Ground water/surface water interactions : AWRA 2002 Summer Speciality Conference proceedings / sponsored by the American Water Resources Association ; hosted by the AWRA Colorado State Section ; co-sponsored by the American Society of Civil Engineers, Colorado Section [and others]

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Bibliographic Details
Corporate Authors: American Water Resources Association. Summer Speciality Conference, American Water Resources Association
Format: Book
Language:English
Published: Middleburg, Va : American Water Resources Association, 2002.
Series:Technical publication series (American Water Resources Association) ; no. TPS-02-2.
Subjects:
Table of Contents:
  • Approaches to analyzing and modeling interactions
  • Alluvial depletions to streamflow
  • Public relations issues and approaches
  • Surface water/ground water quality
  • Water allocation and water rights issues
  • Application of GIS technology and new advances in modeling
  • Laboratory and field investigations
  • Conjunctive use and case studies
  • Riparian zone impacts - east
  • Riparian zone impacts - west
  • Flow contaminants between surface water and ground water
  • Legal/regulatory and environmental issues
  • Environmental assessment and management issues
  • State legal and regulatory issues and approaches
  • Approaches to analyzing and modeling interactions: Rocky Flats
  • Aquifer recharge over watersheds
  • Advances in modeling technology: Rio Grande decision support system
  • Tools available for planning and management
  • Legal and regulatory issues
  • Advances in modeling technology
  • Wellhead protection and watershed management
  • Aquifer recharge case studies
  • Planning and management of integrated systems and the impact of climate changes
  • Instream flow and riparian zone influences
  • Instream flow impacts and influences
  • Aquifer recharge technology
  • Threatened and endangered species and habitat issues
  • Stream aquifer interaction
  • Mining impacts to surface water and ground water quality
  • Evapotranspiration from riparian vegetation
  • Integrated surface and ground water modeling in a coastal plain aquifer in west central Florida
  • Poster papers.