Application of crude humin with urea and Egyptian rock phosphate (ERP) may reduce ammonia loss from urea. This study was conducted to determine the effect of mixing crude humin with urea and ERP on ammonia volatilization and selected soil chemical properties. Crude humin from four different composts was mixed with urea and ERP and ammonia loss from these treatments were evaluated using the closed-dynamic air flow system. Standard procedures were used to determine ammonia loss, soil pH, total nitrogen, exchangeable ammonium, available nitrate, exchangeable phosphorus, cations, organic matter, total organic carbon and cation exchange capacity. Amending urea with crude humin had no effect on total amount of ammonia loss. However, addition of t...
Ammonia volatilization from surface-applied urea reduces urea-N use efficiency in crop production an...
In production agriculture, granular urea is the most used nitrogen fertilizer in crop production. Ho...
Ammonia volatilization is a major cause of nitrogen loss from surface applied urea. While all top dr...
Problem statement: Application of urea as a source of nitrogen fertilizer has an adverse effect on a...
Problem statement: Acid Sulphate Soil (ASS) is a problem soil partly because of its high acidity. Th...
Problem statement: Ammonia volatilization from surface-applied urea may be substantial but it is pos...
Waste from oil palm plantations, paddy fields, sawn timber and poultries are substantial. Inappropr...
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: Fertilizer N use efficiency is reduced by ammonia volatilization. Under low soil ...
Ammonia loss from urea significantly hinders efficient use of urea in agriculture. In order to reduc...
In production agriculture, granular urea is the most used nitrogen fertilizer in crop production. Ho...
Fertilizers have important elements which promote plant growth and development. Currently, chemical ...
Although urea use in agriculture is on the increase, increase in pH at soil microsite due to urea hy...
Urea and phosphate rock (PR) have been widely used in Malaysian agriculture. However, ammonia (NH3)...
Ammonia volatilization from surface-applied urea reduces urea-N use efficiency in crop production an...
In production agriculture, granular urea is the most used nitrogen fertilizer in crop production. Ho...
Ammonia volatilization is a major cause of nitrogen loss from surface applied urea. While all top dr...
Problem statement: Application of urea as a source of nitrogen fertilizer has an adverse effect on a...
Problem statement: Acid Sulphate Soil (ASS) is a problem soil partly because of its high acidity. Th...
Problem statement: Ammonia volatilization from surface-applied urea may be substantial but it is pos...
Waste from oil palm plantations, paddy fields, sawn timber and poultries are substantial. Inappropr...
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: Fertilizer N use efficiency is reduced by ammonia volatilization. Under low soil ...
Ammonia loss from urea significantly hinders efficient use of urea in agriculture. In order to reduc...
In production agriculture, granular urea is the most used nitrogen fertilizer in crop production. Ho...
Fertilizers have important elements which promote plant growth and development. Currently, chemical ...
Although urea use in agriculture is on the increase, increase in pH at soil microsite due to urea hy...
Urea and phosphate rock (PR) have been widely used in Malaysian agriculture. However, ammonia (NH3)...
Ammonia volatilization from surface-applied urea reduces urea-N use efficiency in crop production an...
In production agriculture, granular urea is the most used nitrogen fertilizer in crop production. Ho...
Ammonia volatilization is a major cause of nitrogen loss from surface applied urea. While all top dr...