2011
DOI: 10.2298/pif1101009d
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The processes that determine the fate of pesticides in soil

Abstract: REZIMEPesticidi su neizostavni deo životne sredine, jer se usled intenzivne primene njihovi ostaci često detektuju u prirodi, naročito u zemljištu. Bez obzira na koji način dospeju u zemljište, njihova dalja sudbina će zavisiti od mnoštva faktora. Uzimajući u obzir složenost interakcija pesticida i zemljišta, kao i činjenicu da je intenzitet interakcija istog jedinjenja sa različitim zemljištima različit, sve su brojnija ispitivanja uticaja najvažnijih zemljišnih parametara u pomenutim interakcijama.U ovom rad… Show more

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Cited by 4 publications
(3 citation statements)
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“…However, when it gets into soil, the behaviour and destiny of clomazone molecules will depend on many factors, including the physicochemical soil properties, quantity and frequency of precipitation and irrigation, air ow and temperature. 3 Of all processes in which clomazone takes part, sorption is most important because it determines the amount of clomazone in the soil solution and consequently affects its mobility, degradation and plant uptake, as these processes relate only to the free (non-sorbed) molecule fraction. 3,4 The available data indicate that clomazone sorption to soil is determined either by soil organic carbon (OC) content alone [5][6][7] or both OC and clay contents, 8 but the sorption kinetics of this herbicide in soil remained unexplained.…”
Section: Introductionmentioning
confidence: 99%
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“…However, when it gets into soil, the behaviour and destiny of clomazone molecules will depend on many factors, including the physicochemical soil properties, quantity and frequency of precipitation and irrigation, air ow and temperature. 3 Of all processes in which clomazone takes part, sorption is most important because it determines the amount of clomazone in the soil solution and consequently affects its mobility, degradation and plant uptake, as these processes relate only to the free (non-sorbed) molecule fraction. 3,4 The available data indicate that clomazone sorption to soil is determined either by soil organic carbon (OC) content alone [5][6][7] or both OC and clay contents, 8 but the sorption kinetics of this herbicide in soil remained unexplained.…”
Section: Introductionmentioning
confidence: 99%
“…3 Of all processes in which clomazone takes part, sorption is most important because it determines the amount of clomazone in the soil solution and consequently affects its mobility, degradation and plant uptake, as these processes relate only to the free (non-sorbed) molecule fraction. 3,4 The available data indicate that clomazone sorption to soil is determined either by soil organic carbon (OC) content alone [5][6][7] or both OC and clay contents, 8 but the sorption kinetics of this herbicide in soil remained unexplained. Studies of pesticide kinetics in soil are of great importance because knowing the kinetic parameters and processes involved in their sorption has both agricultural and environmental importance.…”
Section: Introductionmentioning
confidence: 99%
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