METHODOLOGY & RESULTS HA desk study 􀂉 Desk study Scope of desk study, information sources and data Summary of desk study data, Data sources sets discovered in the desk study; comment on including statistical analysis. Data quality data quality and present a data summary. Data summary Appendix – spreadsheets, data from GSI ,climatic data. HA field study Scope of field investigation work, methods used 􀂉 Field study (drilling, geophysical, water sampling, water level Plan showing bore locations. Scope measurement, hydraulic testing etc.) and any field Methods results (factual) or Tabulation (detailed) of bore Results observations. construction and survey data, Bore construction details (summary table). tabulation of water level data. Appendices – Bore logs, geophysical logs, pumping test data and analysis, water sampling field records, bore construction licence, elevation and location survey, equipment calibration detail. Laboratory testing of water samples, test methods and detection limits. Collation of results. Tabulated water quality results including field parameters. INAB Laboratory test reports - accredited laboratory. The means used to ensure quality assurance and quality control, and a commentary on data validity. Appendix – work plan, tabulation of QC data, data validation report. CONCEPTUAL HYDROGEOLOGICAL MODEL 􀂉 Setting Local setting in terms of topography, geology, Topographic plan. groundwater flow, surface water drainage, the position of the locality in the landscape, land use and vegetation. Tabulation of monthly rainfall and Climatic averages to identify potential recharge pan evaporation data. periods. Stream stage/flow hydrographs. 􀂉 Geology/aquifers The geology and relationships between aquifers at Geological map. the regional and local scale. Aquifer classification (Regionally important, local of poor), Vulnerability Tabulated geological column rating (E, H, M, L) showing main aquifers, and properties (hydraulic conductivity, Comment on whether aquifers are confined or transmissivity, storativity, aquifer unconfined. thickness and porosity). Comment on the protection potentially offered to aquifers by the soil profile (detail depth of Hydro-geological cross-sections overburden to aquifer and its permeability), showing the levels of surface unsaturated zone and aquitards; or conversely the facilities, geology, aquifer units, opportunity for downward seepage through soil intervals monitored in bores and
METHODOLOGY & RESULTS 􀂉 Desk study Data sources Data quality Data summary 􀂉 Field study Scope Methods Results HA desk study Scope of desk study, information sources and data sets discovered in the desk study; comment on data quality and present a data summary. HA field study Scope of field investigation work, methods used (drilling, geophysical, water sampling, water level measurement, hydraulic testing etc.) and any field results (factual) or observations. Bore construction details (summary table). Laboratory testing of water samples, test methods and detection limits. Collation of results. The means used to ensure quality assurance and quality control, and a commentary on data validity. Summary of desk study data, including statistical analysis. Appendix – spreadsheets, data from GSI ,climatic data. Plan showing bore locations. Tabulation (detailed) of bore construction and survey data, tabulation of water level data. Appendices – Bore logs, geophysical logs, pumping test data and analysis, water sampling field records, bore construction licence, elevation and location survey, equipment calibration detail. Tabulated water quality results including field parameters. Laboratory test reports - INAB accredited laboratory. Appendix – work plan, tabulation of QC data, data validation report. CONCEPTUAL HYDROGEOLOGICAL MODEL 􀂉 Setting 􀂉 Geology/aquifers Local setting in terms of topography, geology, groundwater flow, surface water drainage, the position of the locality in the landscape, land use and vegetation. Climatic averages to identify potential recharge periods. The geology and relationships between aquifers at the regional and local scale. Aquifer classification (Regionally important, local of poor), Vulnerability rating (E, H, M, L) Comment on whether aquifers are confined or unconfined. Comment on the protection potentially offered to aquifers by the soil profile (detail depth of overburden to aquifer and its permeability), unsaturated zone and aquitards; or conversely the opportunity for downward seepage through soil Topographic plan. Tabulation of monthly rainfall and pan evaporation data. Stream stage/flow hydrographs. Geological map. Tabulated geological column showing main aquifers, and properties (hydraulic conductivity, transmissivity, storativity, aquifer thickness and porosity). Hydro-geological cross-sections showing the levels of surface facilities, geology, aquifer units, intervals monitored in bores and