PartA: Environmental issues
Chapter1: Deep-sea mining and environment – an introduction
Chapter2: Environmental issues of deep-sea mining – a global perspective
Chapter3: Environmental impacts of nodule, crust and sulphide mining – an overview
Chapter4: Towards an ecosystem approach to environmental impact assessment for deep-sea mining
Chapter5: Technologies for Safe and Sustainable Mining of Deep-Seabed Minerals
PartB: Environmental impact assessment
Chapter6: Assessment of deep-sea faunal communities - indicators of environmental impact
Chapter7: Long term monitoring of environmental conditions of benthic impact experiment
Chapter8: Metal mobility from hydrothermal sulfides into seawater during deep seafloor mining operations
Chapter9: Mining in hydrothermal vent fields: predicting and minimizing impacts on ecosystems with the use of a mathematical modeling framework
Chapter10: Ecotoxicological bioassay using marine algae for deep-sea mining
PartC: Environmental data standardization and application
Chapter11: New techniques for standardization of Environmental Impact Assessment
Chapter12: Environmental factors for design and operation of deep-sea mining system - based on case studies
PartD: Environmental management
Chapter13: Environmental Policy for Deep Seabed Mining
Chapter14: Ecosystem approach for management of deep-sea mining activities
Chapter15: Improving environmental management practices in deep-sea mining
Chapter16: The development of Environmental Impact Assessments for deep-sea mining
Chapter17: Protection of the marine environment: The international and national regulation of deep seabed mining activities
PartE: Economic Considerations
Chapter 18: Deep sea natural capital: putting deep see economic activities into an environmental context
Chapter19: Review of mining rates, environmental impacts, metal values and investments for polymetallic nodules mining
Chapter20: Techno-economic perspective on processing of polymetallic ocean nodules.