11. A Subsystem Microcosm Verification of the Microcosm N-System
12. Further Perspectives
The superiority of the N-system when analyzing and evaluating the research and
development processes and results of microcosm N-system experiments is made
clear in this book. A fixed rule of a no-effect density (as the environmental risk)
introduced a branching-type analysis of variance into the analytical method, and the
case study involved many chemical substances, global warming as the recent
environmental problem, acid rain, biomanipulation, and radiation. We hope that
this book will provide researchers concerned with environmental problems a system
of rating environmental risks to ecosystems and that it will serve as a foundational
manual for administrative leaders.
Ibaraki, Japan
Yuhei Inamori
viii
Preface
12. Further Perspectives
The superiority of the N-system when analyzing and evaluating the research and
development processes and results of microcosm N-system experiments is made
clear in this book. A fixed rule of a no-effect density (as the environmental risk)
introduced a branching-type analysis of variance into the analytical method, and the
case study involved many chemical substances, global warming as the recent
environmental problem, acid rain, biomanipulation, and radiation. We hope that
this book will provide researchers concerned with environmental problems a system
of rating environmental risks to ecosystems and that it will serve as a foundational
manual for administrative leaders.
Ibaraki, Japan
Yuhei Inamori
viii
Preface