Wataru Yamori

This study identifies NPF2.4 and NPF2.5 as root-to-shoot ABA transporters that link stomatal regulation to photosynthetic performance under fluctuating light.

This study shows that overexpressing OsPATROL1 in rice speeds up stomatal opening, improves photosynthetic induction, and boosts growth under fluctuating light without reducing water-use efficiency.

This study shows that moderate PGR5 overexpression improves photosynthesis and growth under fluctuating low light, while excessive expression harms plant performance.

This study shows that NDH-dependent cyclic electron transport supports photosynthesis and yield in field-grown rice by maintaining PSI function under fluctuating light, low temperature, and sub-saturating irradiance.

This study edits the chloroplast genome of Arabidopsis thaliana to enhance Rubisco catalytic efficiency, improving photosynthesis and plant growth without reducing Rubisco content.

This study shows that adding far-red light during early lettuce growth increases biomass and preserves anthocyanins through improved canopy expansion and photosynthesis.

This study shows that spectral bandwidth of blue and red-blue light affects photosynthesis, canopy structure, senescence, and plant growth in different species.

This study shows NPF4.6-mediated ABA transport affects stomatal responses to fluctuating light, increasing biomass but not drought tolerance.

The study examines how light and water conditions affect plantlet production and vegetative growth in four Kalanchoe species, revealing differences in reproductive strategies that may aid their invasive spread.

This study shows that improving root water uptake and photosynthesis together enhances drought tolerance in sugarcane hybrids.

This study cultivates edamame in an LED plant factory using hydroponic systems, finding that NFT yields higher fresh seed production and improves nutritional content compared to field-grown edamame.

This study shows that reducing Cyt b6/f content in tobacco enhances PSI protection against photoinhibition under fluctuating light but reduces electron transport capacity.

This study introduces an S-shaped cultivation method for tomatoes in plant factories, improving light use efficiency and fruit quality compared to conventional I-shaped methods.

This study shows PATROL1 enhances H+-ATPase translocation in roots and leaves, improving plant growth under drought by optimizing root water uptake and leaf photosynthesis.

This study identifies anthraquinone derivatives that improve plant photosynthesis and growth under light stress by enhancing photoprotection without affecting non-stress conditions.

This study compares red laser diodes (LDs) and LEDs for plant growth, finding LDs enhance photosynthesis and biomass in tobacco and Arabidopsis.

The paper identifies BEH3 as a stabilizer in Arabidopsis secondary vascular development through coexpression network analysis and mathematical modeling.