Work package R1: Catchment Brévilles

BASIN 1.1: Brévilles catchment report: research execution plan including an input/output scheme to other WPs, delivered to SC

size:552 K

BASIN 1.2: Report on existing data (at Brévilles site) (GW levels and GW quality) & soil properties

size:1.8 M

BASIN 1.3: Report on structured research results for further interpretation in terms of management tools/approaches for river basin management (INTEGRATOR), and in terms of EU policy impacts (EUPOL)

size:695 K

BASIN 1.4: Report on sampling and monitoring schemes

size:269 K

BASIN 1.5: Report on hydraulic and biogeochemical characteristics of deep soils and limestone samples

size:3.7 M

BASIN 1.6: Report on pesticide feed function through stakeholder interviews

size:508 K

BASIN 1.7: Chapter on updated research questions and detailed research plan for months 18-30

size:190 K

BASIN 1.7BIS: Chapter per BASIN case on updated research questions and detailed research plan for month 18-36, including a new work package description, delivered to SC

size:326 K

BASIN 1.8: Data base with all the available information on Brévilles catchment after 2 years.

size:1.5 M

BASIN 1.9: Update of Brévilles Catchment Database

size:1.8 M

BASIN 1.10: Summary report on activities in the Brévilles catchment by other WP and partners.

size:158 K

BASIN 1.11: Summary report on activities in the Brévilles catchment by other WP and partners.

size:186 K

BASIN 1.12: Report on updated Database with all the available information on Brévilles catchment at the end of the project.

size:2.6 M

Work package R2: Basin Ebro

BASIN 2.1: Chapter in BASIN report on detailed research execution plan for test areas in catchments including an input/output scheme for sampling analytics and data exchange for interaction Basin research sub-projects (BIOGEOCHEM, FLUX, COMPUTE, TREND and MONITOR, delivered to SC

size:2.5 M

BASIN 2.2: Data overview on persistent organic pollutants and heavy metals in the Ebro river basin-synthesis of existing data (GW, soil, sediment, biota levels) collected in the last 10 years

size:828 K

BASIN 2.3: Identification of sampling locations for the Gallego catchment area

size:1.1 M

BASIN 2.4: List of collected samples from surveillance and risk zone monitoring

size:679 K

BASIN 2.5: Chapter in BASIN report on case study structured research results for further interpretation in terms of management tools/approaches for RIVER basin management (INTEGRATOR), and in terms of EU policy impacts (EUPOL) delivered to SC

size:663 K

BASIN 2.6: Data set on contaminant concentrations: First inventory of priority and emerging contaminants in risk zones Cinca, Flix and Ebro estuary

size:0.9 M

BASIN 2.7: Data set on contaminants concentrations and their distribution in the Gallego catchment region - First inventory of emerging and priority pollutants.

size:871 K

BASIN 2.8: Chapter per BASIN case on updated research questions and detailed research plan for month 18-36, including a new work package description, delivered to SC

size:462 K

BASIN 2.9: List of collected samples – updated list

size:527 K

BASIN 2.10: GIS and chemometric modelling of historical data

size:4.7 M

BASIN 2.11: Molecular biomarkers in risk zones Cinca River and Flix

size:368 K

BASIN 2.12: Chapter in BASIN report on case study structured research results for further interpretation in terms of management tools/approaches for RIVER basin management (INTEGRATOR), and in terms of EU policy impacts (EUPOL), delivered to SC

size:224 K

BASIN 2.13: Data set on contaminant concentrations - Time trend of emerging contaminants in risk zones

BASIN 2.14: Chemical and biological effect monitoring studies including data interpretation of environmental hazards caused by pesticides on the Asiatic clam and the water flea at the risk zone of the Ebro Delta

size:628 K

BASIN 2.15: Data set on contaminant concentrations along the Ebro river basin (the results of the surveillance monitoring).

size:7.9 M

BASIN 2.16: Data set on the occurrence of pharmaceutical residues in the Ebro River basin sources, distribution and fate.

size:0.9 M

BASIN 2.17: GIS display and chemometric modelling of surveillance monitoring data: Part I - Pesticides pollution in the Ebro river delta

size:2.8 M

BASIN 2.18: Chapter per BASIN case on updated research questions and detailed research plan for month 36-54, including a new work package description, delivered to SC

size:414 K

BASIN 2.19: Role of air-soil exchange as an entry route of organic pollutants to soils and groundwaters.

size:731 K

BASIN 2.20: Identification of contamination sources of BFRs in the Cinca area.

size:224 K

	BASIN 2.21: Effects of polybrominated diphenyl ethers (flame retardants) in barbel, Barbus graellsii, from a tributary of the Cinca River (Ebro basin, NE Spain).	size:363 K
	BASIN 2.22: Brief report on work done by AquaTerra WP and partners (and outside scientists) in the Ebro Basin.	size:160 K
	BASIN 2.23: GIS display and chemometric modeling of all monitoring data corresponding to all the monitoring campaigns of 2004, 2005 and 2006.	size:1.5 M
	BASIN 2.24: Occurrence of a Broad Range of Pharmaceuticals in the Ebro River Basin.	size:410 K
	BASIN 2.25: Combined use of chemical and biochemical markers in transplanted Corbicula fluminea to monitor environmental hazards of pesticides in the field.	size:106 K

BASIN 2.26: Assessment of air-soil partitioning and flux direction of PAHs and PCBs in the Ebro river basin.

size:265 K

Work package R3: Basin Meuse

BASIN 3.1 and 3.3: R3.1 Chapter in BASIN report on detailed research execution plan for test areas in catchments including an input/output scheme for sampling analytics and data exchange for interaction Basin research sub-projects (BIOGEOCHEM, FLUX, COMPUTE, TREND and MONITOR, delivered to SC R3.3: Identification of sampling location(s) for the Dommel catchment system

size:664 K

BASIN 3.2: Preliminary structure and functional design of a spatial GIS-oriented decision support system for the floodplains in the Dutch Meuse Basin

size:410 K

BASIN 3.4: Synthesis of data availability for the river Meuse and the aquifer located in the alluvial plain in the Walloon Meuse catchment region

size:351 K

BASIN 3.5: Documentation of site program specifications for bioassays in the Walloon Meuse catchment region

size:363 K

BASIN 3.7_3.10: R3.7: Chapter in BASIN report on structured research results for further interpretation in terms of management tools/approaches for river basin management (INTEGRATOR), and in terms of EU policy impacts (EUPOL), delivered to the steering committee. R3.10: Overview of analysis results for the Dommel catchment system

size:1.4 M

BASIN 3.8_3.9: State-of-the-art chemical speciation module, adapted to river flood plain systems carrying redox-dependent speciation scenarios for the floodplains in the Meuse and other similar river systems (R3.8) Final functional design of spatial decision support system for the Dutch Meuse basin (R3.9)

size:855 K

BASIN 3.11: Compilation of data collected and fed into a hydrogeological database in the Walloon Meuse catchment region

size:4.0 M

BASIN 3.12: Compilation of data for sampling and testing (bioassays) in the Walloon Meuse catchment region

size:1.5 M

BASIN 3.13: Work plan to apply the DSS in the Dommel sub-catchment

size:765 K

BASIN 3.14: Transfer functions for chemical availability and uptake by ecological key species (flora and fauna)

size:697 K

BASIN 3.15: Documentation of site equipment and description of experiments performed and still planned in the Flémalle former cokery test site

size:4.5 M

BASIN 3.16: Description of hydrogeological conditions in the geer sub-catchment and synthesis of available data for groundwater modelling

size:0.9 M

BASIN 3.17: Chapter in BASIN report for Meuse case on updated research questions and detailed research plan for month 24-42, including a new work package description, delivered to the Steering Committee

size:425 K

BASIN 3.18: Groundwater flow and transport model delivered for groundwater quality trend forecasting in combination with TREND T2

size:644 K

BASIN 3.19: Update on field experiments and description of the groundwater flow and transport model for the Flémalle cokery site.

size:2.5 M

BASIN R 3.20: Application of DSS system in the Dommel subcatchment; evaluation of results.

size:1.1 M

BASIN 3.21: Intermediate report on the development of the Geer hydrological model (surface and subsurface water) for climatic change scenario on that subcatchment.

size:4.1 M

BASIN R3.22: Compilation of data from additional sampling & testing (bioassays) in the Walloon Catchment Region.

size:354 K

	BASIN 3.23: Report of meeting on measurement of suspended solids in the Meuse.	size:486 K
	BASIN 3.24: Interpretation of the results obtained from the ecotoxicological effects study (including chemical data, biological data & others). Text. Comments.	size:581 K
	BASIN 3.25: Groundwater flow and transport model for the Flémalle cokery site.	size:5.1 M
	BASIN 3.26: Development of the Geer basin Hydrological model for climatic scenarios and first results about impacts evaluation.	size:2.7 M

BASIN 3.27: Report of planned research activities and scenario calculations in the Dommel basin, compared to management questions.

size:489 K

BASIN 3.28: Model adaptations and comparison of modeling tools that can be applied in the Dommel basin.

size:729 K

BASIN 3.29: Summary Report on methodology and practical results for the Administration of the Walloon region end-user concerning the forecasting of nitrate trends in the Geer basin and the Flémalle site (in French).

size:8.4 M

BASIN 3.30: Report on the development of the Geer Hydrological model. Final results about climate change impacts evaluation.

size:1.2 M

Work package R4: Basin Elbe

BASIN 4.1: Chapter for Elbe BASIN report: research execution plan including an input/out-put scheme to other WPs, delivered to SC

size:379 K

BASIN 4.2: Documentation on existing instrumentation of sampling sites

size:2.6 M

BASIN 4.3: Computation of volumes for localities under consideration

size:5.9 M

BASIN 4.4: Completion list of collected samples for all Elbe test areas

size:1.1 M

BASIN 4.5: Data overview about pre-investigations

size:0.9 M

BASIN 4.6: Data set on contaminant concentration distributions at the field sites incl. a wet and a dry season

size:2.9 M

BASIN 4.7: Chapter in BASIN report on case study structured research results delivered to the steering committee

size:316 K

BASIN 4.8: Assessment of fate and transport processes at all Elbe test sites

size:362 K

BASIN 4.9: Final report on sampling and chemical analyses of contaminants at all Elbe test sites

size:382 K

BASIN 4.10: Solution of re-suspension of polluted sediments by catastrophic water by two-dimensional mathematical modelling

size:2.3 M

BASIN 4.11: First metabolite identification in soil depth profiles

size:254 K

BASIN 4.12: Flow models for the Schachtgraben / Bitterfeld / Wolfen / Jeßnitz research sites

size:1.5 M

BASIN 4.13: Chapter per BASIN case on updated research questions and detailed research plan for month 18-36, delivered to the Steering Committee

size:629 K

BASIN 4.14 & BASIN 4.15: 2D modelling of sedimentation of polluted sediments in the floodplain downstream Les Království and the Pardubice port and estimate of their effect on the quality of groundwater.

size:305 K

BASIN R4.14_BIS: Completion of 2D modelling of sedimentation of polluted sediments in the floodplain downstream Les Království and preparation of the modelling of percolation of pollution to groundwater for the area of Lovosice.

size:14.5 M

BASIN 4.15 BIS: Completion of Estimate of the discharge (higher than Q100) able to scour polluted sediments from the port of Pardubice.

size:1.5 M

BASIN 4.16: Assessment of fate and transport processes of pollutants at the Elbe test sites.

size:2.1 M

BASIN 4.17: Estimation of fluxes, rates and mass balances

size:1.8 M

BASIN 4.18: Main metabolite identification in soil depth profiles

size:353 K

BASIN 4.19: 2D modelling of sedimentation in the floodplain downstream the reservoir of Les Království under the effect of Q500 and modelling the relation "new sediments - groundwater"

size:5.4 M

BASIN 4.20: Modelling of percolation of pollution from new sediments settled in the area of the floodplain between Terezín and Lovosice to fresh water bearing horizon.

size:1.6 M

	BASIN 4.21: Final assessment of fate and transport processes of pollutants at the Elbe test sites.	size:3.5 M
	BASIN 4.22: Brief report on AquaTerra WP and partners (and outside scientists) who conducted work in the Elbe Basin.	size:1.1 M

Work package R5: Danube

BASIN 5.1: DANUBE basin report: research execution plan including an input / output scheme to other WPs, delivered to SC (Danube Survey Cruise Manual)

size:1.3 M

BASIN 5.2: Sampling protocol for sediments in Danube segments

size:836 K

BASIN 5.3: List of collected sediment samples and inclusion into GIS

size:1.2 M

BASIN 5.4: Pollutant burden of riverine sediments, suspended solids, flood plain soils, benthic biota

size:1.2 M

BASIN 5.5: Data on heavy metals and persistent organic pollutants in sediments since 1988

size:1.0 M

BASIN 5.6: Assessment of bioavailability of surface bound compounds from representative river sites

size:740 K

BASIN 5.7: Assessment of bioavailability of surface bound toxicants

size:705 K

BASIN 5.8: Proposal of a list of the Danube River Priority Substances present in suspended solids and sediment samples

size:376 K

BASIN 5.9: Chapter in the BASIN report on structured research results delivered to the steering committee

size:788 K

BASIN 5.10: Analysis results of isotopes characterization sediments

size:316 K

BASIN 5.11: Final report on sampling, chemical analysis and ecotoxicological studies

size:5.1 M

BASIN 5.12: Chapter per BASIN case with updated research questions and detailed research plan for month 18-36, including a new work package description, delivered to the Steering Committee

size:316 K

BASIN 5.13: Report isotopic data with pollutant burden of the sediments completed

size:3.5 M

BASIN 5.14: Evaluation of the Danube workshop

size:458 K