Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.

In trial plots set up in 1986 in Cote d'Ivoire, the coconut hybrid PB 121 was intercropped with Acacia mangium or A. auriculiformis. The coconuts were planted at 108 palms/ha in the intercropped plots and at 160 palms/ha in monoculture controls. TheAcacia trees were cut back to 1.5 m in height every 4 years; trunks were removed but leaves and small branches were left on the ground. It was estimated that after a year, A. mangium restored 80% of the K, 25% of the Mg and 20% of the N originally immobilized to the soil, while A. auriculiformis restored 95% of the K, 60% of the Mg and 35% of the N. Although A. mangium produced more biomass than A. auriculiformis, residues of the latter seemed to decompose more readily and restored nutrients to the soilmore rapidly. Coconut yields/palm in 199394 were significantly higher with either of the intercrops than in coconutonly plots supplied with N fertilizer. Yields per ha in the same year were increased from 3500 nuts in coconut monoculture without additional fertilizer to 8000 nuts in the intercropped plots. It was concluded that these woody legumes provide a sustainable alternative to N fertilizer application and also provide a supply of wood for domestic use.

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Bibliographic Details
Main Authors: Zakra, N., autor. aut 42716, Domenach, A.M. 56722, Sangare, A. 42381
Format: Texto biblioteca
Language:- F
Subjects:agroforestry systems, agroforestry, agrosilvicultural systems, Coconut, Cote d'Ivoire, cropping systems, forest trees, green manures, intercropping, magnesium, multipurpose trees, nitrogen fertilizers, nitrogen, plant nutrition, potassium, pruning, soil chemistry, soil fertility, tropical crops, Agroforestry systems, Agroforestry, Cropping systems, Green manure crops, Intercropping, Magnesium, Multipurpose trees, Nitrogen fertilizers, Nitrogen, Plants, Potassium, Pruning, Soil chemistry, Soil fertility, Soils, Tropical crops, Food.,
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spelling dig-fedepalma-123456789-833202022-08-05T10:12:13Z Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration. Zakra, N., autor. aut 42716 Domenach, A.M. 56722 Sangare, A. 42381 agroforestry systems agroforestry agrosilvicultural systems Coconut Cote d'Ivoire cropping systems forest trees green manures intercropping magnesium multipurpose trees nitrogen fertilizers nitrogen plant nutrition potassium pruning soil chemistry soil fertility tropical crops Agroforestry systems Agroforestry Coconut Cropping systems Green manure crops Intercropping Magnesium Multipurpose trees Nitrogen fertilizers Nitrogen Nitrogen Plants Plants Potassium Pruning Pruning Soil chemistry Soil fertility Soils Tropical crops Food. In trial plots set up in 1986 in Cote d'Ivoire, the coconut hybrid PB 121 was intercropped with Acacia mangium or A. auriculiformis. The coconuts were planted at 108 palms/ha in the intercropped plots and at 160 palms/ha in monoculture controls. TheAcacia trees were cut back to 1.5 m in height every 4 years; trunks were removed but leaves and small branches were left on the ground. It was estimated that after a year, A. mangium restored 80% of the K, 25% of the Mg and 20% of the N originally immobilized to the soil, while A. auriculiformis restored 95% of the K, 60% of the Mg and 35% of the N. Although A. mangium produced more biomass than A. auriculiformis, residues of the latter seemed to decompose more readily and restored nutrients to the soilmore rapidly. Coconut yields/palm in 199394 were significantly higher with either of the intercrops than in coconutonly plots supplied with N fertilizer. Yields per ha in the same year were increased from 3500 nuts in coconut monoculture without additional fertilizer to 8000 nuts in the intercropped plots. It was concluded that these woody legumes provide a sustainable alternative to N fertilizer application and also provide a supply of wood for domestic use. In trial plots set up in 1986 in Cote d'Ivoire, the coconut hybrid PB 121 was intercropped with Acacia mangium or A. auriculiformis. The coconuts were planted at 108 palms/ha in the intercropped plots and at 160 palms/ha in monoculture controls. TheAcacia trees were cut back to 1.5 m in height every 4 years; trunks were removed but leaves and small branches were left on the ground. It was estimated that after a year, A. mangium restored 80% of the K, 25% of the Mg and 20% of the N originally immobilized to the soil, while A. auriculiformis restored 95% of the K, 60% of the Mg and 35% of the N. Although A. mangium produced more biomass than A. auriculiformis, residues of the latter seemed to decompose more readily and restored nutrients to the soilmore rapidly. Coconut yields/palm in 199394 were significantly higher with either of the intercrops than in coconutonly plots supplied with N fertilizer. Yields per ha in the same year were increased from 3500 nuts in coconut monoculture without additional fertilizer to 8000 nuts in the intercropped plots. It was concluded that these woody legumes provide a sustainable alternative to N fertilizer application and also provide a supply of wood for domestic use. text - F
institution FEDEPALMA
collection DSpace
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode dig-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language - F
topic agroforestry systems
agroforestry
agrosilvicultural systems
Coconut
Cote d'Ivoire
cropping systems
forest trees
green manures
intercropping
magnesium
multipurpose trees
nitrogen fertilizers
nitrogen
plant nutrition
potassium
pruning
soil chemistry
soil fertility
tropical crops
Agroforestry systems
Agroforestry
Coconut
Cropping systems
Green manure crops
Intercropping
Magnesium
Multipurpose trees
Nitrogen fertilizers
Nitrogen
Nitrogen
Plants
Plants
Potassium
Pruning
Pruning
Soil chemistry
Soil fertility
Soils
Tropical crops
Food.
agroforestry systems
agroforestry
agrosilvicultural systems
Coconut
Cote d'Ivoire
cropping systems
forest trees
green manures
intercropping
magnesium
multipurpose trees
nitrogen fertilizers
nitrogen
plant nutrition
potassium
pruning
soil chemistry
soil fertility
tropical crops
Agroforestry systems
Agroforestry
Coconut
Cropping systems
Green manure crops
Intercropping
Magnesium
Multipurpose trees
Nitrogen fertilizers
Nitrogen
Nitrogen
Plants
Plants
Potassium
Pruning
Pruning
Soil chemistry
Soil fertility
Soils
Tropical crops
Food.
spellingShingle agroforestry systems
agroforestry
agrosilvicultural systems
Coconut
Cote d'Ivoire
cropping systems
forest trees
green manures
intercropping
magnesium
multipurpose trees
nitrogen fertilizers
nitrogen
plant nutrition
potassium
pruning
soil chemistry
soil fertility
tropical crops
Agroforestry systems
Agroforestry
Coconut
Cropping systems
Green manure crops
Intercropping
Magnesium
Multipurpose trees
Nitrogen fertilizers
Nitrogen
Nitrogen
Plants
Plants
Potassium
Pruning
Pruning
Soil chemistry
Soil fertility
Soils
Tropical crops
Food.
agroforestry systems
agroforestry
agrosilvicultural systems
Coconut
Cote d'Ivoire
cropping systems
forest trees
green manures
intercropping
magnesium
multipurpose trees
nitrogen fertilizers
nitrogen
plant nutrition
potassium
pruning
soil chemistry
soil fertility
tropical crops
Agroforestry systems
Agroforestry
Coconut
Cropping systems
Green manure crops
Intercropping
Magnesium
Multipurpose trees
Nitrogen fertilizers
Nitrogen
Nitrogen
Plants
Plants
Potassium
Pruning
Pruning
Soil chemistry
Soil fertility
Soils
Tropical crops
Food.
Zakra, N., autor. aut 42716
Domenach, A.M. 56722
Sangare, A. 42381
Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
description In trial plots set up in 1986 in Cote d'Ivoire, the coconut hybrid PB 121 was intercropped with Acacia mangium or A. auriculiformis. The coconuts were planted at 108 palms/ha in the intercropped plots and at 160 palms/ha in monoculture controls. TheAcacia trees were cut back to 1.5 m in height every 4 years; trunks were removed but leaves and small branches were left on the ground. It was estimated that after a year, A. mangium restored 80% of the K, 25% of the Mg and 20% of the N originally immobilized to the soil, while A. auriculiformis restored 95% of the K, 60% of the Mg and 35% of the N. Although A. mangium produced more biomass than A. auriculiformis, residues of the latter seemed to decompose more readily and restored nutrients to the soilmore rapidly. Coconut yields/palm in 199394 were significantly higher with either of the intercrops than in coconutonly plots supplied with N fertilizer. Yields per ha in the same year were increased from 3500 nuts in coconut monoculture without additional fertilizer to 8000 nuts in the intercropped plots. It was concluded that these woody legumes provide a sustainable alternative to N fertilizer application and also provide a supply of wood for domestic use.
format Texto
topic_facet agroforestry systems
agroforestry
agrosilvicultural systems
Coconut
Cote d'Ivoire
cropping systems
forest trees
green manures
intercropping
magnesium
multipurpose trees
nitrogen fertilizers
nitrogen
plant nutrition
potassium
pruning
soil chemistry
soil fertility
tropical crops
Agroforestry systems
Agroforestry
Coconut
Cropping systems
Green manure crops
Intercropping
Magnesium
Multipurpose trees
Nitrogen fertilizers
Nitrogen
Nitrogen
Plants
Plants
Potassium
Pruning
Pruning
Soil chemistry
Soil fertility
Soils
Tropical crops
Food.
author Zakra, N., autor. aut 42716
Domenach, A.M. 56722
Sangare, A. 42381
author_facet Zakra, N., autor. aut 42716
Domenach, A.M. 56722
Sangare, A. 42381
author_sort Zakra, N., autor. aut 42716
title Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
title_short Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
title_full Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
title_fullStr Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
title_full_unstemmed Positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
title_sort positive results of coconut/acacia intercropping for nitrogen, potassium and magnesium restoration.
work_keys_str_mv AT zakranautoraut42716 positiveresultsofcoconutacaciaintercroppingfornitrogenpotassiumandmagnesiumrestoration
AT domenacham56722 positiveresultsofcoconutacaciaintercroppingfornitrogenpotassiumandmagnesiumrestoration
AT sangarea42381 positiveresultsofcoconutacaciaintercroppingfornitrogenpotassiumandmagnesiumrestoration
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