目次

Foreword　

Chapter 1　Vulnerability of Earth Systems and Zero Emissions
　1.1　Problems facing humankind
　1.2　Examples of the vulnerability of earth systems
　　　　Water shortage / Food problems / Global warming / Depletion of the ozone layer / Species
　extinction
　1.3　Problem solving through Zero Emissions
　　　　Environmental problems as a premise / Conditions for the realization of a Zero Emissions
　society
　References
Chapter 2　Zero Emissions
　2.1　Historical development
　　　　Seven projects built on "eco-restructuring"　/ UNU/Zero Emissions Research Initiative
　2.2　Meaning of Zero Emissions　
　　　　Six action principles
　2.3　Approach to Zero Emissions
　　　　Five methods for the establishment of a Zero Emissions society / Three principles for pursuing
　Zero Emissions / References
Chapter 3　Basic Concept supporting Zero Emissions
　3.1　The Natural Step
　　　　The Natural Step concept / Mechanism by which nature is destroyed by human society
　3.2　Ecological Footprint
　　　　Concept of the Ecological Footprint / Case studies　
　3.3　Factor 10 and MIPS
　　　　The concept of Factor 10 / MIPS
　3.4　Energy and exergy
　　　　Law of conservation of energy / Concept of exergy
　References
Chapter 4　Zero Emissions in Japan
　4.1　Biomass Nippon Strategy
　　　　Outline of the strategy / Targets of the strategy / Examples of biomass utilization
　4.2　Local Zero Emissions
　4.3　Zero Emissions in industries
　4.4　Zero Emissions research　
　　　　Research purpose and outline
　4.5　Zero Emissions in the private sector
　References
Chapter 5　Zero Emissions in the World
　5.1　ZERI Foundation
　　　　Implementation plan / Projects already implemented
　5.2　Integrated Zero Emissions in Fiji
　　　　About the project / Research and future challenges
　5.3　Zero Emissions at the Kalundborg Industrial Park
　　　　Industrial symbiosis at Kalundborg / Utilization of waste
Chapter 6　History, Current State and Challenges of the Fishing Industry
　6.1　Pre- and Post-war histories
　6.2　Current state
　　　　Fisheries resources / Fisheries environment / Fisheries industry / Distribution and processing
　of fisheries products / Fishing communities
　6.3　Future challenges
　References　
Chapter 7　Fisheries Waste: Categories, Challenges and Measures
　7.1　Legal categories of fisheries waste
　7.2　Waste biomass
　　　　Fisheries processing residue / Waste seaweed / Shells
　7.3　Unused biomass
　　　　Bycatch and discarded fish / Stranded seaweed　86/Extermination-starfish in scallop fishing
　areas in Hokkaido / Non-target nektons (Lantern fish) / Escolars
　7.4　Guideline on the disposal of fisheries waste
　　　　Waste separation / Storage / Collection and transportation / Intermediate processing / Final
　disposal
　7.5　Problems surrounding fisheries waste
　7.6　Countermeasures for fisheries waste in Japan
　　　　Fishing nets / FRP fishing vessels / Marine fouling organisms / Dead fish and shellfish / Fish
　stock / Salmon processing residue / Scallop shells / Auxis rochei / Wakame seaweed / Fish offa /
　Fish boxes (Styrofoam boxes)
　7.7　Fisheries waste recycling technologies overseas
　　　　Fisheries waste and recycling technologies in Norway
　7.8　Fisheries biomass recycling strategy in Japan
　　　　Challenges / Biomass Conversion Program　
　References
Chapter 8　New Development in the Fisheries Science
　8.1　Aquaculture and Zero Emissions
　8.2　Zero Emissions in squid fisheries
　　　　Material flow and nitrogen balance in squid fishing Japan / Material flow and nitrogen balance of
　　　　squids in Hakodate City / Development of processed bait / Effective use of squid ink / Potential
　　　　of new processing residue processing technologies
　8.3　LCA research in fisheries
　　　　LCA approach
　8.4　Relevant symposiums and research
　　　　International symposium on more efficient utilization of fish and fisheries products / The
　Japanese Society for Fisheries Zero Emissions Research
　References
Chapter 9　Sustainability and Education
　9.1　Sustainability of the fisheries industry
　　　　Meaning of sustainability / Logic of sustainability
　9.2　Eco-label certification, taxation system and environmental regulations
　　　　Eco-label certification / Taxation system and environmental regulations
　9.3　Education and research of sustainable fisheries
　　　　New logic of the science of fisheries / Education philosophy of the science of fisheries /
　　　　Challenges of the fisheries science
　References
Chapter 10　Conditions for the Establishment of Education and Research Systems　
　10.1　Faculty functions
　　　　Faculty stakeholders / Ethics guidelines / Faculty governance / Faculty strategy
　10.2　Mentality necessary for faculty members
　References

Afterword
Acknowledgements
Index