A. Ravelli et al., DISSIPATION OF CHLORSULFURON IN RIVER WATER (ARNO RIVER, TUSCANY, ITALY), Fresenius environmental bulletin, 7(1-2), 1998, pp. 104-111
Chlorsulfuron dissipation in samples from a river was followed (in lab
oratory) for 8 months and it was related to temperature (imposed at 25
degrees and 40 degrees C), as well as to pH, Biological and Chemical
Oxygen Demand, Suspended Solids, and Electrical Conductivity of the sa
mples. At 25 degrees C the half-life was shorter in river than in dist
illed water, and on increasing temperature it decreased 10-20 folds. H
igher pHs (in the 7.96-8.70 range) and lower BOD values significantly
decreased the half-life. The other parameters did not significantly af
fect dissipation.