Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak

Carbon assessments have proliferated to identify climate friendly practices in Arabica producing systems, though little attention is given to Robusta. In this study, we evaluated the climate impact of Robusta production via quantification of carbon stock and greenhouse gas (GHG) emissions in the intensive shaded and unshaded coffee farms of the world’s largest Robusta producing region, Vietnam’s Central Highlands. We find due to the linear relationship between fertilizer use and yields, emissions from input use on a per unit product basis are not significantly different between the intensive and less intensive systems. However, when accounting for carbon sequestered in shade and coffee trees, the less intensive systems are carbon positive (sequestering more than they emit) per unit of green coffee bean produced.

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Main Authors: Nguyen-Duy, Nhiem, Talsma, Tiffany, Nguyen, Kien Tri, Do, Thanh Chung, D'haeze, Dave, Läderach, Peter
Format: Report biblioteca
Language:English
Published: 2018
Subjects:climate change, agriculture, food security, climate-smart agriculture,
Online Access:https://hdl.handle.net/10568/107927
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spelling dig-cgspace-10568-1079272023-08-08T10:34:17Z Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak Nguyen-Duy, Nhiem Talsma, Tiffany Nguyen, Kien Tri Do, Thanh Chung D'haeze, Dave Läderach, Peter climate change agriculture food security climate-smart agriculture Carbon assessments have proliferated to identify climate friendly practices in Arabica producing systems, though little attention is given to Robusta. In this study, we evaluated the climate impact of Robusta production via quantification of carbon stock and greenhouse gas (GHG) emissions in the intensive shaded and unshaded coffee farms of the world’s largest Robusta producing region, Vietnam’s Central Highlands. We find due to the linear relationship between fertilizer use and yields, emissions from input use on a per unit product basis are not significantly different between the intensive and less intensive systems. However, when accounting for carbon sequestered in shade and coffee trees, the less intensive systems are carbon positive (sequestering more than they emit) per unit of green coffee bean produced. 2018 2020-04-02T15:14:11Z 2020-04-02T15:14:11Z Report Nguyen-Duy N, Talsma T, Nguyen KT, Do TC, D’haeze D, Laderach P. 2018. Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak. Hanoi, Vietnam: International Center for Tropical Agriculture (CIAT). 22 p. https://hdl.handle.net/10568/107927 en Other Open Access 22 p. application/pdf
institution CGIAR
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-cgspace
tag biblioteca
region Europa del Oeste
libraryname Biblioteca del CGIAR
language English
topic climate change
agriculture
food security
climate-smart agriculture
climate change
agriculture
food security
climate-smart agriculture
spellingShingle climate change
agriculture
food security
climate-smart agriculture
climate change
agriculture
food security
climate-smart agriculture
Nguyen-Duy, Nhiem
Talsma, Tiffany
Nguyen, Kien Tri
Do, Thanh Chung
D'haeze, Dave
Läderach, Peter
Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
description Carbon assessments have proliferated to identify climate friendly practices in Arabica producing systems, though little attention is given to Robusta. In this study, we evaluated the climate impact of Robusta production via quantification of carbon stock and greenhouse gas (GHG) emissions in the intensive shaded and unshaded coffee farms of the world’s largest Robusta producing region, Vietnam’s Central Highlands. We find due to the linear relationship between fertilizer use and yields, emissions from input use on a per unit product basis are not significantly different between the intensive and less intensive systems. However, when accounting for carbon sequestered in shade and coffee trees, the less intensive systems are carbon positive (sequestering more than they emit) per unit of green coffee bean produced.
format Report
topic_facet climate change
agriculture
food security
climate-smart agriculture
author Nguyen-Duy, Nhiem
Talsma, Tiffany
Nguyen, Kien Tri
Do, Thanh Chung
D'haeze, Dave
Läderach, Peter
author_facet Nguyen-Duy, Nhiem
Talsma, Tiffany
Nguyen, Kien Tri
Do, Thanh Chung
D'haeze, Dave
Läderach, Peter
author_sort Nguyen-Duy, Nhiem
title Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
title_short Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
title_full Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
title_fullStr Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
title_full_unstemmed Carbon assessment for Robusta coffee production systems in Vietnam: a case study in Dak Lak
title_sort carbon assessment for robusta coffee production systems in vietnam: a case study in dak lak
publishDate 2018
url https://hdl.handle.net/10568/107927
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