The agricultural landscape is the scale at which pesticides are used, so this also provides increasingly critical context for assessing risks to the environment and implementing management decisions. There are inherent challenges in scaling knowledge from laboratory or field-scale experiments to the landscape scale. Abstracts relevant to the landscape scale are invited, including those that consider:
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SESSION CO-CHAIR
APPROVED PRESENTATIONS
ID | CORRESPONDING AUTHOR | TITLE |
25 | Tang Ting | Modelling herbicide loss on urban hard surfaces |
61 | Kupfersberger Hans | A concept to model the fate of pesticides and the resulting groundwater concentrations at the aquifer scale |
62 | Dyson Jeremy | An Advanced Screening Model of Pesticide Leaching: Theory and Evaluation |
63 | van de Veen Jan Renger | Analysis of wash-off impact on the spatio-temporal soil loading of foliar applied agrochemicals in Europe |
64 | Eklo Ole Martin | Assessing effects of agricultural activities on pesticide contents in an alluvial aquifer in south-eastern Norway by an integrated approach |
65 | Wipfler Louise | Flow velocity estimation for a ditch as part of the dutch scenario for fruit orchards |
66 | Negley Timothy | Gis approach to simplify conduct of national and continental scale leaching vulnerability assessments. |
67 | Joris Ingeborg | Identifying priority zones in an agricultural catchment to mitigate glyphosate runoff |
68 | Hoogeweg Gerco | Implications of Data Set Selection on pan-European Modelling of Pesticides |
69 | Gönczi Mikaela | Macro-db: a risk assessment tool for management of pesticide use in water protection areas in sweden |
70 | van Griensven Ann | Modelling and monioring of the Endocrine Disrupting Activity of Atrazine in the river Zenne |
71 | Grijalvo Diego Isabel | Modelling pesticide contamination in two small agricultural catchments using swat. |
72 | Pullan Stephanie | Modelling pesticide transport from land to drinking water resources in five UK case study catchments. |
73 | Holterman Henk Jan | Modelling the exposure of water bodies to spray drift for fruit growing in the netherlands |
74 | Goerlitz Gerhard | Multiyear FOCUS Surface Water Modelling: Options and Proposals for Realisation |
75 | Bolekhan Anastasiia | Multiyear FOCUS surface water modelling: Problematics of the “typical” FOCUS year for drainage scenarios |
76 | Dyson Jeremy | Pesticide Runoff from Cropped Fields and Vegetative Buffers: Modelling and Mitigation Strategies |
77 | Klein Michael | Spatial distribution of groundwater concentrations in germany calculated with pelmo |
78 | Moeys Julien | Testing a regional scale pesticide fate model against monitoring data: necessity or endless quest? |
79 | Beltman Wim | Toxswa calculates metabolite formation in upstream catchment of focus stream |