CLIMATE ACTION

Quantitative evaluation of changes in the resistance of forest cover against rainfall-induced shallow landslides based on both conditions of forest cover and rainfall characteristics that triggered landslides

Department of Agro-environmental Sciences, Graduate School of Bioresource and Bioenvironmental Sciences

To mitigate sediment-related disasters and manage forest resources without increasing landslide risk, it is necessary to clarify what conditions of forest cover prevent (or do not prevent) shallow lan [...]

Photocatalytic water splitting has garnered increasing attention as a promising energy conversion technology, particularly due to the recent development of an InGaN/GaN nanowire thin-film photocatalys [...]

The utilization of biomaterial feedstocks to fabricate advanced materials is the vital area of the research needed to achieve an energy future independent of fossil fuels. My research concerns the che [...]

This study addresses a research gap by analyzing global data to investigate how environmental materiality impacts corporate financial performance (CFP). It employs materiality environmental strategy s [...]

In this study, I plan to synthesise FeNi@C nanoparticles using inductive thermal plasma. By adjusting the conditions such as plasma parameters, plasma device settings, and carbon source gas parameters [...]

In this study, I will develop a molecular complex catalyst to synthesize aldehydes by extracting electrons from hydrogen and reducing carbon dioxide. Although the reduction of carbon dioxide (CO2) and [...]

The Middle Triassic was often considered to record a stable, arid climate at low to mid latitudes. However, recent studies have revealed geological records from certain regions in Europe indicating th [...]

Development of a particle method for simulating the formation and evolution of the Earth to constrain physicochemical conditions of the early Earth

Department of Earth and Planetary Sciences, Graduate School of Science

A continuous understanding of the 4.6-billion-year history of the Earth’s interior is essential to clarify the Earth’s formation history. The most important physical processes in the evolu [...]

Photocatalytic water splitting on gallium-indium-based semiconductor

Nanocellulose ‒ sustainable material for proton exchange membrane in hydrogen fuel cells

The impact of environmental materiality on corporate financial performance

Synthesis of Carbon-coating magnetic nanoparticle by Induction Thermal Plasma

Catalyst for Hydroformylation Using Hydrogen and Carbon Dioxide

Humid Episodes and Biotic Responses in the Middle Triassic pelagic Panthalassa

Development of a particle method for simulating the formation and evolution of the Earth to constrain physicochemical conditions of the early Earth

“Future-Creation (MIRAI)” Course Kyushu University SPRING program