Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica

This study was carried out in Río Jiménez, a sub-region in the northern part of the Atlantic Zone of Costa Rica. Silvopastoral systems are widely practised land use systems in the Atlantic Zone of Costa Rica and are mostly established after forest clearing. Three soil use classes are distinguished, silvopasture mostly occur on infertile soils with good drainage. The research is started with a literature review on the theoretical background of the interactions between trees and pasture in silvopastoral systems. After this, field research was done in the Río Jiménez area in the Atlantic Zone. The field research was restricted to two tree species, Pentaclethra macroloba (Gavilán) and Cordia alliodora (Laurel) and two pasture types, Pasto Natural (a mixture of local grass species) and Ischaemum ciliare (Ratana). A silvopastoral system, an agroforestry system, is comprised of three components, i.e. trees, pasture and cattle. The different components influence each other. A relational diagram is used to analyze the production side of the system. The different relations between the components are derived from system analysis and elaborated further using other research. Within the tree-grass relation the available amount of light under trees is seen as the main factor to determine grass production under trees. Grass production can be higher compared to the open field production, caused by an improvement of the understorey micro climate. When light saturation is not reached, increased light intensities result in an increased grass production until other factors, like temperature and water stress become more limiting to grass production.

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Main Authors: 82165 Kampen, P., 2423 Agricultural University Wageningen, Wageningen (Países Bajos), 4043 CATIE, Turrialba (Costa Rica). Atlantic Zone Programme, Ministerio de Agricultura y Ganadería (MAG) San José, Costa Rica 13639
Format: biblioteca
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Published: Turrialba (Costa Rica): CATIE, 1996
Subjects:AGROFORESTERIA, COSTA RICA, PASTIZALES, SISTEMAS SILVOPASCICOLAS, UTILIZACION DE LA TIERRA,
Online Access:http://orton.catie.ac.cr/repdoc/A4870i/A4870i.pdf
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spelling KOHA-OAI-BVE:1381122022-11-16T12:27:40ZTrees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica 82165 Kampen, P. 2423 Agricultural University Wageningen, Wageningen (Países Bajos) 4043 CATIE, Turrialba (Costa Rica). Atlantic Zone Programme Ministerio de Agricultura y Ganadería (MAG) San José, Costa Rica 13639 Turrialba (Costa Rica): CATIE,1996| 0pdfThis study was carried out in Río Jiménez, a sub-region in the northern part of the Atlantic Zone of Costa Rica. Silvopastoral systems are widely practised land use systems in the Atlantic Zone of Costa Rica and are mostly established after forest clearing. Three soil use classes are distinguished, silvopasture mostly occur on infertile soils with good drainage. The research is started with a literature review on the theoretical background of the interactions between trees and pasture in silvopastoral systems. After this, field research was done in the Río Jiménez area in the Atlantic Zone. The field research was restricted to two tree species, Pentaclethra macroloba (Gavilán) and Cordia alliodora (Laurel) and two pasture types, Pasto Natural (a mixture of local grass species) and Ischaemum ciliare (Ratana). A silvopastoral system, an agroforestry system, is comprised of three components, i.e. trees, pasture and cattle. The different components influence each other. A relational diagram is used to analyze the production side of the system. The different relations between the components are derived from system analysis and elaborated further using other research. Within the tree-grass relation the available amount of light under trees is seen as the main factor to determine grass production under trees. Grass production can be higher compared to the open field production, caused by an improvement of the understorey micro climate. When light saturation is not reached, increased light intensities result in an increased grass production until other factors, like temperature and water stress become more limiting to grass production. Incluye 43 referencias bibliográficas en las páginas 31-33This study was carried out in Río Jiménez, a sub-region in the northern part of the Atlantic Zone of Costa Rica. Silvopastoral systems are widely practised land use systems in the Atlantic Zone of Costa Rica and are mostly established after forest clearing. Three soil use classes are distinguished, silvopasture mostly occur on infertile soils with good drainage. The research is started with a literature review on the theoretical background of the interactions between trees and pasture in silvopastoral systems. After this, field research was done in the Río Jiménez area in the Atlantic Zone. The field research was restricted to two tree species, Pentaclethra macroloba (Gavilán) and Cordia alliodora (Laurel) and two pasture types, Pasto Natural (a mixture of local grass species) and Ischaemum ciliare (Ratana). A silvopastoral system, an agroforestry system, is comprised of three components, i.e. trees, pasture and cattle. The different components influence each other. A relational diagram is used to analyze the production side of the system. The different relations between the components are derived from system analysis and elaborated further using other research. Within the tree-grass relation the available amount of light under trees is seen as the main factor to determine grass production under trees. Grass production can be higher compared to the open field production, caused by an improvement of the understorey micro climate. When light saturation is not reached, increased light intensities result in an increased grass production until other factors, like temperature and water stress become more limiting to grass production. AGROFORESTERIACOSTA RICAPASTIZALESSISTEMAS SILVOPASCICOLASUTILIZACION DE LA TIERRAhttp://orton.catie.ac.cr/repdoc/A4870i/A4870i.pdf
institution IICA
collection Koha
country Costa Rica
countrycode CR
component Bibliográfico
access En linea
En linea
databasecode cat-sibiica
tag biblioteca
region America Central
libraryname Sistema de Bibliotecas IICA/CATIE
language | 0
topic AGROFORESTERIA
COSTA RICA
PASTIZALES
SISTEMAS SILVOPASCICOLAS
UTILIZACION DE LA TIERRA
AGROFORESTERIA
COSTA RICA
PASTIZALES
SISTEMAS SILVOPASCICOLAS
UTILIZACION DE LA TIERRA
spellingShingle AGROFORESTERIA
COSTA RICA
PASTIZALES
SISTEMAS SILVOPASCICOLAS
UTILIZACION DE LA TIERRA
AGROFORESTERIA
COSTA RICA
PASTIZALES
SISTEMAS SILVOPASCICOLAS
UTILIZACION DE LA TIERRA
82165 Kampen, P.
2423 Agricultural University Wageningen, Wageningen (Países Bajos)
4043 CATIE, Turrialba (Costa Rica). Atlantic Zone Programme
Ministerio de Agricultura y Ganadería (MAG) San José, Costa Rica 13639
Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
description This study was carried out in Río Jiménez, a sub-region in the northern part of the Atlantic Zone of Costa Rica. Silvopastoral systems are widely practised land use systems in the Atlantic Zone of Costa Rica and are mostly established after forest clearing. Three soil use classes are distinguished, silvopasture mostly occur on infertile soils with good drainage. The research is started with a literature review on the theoretical background of the interactions between trees and pasture in silvopastoral systems. After this, field research was done in the Río Jiménez area in the Atlantic Zone. The field research was restricted to two tree species, Pentaclethra macroloba (Gavilán) and Cordia alliodora (Laurel) and two pasture types, Pasto Natural (a mixture of local grass species) and Ischaemum ciliare (Ratana). A silvopastoral system, an agroforestry system, is comprised of three components, i.e. trees, pasture and cattle. The different components influence each other. A relational diagram is used to analyze the production side of the system. The different relations between the components are derived from system analysis and elaborated further using other research. Within the tree-grass relation the available amount of light under trees is seen as the main factor to determine grass production under trees. Grass production can be higher compared to the open field production, caused by an improvement of the understorey micro climate. When light saturation is not reached, increased light intensities result in an increased grass production until other factors, like temperature and water stress become more limiting to grass production.
format
topic_facet AGROFORESTERIA
COSTA RICA
PASTIZALES
SISTEMAS SILVOPASCICOLAS
UTILIZACION DE LA TIERRA
author 82165 Kampen, P.
2423 Agricultural University Wageningen, Wageningen (Países Bajos)
4043 CATIE, Turrialba (Costa Rica). Atlantic Zone Programme
Ministerio de Agricultura y Ganadería (MAG) San José, Costa Rica 13639
author_facet 82165 Kampen, P.
2423 Agricultural University Wageningen, Wageningen (Países Bajos)
4043 CATIE, Turrialba (Costa Rica). Atlantic Zone Programme
Ministerio de Agricultura y Ganadería (MAG) San José, Costa Rica 13639
author_sort 82165 Kampen, P.
title Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
title_short Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
title_full Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
title_fullStr Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
title_full_unstemmed Trees in grassland: the influence of trees on grass production within sylvopastoral systems of the Atlantic Zone of Costa Rica
title_sort trees in grassland: the influence of trees on grass production within sylvopastoral systems of the atlantic zone of costa rica
publisher Turrialba (Costa Rica): CATIE,
publishDate 1996
url http://orton.catie.ac.cr/repdoc/A4870i/A4870i.pdf
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