Peatlogy in tropical peatland: A new transdisciplinary science

an innovative transdisciplinary peatland science – Peatlogy

The Earth Anomaly – climate change, global warming, and ecological and environmental (E&E) degradation of land – presents a complex existential crisis for mankind. Based on field studies in tropical peatlands, Professor Mitsuru Osaki and his collaborators have developed an innovative transdisciplinary peatland science – Peatlogy – to address this complexity. Peatlogy in tropical peatland offers a holistic approach that […]

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Triharmony/Trilemma of Carbon Assets in tropical peatland

The water status of tropical peatlands regulates carbon emissions. From this, Osaki and colleagues are developing the Water–Carbon Interaction Model from which they estimate carbon flux related to human activity and climate change.

Tropical peatlands provide globally important reservoirs of water and carbon, and the cycles of these two elements are intricately connected. At Hokkaido University, Sumitomo Forestry Co, Ltd, Japan, and BRIN, Indonesia, scientists have developed a model for mapping carbon emissions from tropical peatlands. Their integrated monitoring, reporting, and verifying (iMRV) system measures dynamic changes in water and carbon cycles, biomass […]

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Natural-capital-based societies in the tropics: Harnessing forest function to combat climate change

Forests are critical to water–carbon interrelation.

Natural capital – assets derived from the natural world – forms the basis of national economic systems. When natural capital is depleted without reinvestment, there is a net reduction in national wealth, resilience, and living standards. This issue blights the Global South. Professor Mitsuru Osaki of Hokkaido University, Japan, a COP26 symposium leader, studies natural-capital-based societies in the tropics. Natural-capital-based […]

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