The agricultural activity presents the main source of the atmospheric contamination by pesticides. The occurrence of pesticides in the atmosphere concerns the research community due to their potential impacts on population and ecosystems. The volatilization from plants is higher and faster than the volatilization from soil. However, this transfer pathway is difficult to assess with few available models. The lack of knowledge on pesticide volatilization from plants is essentially linked to the complex interactions between processes occurring at the leaf surface and competing with volatilization, such as leaf penetration and photodegradation. This article presents a bibliographic synthesis of the state of knowledge on pesticide volatilization...
This article provides information on pesticide transfer in three watersheds of 4 to 12 km² in France...
BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to the a...
Calculation of pesticide volatilization from plants as an integral component of pesticide fate model...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, ...
Volatilization from plants is known to greatly contribute to pesticide emission into the atmosphere....
Volatilization from plant foliage is known to have a great contribution to pesticide emission to the...
This report discusses the volatilization of pesticides from the soil surface, from within the soil a...
National audienceThe consideration of pesticides in atmosphere is recent in France. And it doesn't e...
Afin de mieux comprendre les transferts de produits phytosanitaires, les exutoires du bassin versant...
Volatilization of pesticides participates in atmospheric contamination and affects environmental eco...
Volatilisation of pesticides after application to the soil or the crop is an important source of emi...
[Departement_IRSTEA]EA [TR1_IRSTEA]TESAD / TECHPROPRE [TR2_IRSTEA]TESAD / TECHPROPREInternational au...
Simulation of pesticide volatilization from plant and soil surfaces as an integral component of pest...
Volatilisation of pesticides from the crop can be an important emission pathway to the environment. ...
This article provides information on pesticide transfer in three watersheds of 4 to 12 km² in France...
BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to the a...
Calculation of pesticide volatilization from plants as an integral component of pesticide fate model...
The agricultural activity presents the main source of the atmospheric contamination by pesticides. T...
Volatilization may represent a major dissipation pathway for pesticides applied to soils or crops, ...
Volatilization from plants is known to greatly contribute to pesticide emission into the atmosphere....
Volatilization from plant foliage is known to have a great contribution to pesticide emission to the...
This report discusses the volatilization of pesticides from the soil surface, from within the soil a...
National audienceThe consideration of pesticides in atmosphere is recent in France. And it doesn't e...
Afin de mieux comprendre les transferts de produits phytosanitaires, les exutoires du bassin versant...
Volatilization of pesticides participates in atmospheric contamination and affects environmental eco...
Volatilisation of pesticides after application to the soil or the crop is an important source of emi...
[Departement_IRSTEA]EA [TR1_IRSTEA]TESAD / TECHPROPRE [TR2_IRSTEA]TESAD / TECHPROPREInternational au...
Simulation of pesticide volatilization from plant and soil surfaces as an integral component of pest...
Volatilisation of pesticides from the crop can be an important emission pathway to the environment. ...
This article provides information on pesticide transfer in three watersheds of 4 to 12 km² in France...
BACKGROUND: A substantial fraction of the applied crop protection products on crops is lost to the a...
Calculation of pesticide volatilization from plants as an integral component of pesticide fate model...