HUN Hydraulic properties v1
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## **Abstract** \n\nThe dataset was compiled by the Bioregional Assessment Programme from multiple sources referenced within the dataset and/or metadata. The processes undertaken to compile this dataset are described in the History field in this metadata statement.\n\n\n\nNote: This version is an intermediate dataset and not directly used in any products - Version 1 has been superseded by Version 2 - see lineage. Version 2 is identical except for conductivity-upscaling data added.\n\n\n\nContains hydraulic property measurements sourced from literature that are relevant for the Hunter subregion. The data mainly concerns hydraulic conductivity, but some transmissivity, specific storage and porosity data are also listed.\n\n\n\nA total of 574 measurements are compiled in the "FullData" sheet which also lists (where available) the Bore/piezometer name, the formation name, the topography elevation, the minimum and maximum depth sampled in the test, the MGA56 East and North coordinates, the type of test, along with the results obtained.\n\n\n\nThe "Provenance" sheet lists the 21 publications from which these data were extracted. Mostly these are groundwater sections of mine Environmental Impact Statements.\n\n\n\nThe other sheets in this Excel file demonstrate some correlations, or lack of correlations, between the hydraulic properties and depth, stratigraphy and lithology.\n\n## **Purpose** \n\nThe data and correlations guide the uncertainty analysis of the Hunter subregion uncertainty analysis.\n\n## **Dataset History** \n\nThe "Provenance" sheet within the Excel file contains a list of the publications from which the data was extracted. Only measurements in the publications that also contained data concerning all of the following were used: borehole or piezometer hole name; MGA East and North; depths or elevations; and formation name. Specification of the type of test was not mandatory but was recorded if available. The data was extracted by hand from the publications and typed into the "FullData" sheet within the Excel file.\n\n\n\nVersion 1 has been superseded - Version 2 is identical except that conductivity-upscaling data were added.\n\n\n\nThe source publications are as follows.\n\n\n\nAGE (2009) Mt Arthur Coal Consolidation Project Groundwater Impact Assessment, Project No. G1446, June 2009 (Appendix N of the Mt Arthur Coal Consolidation Project Environmental Impact Assessment).\n\n\n\nAGE (2012) Report on Drayton South Coal Project Groundwater Impact Assessment, Project No. G1544, October 2012 (Appendix C of the Drayton South Coal Project Gateway Application).\n\n\n\nAGE (2013) Continuation of Bengalla Mine Groundwater Impact Assessment, Project No. G1505, June 2013 (Appendix K of the Bengalla Continuation Project Environmental Impact Assessment).\n\n\n\nAGE (2014) Mount Thorley Operations 2014 Groundwater Assessment, Project No. G1468F, May 2014 (Appendix I of the Mt Throley Continuation Project Environmental Impact Statement).\n\n\n\nBHP Billiton (2012) MAC-ENC-PRO-062 Ground Water Monitoring Program, August 2012.\n\n\n\nBickham Coal Company (2009) Bickham Coal Project Water Resource Assessment and Draft Water Management Plan, Part B Water Resource Assessment, March 2009.\n\n\n\nAquaterra (2008) Bloomfield Colliery Completion of Mining and Rehability Groundwater Impact Assessment, S05/R02g, September 2008 (Appendix I of Bloomfield's Environmental Impact Statement).\n\n\n\nAquaterra (2009) Bowmans Creek Diversion: Groundwater Impact Assessment Report, S55G/600/011G, October 2009 (Appendix 5 of Ashton's Environmental Impact Statement)\n\n\n\nDouglas Partners (2013) Report on Hydrogeological Investigation and Monitoring, Project 49761.03-07, November 2013.\n\n\n\nGeoTerra (2009) Integra Opern Cut Project and Open Cut Extension Groundwater Assessment, GC13-R1E, June 2009 (Appendix C of Integra Open Cut Extension Environmental Impact Assessment).\n\n\n\nHydroSimulations (2013a) Spur Hill Underground Coking Coal Project: Gateway Aplication Preliminary Groundwater Assessment, Report HC2013/14, December 2013.\n\n\n\nHydroSimulations (2013b) Wilpinjong Coal Mine Modification Groundwater Assessment, Report HC2013/11, July 2013 (Appendix C of Wilpinjong Coal Modification 5 Environmental Impast ASssessment).\n\n\n\nMackie Environmental Research (2006) Anvill Hill Project: Groundwater Management Studies, May 2006 (Appendix 8 of the Anvil Hill Project Environmental Impact Statement).\n\n\n\nMackie Environmental Research (2007) Mt Arthur Underground Project Environmental Assessment Groundwater Management Studies, September 2007 (Appendix 10 of the Mt Arthur Underground Environmental Assessment).\n\n\n\nMackie Environmental Research (2010) Carrington West Wing Modification Groundwater Assessment, March 2010 (Appendix C of Coal & Allied's Extension of Carrington Pit Environmental Assessment).\n\n\n\nMackie Environmental Research (2012) Ravensworth Underground Mine Assessment of Groundwater Impacts Associated with Modifications to Mining in the Liddell Seam, Report No. 605-080252/Rev5, March 2012 (Appendix L of Ravensworth's Environmental Impacts Statement)\n\n\n\nMackie Environmental Research (2013a) Assessment of Groundwater Related Impacts Arising From the Proposed Bulga Optimisation Project, Report No. 605-081507/Rev4, April 2013 (Appendix 11 of Bulga Optimisation Project Environmental Impact Statement).\n\n\n\nMackie Environmental Research (2013b) Wallarah 2 Coal Project Groundwater Impact Assessment, Report No. M7589/R6, February 2013 (Appendix I of Wallarah 2 Coal Project Environmental Impact Statement).\n\n\n\nRPS Aquaterra (2011) Moolarben Stage 2 PPR Groundwater Impact Assessment, S6/S6N/019h, November 2011 \n\n\n\nRPS Aquaterra (2012) Tasman Extension Project Groundwater Assessment, S35/600/040f, June 2012 (Appendix B of the Tasman Extension Project Environmental Impact Statement).\n\n\n\nSKM (2013) Liddell Coal Operations Modification 5 to Development Consent DA 305-11-01, April 2013\n\n## **Dataset Citation** \n\nBioregional Assessment Programme (2016) HUN Hydraulic properties v1. Bioregional Assessment Source Dataset. Viewed 22 June 2018, http://data.bioregionalassessments.gov.au/dataset/54921261-3744-48d9-8aaf-6ea4fedc1de1.
**摘要**
本数据集由生物区域评估计划(Bioregional Assessment Programme)从数据集及/或元数据中引用的多源数据汇编而成。本数据集的汇编流程详见本元数据说明中的“历史”字段。
注:本版本为中间数据集,未直接用于任何产品——版本1已被版本2取代,详见数据谱系。版本2除新增导水率向上缩放数据外,其余内容与版本1完全一致。
本数据集包含亨特次区域相关的文献来源水力特性(hydraulic property)测量数据。数据以导水率(hydraulic conductivity)为主,同时也收录了部分导水系数(transmissivity)、比储水率(specific storage)及孔隙度(porosity)数据。
“完整数据”(FullData)工作表中共收录574组测量数据,该工作表还会列出(如有)钻孔/测压管名称、地层名称、地形高程、测试取样的最小与最大深度、MGA56东向与北向坐标、测试类型,以及所得结果。
“来源”(Provenance)工作表列出了提取这些数据所用的21种文献,其中大部分为矿山环境影响评估报告中的地下水章节。
本Excel文件中的其他工作表展示了水力特性与深度、地层及岩性之间的相关性(或无相关性)。
## **用途**
本数据及相关相关性分析可用于指导亨特次区域的不确定性分析。
## **数据集历史**
本Excel文件中的“来源”(Provenance)工作表列出了提取数据所用的文献列表。仅收录同时包含以下全部信息的文献中的测量数据:钻孔或测压管名称、MGA东向与北向坐标、深度或高程、以及地层名称。测试类型的说明并非强制要求,但如有提供也会一并记录。数据从文献中手动提取并录入本Excel文件的“完整数据”(FullData)工作表。
版本1已被取代——版本2除新增导水率向上缩放数据外,其余内容与版本1完全一致。
源文献清单如下:
AGE(2009)《阿瑟煤炭整合项目地下水影响评估》,项目编号G1446,2009年6月(收录于《阿瑟煤炭整合项目环境影响评估附录N》)。
AGE(2012)《德雷顿南煤矿项目地下水影响评估报告》,项目编号G1544,2012年10月(收录于《德雷顿南煤矿项目门户申请附录C》)。
AGE(2013)《本加拉矿续建项目地下水影响评估》,项目编号G1505,2013年6月(收录于《本加拉续建项目环境影响评估附录K》)。
AGE(2014)《索利山矿2014年地下水评估》,项目编号G1468F,2014年5月(收录于《Mt Throley续建项目环境影响评估附录I》)。
必和必拓(BHP Billiton)(2012)《MAC-ENC-PRO-062地下水监测计划》,2012年8月。
比克汉姆煤炭公司(Bickham Coal Company)(2009)《比克汉姆煤矿项目水资源评估及水资源管理计划草案》,B部分:水资源评估,2009年3月。
Aquaterra(2008)《布卢姆菲尔德煤矿采矿及复垦完成后地下水影响评估》,编号S05/R02g,2008年9月(收录于《布卢姆菲尔德环境影响评估附录I》)。
Aquaterra(2009)《鲍曼溪改道工程地下水影响评估报告》,编号S55G/600/011G,2009年10月(收录于《阿什顿环境影响评估附录5》)。
道格拉斯合伙公司(Douglas Partners)(2013)《水文地质调查与监测报告》,项目编号49761.03-07,2013年11月。
GeoTerra(2009)《英特拉露天开采项目及露天扩界地下水评估》,编号GC13-R1E,2009年6月(收录于《英特拉露天扩界环境影响评估附录C》)。
HydroSimulations(2013a)《斯珀希尔地下炼焦煤矿项目:门户申请初步地下水评估》,报告编号HC2013/14,2013年12月。
HydroSimulations(2013b)《威尔平琼煤矿改造地下水评估》,报告编号HC2013/11,2013年7月(收录于《威尔平琼煤矿改造5号环境影响评估附录C》)。
麦基环境研究(Mackie Environmental Research)(2006)《安维尔山项目:地下水管理研究》,2006年5月(收录于《安维尔山项目环境影响评估附录8》)。
麦基环境研究(2007)《阿瑟地下项目环境评估地下水管理研究》,2007年9月(收录于《阿瑟地下项目环境评估附录10》)。
麦基环境研究(2010)《卡灵顿西翼改造地下水评估》,2010年3月(收录于《Coal & Allied公司卡灵顿矿坑扩界环境评估附录C》)。
麦基环境研究(2012)《雷文斯霍夫地下煤矿利德尔煤层开采改造相关地下水影响评估》,报告编号605-080252/Rev5,2012年3月(收录于《雷文斯霍夫环境影响评估附录L》)。
麦基环境研究(2013a)《拟建布尔加优化项目地下水相关影响评估》,报告编号605-081507/Rev4,2013年4月(收录于《布尔加优化项目环境影响评估附录11》)。
麦基环境研究(2013b)《沃拉拉2煤矿项目地下水影响评估》,报告编号M7589/R6,2013年2月(收录于《沃拉拉2煤矿项目环境影响评估附录I》)。
RPS Aquaterra(2011)《穆拉尔本二期PPR地下水影响评估》,编号S6/S6N/019h,2011年11月。
RPS Aquaterra(2012)《塔斯曼扩界项目地下水评估》,编号S35/600/040f,2012年6月(收录于《塔斯曼扩界项目环境影响评估附录B》)。
SKM(2013)《利德尔煤矿运营改造5号开发同意书DA 305-11-01》,2013年4月。
## **数据集引用**
生物区域评估计划(2016)《亨特次区域水力特性数据集v1》,生物区域评估源数据集。2018年6月22日查阅,http://data.bioregionalassessments.gov.au/dataset/54921261-3744-48d9-8aaf-6ea4fedc1de1。
提供机构:
data.gov.au



