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This book is a printed edition of the Special Issue Fertilizer Application on Crop Yield that was published in Agronomy

organic N --- ammonia --- NPK amendments --- corn–soybean rotation --- soil acidity --- phosphorous --- maize yield response to K --- biofertilizer --- agroforestry system --- Copper --- organic farming --- soil nitrogen pools --- net returns --- mineral N --- grain quality --- fertilizer management --- nutrient expert for maize --- sustainability --- organic nutrients --- conservation agriculture --- agronomic response --- S fertilization --- global food demand --- Zea mays L. --- N fertilizer --- nitrogen recovery efficiency --- Bacillus pumilus --- Orychophragmus violaceus L. --- soil erosion --- soil health --- saline tract --- soil K supply --- soil N mineralization --- soil biota --- potassium --- production system --- nitrate reductase activity --- site-specific K management --- Value Cost Ratio --- durum wheat --- conventional farming --- nitrate --- soil organic matter --- grain yield --- integrated nutrient management --- K use efficiency --- rice-wheat system --- forage legume --- nitrogen physiological recovery --- NADH --- chemical fertilizers --- evergreen agriculture --- green manure --- N fertilization --- yield --- NADH-dehydrogenase --- wheat --- site-specific nutrient management --- hybrid rice --- NUE --- balanced use of fertilizers --- growth promotion --- calcium --- humid Mediterranean climate --- Complex I --- rice --- maize --- Zinc --- potentially mineralizable N --- Agrotain® urea --- economics --- nitrate assimilation --- management --- nitrogen uptake --- wheat yields --- nitrogen use efficiency (NUE) --- soil N supply --- maize crop manager --- long-term productivity

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book is a printed edition of the Special Issue Fertilizer Application on Crop Yield that was published in Agronomy

organic N --- ammonia --- NPK amendments --- corn–soybean rotation --- soil acidity --- phosphorous --- maize yield response to K --- biofertilizer --- agroforestry system --- Copper --- organic farming --- soil nitrogen pools --- net returns --- mineral N --- grain quality --- fertilizer management --- nutrient expert for maize --- sustainability --- organic nutrients --- conservation agriculture --- agronomic response --- S fertilization --- global food demand --- Zea mays L. --- N fertilizer --- nitrogen recovery efficiency --- Bacillus pumilus --- Orychophragmus violaceus L. --- soil erosion --- soil health --- saline tract --- soil K supply --- soil N mineralization --- soil biota --- potassium --- production system --- nitrate reductase activity --- site-specific K management --- Value Cost Ratio --- durum wheat --- conventional farming --- nitrate --- soil organic matter --- grain yield --- integrated nutrient management --- K use efficiency --- rice-wheat system --- forage legume --- nitrogen physiological recovery --- NADH --- chemical fertilizers --- evergreen agriculture --- green manure --- N fertilization --- yield --- NADH-dehydrogenase --- wheat --- site-specific nutrient management --- hybrid rice --- NUE --- balanced use of fertilizers --- growth promotion --- calcium --- humid Mediterranean climate --- Complex I --- rice --- maize --- Zinc --- potentially mineralizable N --- Agrotain® urea --- economics --- nitrate assimilation --- management --- nitrogen uptake --- wheat yields --- nitrogen use efficiency (NUE) --- soil N supply --- maize crop manager --- long-term productivity --- organic N --- ammonia --- NPK amendments --- corn–soybean rotation --- soil acidity --- phosphorous --- maize yield response to K --- biofertilizer --- agroforestry system --- Copper --- organic farming --- soil nitrogen pools --- net returns --- mineral N --- grain quality --- fertilizer management --- nutrient expert for maize --- sustainability --- organic nutrients --- conservation agriculture --- agronomic response --- S fertilization --- global food demand --- Zea mays L. --- N fertilizer --- nitrogen recovery efficiency --- Bacillus pumilus --- Orychophragmus violaceus L. --- soil erosion --- soil health --- saline tract --- soil K supply --- soil N mineralization --- soil biota --- potassium --- production system --- nitrate reductase activity --- site-specific K management --- Value Cost Ratio --- durum wheat --- conventional farming --- nitrate --- soil organic matter --- grain yield --- integrated nutrient management --- K use efficiency --- rice-wheat system --- forage legume --- nitrogen physiological recovery --- NADH --- chemical fertilizers --- evergreen agriculture --- green manure --- N fertilization --- yield --- NADH-dehydrogenase --- wheat --- site-specific nutrient management --- hybrid rice --- NUE --- balanced use of fertilizers --- growth promotion --- calcium --- humid Mediterranean climate --- Complex I --- rice --- maize --- Zinc --- potentially mineralizable N --- Agrotain® urea --- economics --- nitrate assimilation --- management --- nitrogen uptake --- wheat yields --- nitrogen use efficiency (NUE) --- soil N supply --- maize crop manager --- long-term productivity