Ammonia volatilization is a major cause of nitrogen loss from surface applied urea. While all top dressed ammonia and ammonium-based fertilizers can be volatized, the potential is greatest with urea and fluid containing urea. This laboratory study compared the effect of four different urea-zeolite-acid sulphate soil mixtures on NH3 volatilization and, soil exchangeable NH4 and available NO3 contents of an acid soil with surface-applied urea without additives. The soil used in the study was a sandy loam Typic Paleudults (Nyalau Series). The mixtures significantly minimized NH3 loss by 6 to 15% compared to urea alone. These treatments also significantly increased soil exchangeable NH4 and available NO3 contents compared to urea without additi...
Ammonia volatilization loss from surface-applied urea is an important problem even in tropical soils...
Ammonia volatilization is one of the major problems which leads to poor urea-N use efficiency. When...
Improper use of urea may cause environmental pollution through NH3 volatilization and NO3- leaching ...
Ammonia volatilization from surface-applied urea fertilizer reduces N fertilizer use efficiency by c...
Ammonia loss from urea significantly hinders efficient use of urea in agriculture. In order to reduc...
Global use of urea nitrogen (N) fertilizer is increasing, but N losses are still very high (40–70%)....
Problem statement: Ammonia volatilization is a major pathway for nitrogen loss from surface applied ...
Abstract: Problem statement: Ammonia loss due to rapid hydrolysis of urea in soil following surface ...
Problem statement: Acid Sulphate Soil (ASS) is a problem soil partly because of its high acidity. Th...
Although urea use in agriculture is on the increase, increase in pH at soil microsite due to urea hy...
Problem statement: Application of urea as a source of nitrogen fertilizer has an adverse effect on a...
The nitrogen loss by ammonia volatilization is one of the main factors for low efficiency of N-urea ...
Problem statement: Ammonia volatilization from surface-applied urea may be substantial but it is pos...
Problem statement: Fertilizer N use efficiency is reduced by ammonia volatilization. Under low soil ...
Widespread acceptance of urea was delayed in part due to its greater potential for nitrogen (N) loss...
Ammonia volatilization loss from surface-applied urea is an important problem even in tropical soils...
Ammonia volatilization is one of the major problems which leads to poor urea-N use efficiency. When...
Improper use of urea may cause environmental pollution through NH3 volatilization and NO3- leaching ...
Ammonia volatilization from surface-applied urea fertilizer reduces N fertilizer use efficiency by c...
Ammonia loss from urea significantly hinders efficient use of urea in agriculture. In order to reduc...
Global use of urea nitrogen (N) fertilizer is increasing, but N losses are still very high (40–70%)....
Problem statement: Ammonia volatilization is a major pathway for nitrogen loss from surface applied ...
Abstract: Problem statement: Ammonia loss due to rapid hydrolysis of urea in soil following surface ...
Problem statement: Acid Sulphate Soil (ASS) is a problem soil partly because of its high acidity. Th...
Although urea use in agriculture is on the increase, increase in pH at soil microsite due to urea hy...
Problem statement: Application of urea as a source of nitrogen fertilizer has an adverse effect on a...
The nitrogen loss by ammonia volatilization is one of the main factors for low efficiency of N-urea ...
Problem statement: Ammonia volatilization from surface-applied urea may be substantial but it is pos...
Problem statement: Fertilizer N use efficiency is reduced by ammonia volatilization. Under low soil ...
Widespread acceptance of urea was delayed in part due to its greater potential for nitrogen (N) loss...
Ammonia volatilization loss from surface-applied urea is an important problem even in tropical soils...
Ammonia volatilization is one of the major problems which leads to poor urea-N use efficiency. When...
Improper use of urea may cause environmental pollution through NH3 volatilization and NO3- leaching ...