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Rate of soil drying and previous water deficits influence the relationship between CO2 assimilation and tree water status in potted lychee (Litchi chinensis Sonn.)

1995

Roe, D.J. | Oosthuizen, J.H. | Menzel, C.M. (Institute for Tropical and Subtropical Crops, Private Bag X11208, Nelspruit 1200 (South Africa))

AGROVOC Keywords
agua anabolism anabolisme anabolismo arcilla arena argile assimilation bilan hydrique du sol carbon dioxide clay constante hydrique du sol constantes de aguas en el suelo dioxyde de carbone drought stress eau fanaison feuille gas exchange hojas intercambio de gases leaf conductance leaves litchi litchi chinensis marchitamiento plant water relations relaciones planta agua relation plante eau sable sand soil types soil water balance soil water constants tipos de suelos transpiration type de sol water water holding capacity water stress wilting
Bibliographic information
Volume 70 Issue 1
Pagination
pp. 15-24
Other Subjects
Stress du a la secheresse; Balance hidrico del suelo; Capacidad de retencion de agua; Echange gazeux; Estres de sequia; Transpiracion; Water deficit; Water relations; Dioxido de carbono; Capacite de retention d'eau
Language
English
Note
13 ref.
1996-08-15
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