Studies on the flushing of cocoa in Ghana

Recordings of flushing were made at the University of Ghana, Agricultural Research Station, Kade, using an improved scoring method. Flushing in edge, centre, shade and unshaded cocoa follows a regular sequence, individual trees tending to flush at intervals of 10 to 11 weeks in Ghana. This rhythm is probably endogenous. The major flush occurs in March and is markedly greater in amplitude than all subsequent flushes. Under shade, there is a greater tendency for flushes subsequent to the major one to be supressed. In unshaded conditions flushing commences earlier and lasts longer than in shaded conditions. Flushing is greater in amplitude at isolated edges than elsewhere but the differential is less marked in the major flush. Recordings on individual trees show that flushing is most extensive on those parts of the canopy receiving maximum isolation and least intensive where maximally shaded. It is suggested that light may be the most important of the factors associated with the incidence and intensity of flushing

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Main Authors: Jones, Earl 81495, 107834 Quesnel, V.C., 56331 Chalmers, W.S., 68473 Fordham, R., 80036 Iton, E.F. eds., 89612 Majer, J.D., 97646 Murray, D.B., 5330 Cocoa Research Institute, St. Augustine (Trinidad y Tobago), 4. International Cocoa Research Conference St. Augustine (Trinidad y Tobago) 8-18 Ene 1972
Format: biblioteca
Published: St. Augustine (Trinidad y Tobago) 1972
Subjects:THEOBROMA CACAO, TRASTORNOS NUTRICIONALES, HOJAS, DAÑOS, FACTORES AMBIENTALES, SOMBRA, BROTACION, ETAPAS DE DESARROLLO DE LA PLANTA, GHANA,
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spelling KOHA-OAI-BVE:670852022-12-09T12:30:31ZStudies on the flushing of cocoa in GhanaProceedings Jones, Earl 81495 107834 Quesnel, V.C. 56331 Chalmers, W.S. 68473 Fordham, R. 80036 Iton, E.F. eds. 89612 Majer, J.D. 97646 Murray, D.B. 5330 Cocoa Research Institute, St. Augustine (Trinidad y Tobago) 4. International Cocoa Research Conference St. Augustine (Trinidad y Tobago) 8-18 Ene 1972 St. Augustine (Trinidad y Tobago)1972Recordings of flushing were made at the University of Ghana, Agricultural Research Station, Kade, using an improved scoring method. Flushing in edge, centre, shade and unshaded cocoa follows a regular sequence, individual trees tending to flush at intervals of 10 to 11 weeks in Ghana. This rhythm is probably endogenous. The major flush occurs in March and is markedly greater in amplitude than all subsequent flushes. Under shade, there is a greater tendency for flushes subsequent to the major one to be supressed. In unshaded conditions flushing commences earlier and lasts longer than in shaded conditions. Flushing is greater in amplitude at isolated edges than elsewhere but the differential is less marked in the major flush. Recordings on individual trees show that flushing is most extensive on those parts of the canopy receiving maximum isolation and least intensive where maximally shaded. It is suggested that light may be the most important of the factors associated with the incidence and intensity of flushingRecordings of flushing were made at the University of Ghana, Agricultural Research Station, Kade, using an improved scoring method. Flushing in edge, centre, shade and unshaded cocoa follows a regular sequence, individual trees tending to flush at intervals of 10 to 11 weeks in Ghana. This rhythm is probably endogenous. The major flush occurs in March and is markedly greater in amplitude than all subsequent flushes. Under shade, there is a greater tendency for flushes subsequent to the major one to be supressed. In unshaded conditions flushing commences earlier and lasts longer than in shaded conditions. Flushing is greater in amplitude at isolated edges than elsewhere but the differential is less marked in the major flush. Recordings on individual trees show that flushing is most extensive on those parts of the canopy receiving maximum isolation and least intensive where maximally shaded. It is suggested that light may be the most important of the factors associated with the incidence and intensity of flushingTHEOBROMA CACAOTRASTORNOS NUTRICIONALESHOJASDAÑOSFACTORES AMBIENTALESSOMBRABROTACIONETAPAS DE DESARROLLO DE LA PLANTAGHANA
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 THEOBROMA CACAO
TRASTORNOS NUTRICIONALES
HOJAS
DAÑOS
FACTORES AMBIENTALES
SOMBRA
BROTACION
ETAPAS DE DESARROLLO DE LA PLANTA
GHANA
THEOBROMA CACAO
TRASTORNOS NUTRICIONALES
HOJAS
DAÑOS
FACTORES AMBIENTALES
SOMBRA
BROTACION
ETAPAS DE DESARROLLO DE LA PLANTA
GHANA
spellingShingle THEOBROMA CACAO
TRASTORNOS NUTRICIONALES
HOJAS
DAÑOS
FACTORES AMBIENTALES
SOMBRA
BROTACION
ETAPAS DE DESARROLLO DE LA PLANTA
GHANA
THEOBROMA CACAO
TRASTORNOS NUTRICIONALES
HOJAS
DAÑOS
FACTORES AMBIENTALES
SOMBRA
BROTACION
ETAPAS DE DESARROLLO DE LA PLANTA
GHANA
Jones, Earl 81495
107834 Quesnel, V.C.
56331 Chalmers, W.S.
68473 Fordham, R.
80036 Iton, E.F. eds.
89612 Majer, J.D.
97646 Murray, D.B.
5330 Cocoa Research Institute, St. Augustine (Trinidad y Tobago)
4. International Cocoa Research Conference St. Augustine (Trinidad y Tobago) 8-18 Ene 1972
Studies on the flushing of cocoa in Ghana
description Recordings of flushing were made at the University of Ghana, Agricultural Research Station, Kade, using an improved scoring method. Flushing in edge, centre, shade and unshaded cocoa follows a regular sequence, individual trees tending to flush at intervals of 10 to 11 weeks in Ghana. This rhythm is probably endogenous. The major flush occurs in March and is markedly greater in amplitude than all subsequent flushes. Under shade, there is a greater tendency for flushes subsequent to the major one to be supressed. In unshaded conditions flushing commences earlier and lasts longer than in shaded conditions. Flushing is greater in amplitude at isolated edges than elsewhere but the differential is less marked in the major flush. Recordings on individual trees show that flushing is most extensive on those parts of the canopy receiving maximum isolation and least intensive where maximally shaded. It is suggested that light may be the most important of the factors associated with the incidence and intensity of flushing
format
topic_facet THEOBROMA CACAO
TRASTORNOS NUTRICIONALES
HOJAS
DAÑOS
FACTORES AMBIENTALES
SOMBRA
BROTACION
ETAPAS DE DESARROLLO DE LA PLANTA
GHANA
author Jones, Earl 81495
107834 Quesnel, V.C.
56331 Chalmers, W.S.
68473 Fordham, R.
80036 Iton, E.F. eds.
89612 Majer, J.D.
97646 Murray, D.B.
5330 Cocoa Research Institute, St. Augustine (Trinidad y Tobago)
4. International Cocoa Research Conference St. Augustine (Trinidad y Tobago) 8-18 Ene 1972
author_facet Jones, Earl 81495
107834 Quesnel, V.C.
56331 Chalmers, W.S.
68473 Fordham, R.
80036 Iton, E.F. eds.
89612 Majer, J.D.
97646 Murray, D.B.
5330 Cocoa Research Institute, St. Augustine (Trinidad y Tobago)
4. International Cocoa Research Conference St. Augustine (Trinidad y Tobago) 8-18 Ene 1972
author_sort Jones, Earl 81495
title Studies on the flushing of cocoa in Ghana
title_short Studies on the flushing of cocoa in Ghana
title_full Studies on the flushing of cocoa in Ghana
title_fullStr Studies on the flushing of cocoa in Ghana
title_full_unstemmed Studies on the flushing of cocoa in Ghana
title_sort studies on the flushing of cocoa in ghana
publisher St. Augustine (Trinidad y Tobago)
publishDate 1972
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