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1The Pearsall Building
2The Opening Ceremony of The River Laboratory
3The Ferry Boat, Windermere
4Inflating the Lund Tubes
5An aerial photograph of The Ferry House prior to the construction of The Pearsall Building
6Advertisement for the Letting of The Ferry Inn
7Assessment of the performance of the BMWP scoring system against biological targets and the determination of significant change
8Biological investigation of the Common Lake Stream
9Aerial view of the River Laboratory
10Reed cutter used at the River Lab
11Bioaccumulation of metals in the Thames Estuary
12A demonstration of the use of a framework for the ecological risk assessment of land contamination
13Using Macrophytes for the Environmental Assessment of Rivers: The Role of Sediment Nutrients
14The influence of zinc sulphate solution on the fauna of chalk stream channels
15Report on the control of discharges of titanium dioxide waste to the Humber Estuary : appendices
16Biological Assessment Methods: Controlling the Quality of Biological Data. Package 1 The variability of data used for assessing the biological condition of rivers
17Report on the results of a comparison of data from two surveys of the microfauna of the wash carried out in 1991 and 1993
18The Use Of DNA Fingerprinting To Study The Population Dynamics Of Otters (Lutra Lutra) In Southern Britiain - A Feasibility Study
19NRA report of the blue-green algal monitoring 1990 : a report by the toxic blue-green algae task group
20The biology of the sea trout. Summary of a symposium held at Plas Menai 24-26 October 1984
21Assessment of the feasibility of using image analysis in the oyster embryo-larval development and daphnia magna growth tests
22An assessment of the impact of Berkhamsted and Maple Lodge STWs on the Grand Union canal based on macroinvertebrate surveys
23Biological investigation of the impact of Ivybridge sewage treatment works discharge to the River Erme, May 1991
24Development of Operational and Policy Guidance on the Use of Hydrogen Peroxide
25Assessing and controlling the ecotoxicity of complex effluents