Titre :	Nitrogen fertilization and management in tropical rice
Type de document :	texte imprimé
Auteurs :	Sanchez, A. P.
Mention d'édition :	Agency for International Development
Editeur :	Agency for International Development
Année de publication :	1972
ISBN/ISSN/EAN :	CI-09250
Note générale :	Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...
Langues :	Anglais (eng)
Mots-clés :	Riz  Fertilisation  Eau  Sol  Amenagement hydraulique  Pratique culturale  Agronomie  Génie rural  MISE EN VALEUR DU SOL
Index. décimale :	621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique
Résumé :	Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...
Note de contenu :	Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...

Nitrogen fertilization and management in tropical rice [texte imprimé] / Sanchez, A. P.  . -  Agency for International Development . - Agency for International Development, 1972.
ISSN : CI-09250
Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...
Langues : Anglais (eng)

Mots-clés :	Riz  Fertilisation  Eau  Sol  Amenagement hydraulique  Pratique culturale  Agronomie  Génie rural  MISE EN VALEUR DU SOL
Index. décimale :	621.2 Hydraulique : turbines, pompes, accumulateurs, transmission hydraulique
Résumé :	Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...
Note de contenu :	Rice is the main food crop in the tropics. It is the only import crop capable of growing in flooded soils because of its ability to oxide it rhizosphere. Rice responds almost universally to nitrogen fertilization. Nitroen reactions are markedly affected by oxidation reduction status of the soil, which largely depends on water management and soil physical conditions. Temporary flooding in most tropical areas causes loss of native or applied nitrogen. The responses of rice to nitrogen are minimal when call varieties are used...