[ 会议基本信息 ]
会议名称（中文）： 第七届地下水模拟国际学术会议
会议名称（英文）： The 7th International Conference on Calibration and Reliability in Groundwater Modeling“Managing Groundwater and the Environment”
所属学科： 力学　 土木建筑工程　 工程与技术科学基础学科　 
 
会议类型： 国际会议 
会议论文集是否检索： 不详 
开始日期： 2009-9-20
结束日期： 2009-9-23
所在国家： 中华人民共和国 
所在城市： 湖北省   武汉市 
具体地点： 湖北省武汉市鲁磨路388号 中国地质大学（武汉）
主办单位： International Commission on Groundwater of IAHS 
协办单位： 
承办单位： 中国地质大学
议题： Managing Groundwater and the Environment
 
[ 组织结构 ]
会议主席： Yanxin Wang
组织委员会主席： 
程序委员会主席： 
会议嘉宾：
 
[ 重要日期 ]
摘要截稿日期： 2009-1-1
全文截稿日期： 2009-5-1
论文录用通知日期
 2009-3-1
交修订版截止日期： 
[ 会务组联系方式 ]
联系人： 甘义群 郭欣欣
联系电话： 13307101125
传真： 027-67883862
E-mail： modelcare2009@gmail.com
通讯地址： 湖北省武汉市鲁磨路388号 中国地质大学（武汉）环境学院 国际会议工作室
邮政编码： 430074
会议新闻(共0条新闻）： 
 
会议注册费： 
会议网站： http://www.modelcare2009.org
会议背景介绍：     The ModelCARE2009 conference provides an international forum on state-of-the-art methodologies and techniques for model calibration and reliability assessment. The conference will address the applicability of various approaches to real-world problems through advanced case studies and identify future needs and paths toward progress for research and development. The conference will bring together researchers, industry, regulators, consultants, planners and water supply agencies to discuss the utility of models to managing groundwater and related environmental systems.
　　The conference theme is “Managing Groundwater and the Environment.” Within the context of model calibration and reliability, issues of groundwater quantity and quality will be addressed. Exploring and protecting groundwater resources in developing countries is of special interest.  
征文范围及要求：     Contributions on a wide range of topics are welcome. A 400 word abstract should be submitted on-line by January 1, 2009 (modelcare2009@gmail.com). The topics covered by the conference are intended to be broad in scope within the context of groundwater model calibration and reliability. Principal themes and topics include:

1 New advances and innovations in model calibration, model prediction, sensitivity analysis, and uncertainty assessment:

  Accounting for conceptual model uncertainty and use of multiple conceptual models
  Accounting for uncertainty in future scenarios of pumping, recharge, and other stresses
  Subsurface heterogeneity, scaling issues, and stochastic modeling
  Comprehensive use of field information, including geophysical and remotely sensed data
Parallel computing for forward solutions, calibration, sensitivity analysis, and uncertainty evaluation
  Identification of important new data and experimental design to increase the reliability of model predictions
  Model predictions, uncertainty and long-term monitoring: goals, design, and failures and successes
  Use of Monte Carlo and other global methods in the evaluation of uncertainty
  Use of inferential methods to evaluate uncertainty
2 Parameterizing groundwater models:
  Use of geologic principles to design model parameters and otherwise constrain groundwater model construction
  Constructive use of zonation, interpolation (including pilot points), and geostatistical methods. Parsimonious and highly parameterized methods are of interest, with and without prior information, regularization, and redefinition of parameters using singular value decomposition (SVD).

3 Construction, calibration, reliability and use of models designed to address resource and environmental concerns, including but not limited to:
  Transport of heavy metals, endocrine disrupting compounds, chlorinated hydrocarbons, and other contaminants in groundwater and groundwater affected systems
  Remediation and clean-up of contaminated soil and groundwater
Heterogeneity controls on contaminant fate and clean-up
  Groundwater quality issues in aquifer storage and water re-use
  Natural attenuation as a remediation and management strategy
  Reactive and variable-density transport
  Saltwater intrusion due to over pumping
  Ground-water/surface-water interactions
  Groundwater flooding
  Integrated hydrologic systems encompassing all components of the hydrologic cycle
  Effects of land-use and climate change on groundwater flow and quality in large-scale watersheds
  Ground-water dependent ecosystems

4 Modeling of regional groundwater systems and karst water systems (The following two special sessions are sponsored by the China Geological Survey, and all are encouraged to submit papers on these topics):

  Model construction, sensitivity analysis, and uncertainty assessment of regional groundwater systems
  Modeling of groundwater flow and solute transport in karst aquifers
 
会议视频： 
 
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