Impact of agricultural research: post-green revolution evidence from India

Agricultural research systems all over the world are acclaimed for their significant contributions to food and nutritional security and poverty alleviation. There is empirical evidence of agricultural growth induced by the Green Revolution technologies having benefited the rural and urban poor through reduction in food prices. Although the impact in terms of poverty reduction has multiplied over the years and spread geographically, there is a need to accelerate these impacts in order to improve the livelihoods of the poorest of the poor and to achieve the Millennium Development Goals (MDGs). India is one of the success stories of the Green Revolution. The Indian experience has convincingly proven that appropriate technologies, supported by facilitating public policies and efficient institutions, can transform smallholder agriculture. Umpteen studies have revealed that these three major sources of agricultural growth are highly interactive and dynamic. They evolve in the contextual realities of an agricultural sector and respond to internal and external developmental changes. However, the question now arises as to how modern technologies and institutions interact in the era of privatization and globalization. The ways and means of harmonizing national agricultural policies with international agreements on trade, exchange of resources, property rights, etc, should be evolved for accelerating the flow of technologies to millions of smallholders. Research impacts are not uniform across different sub-sectors of agriculture owing to differences in the degree of market orientation, efficiency of input and service delivery systems, dominance of smallholders, etc. Sector-specific institutional and policy constraints need to be understood and addressed in order to enhance the flow of technology to farmers and to realize large-scale impacts. Similarly, greater attention should be paid to understanding institutional constraints to the dissemination and adoption of technologies promoting sustainable use of natural resources. The same holds true for the technologies for livestock, horticulture and agro-processing which are capital intensive. The Indian Council of Agricultural Research (ICAR) and the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) have a long tradition of research partnership in agricultural science. Both accord high priority to tracking adoption of technologies by farmers, assessing their impacts and learning from this experience. Social scientists from both the organizations have allocated considerable resources towards this work and brought out a number of publications. This volume is an addition to this series, wherein both macroand micro-level studies pertaining to different sectors of Indian agriculture have been covered in detail, with evidence mostly stemming from the post-Green Revolution period.

Saved in:
Bibliographic Details
Main Authors: Joshi, P.K. (ed.) 1423211771324, National Centre for Agricultural Economics and Policy Research, New Delhi (India) eng 408558, Pal, S. (ed.) 1423211781300, Birthal, P.S. (ed.) 163994, Bantilan, M.C.S. (ed.) 163996, International Crops Research Inst. for the Semi-Arid Tropics, Patancheru (India) eng 27793
Format: Texto biblioteca
Language:eng
Published: New Delhi (India) NCAP/ICRISAT 2005
Subjects:agricultural research, agricultural productivity, production increase, crop improvement, hybrid seed production, agricultural practices, technological changes,
Online Access:http://oar.icrisat.org/3209/1/152-163.pdf
Tags: Add Tag
No Tags, Be the first to tag this record!
id unfao:854252
record_format koha
institution FAO IT
collection Koha
country Italia
countrycode IT
component Bibliográfico
access En linea
En linea
databasecode cat-fao-it
tag biblioteca
region Europa del Sur
libraryname David Lubin Memorial Library of FAO
language eng
topic agricultural research
agricultural productivity
production increase
crop improvement
hybrid seed production
agricultural practices
technological changes
agricultural research
agricultural productivity
production increase
crop improvement
hybrid seed production
agricultural practices
technological changes
spellingShingle agricultural research
agricultural productivity
production increase
crop improvement
hybrid seed production
agricultural practices
technological changes
agricultural research
agricultural productivity
production increase
crop improvement
hybrid seed production
agricultural practices
technological changes
Joshi, P.K. (ed.) 1423211771324
National Centre for Agricultural Economics and Policy Research, New Delhi (India) eng 408558
Pal, S. (ed.) 1423211781300
Birthal, P.S. (ed.) 163994
Bantilan, M.C.S. (ed.) 163996
International Crops Research Inst. for the Semi-Arid Tropics, Patancheru (India) eng 27793
Impact of agricultural research: post-green revolution evidence from India
description Agricultural research systems all over the world are acclaimed for their significant contributions to food and nutritional security and poverty alleviation. There is empirical evidence of agricultural growth induced by the Green Revolution technologies having benefited the rural and urban poor through reduction in food prices. Although the impact in terms of poverty reduction has multiplied over the years and spread geographically, there is a need to accelerate these impacts in order to improve the livelihoods of the poorest of the poor and to achieve the Millennium Development Goals (MDGs). India is one of the success stories of the Green Revolution. The Indian experience has convincingly proven that appropriate technologies, supported by facilitating public policies and efficient institutions, can transform smallholder agriculture. Umpteen studies have revealed that these three major sources of agricultural growth are highly interactive and dynamic. They evolve in the contextual realities of an agricultural sector and respond to internal and external developmental changes. However, the question now arises as to how modern technologies and institutions interact in the era of privatization and globalization. The ways and means of harmonizing national agricultural policies with international agreements on trade, exchange of resources, property rights, etc, should be evolved for accelerating the flow of technologies to millions of smallholders. Research impacts are not uniform across different sub-sectors of agriculture owing to differences in the degree of market orientation, efficiency of input and service delivery systems, dominance of smallholders, etc. Sector-specific institutional and policy constraints need to be understood and addressed in order to enhance the flow of technology to farmers and to realize large-scale impacts. Similarly, greater attention should be paid to understanding institutional constraints to the dissemination and adoption of technologies promoting sustainable use of natural resources. The same holds true for the technologies for livestock, horticulture and agro-processing which are capital intensive. The Indian Council of Agricultural Research (ICAR) and the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) have a long tradition of research partnership in agricultural science. Both accord high priority to tracking adoption of technologies by farmers, assessing their impacts and learning from this experience. Social scientists from both the organizations have allocated considerable resources towards this work and brought out a number of publications. This volume is an addition to this series, wherein both macroand micro-level studies pertaining to different sectors of Indian agriculture have been covered in detail, with evidence mostly stemming from the post-Green Revolution period.
format Texto
topic_facet agricultural research
agricultural productivity
production increase
crop improvement
hybrid seed production
agricultural practices
technological changes
author Joshi, P.K. (ed.) 1423211771324
National Centre for Agricultural Economics and Policy Research, New Delhi (India) eng 408558
Pal, S. (ed.) 1423211781300
Birthal, P.S. (ed.) 163994
Bantilan, M.C.S. (ed.) 163996
International Crops Research Inst. for the Semi-Arid Tropics, Patancheru (India) eng 27793
author_facet Joshi, P.K. (ed.) 1423211771324
National Centre for Agricultural Economics and Policy Research, New Delhi (India) eng 408558
Pal, S. (ed.) 1423211781300
Birthal, P.S. (ed.) 163994
Bantilan, M.C.S. (ed.) 163996
International Crops Research Inst. for the Semi-Arid Tropics, Patancheru (India) eng 27793
author_sort Joshi, P.K. (ed.) 1423211771324
title Impact of agricultural research: post-green revolution evidence from India
title_short Impact of agricultural research: post-green revolution evidence from India
title_full Impact of agricultural research: post-green revolution evidence from India
title_fullStr Impact of agricultural research: post-green revolution evidence from India
title_full_unstemmed Impact of agricultural research: post-green revolution evidence from India
title_sort impact of agricultural research: post-green revolution evidence from india
publisher New Delhi (India) NCAP/ICRISAT
publishDate 2005
url http://oar.icrisat.org/3209/1/152-163.pdf
work_keys_str_mv AT joshipked1423211771324 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
AT nationalcentreforagriculturaleconomicsandpolicyresearchnewdelhiindiaeng408558 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
AT palsed1423211781300 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
AT birthalpsed163994 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
AT bantilanmcsed163996 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
AT internationalcropsresearchinstforthesemiaridtropicspatancheruindiaeng27793 impactofagriculturalresearchpostgreenrevolutionevidencefromindia
_version_ 1768620147511132160
spelling unfao:8542522021-05-05T06:52:06ZImpact of agricultural research: post-green revolution evidence from India Joshi, P.K. (ed.) 1423211771324 National Centre for Agricultural Economics and Policy Research, New Delhi (India) eng 408558 Pal, S. (ed.) 1423211781300 Birthal, P.S. (ed.) 163994 Bantilan, M.C.S. (ed.) 163996 International Crops Research Inst. for the Semi-Arid Tropics, Patancheru (India) eng 27793 textNew Delhi (India) NCAP/ICRISAT2005engAgricultural research systems all over the world are acclaimed for their significant contributions to food and nutritional security and poverty alleviation. There is empirical evidence of agricultural growth induced by the Green Revolution technologies having benefited the rural and urban poor through reduction in food prices. Although the impact in terms of poverty reduction has multiplied over the years and spread geographically, there is a need to accelerate these impacts in order to improve the livelihoods of the poorest of the poor and to achieve the Millennium Development Goals (MDGs). India is one of the success stories of the Green Revolution. The Indian experience has convincingly proven that appropriate technologies, supported by facilitating public policies and efficient institutions, can transform smallholder agriculture. Umpteen studies have revealed that these three major sources of agricultural growth are highly interactive and dynamic. They evolve in the contextual realities of an agricultural sector and respond to internal and external developmental changes. However, the question now arises as to how modern technologies and institutions interact in the era of privatization and globalization. The ways and means of harmonizing national agricultural policies with international agreements on trade, exchange of resources, property rights, etc, should be evolved for accelerating the flow of technologies to millions of smallholders. Research impacts are not uniform across different sub-sectors of agriculture owing to differences in the degree of market orientation, efficiency of input and service delivery systems, dominance of smallholders, etc. Sector-specific institutional and policy constraints need to be understood and addressed in order to enhance the flow of technology to farmers and to realize large-scale impacts. Similarly, greater attention should be paid to understanding institutional constraints to the dissemination and adoption of technologies promoting sustainable use of natural resources. The same holds true for the technologies for livestock, horticulture and agro-processing which are capital intensive. The Indian Council of Agricultural Research (ICAR) and the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) have a long tradition of research partnership in agricultural science. Both accord high priority to tracking adoption of technologies by farmers, assessing their impacts and learning from this experience. Social scientists from both the organizations have allocated considerable resources towards this work and brought out a number of publications. This volume is an addition to this series, wherein both macroand micro-level studies pertaining to different sectors of Indian agriculture have been covered in detail, with evidence mostly stemming from the post-Green Revolution period. Agricultural research systems all over the world are acclaimed for their significant contributions to food and nutritional security and poverty alleviation. There is empirical evidence of agricultural growth induced by the Green Revolution technologies having benefited the rural and urban poor through reduction in food prices. Although the impact in terms of poverty reduction has multiplied over the years and spread geographically, there is a need to accelerate these impacts in order to improve the livelihoods of the poorest of the poor and to achieve the Millennium Development Goals (MDGs). India is one of the success stories of the Green Revolution. The Indian experience has convincingly proven that appropriate technologies, supported by facilitating public policies and efficient institutions, can transform smallholder agriculture. Umpteen studies have revealed that these three major sources of agricultural growth are highly interactive and dynamic. They evolve in the contextual realities of an agricultural sector and respond to internal and external developmental changes. However, the question now arises as to how modern technologies and institutions interact in the era of privatization and globalization. The ways and means of harmonizing national agricultural policies with international agreements on trade, exchange of resources, property rights, etc, should be evolved for accelerating the flow of technologies to millions of smallholders. Research impacts are not uniform across different sub-sectors of agriculture owing to differences in the degree of market orientation, efficiency of input and service delivery systems, dominance of smallholders, etc. Sector-specific institutional and policy constraints need to be understood and addressed in order to enhance the flow of technology to farmers and to realize large-scale impacts. Similarly, greater attention should be paid to understanding institutional constraints to the dissemination and adoption of technologies promoting sustainable use of natural resources. The same holds true for the technologies for livestock, horticulture and agro-processing which are capital intensive. The Indian Council of Agricultural Research (ICAR) and the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) have a long tradition of research partnership in agricultural science. Both accord high priority to tracking adoption of technologies by farmers, assessing their impacts and learning from this experience. Social scientists from both the organizations have allocated considerable resources towards this work and brought out a number of publications. This volume is an addition to this series, wherein both macroand micro-level studies pertaining to different sectors of Indian agriculture have been covered in detail, with evidence mostly stemming from the post-Green Revolution period. agricultural researchagricultural productivityproduction increasecrop improvementhybrid seed productionagricultural practicestechnological changeshttp://oar.icrisat.org/3209/1/152-163.pdf