Methodologies for root drought studies in rice

Root biology is at the forefront of progressing fields to improve agricultural productivity in low-input systems. Although there is a strong case for the role of roots in plant performance under drought stress, appropriate methods for evaluating them in relation to performance under drought (particularly in rice) are less clear-cut. The research community needs a better understanding of the genetic variation in rice for drought response and root traits. The focus of this manual is the description of relatively high-throughput, low-cost, and precise root phenotyping techniques, adopted by researchers across the world, that have been developed for drought studies on rice. Field phenotyping protocols for root studies in precise drought-stress treatments, as well as a range of root phenotyping systems, are described. Protocols to associate root traits with other plant traits and productivity are also included.

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Main Authors: Shashidhar, H.E. 176918 (ed.), 28203 International Rice Research Inst., Los Banos (Philippines) eng, Henry, A. 176919 (ed.), Hardy, B. (ed.) 161346
Format: Texto biblioteca
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Published: Los Banos (Philippines) IRRI 2012
Subjects:Oryza, Root systems, Plant production, Crop performance, crop improvement, Rhizosphere, Plant water relations, Drought resistance, genetic variation, Sampling, case studies,
Online Access:http://books.irri.org/9789712202902_content.pdf
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spelling unfao:6767112024-05-03T13:35:23ZMethodologies for root drought studies in rice Shashidhar, H.E. 176918 (ed.) 28203 International Rice Research Inst., Los Banos (Philippines) eng Henry, A. 176919 (ed.) Hardy, B. (ed.) 161346 textLos Banos (Philippines) IRRI2012 Root biology is at the forefront of progressing fields to improve agricultural productivity in low-input systems. Although there is a strong case for the role of roots in plant performance under drought stress, appropriate methods for evaluating them in relation to performance under drought (particularly in rice) are less clear-cut. The research community needs a better understanding of the genetic variation in rice for drought response and root traits. The focus of this manual is the description of relatively high-throughput, low-cost, and precise root phenotyping techniques, adopted by researchers across the world, that have been developed for drought studies on rice. Field phenotyping protocols for root studies in precise drought-stress treatments, as well as a range of root phenotyping systems, are described. Protocols to associate root traits with other plant traits and productivity are also included. Root biology is at the forefront of progressing fields to improve agricultural productivity in low-input systems. Although there is a strong case for the role of roots in plant performance under drought stress, appropriate methods for evaluating them in relation to performance under drought (particularly in rice) are less clear-cut. The research community needs a better understanding of the genetic variation in rice for drought response and root traits. The focus of this manual is the description of relatively high-throughput, low-cost, and precise root phenotyping techniques, adopted by researchers across the world, that have been developed for drought studies on rice. Field phenotyping protocols for root studies in precise drought-stress treatments, as well as a range of root phenotyping systems, are described. Protocols to associate root traits with other plant traits and productivity are also included. OryzaRoot systemsPlant productionCrop performancecrop improvementRhizospherePlant water relationsDrought resistancegenetic variationSamplingcase studieshttp://books.irri.org/9789712202902_content.pdfURN:ISBN:978-971-22-0290-2
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
topic Oryza
Root systems
Plant production
Crop performance
crop improvement
Rhizosphere
Plant water relations
Drought resistance
genetic variation
Sampling
case studies
Oryza
Root systems
Plant production
Crop performance
crop improvement
Rhizosphere
Plant water relations
Drought resistance
genetic variation
Sampling
case studies
spellingShingle Oryza
Root systems
Plant production
Crop performance
crop improvement
Rhizosphere
Plant water relations
Drought resistance
genetic variation
Sampling
case studies
Oryza
Root systems
Plant production
Crop performance
crop improvement
Rhizosphere
Plant water relations
Drought resistance
genetic variation
Sampling
case studies
Shashidhar, H.E. 176918 (ed.)
28203 International Rice Research Inst., Los Banos (Philippines) eng
Henry, A. 176919 (ed.)
Hardy, B. (ed.) 161346
Methodologies for root drought studies in rice
description Root biology is at the forefront of progressing fields to improve agricultural productivity in low-input systems. Although there is a strong case for the role of roots in plant performance under drought stress, appropriate methods for evaluating them in relation to performance under drought (particularly in rice) are less clear-cut. The research community needs a better understanding of the genetic variation in rice for drought response and root traits. The focus of this manual is the description of relatively high-throughput, low-cost, and precise root phenotyping techniques, adopted by researchers across the world, that have been developed for drought studies on rice. Field phenotyping protocols for root studies in precise drought-stress treatments, as well as a range of root phenotyping systems, are described. Protocols to associate root traits with other plant traits and productivity are also included.
format Texto
topic_facet Oryza
Root systems
Plant production
Crop performance
crop improvement
Rhizosphere
Plant water relations
Drought resistance
genetic variation
Sampling
case studies
author Shashidhar, H.E. 176918 (ed.)
28203 International Rice Research Inst., Los Banos (Philippines) eng
Henry, A. 176919 (ed.)
Hardy, B. (ed.) 161346
author_facet Shashidhar, H.E. 176918 (ed.)
28203 International Rice Research Inst., Los Banos (Philippines) eng
Henry, A. 176919 (ed.)
Hardy, B. (ed.) 161346
author_sort Shashidhar, H.E. 176918 (ed.)
title Methodologies for root drought studies in rice
title_short Methodologies for root drought studies in rice
title_full Methodologies for root drought studies in rice
title_fullStr Methodologies for root drought studies in rice
title_full_unstemmed Methodologies for root drought studies in rice
title_sort methodologies for root drought studies in rice
publisher Los Banos (Philippines) IRRI
publishDate 2012
url http://books.irri.org/9789712202902_content.pdf
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