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Determination of streamflow sequences for ungaged subbasins using soil and water assessment tool (SWAT)
(3) Regression approach, were compared. The
adjusted to remove the impacts of reservoir
Allocation of the highly variable water resources of a ics.
at engaged as well as gaged locations. According to
concern throughout the world, particularly in regions
construction, water use, and other human activities.
determining the unappropriated flow and availability
Drainage area ratio method, (2) SWAT prediction, and
engaged water right locations were predicted using the
engaged water right locations. Naturalized streamflow
for allocating the water to the users. Water
for determining the water availability to water users
for the Soil and Water Assessment Tool (SWAT) model.
hydrologic modeling capabilities for distributing
Jacinto River Basin. The latitudes and longitudes of
locations and the predicted flows at the engaged water
locations were obtained from TNRCC database. The
measured flow obtained from the downstream gaged site.
model. The predictive ability of three methods', (1)
modeling, if a water right is in an engaged site, the
models, such as Water Rights Analysis Package (WRAP),
naturalized streamflows from gaged locations to
of upstream reservoirs and diversions. Naturalized
over other methods. Hence, the regression relations
Regression approach was found to be a better method
regression relations for the period 1940 - 1980 from
represents the natural hydrology without the effects
require capabilities models could effectively be used
right locations. The streamflow sequences for the
river basin to competing water users is a major
streamflows are the historical gaged streamflow data
subbasins were delineated for the control points and
The flows at each location were determined using SWAT
the naturalized flow values of the gaged locations.
The overall goal of this research was to evaluate
the present approach followed in water availability
the stream gaging stations and the water right
the water right locations. The subbasin raster layers
The watershed selected for the study was the San
water availability to that right is assumed to be the
were obtained between the predicted flows at the gaged
were used as base maps for extracting the input data
where demands exceed supplies. Water availability
"Major subject: Agricultural Engineering".
Includes bibliographical references: pages 69-72.