Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, accounting for up to 90% of the application dose in some cases. This paper collects and discusses recent data in the literature about this process. On the day of application, pesticide volatilization rates ranged from 0.1 g$\cdot$ha$^{-1}\cdot$h$^{-1}$ for prometton compound to 80 g$\cdot$ha$^{-1}\cdot$h$^{-1}$ for fonofos, for example. In general, pesticides are volatilized from plant surfaces to a greater extent and faster than from the soil. Volatilization continues for from a few days to several weeks (or sometimes even more), occasionally displaying a diurnal cycle. According to the experimental studies reported in the literature,...
<p>BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to th...
More than four billion of tons of pesticides are used annually in agriculture worldwide. Part of it ...
Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, a...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
This report discusses the volatilization of pesticides from the soil surface, from within the soil a...
Volatilization of pesticides participates in atmospheric contamination and affects environmental eco...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
ABSTRACT of organic matter and by the mineralogical particles on which pesticides are adsorbed.Pesti...
Simulation of pesticide volatilization from plant and soil surfaces as an integral component of pest...
Volatilization from plant foliage is known to have a great contribution to pesticide emission to the...
Les émissions d'ammoniac et de pesticides dans l'atmosphère sont principalement d'origine agricole. ...
Volatilisation of pesticides after application to the soil or the crop is an important source of emi...
Volatilisation rates of five pesticides (parathion-methyl, endosulfan, fenpropimorph, lindane, trifl...
The use of pesticides in the agricultural sector, alongside other technological advances, caused dra...
BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to the a...
<p>BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to th...
More than four billion of tons of pesticides are used annually in agriculture worldwide. Part of it ...
Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, a...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
This report discusses the volatilization of pesticides from the soil surface, from within the soil a...
Volatilization of pesticides participates in atmospheric contamination and affects environmental eco...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
ABSTRACT of organic matter and by the mineralogical particles on which pesticides are adsorbed.Pesti...
Simulation of pesticide volatilization from plant and soil surfaces as an integral component of pest...
Volatilization from plant foliage is known to have a great contribution to pesticide emission to the...
Les émissions d'ammoniac et de pesticides dans l'atmosphère sont principalement d'origine agricole. ...
Volatilisation of pesticides after application to the soil or the crop is an important source of emi...
Volatilisation rates of five pesticides (parathion-methyl, endosulfan, fenpropimorph, lindane, trifl...
The use of pesticides in the agricultural sector, alongside other technological advances, caused dra...
BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to the a...
<p>BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to th...
More than four billion of tons of pesticides are used annually in agriculture worldwide. Part of it ...
Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, a...