Reference:Reference-000224

{{#store_external_table:References_external1 |Ref_ex_firstName={{{First Name}}} |Ref_ex_lastName={{{Last Name}}} }}{{#store_external_table:References_external2 |Ref_ex_tag={{{Tag}}} }}{{#store_external_table:References_external3 |Ref_ex_itemType={{{Item Type}}} |Ref_ex_title={{{Title}}} |Ref_ex_publicationTitle={{{Journal}}} |Ref_ex_booktitle={{{booktitle}}} |Ref_ex_journalAbbreviation={{{Journal Abbreviation}}} |Ref_ex_volume={{{Volume}}} |Ref_ex_issue={{{Issue}}} |Ref_ex_ISSN={{{ISSN}}} |Ref_ex_url={{{URL}}} |Ref_ex_DOI={{{DOI}}} |Ref_ex_pages={{{Pages}}} |Ref_ex_date={{{Date}}} |Ref_ex_abstractNote={{{Abstract}}} |Ref_ex_language={{{Language}}} |Ref_ex_libraryCatalog={{{Catalog}}} |Ref_ex_accessDate={{{Retrieve date}}} }}

)

Chew, Chee Yen; Moore, Larry W.; Smith, Roger H.; 1991. Hydrological Simulation of Tennessee's North Reelfoot Creek Watershed, Research Journal of the Water Pollution Control Federation, 63, 10–16.

Item Type

journalArticle

Author(s)

Chee Yen, Chew; Larry W., Moore; Roger H., Smith;

Tag(s)

Title	Hydrological Simulation of Tennessee's North Reelfoot Creek Watershed
Journal	Research Journal of the Water Pollution Control Federation
Journal Abbreviation
Book title
Volume	63
Issue	1
ISSN	1047-7624
URL	external URL
DOI
Pages	10–16
Date	1991
Abstract	Agricultural runoff modeling was performed on North Reelfoot Creek watershed using Hydrological Simulation Program in FORTRAN (HSPF) to demonstrate the usefulness of the model for a West Tennessee watershed. This $146\text{-}{\rm km}^{2}$ basin was selected because of its extensive agricultural activities, which have contributed to significant soil erosion and sedimentation problems in nearby surface waters. Water-quality and stream-flow data obtained from the U.S. Geological Survey over a 54-month study period were used in calibration and verification of the model. The dynamics of watershed land use during the entire simulation period presented a challenge to modeling strategy development. Model parameters related to hydrologic/hydraulic and sediment washoff/transport processes were determined. Generally, annual and monthly simulations on hydrology and sediment were good. Simulations on a short-term basis for selected storm events, however, were fair.
Language
Catalog	JSTOR
Retrieve date	2025-06-20