論文など
■福田弘和、増田亘作
時計細胞集団の同期状態に着目した位相応答曲線の効率的な測定方法
時間生物学(日本時間生物学会),VOL.28 No.2,p.94-101,2022年11月
■Kosaku Masuda,Tatsuya Yamada,Yuya Kagawa and Hirokazu Fukuda.
Application of time lags between light and temperature cycles for growth control based on the circadian clock of Lactuca sativa L. seedlings.Front. Plant Sci,13(2022)
■福田 弘和
本学会のパラダイムと学術用語(第四回) 概日時計利用技術
植物環境工学,第33巻 第4号,144-146,2021年12月
詳しくはこちら
■福田 弘和
植物の生産力を最大化する情報処理技術(植物工場)
情報処理,第62巻 第12号,e19 - e21,2021年11月
■Takaho UENO, Shogo NAGANO, Shogo MORIYUKI, Taiki HAYASHI, Hirokazu FUKUDA.
Optimized Excess-Green Image Binarization for Accurate Estimation of Lettuce Seedling Leaf-Area in a Plant Factory.
Environmental Control in Biology,accepted
■Kosaku Masuda and Hirokazu Fukuda.
Unstable Phase Response Curves Shown by Spatiotemporal Patterns in the Plant Root Circadian Clock.
J. Biological Rhythms,36 (5), 432-441 (2021)
■Kosaku Masuda, Tatsuya Yamada, Yuya Kagawa, Hirokazu Fukuda.
Time Lag Between Light and Heat Diurnal Cycles Modulates CIRCADIAN CLOCK ASSOCIATION 1 Rhythm and Growth in Arabidopsis thaliana.
Frontiers in Plant Science,11 614360 (2021)
■ Kosaku Masuda, Isao T. Tokuda, Norihito Nakamichi, Hirokazu Fukuda.
The singularity response reveals entrainmentproperties of the plant circadian clock.
Nature Communications,12,864,1-7 (2021)
■Shogo NAGANO, Yusuke TANIGAKI, Hirokazu FUKUDA. Nondestructive Estimation of Circadian Time in Harvested Green Perilla Leaves Using Hyperspectral Data. |
Environmental Control in Biology,Volume 58 Issue 4,91-97 (2020)