Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya

The effects of intercropping young Arabica coffee hybrid (Ruiru 11) with various food crops on coffee growth, leaf nutrient concentrations as well as plant water status was investigated under Kenyan conditions. The study was conducted in Ruiru, Kenya, between April 1987 and March 1990. The food crops evaluated were dry beans (Phaseolus vulgaris cv. Mwezi moja), maize cv. 511 and Katumani, tomatoes cv. Money maker and Irish potatoes cv. Annet. A sole coffee plot was also included. Intercropping systems involving maize significantly reduced coffee growth (stem height, stem thickness, length of primary branches, number of primary branches per tree, seedlings survival rate and leaf area expansion). Intercropping did not significantly affect coffee leaf water potentials and plant nutrient concentrations adversely when compared to the sole coffee.

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Bibliographic Details
Main Authors: 99507 Njoroge, J.M., 130309 Waithaka, K., 57535 Chweya, J.A.
Format: biblioteca
Published: 2001
Subjects:COFFEA, COFFEA ARABICA, LYCOPERSICON ESCULENTUM, PHASEOLUS VULGARIS, SOLANUM TUBEROSUM, ZEA MAYS, RAMAS, COMPOSICION QUIMICA, CAFE, CRECIMIENTO, HIBRIDOS, CULTIVO INTERCALADO, INDICE DE SUPERFICIE FOLIAR, HOJAS, TENSION DE ABSORCION, DISPONIBILIDAD DE NUTRIENTES, RELACIONES PLANTA AGUA, PAPA, PLANTULAS, TALLOS, SUPERVIVENCIA, TOMATE, KENIA,
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spelling KOHA-OAI-BVE:891972020-02-03T21:57:03ZIntercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya 99507 Njoroge, J.M. 130309 Waithaka, K. 57535 Chweya, J.A. 2001The effects of intercropping young Arabica coffee hybrid (Ruiru 11) with various food crops on coffee growth, leaf nutrient concentrations as well as plant water status was investigated under Kenyan conditions. The study was conducted in Ruiru, Kenya, between April 1987 and March 1990. The food crops evaluated were dry beans (Phaseolus vulgaris cv. Mwezi moja), maize cv. 511 and Katumani, tomatoes cv. Money maker and Irish potatoes cv. Annet. A sole coffee plot was also included. Intercropping systems involving maize significantly reduced coffee growth (stem height, stem thickness, length of primary branches, number of primary branches per tree, seedlings survival rate and leaf area expansion). Intercropping did not significantly affect coffee leaf water potentials and plant nutrient concentrations adversely when compared to the sole coffee.The effects of intercropping young Arabica coffee hybrid (Ruiru 11) with various food crops on coffee growth, leaf nutrient concentrations as well as plant water status was investigated under Kenyan conditions. The study was conducted in Ruiru, Kenya, between April 1987 and March 1990. The food crops evaluated were dry beans (Phaseolus vulgaris cv. Mwezi moja), maize cv. 511 and Katumani, tomatoes cv. Money maker and Irish potatoes cv. Annet. A sole coffee plot was also included. Intercropping systems involving maize significantly reduced coffee growth (stem height, stem thickness, length of primary branches, number of primary branches per tree, seedlings survival rate and leaf area expansion). Intercropping did not significantly affect coffee leaf water potentials and plant nutrient concentrations adversely when compared to the sole coffee.COFFEACOFFEA ARABICALYCOPERSICON ESCULENTUMPHASEOLUS VULGARISSOLANUM TUBEROSUMZEA MAYSRAMASCOMPOSICION QUIMICACAFECRECIMIENTOHIBRIDOSCULTIVO INTERCALADOINDICE DE SUPERFICIE FOLIARHOJASTENSION DE ABSORCIONDISPONIBILIDAD DE NUTRIENTESRELACIONES PLANTA AGUAPAPAPLANTULASTALLOSSUPERVIVENCIATOMATEKENIAKenya Coffee (Kenia)
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
COFFEA ARABICA
LYCOPERSICON ESCULENTUM
PHASEOLUS VULGARIS
SOLANUM TUBEROSUM
ZEA MAYS
RAMAS
COMPOSICION QUIMICA
CAFE
CRECIMIENTO
HIBRIDOS
CULTIVO INTERCALADO
INDICE DE SUPERFICIE FOLIAR
HOJAS
TENSION DE ABSORCION
DISPONIBILIDAD DE NUTRIENTES
RELACIONES PLANTA AGUA
PAPA
PLANTULAS
TALLOS
SUPERVIVENCIA
TOMATE
KENIA
COFFEA
COFFEA ARABICA
LYCOPERSICON ESCULENTUM
PHASEOLUS VULGARIS
SOLANUM TUBEROSUM
ZEA MAYS
RAMAS
COMPOSICION QUIMICA
CAFE
CRECIMIENTO
HIBRIDOS
CULTIVO INTERCALADO
INDICE DE SUPERFICIE FOLIAR
HOJAS
TENSION DE ABSORCION
DISPONIBILIDAD DE NUTRIENTES
RELACIONES PLANTA AGUA
PAPA
PLANTULAS
TALLOS
SUPERVIVENCIA
TOMATE
KENIA
spellingShingle COFFEA
COFFEA ARABICA
LYCOPERSICON ESCULENTUM
PHASEOLUS VULGARIS
SOLANUM TUBEROSUM
ZEA MAYS
RAMAS
COMPOSICION QUIMICA
CAFE
CRECIMIENTO
HIBRIDOS
CULTIVO INTERCALADO
INDICE DE SUPERFICIE FOLIAR
HOJAS
TENSION DE ABSORCION
DISPONIBILIDAD DE NUTRIENTES
RELACIONES PLANTA AGUA
PAPA
PLANTULAS
TALLOS
SUPERVIVENCIA
TOMATE
KENIA
COFFEA
COFFEA ARABICA
LYCOPERSICON ESCULENTUM
PHASEOLUS VULGARIS
SOLANUM TUBEROSUM
ZEA MAYS
RAMAS
COMPOSICION QUIMICA
CAFE
CRECIMIENTO
HIBRIDOS
CULTIVO INTERCALADO
INDICE DE SUPERFICIE FOLIAR
HOJAS
TENSION DE ABSORCION
DISPONIBILIDAD DE NUTRIENTES
RELACIONES PLANTA AGUA
PAPA
PLANTULAS
TALLOS
SUPERVIVENCIA
TOMATE
KENIA
99507 Njoroge, J.M.
130309 Waithaka, K.
57535 Chweya, J.A.
Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
description The effects of intercropping young Arabica coffee hybrid (Ruiru 11) with various food crops on coffee growth, leaf nutrient concentrations as well as plant water status was investigated under Kenyan conditions. The study was conducted in Ruiru, Kenya, between April 1987 and March 1990. The food crops evaluated were dry beans (Phaseolus vulgaris cv. Mwezi moja), maize cv. 511 and Katumani, tomatoes cv. Money maker and Irish potatoes cv. Annet. A sole coffee plot was also included. Intercropping systems involving maize significantly reduced coffee growth (stem height, stem thickness, length of primary branches, number of primary branches per tree, seedlings survival rate and leaf area expansion). Intercropping did not significantly affect coffee leaf water potentials and plant nutrient concentrations adversely when compared to the sole coffee.
format
topic_facet COFFEA
COFFEA ARABICA
LYCOPERSICON ESCULENTUM
PHASEOLUS VULGARIS
SOLANUM TUBEROSUM
ZEA MAYS
RAMAS
COMPOSICION QUIMICA
CAFE
CRECIMIENTO
HIBRIDOS
CULTIVO INTERCALADO
INDICE DE SUPERFICIE FOLIAR
HOJAS
TENSION DE ABSORCION
DISPONIBILIDAD DE NUTRIENTES
RELACIONES PLANTA AGUA
PAPA
PLANTULAS
TALLOS
SUPERVIVENCIA
TOMATE
KENIA
author 99507 Njoroge, J.M.
130309 Waithaka, K.
57535 Chweya, J.A.
author_facet 99507 Njoroge, J.M.
130309 Waithaka, K.
57535 Chweya, J.A.
author_sort 99507 Njoroge, J.M.
title Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
title_short Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
title_full Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
title_fullStr Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
title_full_unstemmed Intercropping compact Arabica coffee hybrid at establishment stages with food crops in Kenya. I: Effects on coffee growth, leaf water potential and leaf nutrient concentration in Kenya
title_sort intercropping compact arabica coffee hybrid at establishment stages with food crops in kenya. i: effects on coffee growth, leaf water potential and leaf nutrient concentration in kenya
publishDate 2001
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AT 130309waithakak intercroppingcompactarabicacoffeehybridatestablishmentstageswithfoodcropsinkenyaieffectsoncoffeegrowthleafwaterpotentialandleafnutrientconcentrationinkenya
AT 57535chweyaja intercroppingcompactarabicacoffeehybridatestablishmentstageswithfoodcropsinkenyaieffectsoncoffeegrowthleafwaterpotentialandleafnutrientconcentrationinkenya
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