GadouryD. M., PearsonR. C., SeemR. C., Henick-KlingT., CreasyL. L., MichaloskiA.1992. Control of fungal diseases of grapevine by short-wave ultraviolet light. Phytopathology, (82), 243.
3.
PatelJ. S., ZhangS., and McGrathM. T.2016. Red light increases suppression of downy mildew in basil by chemical and organic products. J. Phytopathol. 164:1022–1029.
4.
PatelJ. S., RadetskyL., ReaM. S.2018. The value of red light at night for increasing basil yield. Canadian Journal of Plant Science98: 1321–1330.
OnofreR. B., GattoJ. B., MarinM., GadouryD. M., StensvandA., ReaM.BiermanA., PeresN.2018. Design, Operation, and Efficacy of an Apparatus Using Ultraviolet Light to Suppress Powdery Mildew of Strawberry in Open Field Production Systems. Phytopathology108: 165.
8.
SuthaparanA., StensvandA., SolhaugK. A., TorreS., MortensenL. M., GadouryD. M., et al. 2012. Suppression of powdery mildew (Podosphaera pannosa) in greenhouse roses by brief exposure to supplemental UV-B radiation. Plant disease, 96(11), 1653–1660.