Citation: Ac. Johnson, Technique to assess the potential of subsurface material and groundwater samples to mineralise pesticides, TECHN PRAT, 2000, pp. 215-219
Authors:
Scheunert, I
Dorfler, U
Reuter, S
von Wiren-Lehr, S
Citation: I. Scheunert et al., A flow-through system to determine the mineralization and transformation of C-14-labelled pesticides in relation to soil respiration, TECHN PRAT, 2000, pp. 235-241
Citation: Jw. Vonk, A steam distillation/extraction method for analysis of soil-bound residuesof chlorinated anilines and chloroaniline-containing pesticides, TECHN PRAT, 2000, pp. 249-254
Citation: R. Schroll et I. Scheunert, Microcosm: a test system to quantify mass balance, transport and degradation of C-14-labelled pesticides in soils, TECHN PRAT, 2000, pp. 273-278
Citation: Ta. Albanis et Dg. Hela, A method for determination of pesticide seasonal variations and estimationof their fluxes in riverine and estuarine environment, TECHN PRAT, 2000, pp. 335-341
Citation: G. Haberhauer et Mh. Gerzabek, A method for determining the potential of suction cup materials to bias pesticide analysis of soil solutions, TECHN PRAT, 2000, pp. 355-360
Citation: M. Schiavon et al., Drained plots: a method for evaluating pesticide transfer by water as function of soil type, climatic conditions and pesticide physico-chemical properties, TECHN PRAT, 2000, pp. 361-367
Citation: P. Laitinen et al., Methods for the assessment of the runoff and the leaching of pesticides: aleaching field experiment, TECHN PRAT, 2000, pp. 369-378
Citation: C. Schafers et J. Hassink, Experimental simulation of fate in rivers: a mesocosm for studies with radiolabelled substances, TECHN PRAT, 2000, pp. 389-395