IIIC Publication, 6. Modelling crop responses to irrigation in relation to soils, climate and salinity / Hanks, R. J.

Public ISBD Titre de série : IIIC Publication, 6 Titre : Modelling crop responses to irrigation in relation to soils, climate and salinity Type de document : texte imprimé Auteurs : Hanks, R. J. ; Hill, R. W. Mention d'édition : IIIC Editeur : IIIC Année de publication : 1980 ISBN/ISSN/EAN : 978-0-08-025513-2 Note générale : The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters. Langues : Anglais (eng) Mots-clés : Modèle mathématique  Irrigation  Agriculture  Zone aride  Simulation  Climatologie  Information Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters. Note de contenu : The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters. IIIC Publication, 6. Modelling crop responses to irrigation in relation to soils, climate and salinity [texte imprimé] / Hanks, R. J. ; Hill, R. W.  . -  IIIC . - IIIC, 1980. ISBN : 978-0-08-025513-2 The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters. Langues : Anglais (eng) Mots-clés : Modèle mathématique  Irrigation  Agriculture  Zone aride  Simulation  Climatologie  Information Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters. Note de contenu : The purpose of the models discussed in this volume is the prediction of the crop yield under conditions of varying degrees of salinity and soil conditions, and under the various irrigations strategies available to the farmer . It present a critical review of the evolution of yield models beginning with those based on evapotranspiration, leading to transpiration available soil water flow models. The later include one dimensional soil water movement, salt flow and salt accumulation, moot distribution and extraction aspects, and rainfall/irrigation parameters.

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Reference climate sites for agricultural technology transfer / Shaw, R. H.

Public ISBD Titre : Reference climate sites for agricultural technology transfer Type de document : texte imprimé Auteurs : Shaw, R. H. ; Hill, R. W. Mention d'édition : Agency for International Development Editeur : Agency for International Development Année de publication : 1975 ISBN/ISSN/EAN : CI-06054 Note générale : This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected. Langues : Anglais (eng) Mots-clés : Production agricole  Technologie  Pays en developpement  Zone climatique  Recherche Index. décimale : 630 Agriculture et techniques connexes Résumé : This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected. Note de contenu : This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected. Reference climate sites for agricultural technology transfer [texte imprimé] / Shaw, R. H. ; Hill, R. W.  . -  Agency for International Development . - Agency for International Development, 1975. ISSN : CI-06054 This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected. Langues : Anglais (eng) Mots-clés : Production agricole  Technologie  Pays en developpement  Zone climatique  Recherche Index. décimale : 630 Agriculture et techniques connexes Résumé : This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected. Note de contenu : This present paper adress the topic of a systematic identification of major agricultural climatic zones in the world. The idea is to select locations throughout the world with signifiant variations, yet also provide some common factors in such a manner as to permit the determination of major climatic influences on crop growth. These sites would then be identified as reference climates. As will be demonstrated, a surpisingly small number of such strategically located sites can provide the basic for crop-production - technology transfer, if the appropriate crop varieties are grown at all, of the sites, and the paper sets of soils and weather data are simultaneously collected.

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