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Relations between Soil and Tree Stem Water Content and Bulk Electrical Conductivity under Salinizing Irrigation

Arie Nadler*

Institute of Soil, Water, and Environmental Sciences, Agricultural Research Organization, Ministry of Agriculture, State of Israel, POB 6 Bet Dagan, Israel, 50250



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Fig. 1. Bulk stem electrical conductivity ({sigma}) ({sigma}a, by electrical conductivity meter) and water content ({theta}) (by time domain reflectometry [TDR]) and soil {sigma}w and {theta} as a function of time (days of year 2002) for a white grapefruit grafted on a troyer rootstock for three salinity of irrigation waters.

 


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Fig. 2. Salts accumulated in the root zone (mmol/2.5 m–3) as a function of time (days of year, 2002) in the 0.1- to 1.1-m soil profile for the five salinity levels of irrigation water for the troyer trees (lower row) and two extreme salinity levels for the cleopatra and volkameriana trees (upper row). (Legend shows {sigma}irrigation waters).

 


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Fig. 3. Stem's bulk electrical conductivity and water content ({sigma}a{theta}) relations for the five troyer trees when irrigated by the five salinity levels. (Legend shows {sigma}irrigation waters).

 





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Journal of Natural Resources
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Vadose Zone Journal
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The Plant Genome
Copyright © 2004 by the Soil Science Society of America.