Conservation agriculture for sustainable intensification in South Asia

Agriculture’s contribution to the Sustainable Development Goals requires climate-smart and profitable farm innovations. In the past decade, attention has been given to conservation agriculture as a ‘sustainable intensification’ strategy, although a lack of evidence-based consensus on the merits of conservation agriculture prevails in the context of intensive smallholder farming in South Asia. A meta-analysis using 9,686 paired site–year comparisons representing different indicators of cropping-system performance suggest significant (P < 0.05) benefits when conservation-agriculture component practices are implemented either separately or in tandem. For example, zero tillage with residue retention had a mean yield advantage of 5.8%, a water use efficiency increase of 12.6%, an increase in net economic return of 25.9% and a reduction of 12–33% in global warming potential, with more-favourable responses on loamy soils and in maize–wheat systems. Results suggest that there are opportunities to maximize expected benefits, and policymakers and development practitioners should continue to be appraised of the potential of CA for contributing to the Sustainable Development Goals in South Asia.

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Main Authors: Jat, ML, Chakraborty, Debashis, Ladha, Jagdish Kumar, Rana, Dharamvir Singh, Gathala, Mahesh Kumar, McDonald, Andrew, Gerard, Bruno
Other Authors: KALVANIA, Kailash Chandra
Language:English
Published: CIMMYT Research Data & Software Repository Network
Subjects:Agricultural Sciences,
Online Access:https://hdl.handle.net/11529/10548707
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spelling dat-cimmyt-11529105487072023-03-18T02:00:04ZConservation agriculture for sustainable intensification in South Asiahttps://hdl.handle.net/11529/10548707Jat, MLChakraborty, DebashisLadha, Jagdish KumarRana, Dharamvir SinghGathala, Mahesh KumarMcDonald, AndrewGerard, BrunoCIMMYT Research Data & Software Repository NetworkAgriculture’s contribution to the Sustainable Development Goals requires climate-smart and profitable farm innovations. In the past decade, attention has been given to conservation agriculture as a ‘sustainable intensification’ strategy, although a lack of evidence-based consensus on the merits of conservation agriculture prevails in the context of intensive smallholder farming in South Asia. A meta-analysis using 9,686 paired site–year comparisons representing different indicators of cropping-system performance suggest significant (P < 0.05) benefits when conservation-agriculture component practices are implemented either separately or in tandem. For example, zero tillage with residue retention had a mean yield advantage of 5.8%, a water use efficiency increase of 12.6%, an increase in net economic return of 25.9% and a reduction of 12–33% in global warming potential, with more-favourable responses on loamy soils and in maize–wheat systems. Results suggest that there are opportunities to maximize expected benefits, and policymakers and development practitioners should continue to be appraised of the potential of CA for contributing to the Sustainable Development Goals in South Asia.Agricultural SciencesEnglishKALVANIA, Kailash Chandra
institution CIMMYT
collection Dataverse
country México
countrycode MX
component Datos de investigación
access En linea
En linea
databasecode dat-cimmyt
tag biblioteca
region America del Norte
libraryname Centro Internacional de Mejoramiento de Maíz y Trigo
language English
topic Agricultural Sciences
Agricultural Sciences
spellingShingle Agricultural Sciences
Agricultural Sciences
Jat, ML
Chakraborty, Debashis
Ladha, Jagdish Kumar
Rana, Dharamvir Singh
Gathala, Mahesh Kumar
McDonald, Andrew
Gerard, Bruno
Conservation agriculture for sustainable intensification in South Asia
description Agriculture’s contribution to the Sustainable Development Goals requires climate-smart and profitable farm innovations. In the past decade, attention has been given to conservation agriculture as a ‘sustainable intensification’ strategy, although a lack of evidence-based consensus on the merits of conservation agriculture prevails in the context of intensive smallholder farming in South Asia. A meta-analysis using 9,686 paired site–year comparisons representing different indicators of cropping-system performance suggest significant (P < 0.05) benefits when conservation-agriculture component practices are implemented either separately or in tandem. For example, zero tillage with residue retention had a mean yield advantage of 5.8%, a water use efficiency increase of 12.6%, an increase in net economic return of 25.9% and a reduction of 12–33% in global warming potential, with more-favourable responses on loamy soils and in maize–wheat systems. Results suggest that there are opportunities to maximize expected benefits, and policymakers and development practitioners should continue to be appraised of the potential of CA for contributing to the Sustainable Development Goals in South Asia.
author2 KALVANIA, Kailash Chandra
author_facet KALVANIA, Kailash Chandra
Jat, ML
Chakraborty, Debashis
Ladha, Jagdish Kumar
Rana, Dharamvir Singh
Gathala, Mahesh Kumar
McDonald, Andrew
Gerard, Bruno
topic_facet Agricultural Sciences
author Jat, ML
Chakraborty, Debashis
Ladha, Jagdish Kumar
Rana, Dharamvir Singh
Gathala, Mahesh Kumar
McDonald, Andrew
Gerard, Bruno
author_sort Jat, ML
title Conservation agriculture for sustainable intensification in South Asia
title_short Conservation agriculture for sustainable intensification in South Asia
title_full Conservation agriculture for sustainable intensification in South Asia
title_fullStr Conservation agriculture for sustainable intensification in South Asia
title_full_unstemmed Conservation agriculture for sustainable intensification in South Asia
title_sort conservation agriculture for sustainable intensification in south asia
publisher CIMMYT Research Data & Software Repository Network
url https://hdl.handle.net/11529/10548707
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