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Linking gene expression to whole plant physiology during water deficit in tomato.

1994

Corlett J.E. | Thompson A.J.

AGROVOC Keywords
contenido de humedad drought resistance drought stress estoma feuille gas exchange gene gene expression genes hojas intercambio de gases leaves lycopersicon esculentum moisture content plant water relations relaciones planta agua relation plante eau stomata stomate teneur en eau tomate tomatoes transpiration
Bibliographic information
Pagination
v.113-120
Other Subjects
Stress du a la secheresse; Resistencia a la sequia; Expresion genica; Estres de sequia; Echange gazeux; Transpiracion; Resistance a la secheresse; Expression des genes
Language
English
Note
15 ref.
Type
Journal Article; Journal Part; Conference Paper; Conference Part; Conference Proceedings
Source
Aspects-of-Applied-Biology (United Kingdom). (1994). (no.38) p. 113-120.
Conference
Efficiency of water use in crop systems. Reading (United Kingdom). 6-8 Jul 1994.
Corporate Author
Horticulture Research International, Wellesbourne, Warwick CV35 9EF (United Kingdom)
2012-11-15
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