Nakonechnaya O.V., Gafitskaya I.V., Subbotin E.P., Kulchin Yu.N.
Vestnik of the Far East Branch of the Russian academy of sciences 2022; (4): 117-125
The influence of monochromatic (DR (660 nm), R (630 nm), Y (600 nm), G (514 nm), B (457 nm), RB (437 nm)) and polychromatic (CW (447 and 547 nm), W (447 and 550 nm), WW (447 and 477 nm), FS (443 and 657 nm), SB (460 and 497 nm)) LED spectra on the development of Actinidia polygama and Actinidia arguta microplants was studied. Well-developed A. polygama microplants were grown by using WW, FS, and G monochromatic spectra. The best A. arguta microplants were obtained under polychromatic (SB) and monochromatic (Y and G) spectra. Using monochromatic spectra of certain wavelengths positively affected the microplants development of the studied species of the Actinidia genus.
