SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization

Prathapar, Sanmugam A.; Meyer, W.S.; Madden, J.C.; Alocilja, E.

SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization

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Bibliographic Details
Main Authors:	Prathapar, Sanmugam A., Meyer, W.S., Madden, J.C., Alocilja, E.
Format:	Journal Article biblioteca
Language:	English
Published:	1997
Subjects:	water table, soil salinity, land use, waterlogging, rice, subsurface drainage, paddy fields, models, groundwater, sensitivity analysis,
Online Access:	https://hdl.handle.net/10568/41413
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id	dig-cgspace-10568-41413
record_format	koha
spelling	dig-cgspace-10568-414132023-02-15T12:14:29Z SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization Prathapar, Sanmugam A. Meyer, W.S. Madden, J.C. Alocilja, E. water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis 1997 2014-06-13T14:58:05Z 2014-06-13T14:58:05Z Journal Article Prathapar, S. A.; Meyer, W. S.; Madden, J. C.; Alocilja, E. 1997. SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization. Applied Mathematics and Computation, 83(2/3):217-240. https://hdl.handle.net/10568/41413 en Limited Access
institution	CGIAR
collection	DSpace
country	Francia
countrycode	FR
component	Bibliográfico
access	En linea
databasecode	dig-cgspace
tag	biblioteca
region	Europa del Oeste
libraryname	Biblioteca del CGIAR
language	English
topic	water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis
spellingShingle	water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis Prathapar, Sanmugam A. Meyer, W.S. Madden, J.C. Alocilja, E. SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
format	Journal Article
topic_facet	water table soil salinity land use waterlogging rice subsurface drainage paddy fields models groundwater sensitivity analysis
author	Prathapar, Sanmugam A. Meyer, W.S. Madden, J.C. Alocilja, E.
author_facet	Prathapar, Sanmugam A. Meyer, W.S. Madden, J.C. Alocilja, E.
author_sort	Prathapar, Sanmugam A.
title	SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
title_short	SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
title_full	SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
title_fullStr	SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
title_full_unstemmed	SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
title_sort	swagman options: a hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization
publishDate	1997
url	https://hdl.handle.net/10568/41413
work_keys_str_mv	AT prathaparsanmugama swagmanoptionsahierarchicalmulticriteriaframeworktoidentifyprofitablelandusesthatminimizewatertableriseandsalinization AT meyerws swagmanoptionsahierarchicalmulticriteriaframeworktoidentifyprofitablelandusesthatminimizewatertableriseandsalinization AT maddenjc swagmanoptionsahierarchicalmulticriteriaframeworktoidentifyprofitablelandusesthatminimizewatertableriseandsalinization AT alociljae swagmanoptionsahierarchicalmulticriteriaframeworktoidentifyprofitablelandusesthatminimizewatertableriseandsalinization
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SWAGMAN options: A hierarchical multicriteria framework to identify profitable land uses that minimize water table rise and salinization

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