Pumping & Slug Test Analysis, Interpretation & Visualization Software AquiferTest is an easy-to-use software package for analyzing, interpreting and visualizing pumping and slug test data. Designed by hydrogeologists for hydrogeologists, AquiferTest delivers all the tools needed to accurately interpret data from all types of aquifers in all types of test conditions. AquiferTest Features Easy and flexible data importing Save time and go straight to the analysis with flexible data import options. Quickly import field data from common file formats and virtually any groundwater datalogger on the market, including Diver groundwater dataloggers. Diagnostic plots for choosing the best analysis AquiferTest provides a set of powerful diagnostic plots that help you easily identify model assumptions and select the most appropriate analytical solution for your pumping test data An extensive suite of analytical methods AquiferTest delivers an extensive set of solutions suitable for all types of aquifers and test conditions. Analyse confined, unconfined, leaky, and fractured aquifers. Account for various well conditions including wellbore storage, horizontal wells, and single-well analyses. Colour contouring and color shading Gain a deeper understanding of your test data and take your reports to the next level with colourful contour maps showing drawdown data and well interference over aerial and satellite site maps. Automatic analysis reports Automatically transform raw analyses to professional-quality reports that include your company logo, name, project information, well data, analysis graphs and site maps. Reports templates can be customized exactly the way you want them, and saved as PDFs for easy sharing. Barometric and baseline trend correction AquiferTest Pro provides pre-processing tools that ensure your water levels are corrected for baseline trends (trend effects) and barometric pressure changes. Automatic type curve fitting Show type curve families on analysis graphs for enhanced visual curve matching of complex aquifer conditions arising from variable pumping rates, aquitard storage and boundary effects.