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dc.contributor.author Triantafilis, John
dc.coverage.temporal Start date 1994-07-01 Cease date 1999-06-30
dc.date.accessioned 2015-09-08T03:44:38Z
dc.date.available 2015-09-08T03:44:38Z
dc.date.issued 1999-06-30
dc.identifier.other US22C PROGRAM 2-1999
dc.identifier.uri http://hdl.handle.net/1/2888
dc.description.abstract 3.1 Objectives: 1) develop methods and techniques to assess soil salinity and identify irrigation inefficiencies at the field scale 2) develop inexpensive methods and techniques to estimate groundwater recharge rate on a sub-catchment scale 3) use a salt and leaching fraction model to determine effect of increasing saline water on soil condition at a regional level 4) highlight strategies for the future.
dc.format PDF
dc.subject Salinity
dc.subject Soils
dc.title Understanding the salinty threat in the irrigated cotton-growing areas of Australia
dc.subject.crdc 2b
CRDC.KeywordsUnrestricted similar sandy clay loam, assessing soil salinity, irrigated cotton, salinity threat, irrigated cotton growing, groundwater recharge, lower namoi valley, subsoil clay layer, clay loam soil, sub-surface saline material, wide-area differential correction, leaching fraction, soil salinisation, dissected floodplains, gwydir valley, real-time sub-meter accuracy, saline subsoil clay, clay alluvial


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