Water relations of 2 tree species from the tropical rain forest of French Guyana were studied in young plantations of Simarouba amara and Goupia glabra. Experiments took place in 1988 and 1989. Sap flow was recorded continuously for several months including a dry season. On bright days, sap flux densities (eg sap flow per unit of conducting area) exhibited high values of ≈ 3.5 to 4.0 kg.dm-2.h-1. Total sap flow differed from one tree to another depending on individual sapwood areas. In spite of the increase of global radiation and of the vapour pressure deficit, sap flow remained constant for Simarouba and even decreased for Goupia between 10:00 and 15:00 h as a consequence of stomatal closure. Sap flow measurements allowed the calculation ...
Le potentiel hydrique de base, le potentiel hydrique minimal et la conductance stomatique maximale o...
Water is the most vital element for any living organism especially for trees. It plays a major role ...
This work summarizes 5 years of ecophysiologica! and edaphic measurementsconducted in a 35-year-old ...
It has been suggFested that vigorous secondary tropical forests can have very high transpiration rat...
It has been suggested that vigorous secondary tropical forests can have very high transpiration rate...
In this study, transpiration was estimated from half-hourly sap flow measurements in a 35-year-old s...
Interactions of large scale plantations with variable environment is a major issue. This research st...
Seasonal variations in environmental conditions influence the functioning of the whole ecosystem of ...
Xylem sap-flux densities were monitored continuously using Granier-type sensors on five Quercus ilex...
We estimated the reduction of transpiration from drought for tree species in a mixed boreal 60-year-...
AbstractIn order to reveal the control of tree transpiration by the leaf ecophysiological traits and...
Sap fluxes in two lianas Tetracera podotricha (Dilleniaceae) and Combretum confertum (Combretaceae) ...
The aim of this work was to characterize the seasonal variations in leaf and trunk gas exchange of t...
Seasonal variations in environmental conditions influence the functioning of the whole ecosystem of ...
Tree xylem sapflow rates of 140-year-old Norway spruce (Picea abies) were scaled to the stand level ...
Le potentiel hydrique de base, le potentiel hydrique minimal et la conductance stomatique maximale o...
Water is the most vital element for any living organism especially for trees. It plays a major role ...
This work summarizes 5 years of ecophysiologica! and edaphic measurementsconducted in a 35-year-old ...
It has been suggFested that vigorous secondary tropical forests can have very high transpiration rat...
It has been suggested that vigorous secondary tropical forests can have very high transpiration rate...
In this study, transpiration was estimated from half-hourly sap flow measurements in a 35-year-old s...
Interactions of large scale plantations with variable environment is a major issue. This research st...
Seasonal variations in environmental conditions influence the functioning of the whole ecosystem of ...
Xylem sap-flux densities were monitored continuously using Granier-type sensors on five Quercus ilex...
We estimated the reduction of transpiration from drought for tree species in a mixed boreal 60-year-...
AbstractIn order to reveal the control of tree transpiration by the leaf ecophysiological traits and...
Sap fluxes in two lianas Tetracera podotricha (Dilleniaceae) and Combretum confertum (Combretaceae) ...
The aim of this work was to characterize the seasonal variations in leaf and trunk gas exchange of t...
Seasonal variations in environmental conditions influence the functioning of the whole ecosystem of ...
Tree xylem sapflow rates of 140-year-old Norway spruce (Picea abies) were scaled to the stand level ...
Le potentiel hydrique de base, le potentiel hydrique minimal et la conductance stomatique maximale o...
Water is the most vital element for any living organism especially for trees. It plays a major role ...
This work summarizes 5 years of ecophysiologica! and edaphic measurementsconducted in a 35-year-old ...