Diffusive Gradients in Thin-Films for Environmental Measurements

William Davison is Emeritus Professor of Environmental Chemistry at Lancaster Environment Centre, Lancaster University, UK, where he has previously served as Head of Department. His studies, complemented by research in environmental analytical chemistry, focus on the biogeochemistry of carbon, iron, manganese, sulphur and trace metals in natural waters. Professor Davison, with his colleague Hao Zhang, developed the techniques of diffusive equilibration in thin-films (DET) and diffusive gradients in thin-films (DGT) and pioneered their initial applications in waters, soils and sediments. He has contributed to over 250 publications, and the applications of his work have been recognised by the Pollution Abatement Technology Awards and the RSC Sustainable Water Award.

• Preface; Symbols and abbreviations; 1. Introduction to DGT W. Davison and H. Zhang; 2. Principles of measurements in simple solutions W. Davison and H. Zhang; 3. Diffusion layer properties W. Davison and H. Zhang; 4. Binding layer properties W. W. Bennett, M. Arsic, J. G. Panther, D. T. Welsh and P. R. Teasdale; 5. Interpreting the DGT measurement: speciation and dynamics J. Puy, J. Galceran and C. Rey-Castro; 6. Applications in natural waters H. Österlund, A. Widerlund and J. Ingri; 7. Principles and applications in soils and sediments N. J. Lehto; 8. Measurement at high spatial resolution J. Santner and P. N. Williams; 9. DGT and bioavailability F. Degryse and E. Smolders; 10. Practicalities of working with DGT D. F. Jolley, S. Mason, Y. Gao and H. Zhang; Appendix; Index.

'For the first time, a complete single information source is available that covers the whole DGT concept, covering both the principal mechanisms and the whole range of application possibilities. Everyone who is interested in starting or continuing DGT work will find a comprehensive and detailed compilation of the current DGT knowledge. The publication of this book is a milestone in agricultural and environmental chemistry and will further boost the application of DGT and the further development of DGT application approaches.' Markus Puschenreiter, Analytical and Bioanalytical Chemistry