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- [1] The movement of 14C-benazolin and bromide in large zero-tension outdoor lysimeters and the undisturbed field LYSIMETER CONCEPT: ENVIRONMENTAL BEHAVIOR OF PESTICIDES, 1998, 699 : 136 - 151
- [3] Spatial distribution of 14C-benazolin residues and two tracers in lysimeters in comparison to a field plot experiment HUMAN AND ENVIRONMENTAL EXPOSURE TO XENOBIOTICS, 1999, : 121 - 129
- [4] Simulation of pesticide leaching in the field and in zero-tension lysimeters VADOSE ZONE JOURNAL, 2007, 6 (04): : 793 - 804
- [6] Monitoring and modeling pesticide residue movement in field-based, zero-tension column lysimeters for ground water risk assessment ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY, 2014, 248
- [8] Comparison of lysimeters to the actual field situation with regard to the movement of soil water and a C-14 labelled herbicide and bromide ENVIRONMENTAL FATE OF XENOBIOTICS, 1996, : 179 - 186
- [9] Use of field lysimeters to determine 14C-dicamba persistence and movement in soil LYSIMETER CONCEPT: ENVIRONMENTAL BEHAVIOR OF PESTICIDES, 1998, 699 : 115 - 121
- [10] Use of field lysimeters to determine the persistence and movement of 14C-dicamba in soil. ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY, 1997, 213 : 58 - AGRO