Skip to main content
Article thumbnail
Location of Repository

Modelling the impact of climate change on water quality in the lower Thames

By S. Reed
Topics: Hydrology
Year: 1991
OAI identifier:

Suggested articles


  1. (1978). A mathematical deterministic river-quality model. Part 1: formulation and description.
  2. (1925). A study of the pollution and natural purification in the Ohio River.
  3. (1987). A water quantity and quality model for the evaluation of water management strategies in the Netherlands - Application to the province of Friesland. In: Systems analysis in water quality
  4. (1985). application of a deterministic model (QUAL-II) in planningresource allocation.
  5. (1988). Application of the NUT river water quality model to the Ely catchment. Welsh Water publication.
  6. (1982). Calculation of consent conditions for discharges. Anglian Water Authority.
  7. (1985). Carbon dioxide and the radiation budget. In: The potential climatic effects of increasing carbon
  8. (1983). Climate and energy systems. A review oftheir interactions.
  9. (1987). Climate change and water resources. In: The influence of Climate change and climatic variability on the hydrologic regime and water resources.
  10. (1989). Climate change hydrology and waterresources.
  11. (1982). Climate, history and the modern world.
  12. (1986). comparison of two river quality models.
  13. (1991). Credit the oceans?
  14. (1990). Estimates of future climatic change over Britain. Part 1: Mechanisms and models.
  15. (1975). Factors affecting the removal of nitrate by sediments from river, lagoons, and
  16. (1989). Hydrologic effects of climate change in the Delaware River basin.
  17. (1987). Impact of climate change on the morphology of river basins. In: The influence of Climate change and climatic variability on the hydrologic regime and water resources.
  18. (1990). Impact of climatic change on river flow regimes
  19. (1965). Impacts of climate change on river flow regimes in the uK.
  20. (1984). Modelling algal growth in the River Thames.
  21. (1974). Nitrificationin rivers in the Trent basin.
  22. (1965). Oxygen consumption of rivermuds.
  23. (1967). Oxygen consumption rates and some chamical properties of river muds.
  24. (1986). Papers presented at the International Conference on water quality modelling in the inland natural environment.
  25. (1991). Policy options for stabilizing global climate.
  26. (1991). Possible changes of hydrological cycle by greenhouse effect
  27. (1989). Possible climate change due to SOrderived doi
  28. (1990). Potential impacts of climate change. Report prepared for the IPCC by Working Group II. APPENDICES. APPENDIX A: Equations solved by QUASAR. APPENDIX B: Explanation of the map files.
  29. (1984). Predicted effects of proposed changes in patterns of water abstraction con the eosystems of the lower River Thames and the Thames estuary. NERC report commissioned by Thames Water Authority.
  30. (1984). Predicted effects of proposed changes in patterns of water abstraction on the ecosystems of the Lower River Thames and its tidal estuary. Report commissioned by Thames Water Authority.
  31. Proceedings of a symposium held in London,
  32. (1971). production and respiration of the phytoplankton of the River Thames and Kennet at Reading. Freshwater Biology.
  33. (1971). Quantitative studies on the phytoplankton of the Rivers Thames and Kennet at Reading. Freshwater Biology,1:213-224.
  34. (1986). Reduction in summer soil wetness induced by an increase in atmospheric carbon dioxide.
  35. (1991). Regional hydrological effects of climate change.
  36. (1988). Reprocussions of a CO, doubling on the water cycle and on the water balance - a case study for
  37. (1984). Rising atmospheric carbondioxide concentrations may increase stream flows.
  38. (1977). River quality, the next stage. Review of discharge consent conditions.
  39. (1991). Sensitivity of streamflow in the Colorado basin to climate changes.
  40. (1987). SIMCAT - A catchment simulation model for planning investment for river quality. In: Systems analysis in water quality
  41. (1989). Simulation of the impact ofCO, atmospheric doubling on precipitation and evapotranspiration - a study of the sensitivity to varioushypothesis. In: Conference on climate and water.
  42. (1963). Some oxygen studies in the River Lark.
  43. (1987). Some possible impacts of greenhouse gasinduced climate change on water resources in England and Wales. In: The influence of Climate change and climatic variability on the hydrologic regime and water resources.
  44. (1978). Steady state river quality modelling by sequential extended Kalman filters.
  45. (1989). Surface water quality models for planning, design and operational management.
  46. (1984). The application of mathematical models of water quality and pollutant transport: An international survey.
  47. (1984). The effect of doubling atmospheric CO, on streamflow: A simulation.
  48. (1989). The global climate system: current knowledge and uncertainties. In: Carbon dioxide and other greenhouse gases: climate and associated
  49. (1989). The greenhouse effect and rising sealevels in the UK.
  50. (1989). The greenhouseeffect. Living in a warmer Australia. New South
  51. (1990). The impact of climaticchange on the hydrological regime for basins in threedifferent climate regions of China. In: The Hydrological basisfor water resources.
  52. (1989). Variability in photosynthesis: Impact on DO models.
  53. (1985). WAter quality management: A review of the development and application of mathematical models.
  54. (1982). Water quality modelling, forcasting and control. In:

To submit an update or takedown request for this paper, please submit an Update/Correction/Removal Request.