Technical Bulletins (New series), 1. Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter / Stol, P. h. T. h.

Public ISBD Titre de série : Technical Bulletins (New series), 1 Titre : Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter Type de document : texte imprimé Auteurs : Stol, P. h. T. h. Mention d'édition : Elsevier Scientific Publishing Company Editeur : Elsevier Scientific Publishing Company Année de publication : 1981 ISBN/ISSN/EAN : CI-04954 Note générale : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Langues : Anglais (eng) Mots-clés : PRECIPITATIONS  hydrologie  Modèle mathématique  Ordinateur Index. décimale : 621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique Résumé : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Note de contenu : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Technical Bulletins (New series), 1. Rainfall interstation correlation functions : Ian analytic approach- II : Application to three storm models with the percentage of dry days as a new parameter [texte imprimé] / Stol, P. h. T. h.  . -  Elsevier Scientific Publishing Company . - Elsevier Scientific Publishing Company, 1981. ISSN : CI-04954 In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Langues : Anglais (eng) Mots-clés : PRECIPITATIONS  hydrologie  Modèle mathématique  Ordinateur Index. décimale : 621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique Résumé : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters. Note de contenu : In hydrology it is sometimes required to determine the correlation between rainfall amounts measured in gages at various interstation distances. Until now functions that describe the relationship netween interstation correlation and interaction distance, the so-called correlation functions, are determined empirically from the diagram of estimated correlation coefficients plotted vs. The corresponding interstation distances. In this paper a method is developed to analytically determine the correlation function for a given storm model. Rainfall interstation correlation functions can be derived analytically on the basis of a storm model function. The interstation correlation is given then as a function of the interstation distance (D). Gaged area and strom fassing area need to be defined throughly to obtain homogenity with respect to statistical parameters.

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Technical Bulletins (New series), 2. Analytical solutions for transport of conservative and nonconservative contaminants in groundwater sysems / Hocks, J.

Public ISBD Titre de série : Technical Bulletins (New series), 2 Titre : Analytical solutions for transport of conservative and nonconservative contaminants in groundwater sysems Type de document : texte imprimé Auteurs : Hocks, J. Mention d'édition : D. Reidel Publishing Co. Editeur : D. Reidel Publishing Co. Année de publication : 1981 ISBN/ISSN/EAN : CI-04953 Note générale : Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning. Langues : Anglais (eng) Mots-clés : Eau souterraine  Infiltration  Bassin HYDROGEOLOGIE Index. décimale : 551 Géologie, météorologie, hydrologie générale Résumé : Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning. Note de contenu : Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning. Technical Bulletins (New series), 2. Analytical solutions for transport of conservative and nonconservative contaminants in groundwater sysems [texte imprimé] / Hocks, J.  . -  D. Reidel Publishing Co. . - D. Reidel Publishing Co., 1981. ISSN : CI-04953 Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning. Langues : Anglais (eng) Mots-clés : Eau souterraine  Infiltration  Bassin HYDROGEOLOGIE Index. décimale : 551 Géologie, météorologie, hydrologie générale Résumé : Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning. Note de contenu : Analytic solutions are given for a description of the transport of contaminants in groundwater flow systems. Equations describing the flow of groundwater along streamlines are combined with equations interaction processes in soil as linear adsorption and first-order biochemical decay. Because dispersion has been negleeted rather simple solutions could be derived. The analytic approach given, which includes the main, proferties of the soil system, proves to be useful for the prediction of groundwater contamination near waste disposal sites, when little quantitative information is available about soil inhomogeneity, dispersion coefficients a,d complex interaction processes. Therefore it can be a helpful tool for the selection of new sites for waste disposal. In such cases the use of very precise numerical models has little meaning.

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Technical Bulletins (New series), 3. Developments in research on drainage filter materials in the Netherlands / Stuyt, L. C. P. M.

Public ISBD Titre de série : Technical Bulletins (New series), 3 Titre : Developments in research on drainage filter materials in the Netherlands Type de document : texte imprimé Auteurs : Stuyt, L. C. P. M. Mention d'édition : Institute for Land and Water Management Research. Editeur : Institute for Land and Water Management Research. Année de publication : 1981 ISBN/ISSN/EAN : CI-04955 Note générale : In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils. Langues : Anglais (eng) Mots-clés : Drainage  Recherche développement  Sécheresse  Agriculture Index. décimale : 631.6 Préparation des sols et drainage Résumé : In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils. Note de contenu : In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils. Technical Bulletins (New series), 3. Developments in research on drainage filter materials in the Netherlands [texte imprimé] / Stuyt, L. C. P. M.  . -  Institute for Land and Water Management Research. . - Institute for Land and Water Management Research., 1981. ISSN : CI-04955 In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils. Langues : Anglais (eng) Mots-clés : Drainage  Recherche développement  Sécheresse  Agriculture Index. décimale : 631.6 Préparation des sols et drainage Résumé : In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils. Note de contenu : In the United kingdom and continental Europe, over 350,000 hectares of agricultural land are drained annually. Although drainage has been practised for aver 2,000 years the installation of an efficient drainage system is often problematic. Some drainage systems do not work properly, shortly after installatiopn. this malfuctioning is often due to clogging caused by mechanical and chemical phenomena around the pipe. Rapid silting - up of pipes and filter, when used, is a widespread problem, which occurs mainly in fine sandy soils.

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Technical Bulletins (New series), 4. Quality standards for irrigation waters / Rijtema, P. E.

Public ISBD Titre de série : Technical Bulletins (New series), 4 Titre : Quality standards for irrigation waters Type de document : texte imprimé Auteurs : Rijtema, P. E. Mention d'édition : Institute for Land and water Management Research Editeur : Institute for Land and water Management Research Année de publication : 1981 ISBN/ISSN/EAN : CI-04952 Note générale : Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly. Langues : Anglais (eng) Mots-clés : Qualité de l'eau  Irrigation  Agriculture  Fertilisation Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly. Note de contenu : Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly. Technical Bulletins (New series), 4. Quality standards for irrigation waters [texte imprimé] / Rijtema, P. E.  . -  Institute for Land and water Management Research . - Institute for Land and water Management Research, 1981. ISSN : CI-04952 Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly. Langues : Anglais (eng) Mots-clés : Qualité de l'eau  Irrigation  Agriculture  Fertilisation Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly. Note de contenu : Water quality criteria fpr agricultural furposes should provide informations on the suitability of a water for irrigational use. The dericed working levels will be based on either the reduction in crop production or on the accumulation of specific constituents in the crop that might affect human health unfavourably through the food chain. The caracteristics of irrigation waters that appear to be most import in determining its quality are : total convention of soluble salts / total chloride concentration / relative proportion of sodium to other cations / concentrations of specific ions that may be toxic to plants and humans - Moreaver, some of the influences of irrigation in horticulture on other multiple uses of water have been considered briefly.

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Technical Bulletins (New series), 5. Effects of sprinkler irrigation on butter lettuce in relation with water quality / Hellings, A. J.

Public ISBD Titre de série : Technical Bulletins (New series), 5 Titre : Effects of sprinkler irrigation on butter lettuce in relation with water quality Type de document : texte imprimé Auteurs : Hellings, A. J. Mention d'édition : Institute for Land-and Watermanagement Researxh Editeur : Institute for Land-and Watermanagement Researxh Année de publication : 1981 ISBN/ISSN/EAN : CI-04951 Note générale : Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30 Langues : Anglais (eng) Mots-clés : Irrigation  Qualité de l'eau  Production agricole  Eau souterraine Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30 Note de contenu : Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30 Technical Bulletins (New series), 5. Effects of sprinkler irrigation on butter lettuce in relation with water quality [texte imprimé] / Hellings, A. J.  . -  Institute for Land-and Watermanagement Researxh . - Institute for Land-and Watermanagement Researxh, 1981. ISSN : CI-04951 Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30 Langues : Anglais (eng) Mots-clés : Irrigation  Qualité de l'eau  Production agricole  Eau souterraine Index. décimale : 631.58 Méthodes de culture : jachère, assolement irrigation Résumé : Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30 Note de contenu : Sprinkler irrigation in spring and in sool periods during summer increased both production and quality of the crops. In hot periods, after formation of the heads had started, weekly irrigation caresed triptum. The production of locally seeded lettuce with irrigation was about 30

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Technical Bulletins (New series), 6. Root water update model depending on soil water pressure head and maximum extraction rate / Hoogland, J. C.

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Technical Bulletins (New series), 7. Unsaturated zone and evapotranspiration / Bakel, P.J. T. (Van)

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