nicholas J. Souter, Derek Vollmer, Ibrahim N Mohammed et al. · OSF Preprints (OSF Preprints) · 2022

Simulated streamflow under different management and climate scenarios

Cited by 0Open access

Estimating Winter Streamflow Using Conceptual Streamflow Model

A. S. Hamilton, D. Hutchinson, R. D. Moore · Journal of Cold Regions Engineering · 2000

Ice-affected periods represent a significant portion of the annual hydrograph for most Canadian hydrometric stations. Because the stage-discharge relation is not reliable under ice-cover conditions, Water Survey of Canada subjectively interpolates winter streamflow from as few as two observations of discharge during the ice-covered season, which may last 6 months or longer. An alternative method of producing discharge estimates is proposed that uses a combination of conceptual and statistical hydrological modeling to overcome limitations in both the availability of data and our understanding of relevant processes. A conceptual hydrological model is tested to evaluate the utility of this approach for data-sparse regions. When model predictions were adjusted to fit two winter measurements, 79% of all verification measurements were within 20% of predicted estimates. There was a seasonal bias to the error distribution, with most measurements within the first 30 days after freeze-up being less than predicted and most measurements after April 1 being greater than predicted. These deviations probably result from hydraulic and hydrologic processes not represented within the model.

Cited by 46

March streamflow

Anonymous · Eos · 1985

Streamflows during March were below normal along most of the Eastern Seaboard and in the southeastern and northwestern states. However, they were above normal in a wide band extending from Michigan southwest‐ward into Texas, New Mexico, and Arizona (see map), according to the U.S. Geological Survey (USGS). USGS hydrologists reported that stream‐flows were about normal or above at 65% of the stream‐measurement index stations in the United States. A record high flow was measured on the Colorado River in Utah, and the level of the Great Salt Lake reached its highest point in 108 years.

Cited by 0

June streamflow

Anonymous · Eos · 1984

Flows of the nation's key index gauging streams were at average to well‐above average levels for June across much of the country, according to a regular check on the condition of the nation's water resources by the U.S. Geological Survey (USGS). USGS hydrologists said that of the 170 key index gauging stations nationwide, flows at 66 sites (39%) were well above average for June, 85 sites (50%) were in the normal range, and only 19 sites (11%) were well below average.

Cited by 0

July streamflow

Anonymous · Eos · 1987

Heavy rains of 4–6 inches (∼10–15 cm) during July 1–2, 1987, caused flooding that resulted in damages estimated at $30 million in north central Ohio. No record high discharges were reported for the streams involved, however. In Minneapolis, Minn., where precipitation had been below normal through mid‐July, 8.96 inches (22.36 cm) of rain fell in 24 hours during July 23–24, exceeding the 100‐year 24‐hour rainfall by ∼3 inches (∼7 cm). Total precipitation for the week ending July 25 was 14.49 inches (36.81 cm), which was double that recorded for January 1 through July 18, 1987.

Cited by 0

Streamflow data

Zhu, Zichun, Fu, Congsheng · Zenodo (CERN European Organization for Nuclear Research) · 2025

Cited by 0Open access

June streamflow

Anonymous · Eos · 1985

Streamflow remained below the normal range in parts of most of the northeastern, southeastern, and Gulf Coast states, as well as parts of Nebraska, Missouri, Montana, South Dakota, and southern California during June, according to a month end check on the nation's water resources by the U.S. Geological Survey (USGS). USGS hydrologists said that streamflows during June decreased into the below‐normal range in parts of Wisconsin, Minnesota, Iowa, Hawaii, and additional areas of southern California, adding to the generally dry conditions in many parts of t he country.

Cited by 0

Streamflow data

Peizhen Ren · Zenodo (CERN European Organization for Nuclear Research) · 2023

This is global streamflow dataset.

Cited by 0Open access

streamflow bias

2019

This paper looks at potential future shifts in climate and streamflow for four river catchments in southern Ontario. The CRCM5-LE RCP 8.5 scenario projections of air temperature and precipitation were used as input in the Precipitation Runoff Modelling System (PRMS) to determine future streamflows.

Cited by 0Open access