Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica

Diversification of agroecosystems has long been recognized as a sound strategy to cope with price and crop yield variability, thus increasing farm income stability and lowering financial risk. In this study, the financial returns, stability and risk of six cacao (Theobroma cacao L.) - laurel (Cordia alliodora (R&P) Oken) - plantain (Musa AAB) agroforestry systems, and the corresponding monocultures, were compared. Production and cost data were obtained from an on-going eight-year old experiment. The agroforestry systems included a traditional system and a replacement series between cacao (278, 370, 556, 741 and 833 plants ha-1) and plantain (833, 741, 556, 370 and 278 plants ha-1) with a constant laurel population (timber tree; 69 trees ha-1). An ex-post analysis was conducted using experimental and secondary data to build a simulation model over a 12 year period under different price assumptions. The probability distribution functions for the three commodity prices were modeled and simulated through time, accounting for their possible autocorrelation and non-normality. The expected net incomes from the agroforestry systems were considerably higher than from monocultures. The agroforestry systems were also less risky. Agroforestry systems with proportionally more cacao than plantain were less risky, but also less stable. The timber component (c. alliodora) was a key factor in reducing farmer's financial risks. Methodologically, the study illustrates a technique to evaluate both expected returns and the corresponding financial risks to obtain a complete, comparable profile of alternative systems. It shows the need to allow for the possibility of non-normality in the statistical distributions of the variables entering a financial risk and return analysis.

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Main Authors: 109102 Ramírez, O.A., Somarriba, Eduardo 120490, 88035 Ludewigs, T., 67308 Ferreira, P.
Format: biblioteca
Language:eng
Published: 2001
Subjects:THEOBROMA CACAO, CORDIA ALLIODORA, MUSA (PLATANOS), AGROFORESTERIA, MONOCULTIVO, RIESGO, ANALISIS ECONOMICO, PRECIOS, MODELOS DE SIMULACION, AMERICA CENTRAL,
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spelling KOHA-OAI-BVE:722502021-10-14T12:26:36ZFinantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica 109102 Ramírez, O.A. Somarriba, Eduardo 120490 88035 Ludewigs, T. 67308 Ferreira, P. 2001engDiversification of agroecosystems has long been recognized as a sound strategy to cope with price and crop yield variability, thus increasing farm income stability and lowering financial risk. In this study, the financial returns, stability and risk of six cacao (Theobroma cacao L.) - laurel (Cordia alliodora (R&P) Oken) - plantain (Musa AAB) agroforestry systems, and the corresponding monocultures, were compared. Production and cost data were obtained from an on-going eight-year old experiment. The agroforestry systems included a traditional system and a replacement series between cacao (278, 370, 556, 741 and 833 plants ha-1) and plantain (833, 741, 556, 370 and 278 plants ha-1) with a constant laurel population (timber tree; 69 trees ha-1). An ex-post analysis was conducted using experimental and secondary data to build a simulation model over a 12 year period under different price assumptions. The probability distribution functions for the three commodity prices were modeled and simulated through time, accounting for their possible autocorrelation and non-normality. The expected net incomes from the agroforestry systems were considerably higher than from monocultures. The agroforestry systems were also less risky. Agroforestry systems with proportionally more cacao than plantain were less risky, but also less stable. The timber component (c. alliodora) was a key factor in reducing farmer's financial risks. Methodologically, the study illustrates a technique to evaluate both expected returns and the corresponding financial risks to obtain a complete, comparable profile of alternative systems. It shows the need to allow for the possibility of non-normality in the statistical distributions of the variables entering a financial risk and return analysis.Diversification of agroecosystems has long been recognized as a sound strategy to cope with price and crop yield variability, thus increasing farm income stability and lowering financial risk. In this study, the financial returns, stability and risk of six cacao (Theobroma cacao L.) - laurel (Cordia alliodora (R&P) Oken) - plantain (Musa AAB) agroforestry systems, and the corresponding monocultures, were compared. Production and cost data were obtained from an on-going eight-year old experiment. The agroforestry systems included a traditional system and a replacement series between cacao (278, 370, 556, 741 and 833 plants ha-1) and plantain (833, 741, 556, 370 and 278 plants ha-1) with a constant laurel population (timber tree; 69 trees ha-1). An ex-post analysis was conducted using experimental and secondary data to build a simulation model over a 12 year period under different price assumptions. The probability distribution functions for the three commodity prices were modeled and simulated through time, accounting for their possible autocorrelation and non-normality. The expected net incomes from the agroforestry systems were considerably higher than from monocultures. The agroforestry systems were also less risky. Agroforestry systems with proportionally more cacao than plantain were less risky, but also less stable. The timber component (c. alliodora) was a key factor in reducing farmer's financial risks. Methodologically, the study illustrates a technique to evaluate both expected returns and the corresponding financial risks to obtain a complete, comparable profile of alternative systems. It shows the need to allow for the possibility of non-normality in the statistical distributions of the variables entering a financial risk and return analysis.THEOBROMA CACAOCORDIA ALLIODORAMUSA (PLATANOS)AGROFORESTERIAMONOCULTIVORIESGOANALISIS ECONOMICOPRECIOSMODELOS DE SIMULACIONAMERICA CENTRALAgroforestry Systems (Países Bajos)
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
language eng
topic THEOBROMA CACAO
CORDIA ALLIODORA
MUSA (PLATANOS)
AGROFORESTERIA
MONOCULTIVO
RIESGO
ANALISIS ECONOMICO
PRECIOS
MODELOS DE SIMULACION
AMERICA CENTRAL
THEOBROMA CACAO
CORDIA ALLIODORA
MUSA (PLATANOS)
AGROFORESTERIA
MONOCULTIVO
RIESGO
ANALISIS ECONOMICO
PRECIOS
MODELOS DE SIMULACION
AMERICA CENTRAL
spellingShingle THEOBROMA CACAO
CORDIA ALLIODORA
MUSA (PLATANOS)
AGROFORESTERIA
MONOCULTIVO
RIESGO
ANALISIS ECONOMICO
PRECIOS
MODELOS DE SIMULACION
AMERICA CENTRAL
THEOBROMA CACAO
CORDIA ALLIODORA
MUSA (PLATANOS)
AGROFORESTERIA
MONOCULTIVO
RIESGO
ANALISIS ECONOMICO
PRECIOS
MODELOS DE SIMULACION
AMERICA CENTRAL
109102 Ramírez, O.A.
Somarriba, Eduardo 120490
88035 Ludewigs, T.
67308 Ferreira, P.
Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
description Diversification of agroecosystems has long been recognized as a sound strategy to cope with price and crop yield variability, thus increasing farm income stability and lowering financial risk. In this study, the financial returns, stability and risk of six cacao (Theobroma cacao L.) - laurel (Cordia alliodora (R&P) Oken) - plantain (Musa AAB) agroforestry systems, and the corresponding monocultures, were compared. Production and cost data were obtained from an on-going eight-year old experiment. The agroforestry systems included a traditional system and a replacement series between cacao (278, 370, 556, 741 and 833 plants ha-1) and plantain (833, 741, 556, 370 and 278 plants ha-1) with a constant laurel population (timber tree; 69 trees ha-1). An ex-post analysis was conducted using experimental and secondary data to build a simulation model over a 12 year period under different price assumptions. The probability distribution functions for the three commodity prices were modeled and simulated through time, accounting for their possible autocorrelation and non-normality. The expected net incomes from the agroforestry systems were considerably higher than from monocultures. The agroforestry systems were also less risky. Agroforestry systems with proportionally more cacao than plantain were less risky, but also less stable. The timber component (c. alliodora) was a key factor in reducing farmer's financial risks. Methodologically, the study illustrates a technique to evaluate both expected returns and the corresponding financial risks to obtain a complete, comparable profile of alternative systems. It shows the need to allow for the possibility of non-normality in the statistical distributions of the variables entering a financial risk and return analysis.
format
topic_facet THEOBROMA CACAO
CORDIA ALLIODORA
MUSA (PLATANOS)
AGROFORESTERIA
MONOCULTIVO
RIESGO
ANALISIS ECONOMICO
PRECIOS
MODELOS DE SIMULACION
AMERICA CENTRAL
author 109102 Ramírez, O.A.
Somarriba, Eduardo 120490
88035 Ludewigs, T.
67308 Ferreira, P.
author_facet 109102 Ramírez, O.A.
Somarriba, Eduardo 120490
88035 Ludewigs, T.
67308 Ferreira, P.
author_sort 109102 Ramírez, O.A.
title Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
title_short Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
title_full Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
title_fullStr Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
title_full_unstemmed Finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in Costa Rica
title_sort finantial returns, stability and risk of cacao-plantain-timber agroforestry systems in costa rica
publishDate 2001
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