1 | The River Itchen |
2 | The management of the water resources of the Lark groundwater unit |
3 | The management of the water resources of the Little Ouse groundwater unit |
4 | The Natural (Baseline) Quality Of Groundwaters In England And Wales. The Chalk Of The South Downs |
5 | The Development of LandSim 2.5 |
6 | Water in the Thetford area
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7 | A Report on the Drought on the River Darent |
8 | Hydrometry : the science of measuring the water cycle |
9 | River Darent : strategy for the enhancement of the River Darent, Kent |
10 | Hysim model : modelling the flows of the River Deben |
11 | Contaminated land and the water environment : report of the National Rivers Authority |
12 | The Delineation and Characterisation of Groundwater Bodies to Meet the Requirements of the EU Water Framework Directive |
13 | An investigation into the flow interactions between the Spilsby Sandstone and the overlying aquifers of East Lincolnshire |
14 | The modelling of water quality in the nitrate sensitive areas of the North Lincolnshire Wolds, Sleaford and Aswarby |
15 | The Natural (Baseline) Quality Of Groundwaters In England And Wales - The Chalk Of Berkshire And The Chilterns |
16 | The River Lark project Final Report |
17 | The River Lark project Model Manual |
18 | Environmental issues in the Midlands 1995/96 |
19 | The Hydrogeological Classification of Superficial Clay: The Hydrogeological Characterisation of Glacial Till in east Anglia |
20 | Classification of listed substances for the purposes of the EC groundwater directive (80/68/EEC) : technical report |
21 | Methods for the prediction of the impact of groundwater abstraction on East Anglian wetlands (WD/95/SR) |
22 | The Effect of Atrazine Exposure on the Timing of Salmon (Salmo salar L.) Smolt Emigration |
23 | The Natural (Baseline) Quality Of Groundwaters In England And Wales - The Chalk Of Lincolnshire; |
24 | The behaviour of atrazine and simazine within the chalk aquifer : experimental results and interpretation |
25 | The variation of hydraulic conductivity with depth in the object-orientated groundwater model ZOOMQ3D |