Nitrogen fertilizers are necessary, because thanks to them, crop production is improved. After water and temperature,it is considered as the third most important factor in the production of plant-based foods. Urea as a fertilizer, has the advantage of providing a high nitrogen content (46%), which is essential in the metabolism of the plant. The biggest disadvantage is the loss of nitrogen (N) in the form of ammonia gas (NH3), coming from its decomposition when applied to the soil. Slow-release urea is used to reduce volatilization losses after the hydrolysis phase and by leaching after ammonium nitrification. To reduce volatilization losses and maintain an adequate availability of N in the soil, different agronomic management strategies ha...
The urea-based fertilizers may suffer significant losses of nitrogen to the atmosphere. This is due ...
An approach to minimize the loss of nitrogen (N) evaporating from urea is by inhibiting urease activ...
Urea fertilizer can have a low agronomic efficiency when applied to the soil surface, due to N losse...
IlustracionesAmmonia (NH3) is lost by volatilization, which constitutes one of the main forms of nit...
Agricultural activity becomes more sustainable when production costs decrease, which is opposite to...
The use of urease inhibitors and irrigation are management options to increasing the efficiency of t...
Urea is the most widely used nitrogen (N) fertilizer, with a projected increase in annual demand of ...
NBPT (N-(n-butyl) thiophosphoric triamide), a urease inhibitor, has been reported as one of the most...
O artigo não contém o resumo em português.The urease inhibitor NBPT(N-(n-butyl) thiophosphoric triam...
Legal restrictions from burning sugarcane prior to harvest are causing a sharp increase in acreage w...
ABSTRACT High nitrogen losses by ammonia volatilization are expected when urea is used as the source...
Nitrogen is an essential macronutrient for growth of plant. Currently, due to the wear and tear over...
Nitrogênio é o nutriente mais utilizado mundialmente na agricultura devido promover grandes aumentos...
Devido à importância do aumento da eficiência agronômica dos fertilizantes nitrogenados em função do...
The management of nitrogen fertilization is complex due to the various transformations of the nitrog...
The urea-based fertilizers may suffer significant losses of nitrogen to the atmosphere. This is due ...
An approach to minimize the loss of nitrogen (N) evaporating from urea is by inhibiting urease activ...
Urea fertilizer can have a low agronomic efficiency when applied to the soil surface, due to N losse...
IlustracionesAmmonia (NH3) is lost by volatilization, which constitutes one of the main forms of nit...
Agricultural activity becomes more sustainable when production costs decrease, which is opposite to...
The use of urease inhibitors and irrigation are management options to increasing the efficiency of t...
Urea is the most widely used nitrogen (N) fertilizer, with a projected increase in annual demand of ...
NBPT (N-(n-butyl) thiophosphoric triamide), a urease inhibitor, has been reported as one of the most...
O artigo não contém o resumo em português.The urease inhibitor NBPT(N-(n-butyl) thiophosphoric triam...
Legal restrictions from burning sugarcane prior to harvest are causing a sharp increase in acreage w...
ABSTRACT High nitrogen losses by ammonia volatilization are expected when urea is used as the source...
Nitrogen is an essential macronutrient for growth of plant. Currently, due to the wear and tear over...
Nitrogênio é o nutriente mais utilizado mundialmente na agricultura devido promover grandes aumentos...
Devido à importância do aumento da eficiência agronômica dos fertilizantes nitrogenados em função do...
The management of nitrogen fertilization is complex due to the various transformations of the nitrog...
The urea-based fertilizers may suffer significant losses of nitrogen to the atmosphere. This is due ...
An approach to minimize the loss of nitrogen (N) evaporating from urea is by inhibiting urease activ...
Urea fertilizer can have a low agronomic efficiency when applied to the soil surface, due to N losse...