A model is developed to describe transport and loss of methyl bromide (MeBr) in soil following application as a soil fumigant. The model is used to investigate the effect of soil and management factors on MeBr volatilization. Factors studied include depth of injection, soil water content, presence or absence of tarp, depth to downward barrier, and irrigation after injection. Of these factors, the most important was irrigation after injection followed by covering with the tarp, which increased the diffusive resistance of the soil and prevented early loss of MeBr. The model offers an explanation for the apparently contradictory observations of earlier field studies of MeBr volatilization from soils under different conditions. The model was al...
Two experiments, one in 1062-63 and the other in 1963-64, were conducted at the same site to determi...
In the Netherlands, soil fumigants are used on a large scale for nematode control in arable farming....
Methyl bromide (MeBr; CH3Br) use for soil fumigation will be banned in 2005 due to its ozone depleti...
Methyl bromide (MeBr) is used increasingly as a biocidal fumigant, primarily in agricultural soils p...
Methyl bromide (bromomethane, MeBr), which originates from the oceans, fumigation, and a few other ...
The treatment of agricultural soils with CH(3)Br (MeBr) has been suggested to be a significant sourc...
Due to concerns about public health and environmental contamination, there has been great interest i...
Methyl bromide MeBr) is used extensively in agriculture as a soil fumigant and there is growing conc...
A dynamic dilution system for producing low mixing ratios of methyl bromide (MeBr) and a sensitive a...
Recent controversy over the potential role of methyl bromide (MeBr) in damaging the ozone layer has ...
There are many soil-chemical processes which affect the fate and transport of fumigants in agricultu...
When 300 kg Br/ha equivalent were applied to bermudagrass and fallow plots on Ruston sandy loam of 1...
Methyl bromide is the most abundant brominated hydrocarbon gas in the atmosphere and is significant ...
Volatilization of soil-applied fumigants is dependent on many factors, including climatic variables,...
Abstract: Production and importation of methyl bromide is scheduled to be banned by 2001. Methyl iod...
Two experiments, one in 1062-63 and the other in 1963-64, were conducted at the same site to determi...
In the Netherlands, soil fumigants are used on a large scale for nematode control in arable farming....
Methyl bromide (MeBr; CH3Br) use for soil fumigation will be banned in 2005 due to its ozone depleti...
Methyl bromide (MeBr) is used increasingly as a biocidal fumigant, primarily in agricultural soils p...
Methyl bromide (bromomethane, MeBr), which originates from the oceans, fumigation, and a few other ...
The treatment of agricultural soils with CH(3)Br (MeBr) has been suggested to be a significant sourc...
Due to concerns about public health and environmental contamination, there has been great interest i...
Methyl bromide MeBr) is used extensively in agriculture as a soil fumigant and there is growing conc...
A dynamic dilution system for producing low mixing ratios of methyl bromide (MeBr) and a sensitive a...
Recent controversy over the potential role of methyl bromide (MeBr) in damaging the ozone layer has ...
There are many soil-chemical processes which affect the fate and transport of fumigants in agricultu...
When 300 kg Br/ha equivalent were applied to bermudagrass and fallow plots on Ruston sandy loam of 1...
Methyl bromide is the most abundant brominated hydrocarbon gas in the atmosphere and is significant ...
Volatilization of soil-applied fumigants is dependent on many factors, including climatic variables,...
Abstract: Production and importation of methyl bromide is scheduled to be banned by 2001. Methyl iod...
Two experiments, one in 1062-63 and the other in 1963-64, were conducted at the same site to determi...
In the Netherlands, soil fumigants are used on a large scale for nematode control in arable farming....
Methyl bromide (MeBr; CH3Br) use for soil fumigation will be banned in 2005 due to its ozone depleti...