Groundwater hydrodynamics data

\n## **Abstract** \nThis dataset was compiled by the Geological and Bioregional Assessment Program from source data referenced within the dataset and/or metadata. Hydrodynamic properties have been defined for the major aquifers in the Cooper GBA region. These include: hydraulic head measurements; depth to groundwater measurements and water table mapping as as height above sea level (mAHD).\n\n\n## **Attribution** \nGeological and Bioregional Assessment Program\n\n\n## **History** \nHooray Hydraulic Head measurements from petroleum well pressure data = patch_hh_v1.shp\r\nDerived from wells that had equivalent Hydraulic head in the patchawarra formation, measurements in the well situated nearest to top of patchawarra Fm were extracted from the equivalent hydraulic head dataset then converted to a shapefile for spatial analysis in ArcGIS.\r\n\r\nNappamerri Hydraulic Head measurements from petroleum well pressure data = napp_top_v1_hh.shp\r\nDerived from wells that had equivalent Hydraulic head in the Nappamerri Group, measurements in the well situated nearest to top of Nappamerri Groupwere extracted from the equivalent hydraulic head dataset then converted to a shapefile for spatial analysis in ArcGIS.\r\n\r\nToolachee Hydraulic Head measurements from petroleum well pressure data = tool_hh_v1.shp\r\nFor wells that had equivalent Hydraulic head in the Toolachee formation, measurements in the well situated nearest to top of Toolachee Fm were extracted from the equivalent hydraulic head dataset then converted to a shapefile for spatial analysis in ArcGIS.\r\n\r\nHooray Hydraulic Head measurements from petroleum well pressure data = hoory_hh_v1.shp\r\nFor wells that had equivalent Hydraulic head in the hooray Sandstone and equivalents, measurements in the well situated nearest to top of Toolachee Fm were extracted from the equivalent hydraulic head dataset then converted to a shapefile for spatial analysis in ArcGIS.\r\n\r\nWinton-Mackunda partial aquifer - depth to groundwater measurements = winton_dhpts_v4_proj.shp\r\nDepth to groundwater for bores drawing water from Winton-Mackunda partial aquifer for the Cooper GBA region.\r\n\r\nWinton-Mackunda partial aquifer - water table mapping as height above sea level (potentiometric mapping). = Winton_rswl_15_10_geometric_interval.tif\r\nWater table mapping for Winton-Mackunda partial aquifer in the Cooper GBA region.\r\n\r\nWinton-Mackunda partial aquifer - water table mapping contours (20 m spacing) as height above sea level = Winton_20m_contour_1510.shp\r\n20m contours for Water table mapping for Winton-Mackunda partial aquifer in the Cooper GBA region. Winton bore hydrostratigraphic interpretation was undertaken as part of GBA on raw groundwater bore data sourced through the relevant state groundwater databases. \r\n\r\nAquifers in Cenozoic- water table mapping as height above sea level (potentiometric mapping). = cenozoic_less_wint.tif\r\nWater table mapping for aquifers in Cenozoicin the Cooper GBA region. Winton bore hydrostratigraphic interpretation was undertaken as part of GBA on raw groundwater bore data sourced through the relevent state groundwater databases. \r\n\r\n\r\nAquifers in Cenozoic- water table mapping contours (20 m spacing) as height above sea level = ad_cenozoic_rswl_contour_v02.shp\r\nWater table mapping for aquifers in Cenozoicin the Cooper GBA region. \r\nWinton bore hydrostratigraphic interpretation was undertaken as part of GBA on raw groundwater bore data sourced through the relevent state groundwater databases.\r\n\r\nCenozioc aquifers - depth to groundwater measurements = ad_cenozoic_dpths_v06_54S.shp\r\nDepth to groundwater for bores drawing water from aquifers in Cenozoicfor the Cooper GBA region. Winton bore hydrostratigraphic interpretation was undertaken as part of GBA on raw groundwater bore data sourced through the relevant state groundwater databases.

## **摘要**
本数据集由地质与生物区域评估计划（Geological and Bioregional Assessment Program）基于数据集内部及元数据中引用的源数据编译而成。已为库珀盆地地质与生物区域评估（Cooper GBA）区域内的主要含水层定义了水动力参数，具体包括：水头（hydraulic head）测量数据、地下水埋深测量数据，以及以澳大利亚海拔基准面高度（mAHD）为单位的地下水位填图成果。

## **数据归属**
地质与生物区域评估计划（Geological and Bioregional Assessment Program）

## **历史沿革**
基于油气井压力数据生成的帕奇沃拉地层（patchawarra formation）水头测量数据 = patch_hh_v1.shp
该数据集源自帕奇沃拉地层内具备等效水头数据的油气井，从等效水头数据集中提取位于该地层顶部最近井位的测量值，随后转换为可在ArcGIS中开展空间分析的形状文件（shapefile）。

基于油气井压力数据生成的纳帕梅里群（Nappamerri Group）水头测量数据 = napp_top_v1_hh.shp
该数据集源自纳帕梅里群内具备等效水头数据的油气井，从等效水头数据集中提取位于该群顶部最近井位的测量值，随后转换为可在ArcGIS中开展空间分析的形状文件。

基于油气井压力数据生成的图拉奇地层（Toolachee formation）水头测量数据 = tool_hh_v1.shp
针对图拉奇地层内具备等效水头数据的油气井，从等效水头数据集中提取位于该地层顶部最近井位的测量值，随后转换为可在ArcGIS中开展空间分析的形状文件。

基于油气井压力数据生成的胡里砂岩（hooray Sandstone）及等效地层水头测量数据 = hoory_hh_v1.shp
针对胡里砂岩及等效地层内具备等效水头数据的油气井，从等效水头数据集中提取位于图拉奇地层顶部最近井位的测量值，随后转换为可在ArcGIS中开展空间分析的形状文件。

温顿-马昆达局部含水层地下水埋深测量数据 = winton_dhpts_v4_proj.shp
库珀盆地地质与生物区域评估区域内，取自温顿-马昆达局部含水层的钻井地下水埋深测量数据。

温顿-马昆达局部含水层地下水位填图（以海拔高度计，测压水位图） = Winton_rswl_15_10_geometric_interval.tif
库珀盆地地质与生物区域评估区域内，温顿-马昆达局部含水层的地下水位填图成果。

温顿-马昆达局部含水层地下水位等值线填图（间隔20米，以海拔高度计） = Winton_20m_contour_1510.shp
库珀盆地地质与生物区域评估区域内，温顿-马昆达局部含水层地下水位的20米间隔等值线填图成果。地质与生物区域评估计划已针对通过相关州级地下水数据库获取的原始地下水钻井数据，开展了温顿钻井水文地层解译工作。

新生代（Cenozoic）含水层地下水位填图（以海拔高度计，测压水位图） = cenozoic_less_wint.tif
库珀盆地地质与生物区域评估区域内，新生代含水层的地下水位填图成果。地质与生物区域评估计划已针对通过相关州级地下水数据库获取的原始地下水钻井数据，开展了温顿钻井水文地层解译工作。

新生代含水层地下水位等值线填图（间隔20米，以海拔高度计） = ad_cenozoic_rswl_contour_v02.shp
库珀盆地地质与生物区域评估区域内，新生代含水层的地下水位等值线填图成果。地质与生物区域评估计划已针对通过相关州级地下水数据库获取的原始地下水钻井数据，开展了温顿钻井水文地层解译工作。

新生代含水层地下水埋深测量数据 = ad_cenozoic_dpths_v06_54S.shp
库珀盆地地质与生物区域评估区域内，取自新生代含水层的钻井地下水埋深测量数据。地质与生物区域评估计划已针对通过相关州级地下水数据库获取的原始地下水钻井数据，开展了温顿钻井水文地层解译工作。