[Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en

The influence of air temperature (T), vapour pressure deficit (vpd), irradiance (Q) and leaf water potential on diurnal stomatal movement of coffee plants was examined under field and controlled environmental conditions. Leaves of plants grown under shade had larger stomatal conductance (g) values than plants grown in open sun. Stomatal responses to vpd under constant temperature conditions were very strong, indicating that ambient humidity could play a major role in controlling stomatal aperture. Changes in g as vpd increased probably contributed to observed reductions in the rate of net photosynthesis (Pn), though the effect of vpd on Pn was smaller

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Bibliographic Details
Main Authors: 66423 Fanjul, L., 44429 Arreola Rodríguez, R., 98066 Méndez Castrejón, M.P.
Format: biblioteca
Published: Jul
Subjects:COFFEA ARABICA, CULTIVO, SOMBRA, ESTOMA, EFECTOS DEL MEDIO AMBIENTE, MEXICO, TEMPERATURA DEL AIRE, PRESION ATMOSFERICA, RADIACIONES, HOJAS, CONTENIDO DE HUMEDAD, BOURBON, CATURRA, CULTIVO BAJO SOMBRA, CULTIVO BAJO SOL,
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id KOHA-OAI-BVE:78756
record_format koha
spelling KOHA-OAI-BVE:787562022-02-01T12:37:19Z[Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en 66423 Fanjul, L. 44429 Arreola Rodríguez, R. 98066 Méndez Castrejón, M.P. Jul 1985The influence of air temperature (T), vapour pressure deficit (vpd), irradiance (Q) and leaf water potential on diurnal stomatal movement of coffee plants was examined under field and controlled environmental conditions. Leaves of plants grown under shade had larger stomatal conductance (g) values than plants grown in open sun. Stomatal responses to vpd under constant temperature conditions were very strong, indicating that ambient humidity could play a major role in controlling stomatal aperture. Changes in g as vpd increased probably contributed to observed reductions in the rate of net photosynthesis (Pn), though the effect of vpd on Pn was smallerThe influence of air temperature (T), vapour pressure deficit (vpd), irradiance (Q) and leaf water potential on diurnal stomatal movement of coffee plants was examined under field and controlled environmental conditions. Leaves of plants grown under shade had larger stomatal conductance (g) values than plants grown in open sun. Stomatal responses to vpd under constant temperature conditions were very strong, indicating that ambient humidity could play a major role in controlling stomatal aperture. Changes in g as vpd increased probably contributed to observed reductions in the rate of net photosynthesis (Pn), though the effect of vpd on Pn was smallerCOFFEA ARABICACULTIVOSOMBRAESTOMAEFECTOS DEL MEDIO AMBIENTEMEXICOTEMPERATURA DEL AIREPRESION ATMOSFERICARADIACIONESHOJASCONTENIDO DE HUMEDADBOURBONCATURRACULTIVO BAJO SOMBRACULTIVO BAJO SOLExperimental Agriculture (RU)
institution IICA
collection Koha
country Costa Rica
countrycode CR
component Bibliográfico
access En linea
databasecode cat-sibiica
tag biblioteca
region America Central
libraryname Sistema de Bibliotecas IICA/CATIE
topic COFFEA ARABICA
CULTIVO
SOMBRA
ESTOMA
EFECTOS DEL MEDIO AMBIENTE
MEXICO
TEMPERATURA DEL AIRE
PRESION ATMOSFERICA
RADIACIONES
HOJAS
CONTENIDO DE HUMEDAD
BOURBON
CATURRA
CULTIVO BAJO SOMBRA
CULTIVO BAJO SOL
COFFEA ARABICA
CULTIVO
SOMBRA
ESTOMA
EFECTOS DEL MEDIO AMBIENTE
MEXICO
TEMPERATURA DEL AIRE
PRESION ATMOSFERICA
RADIACIONES
HOJAS
CONTENIDO DE HUMEDAD
BOURBON
CATURRA
CULTIVO BAJO SOMBRA
CULTIVO BAJO SOL
spellingShingle COFFEA ARABICA
CULTIVO
SOMBRA
ESTOMA
EFECTOS DEL MEDIO AMBIENTE
MEXICO
TEMPERATURA DEL AIRE
PRESION ATMOSFERICA
RADIACIONES
HOJAS
CONTENIDO DE HUMEDAD
BOURBON
CATURRA
CULTIVO BAJO SOMBRA
CULTIVO BAJO SOL
COFFEA ARABICA
CULTIVO
SOMBRA
ESTOMA
EFECTOS DEL MEDIO AMBIENTE
MEXICO
TEMPERATURA DEL AIRE
PRESION ATMOSFERICA
RADIACIONES
HOJAS
CONTENIDO DE HUMEDAD
BOURBON
CATURRA
CULTIVO BAJO SOMBRA
CULTIVO BAJO SOL
66423 Fanjul, L.
44429 Arreola Rodríguez, R.
98066 Méndez Castrejón, M.P.
[Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
description The influence of air temperature (T), vapour pressure deficit (vpd), irradiance (Q) and leaf water potential on diurnal stomatal movement of coffee plants was examined under field and controlled environmental conditions. Leaves of plants grown under shade had larger stomatal conductance (g) values than plants grown in open sun. Stomatal responses to vpd under constant temperature conditions were very strong, indicating that ambient humidity could play a major role in controlling stomatal aperture. Changes in g as vpd increased probably contributed to observed reductions in the rate of net photosynthesis (Pn), though the effect of vpd on Pn was smaller
format
topic_facet COFFEA ARABICA
CULTIVO
SOMBRA
ESTOMA
EFECTOS DEL MEDIO AMBIENTE
MEXICO
TEMPERATURA DEL AIRE
PRESION ATMOSFERICA
RADIACIONES
HOJAS
CONTENIDO DE HUMEDAD
BOURBON
CATURRA
CULTIVO BAJO SOMBRA
CULTIVO BAJO SOL
author 66423 Fanjul, L.
44429 Arreola Rodríguez, R.
98066 Méndez Castrejón, M.P.
author_facet 66423 Fanjul, L.
44429 Arreola Rodríguez, R.
98066 Méndez Castrejón, M.P.
author_sort 66423 Fanjul, L.
title [Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
title_short [Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
title_full [Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
title_fullStr [Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
title_full_unstemmed [Respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
title_sort [respuesta de los estomas a variables ambientales en plantas de café al sol y bajo sombra en
publishDate Jul
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AT 44429arreolarodriguezr respuestadelosestomasavariablesambientalesenplantasdecafealsolybajosombraen
AT 98066mendezcastrejonmp respuestadelosestomasavariablesambientalesenplantasdecafealsolybajosombraen
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