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| Article Title | An optimal phased replanting approach for cocoa trees with application to Ghana | | Author | Mahrizal, L. Lanier Nalley, Bruce L. Dixon and Jennie Popp | | Year | 2013 | | Journal Title | Agricultural Economics | | Institution | International Association of Agricultural Economists | | Volume | 45 | | Issue | 2013 | | Pages | 1-12 | | Call Number | JA0489-13 | | Keywords | Cocoa; Optimal phased replacement rate; Net present value |
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| Abstract: |
| This study solves for the optimum replacement rate (ORR) and initial replacement year (IRY) of cocoa trees (Theobroma
cacao) in Ghana to maximize net present value and achieve steady state by employing a phased replanting approach. The annual ORR is
5%–7% across the three production systems studied: Low Input, Landrace Cocoa, High Input, No Shade Amazon Cocoa, and High Input, Medium
Shade Cocoa. The optimal IRY ranges from year 5 to year 9 as a function of cocoa prices, fertilizer prices, labor prices, and percentage yield loss
due to disease outbreaks. Deterministic results project economic gains that exceed currently practiced replacement approaches by 5.57%–14.67%
across production systems with reduced, annual income volatility. The method applied in this study can be used to increase cocoa yields and
stabilize income over time, and facilitate substantial quality of life improvements for many subsistence cocoa farmers in Ghana and around the
world. |
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GRP 2: Maximizing on-farm productivity of trees and agroforestry systems
GRP 3: Improving tree product marketing for smallholders
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