Global Rice Science Partnership: GRiSP in motion
GRiSP aims to develop science-based solutions to today’s and tomorrow’s agricultural development problems. It mobilizes partners that operate on the cutting edge of science at one end of the globe and connects them with grass-roots partners at other ends. In this report, we present a snapshot of such activities that illustrates the tremendous gains that well-chosen partnerships can deliver. You’ll read about partnerships that discover new genes and deploy those genes to produce new rice varieties that increase tolerance of phosphorus deficiency, confer resistance to insect pests and virus diseases, or will lead to a completely new type of rice, called C4 rice, which could potentially increase yields by up to 50%. But, you’ll also read how GRiSP partners team up with indigenous people and local farmer groups in remote areas to preserve and improve age-old rice varieties and make sure they are retained for generations to come.
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Format: | Texto biblioteca |
Language: | eng |
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Los Banos (Philippines) IRRI
2013
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Subjects: | Rice, Agricultural research, Research institutions, cropping systems, High yielding varieties, Disease resistance, food security, climate change, Environmental impact assessment, Sustainability, |
Online Access: | http://books.irri.org/grisp_in_motion.pdf |
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unfao:6783682021-05-05T06:52:20ZGlobal Rice Science Partnership: GRiSP in motion 28203 International Rice Research Inst., Los Banos (Philippines) eng textLos Banos (Philippines) IRRI2013engGRiSP aims to develop science-based solutions to today’s and tomorrow’s agricultural development problems. It mobilizes partners that operate on the cutting edge of science at one end of the globe and connects them with grass-roots partners at other ends. In this report, we present a snapshot of such activities that illustrates the tremendous gains that well-chosen partnerships can deliver. You’ll read about partnerships that discover new genes and deploy those genes to produce new rice varieties that increase tolerance of phosphorus deficiency, confer resistance to insect pests and virus diseases, or will lead to a completely new type of rice, called C4 rice, which could potentially increase yields by up to 50%. But, you’ll also read how GRiSP partners team up with indigenous people and local farmer groups in remote areas to preserve and improve age-old rice varieties and make sure they are retained for generations to come.GRiSP aims to develop science-based solutions to today’s and tomorrow’s agricultural development problems. It mobilizes partners that operate on the cutting edge of science at one end of the globe and connects them with grass-roots partners at other ends. In this report, we present a snapshot of such activities that illustrates the tremendous gains that well-chosen partnerships can deliver. You’ll read about partnerships that discover new genes and deploy those genes to produce new rice varieties that increase tolerance of phosphorus deficiency, confer resistance to insect pests and virus diseases, or will lead to a completely new type of rice, called C4 rice, which could potentially increase yields by up to 50%. But, you’ll also read how GRiSP partners team up with indigenous people and local farmer groups in remote areas to preserve and improve age-old rice varieties and make sure they are retained for generations to come.RiceAgricultural researchResearch institutionscropping systemsHigh yielding varietiesDisease resistancefood securityclimate changeEnvironmental impact assessmentSustainabilityhttp://books.irri.org/grisp_in_motion.pdf |
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Rice Agricultural research Research institutions cropping systems High yielding varieties Disease resistance food security climate change Environmental impact assessment Sustainability Rice Agricultural research Research institutions cropping systems High yielding varieties Disease resistance food security climate change Environmental impact assessment Sustainability |
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Rice Agricultural research Research institutions cropping systems High yielding varieties Disease resistance food security climate change Environmental impact assessment Sustainability Rice Agricultural research Research institutions cropping systems High yielding varieties Disease resistance food security climate change Environmental impact assessment Sustainability 28203 International Rice Research Inst., Los Banos (Philippines) eng Global Rice Science Partnership: GRiSP in motion |
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GRiSP aims to develop science-based solutions to today’s and tomorrow’s agricultural development problems. It mobilizes partners that operate on the cutting edge of science at one end of the globe and connects them with grass-roots partners at other ends. In this report, we present a snapshot of such activities that illustrates the tremendous gains that well-chosen partnerships can deliver. You’ll read about partnerships that discover new genes and deploy those genes to produce new rice varieties that increase tolerance of phosphorus deficiency, confer resistance to insect pests and virus diseases, or will lead to a completely new type of rice, called C4 rice, which could potentially increase yields by up to 50%. But, you’ll also read how GRiSP partners team up with indigenous people and local farmer groups in remote areas to preserve and improve age-old rice varieties and make sure they are retained for generations to come. |
format |
Texto |
topic_facet |
Rice Agricultural research Research institutions cropping systems High yielding varieties Disease resistance food security climate change Environmental impact assessment Sustainability |
author |
28203 International Rice Research Inst., Los Banos (Philippines) eng |
author_facet |
28203 International Rice Research Inst., Los Banos (Philippines) eng |
author_sort |
28203 International Rice Research Inst., Los Banos (Philippines) eng |
title |
Global Rice Science Partnership: GRiSP in motion |
title_short |
Global Rice Science Partnership: GRiSP in motion |
title_full |
Global Rice Science Partnership: GRiSP in motion |
title_fullStr |
Global Rice Science Partnership: GRiSP in motion |
title_full_unstemmed |
Global Rice Science Partnership: GRiSP in motion |
title_sort |
global rice science partnership: grisp in motion |
publisher |
Los Banos (Philippines) IRRI |
publishDate |
2013 |
url |
http://books.irri.org/grisp_in_motion.pdf |
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AT 28203internationalriceresearchinstlosbanosphilippineseng globalricesciencepartnershipgrispinmotion |
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1768066507800051712 |