低炭素社会の実現に向け二酸化炭素の削減と環境負荷の小さい水素の利用が求められているが、水素及び二酸化炭素を利用した有機合成反応の構築は未だ不十分だ。有機合成反応における水素と二酸化炭素の利用法として一酸化炭素の代替としての使用が注目されている。一酸化炭素を用いる有機合成法のうち、私は工業的価値の高いアルデヒド合成に着目した。本研究ではNiFe低原子価錯体を用いて穏和な条件下でのアルデヒド合成を狙う [...]
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The claim that ‘biodiversity is globally declining’ is widely accepted. However, quantitative assessments of global decline have primarily focused on vertebrate species, and the vast numbe [...]
The yield prediction tools supporting to make the decision of growers on greenhouse environment control and cultivation management are crucial for highly profitable and stable production. In productio [...]
The increasing atmospheric CO2 concentration due to the use of fossil fuels leads to vital global warming. Therefore, the development of low-cost and efficient technologies for CO2 reduction to produc [...]
In recent years, the issue of microplastics in the marine environment has emerged as a societal concern in the context of environmental problems. On the other hand, indoors, where it is estimated that [...]
In recent years, it has become clear that severe convective activities such as typhoons and tornadoes that occur in the troposphere have an impact on the ionosphere. This study provides a quantitative [...]
イチゴ栽培において「光合成」は重要な生理生態機能であり，生殖成長（開花，その後の同化産物の流入による果実肥大）とも密接関与する．本研究では光合成と同化産物の分配を考慮して機構・統計的な生殖成長モデル構築のために以下の目標に取り組む:[目標１]高次元シンク情報（花・果実数，果実重，同化産物の流入動態）の評価法確立[目標２]評価法を用いて長期モニタリング [目標３]モデルの構築および栽培現場への適用と [...]
Global climate change, one of the goals of the SDGs, has placed a significant threat to the existence of humanity. One of its major drivers is deforestation. the Kyoto Protocol, the global strategy pr [...]