Interdisciplinary Environmental Solutions Using Geospatial Technologies for Bridging Disciplines, Scale and Data /

Interdisciplinary Environmental Solutions Using Geospatial Technologies for Bridging Disciplines, Scale and Data /

Bibliographic Details
Main Author: Dixon, Barnali (Author)
Corporate Author: SpringerLink (Online service)
Summary:XLVII, 812 p. 508 illus.
text
Language:English
Published: Cham : Springer Nature Switzerland : Imprint: Palgrave Macmillan, 2025.
Edition:1st ed. 2025.
Subjects:
Environmental geography.
Geographic information systems.
Environmental sciences > Social aspects.
Human ecology > Study and teaching.
Environment.
Integrated Geography.
Geographical Information System.
Environmental Social Sciences.
Environmental Studies.
Environmental Sciences.
Online Access:https://doi.org/10.1007/978-3-031-16763-8
Format: Electronic Book
Table of Contents:
  • Chapter 1: Introduction Interdisciplinary Environmental Solutions
  • Chapter 2:Introduction Complexity of environmental systems
  • Chapter 3: Illustration of System Complexity and Need for integrative analysis for effective solutions
  • Chapter 4: Place, Space, Scale, Geospatial Analysis and GIS
  • Chapter 5: Uncertainty Issues with Complex System
  • Chapter 6: Role of Place (Space) in Decision Support Systems
  • Chapter 7: Place-based approaches to Integrated Environment Solutions
  • Chapter 8: Role of place and space in identification of environmental problems and finding solutions
  • Chapter 9: Geographic Problem Solving: Summary of key environmental problems that need integrative approaches and the notion of uncertainty associated with ‘ways of knowing’
  • Chapter 10: GIS, GeoAI, and Geospatial Framework For Integrated Place-Based Approach
  • Chapter 11:Conceptual Framework for Integration of Terrestrial Systems and Aquatic Sinks using Systems Thinking and Place-based Approach
  • Chapter 12: Spato-temporal variability of water quality and watershed relationship
  • Chapter 13: The Impact of Wildfire on Soil Erosion and Water Quality using a GIS-integrated Framework
  • Chapter 14: Geospatially Integrated Drainage Basin Scale Sediment Dynamics Under Projected Future Climate Conditions In South East Georgia, USA
  • Chapter 15: Linking Watershed’s Properties to MPAs: Integration of Terrestrial Source, Landuse, and Watershed Hydrogeology in Coastal MPA Management
  • Chapter 16: Modeling of Surface and Groundwater Contamination to Assess Human Health Risk: An Integrated Geospatial Approach
  • Chapter 17: Application of a geospatially integrated species distribution model for seagrass in an urbanized estuary
  • Chapter 18: Role of Place/Space in Conservation and Multi-scale Analysis
  • Chapter 19: Analyzing Public Responses from Qualitative Data through Spatial Distribution Analysis Utilizing GIS for Effective Resilience Planning
  • Chapter 20: Sensitivity Analysis and the use of Geospatial Framework: a Case Study of Soil Moisture and Soil Water Balance
  • Chapter 21: Comparison of RUSLE and MUSLE models to predict and estimate soil erosion : a geospatially integrated sensitivity analysis
  • Chapter 22: Comparison of Sensitivity analysis with ANN and SVM for Water Budget Calculations.

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