The Seine River Basin.

• Superior document: The Handbook of Environmental Chemistry Series ; v.90
• Author: Flipo, Nicolas.
• TeilnehmendeR: Labadie, Pierre.; Lestel, Laurence.
• Place / Publishing House: Cham : : Springer International Publishing AG,, 2021.; ©2021.
• Year of Publication: 2021
• Edition: 1st ed.
• Language: English
• Series: The Handbook of Environmental Chemistry Series
• Physical Description: 1 online resource (430 pages)

Table of Contents

• Intro
• Series Preface
• Preface
• Contents
• Trajectories of the Seine River Basin
• 1 Introduction: River Systems in the Anthropocene
• 2 Multiple and Heavy Pressures on the Seine River System
• 2.1 The Hydrological Features of the Seine River Basin
• 2.2 Evolution of the Basin Population
• 2.3 The Land Cover
• 2.4 Industries and Navigation
• 3 PIREN-Seine Research on the River Basin Trajectories
• 3.1 Circulation of Material Within the Basin
• 3.2 Multiple Long-Term Trajectories of River Control Factors
• 3.3 Trajectories of River State and Societal Response to River Issues
• 4 Structuration of the Socioecological Research in the Context of the PIREN-Seine
• 4.1 Evolution of Main Research Themes
• 4.2 Present Structuration of the PIREN-Seine Research Programme
• 5 The Spatio-Temporal Scales of the Research Themes Selected in This Publication
• References
• The Evolution of the Seine Basin Water Bodies Through Historical Maps
• 1 Introduction
• 2 The Physical Anthropogenic Transformation of the Seine River (1800-2010)
• 2.1 Transformations of Seine Water Bodies in the Early 1800s and Their Drivers
• 2.2 Current State of the Seine River Water Bodies
• 3 Historical Maps: A Tool for Quantifying the Physical Changes of Water Bodies
• 3.1 The Inventory and Critical Analysis of River Maps
• 3.2 General Use of Maps to Document River Environmental Changes
• 4 Historical Trajectories of Selected Water Bodies in the Seine River Basin
• 4.1 Stream Network Modification on the Versailles-Saclay Plateau (1670-1860)
• 4.2 Man-Made Heterogeneity of the Floodplain: Channelisation and Sandpits in the Bassée Floodplain
• 4.3 Simplification of Seine River Channel and Loss of Islands
• 5 Conclusion and Perspectives
• References
• Pluri-annual Water Budget on the Seine Basin: Past, Current and Future Trends
• 1 Introduction.
• 2 Historical Records of the Seine River Discharge in Paris
• 3 Development of the Seine Basin Model
• 3.1 CaWaQS Model
• 3.2 Implementation of the Seine Basin Model
• 4 Current State of the Seine Hydrosystem
• 4.1 General Two-Step Calibration Strategy of Hydrosystem Models
• 4.2 Average Water Budget 1993-2010
• 5 A Two-Century-Long Trajectory of the Seine Basin
• 5.1 Estimating Land Cover Changes
• 5.2 Estimating Anthropogenic Water Uptake
• 5.3 Climate Scenarios
• 5.3.1 Reanalysis of the Past
• 5.3.2 Selecting an Appropriate Climate Product for the Projection
• 5.4 Water Resources Trajectory from the 1900s to the 2100s
• 5.4.1 Water Budget and Recharge Modes
• 5.4.2 Surface Water-Groundwater Exchanges
• 5.4.3 Hydrological Regimes
• 6 Conclusion
• References
• The Seine Watershed Water-Agro-Food System: Long-Term Trajectories of C, N and P Metabolism
• 1 Introduction
• 2 Material and Methods
• 3 Trajectory and Biogeochemical Functioning of the Agricultural System
• 3.1 Long-Term Changes in the Structure of the Northern France Agricultural System
• 3.2 Changes in Land Use and Crop Rotations
• 3.3 Yield-Fertilisation Relationship
• 4 Soil Biogeochemistry Reflects This Trajectory
• 4.1 Soil Organic Carbon Storage
• 4.2 Agricultural Greenhouse Gas Emissions
• 4.3 Nitrogen Soil Storage and Leaching
• 4.4 Phosphorus Dynamics and Erosion
• 5 Hydrosystem Response to Agricultural Trajectories
• 5.1 Aquifer Storage of Nitrogen
• 5.2 Riparian Processes
• 5.3 Point and Diffuse Sources of Nutrients to the River System
• 5.4 N and P Budget of the Water-Agro-Food System
• 6 Conclusion and Scenarios for the Future
• 6.1 The Importance of Long-Term Storage Processes
• 6.2 The Importance of the Structural Pattern of Agro-Food Systems on the Environmental Imprint
• References.
• Past and Future Trajectories of Human Excreta Management Systems: Paris in the Nineteenth to Twenty-First Centuries
• 1 Introduction
• 1.1 Context
• 1.2 Temporal and Geographical Frame
• 1.3 Methodology
• 2 Resource-Oriented Management Leading to Circularity (1800-1905)
• 2.1 Intention Without Achievement (1800-1868)
• 2.2 Successful Mutualism (1868-1905)
• 3 Waste-Oriented Management Leading to Linearity (1905 to Today)
• 3.1 The Sacrifice of the Seine (1905-1968)
• 3.2 Pollution Treatment by Resource Destruction (1968 to Today)
• 4 Future Human Excreta Management Scenarios
• 4.1 Lock-In and Opportunities
• 4.2 Recovering Circularity Through Source Separation
• 5 Conclusion
• References
• How Should Agricultural Practices Be Integrated to Understand and Simulate Long-Term Pesticide Contamination in the Seine Rive...
• 1 Introduction
• 2 Study Sites
• 2.1 Presentation of the Orgeval and Vesle Basins
• 2.2 Data Acquisition
• 3 Quantification of Past Pesticide Use
• 3.1 The Orgeval Case
• 3.2 The Vesle Case
• 4 The Orgeval Catchment Over Time
• 4.1 Long-Term Observed Contamination
• 4.2 Pesticide Fate Modelling with the STICS Crop Model
• 5 The Spatial Approach in the Vesle Catchment
• 6 Pesticides at the Seine River Basin Scale
• 7 Conclusion
• 8 Perspectives
• References
• Mass Balance of PAHs at the Scale of the Seine River Basin
• 1 Introduction
• 2 Material and Methods
• 2.1 Areas Studied
• 2.2 Dual-Scale Mass Balance Approach
• 2.3 Data Selection and Exploration
• 2.4 Flux Estimation Quality
• 3 Results
• 3.1 Urban Fluxes
• 3.1.1 Emissions to the Atmosphere
• 3.1.2 Atmospheric Deposition
• 3.1.3 Runoff
• 3.1.4 Domestic and Industrial Wastewater
• 3.1.5 Discharges from the Sewer System
• 3.1.6 Wastewater Treatment Plants
• 3.2 Rural Fluxes
• 3.2.1 Atmospheric Deposition.
• 3.2.2 Road Runoff Outside of Urban Areas
• 3.2.3 Stocks in Soils
• 3.2.4 Soil Erosion
• 3.2.5 Sediment Dredging
• 3.2.6 Storage in Reservoirs and Floodplains
• 3.2.7 Flux Transported by the Seine River
• 3.2.8 Estimation of Urban Fluxes at the Basin Scale
• 4 Discussion
• 5 Conclusions and Perspectives
• References
• Ecological Functioning of the Seine River: From Long-Term Modelling Approaches to High-Frequency Data Analysis
• 1 Introduction
• 2 A Modelling Approach for a Comprehensive Understanding of the Ecological Functioning of the Seine River
• 3 Long-Term Trends in Water Quality
• 3.1 Changes in Organic Pollution from Urban Point Sources
• 3.2 Long-Term Nutrient Contamination and Algal Growth
• 3.3 Modelling Nutrients and Phytoplankton Biomass
• 4 River Metabolisms: Autotrophy, Heterotrophy and CO2 Saturation
• 4.1 High-Frequency Analysis of Oxygen Data Along the Main Seine Stem
• 4.2 CO2 Supersaturation in the Seine River: Carbon Sources, Fate and Budget
• 5 Further Improvement of Water Quality
• 5.1 Progress Made in Wastewater Treatments
• 5.2 Acting on Diffuse Agricultural Sources to Improve Water Quality
• 5.3 Impact of the Seine River Nutrient Fluxes at the Coastal Zone
• 5.4 The Context of Climate Change
• 6 Conclusions and Perspectives
• References
• Aquatic Organic Matter in the Seine Basin: Sources, Spatio-Temporal Variability, Impact of Urban Discharges and Influence on M...
• 1 Introduction
• 2 Sources and Variability of Organic Matter in the Seine River Watershed
• 2.1 Context and Objectives
• 2.2 Methods for Characterising Organic Matter in River Water
• 2.3 Sources and Spatio-Temporal Variability of OM in the Seine River Basin
• 2.4 Impact of the Paris Conurbation Discharges on DOM Quantity and Quality in the Seine River.
• 3 Influence of Organic Matter on the Fate of Micro-pollutants and the Role Played by Urban Organic Matter
• 3.1 Context
• 3.2 Material and Methods
• 3.2.1 Sampling Points
• 3.2.2 Experimental Procedures
• 3.3 Characterisation of DOM Trace Metal-Binding Ability
• 3.3.1 Binding Site Modal Distribution
• 3.3.2 Me-DOM Stability Constants and Binding Site Density
• 3.4 Contribution of EfDOM from Seine-Aval WWTP to the Copper-Binding Site Flux in the Seine River Downstream of Paris
• 3.5 Modelling of Trace Metal Speciation in the Seine River Upstream and Downstream of the Paris Conurbation
• 3.6 Evaluation of the Role of DOM on Copper Bioavailability Toxicity to Daphnia magna
• 3.7 Effect of EfDOM on Trace Metal Sorption by Mineral Particles in Aquatic Systems Subjected to Strong Urban Pressure
• 3.8 Effect of EfDOM on PAH Adsorption by Mineral Particles in Aquatic Systems Subjected to Strong Urban Pressure
• 4 Conclusions and Perspectives
• References
• Experience Gained from Ecotoxicological Studies in the Seine River and Its Drainage Basin Over the Last Decade: Applicative Ex...
• 1 Introduction
• 2 Value of In Vitro Bioassays for an Ex Situ Evaluation of Water Contamination: The Case of Endocrine Disruptors
• 2.1 In Vitro Endocrine Disruptor Bioassays in Water Contamination Monitoring
• 2.2 Comparison of In Vitro Bioassays to Chemical Analysis in Water Contamination Monitoring
• 2.3 In Vitro Bioassays Applied to Sediment Matrix in Aquatic Environment Quality Monitoring
• 2.4 Conclusion
• 3 Biomarkers for the In Situ Biomonitoring of Water Contamination
• 3.1 Presentation of Sentinel Species and Their Advantages in Ecotoxicological Studies
• 3.2 Monitoring of Oxidative Stress in Fish Models
• 3.2.1 Introduction
• 3.2.2 Field Applications.
• 3.3 Value of Digestive Activities as Biomarkers in Two Aquatic Invertebrates: Application to the Seine River Basin.