Geoenvironmental Sustainability focuses on such a society's geoenvironment and the natural capital that defines it.
Features:
- Provides a detailed examination of what constitutes a sustainable geoenvironment
- Discusses development and waste management impacts from the four major components: industrialization, urbanization, resource exploitation, and food production
- Analyzes the basic elements that define the geoenvironment with regard to water and sanitation, energy, health, agriculture, and biodiversity
Contents
Sustainable Society and Geoenvironmental Management
- Geoenvironment, Ecosystems, and Resources
- Geoenvironment as a Natural Resource Base
- WEHAB and the Geoenvironment
- Sustainability
Contamination and Geoenvironmental Land Management
- Contamination and Geoenvironmental Impacts
- Wastes, Pollutants, and Threats
- Surface and Subsurface Soils
- Pollutant Transport and Land Contamination
- Geoenvironmental Land Management
Sustainable Water Management
- Uses of Water and Its Importance
- Characterization of Water Quality, Management, and Monitoring
- Sustainable Water Treatment and Management
Urbanization and the Geoenvironement
- Land Uses by Urbanization
- Impact of Urbanization on WEHAB
- Impact Avoidance and Risk Minimization
- Mitigation and Remediation of Impacts
Natural Resources Extraction and Land Use Impacts
- Sulfide Minerals and Acid Mine Drainage
- Resource Extraction and Land Use
- Sustainable Land Use
- Remediation and Treatment of Mining Sites and Wastes
Food Production and the Geoenvironment
- Land Use for Food Production
- Impact of Food Production on WEHAB
- Tools for Evaluating Sustainability in Agriculture
- Changes in Agricultural Practices to Reduce Impact
Industrial Ecology and the Geoenvironment
- Concept of Industrial Ecology
- Industry Activities and Geoenvironmental Interactions
- Mineral Mining and Processing Downstream Industries
- Agro-Processing Industries
- Petrochemical and Chemical Industries
- Service Industries
- Contaminating Discharges and Wastes
Coastal Marine Environment Sustainability
- Coastal Marine Environment and Impacts
- London Convention and Protocol
- Quality of Marine Sediments
- Rehabilitation of Coastal Marine Environment
- Creation of a Natural Purification System
- Sea Disposal of Waste
- Coastal Erosion
Contaminants and Terrestrial Enviroment Sustainablility
- Indicators
- Assessment of Interaction Impacts
- Pollutant Transport and Fate
- Surface Complexation and Partitioning
- Persistence and Fate
- Prediction of Transport and Fate of Pollutants
Pollutant Impact Mitigation and Management
- Soils for Pollution Mitigation and Control
- Natural Attenuation Capability of Soils
- Natural Attenuation and Impact Management
- Lines of Evidence
- Evidence of Success
- Engineered Mitigation Control Systems
Toward Geoenvironmental Sustainability
- Exploitation and State of Renewable Natural Resources
- Water and Soil Quality Indicators
- Sustainability Attempts
Index