51,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
payback
26 °P sammeln
  • Broschiertes Buch

Highway construction often causes substantial adverse environmental effects, both during and after the construction. To assess the construction impact on surroundings and mitigate its influences, environmental research is often conducted before the construction. This book focuses on GIS-based hydrological modeling of US I-99 Highway construction watersheds. Recent GIS-based hydrological studies are mostly applied to large, natural watersheds. However, the watersheds in this research are small and their topographies are severely disturbed by construction. There are a few difficulties in…mehr

Produktbeschreibung
Highway construction often causes substantial
adverse environmental effects, both during and after
the construction. To assess the construction impact
on surroundings and mitigate its influences,
environmental research is often conducted before the
construction. This book focuses on GIS-based
hydrological modeling of US I-99 Highway
construction watersheds. Recent GIS-based
hydrological studies are mostly applied to large,
natural watersheds. However, the watersheds in this
research are small and their topographies are
severely disturbed by construction. There are a few
difficulties in applying the GIS theory in the
research. Several improvements were made to apply
GIS-based watershed model using Watershed Modeling
System. Further, a new model - Highway Watershed
Model was developed, which uses a new type of unit
hydrograph Linear Exponential Unit Hydrograph
(LEUH). This book provides theories and tools in GIS
application in hydrologic engineering, and should be
especially useful to professionals in water
environmental assessment.
Autorenporträt
Weizhe An, Ph.D. F.E.: water resource engineer at CDM,
Inc., Pittsburgh. Received Ph.D. from University of Pittsburgh;
Received M.S. and B.E. from Tianjin University. Obtained seven
GIS certificates from ESRI. Be interested in GIS application in
hydrological engineering, wastewater collection system modeling,
and urban hydrology, etc.