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• W2095242502 startingPage "38" @default.
• W2095242502 abstract "Abstract—Plant response to UV-B (0.290–0.320 μm) irradiation in controlled environments has been difficult to assess, possibly because plants also respond to UV-A (0.320–0.400 μm) and visible radiation. Photosynthetic dysfunction is often reported, but effects on photosynthetic pigments have been equivocal. Because UV-A/blue radiation is involved in pigment synthesis, the experimental UV-A irradiation was controlled and this study was conducted under high ambient photosynthetic photon flux (mid-day PPF > 1400 pmol m –2 s–1). Two biologically effective UV-B irradiances (10.7 and 14.1 kJ m-2 day-I) were utilized and the UV-A irradiances were matched in controls (˜5 and 9 kJ m-2 day-1). Normal and two mutant pigment isolines (chlorophyll-deficient, flavonoid-deficient) of soybean cultivar Clark were utilized for comparisons. Many pigmedgrowth variables exhibited a statistical interaction between spectral quality and quantity. UV-A/blue photoregulation was demonstrated in the UV-A controls. The pigmentlgrowth pattern observed at the lower UV-B irradiance was interpreted as a photosystem II response similar to shade adaptation, suggesting phytochrome involvement in UV-B irradiation responses. On the other hand, two variables most commonly observed to manifest UV-B-induced effects—decreased photosynthesis and increased leaf flavonoid content—exhibited no interactions due to UV exposure or spectral quality. In general, the observed response patterns indicated either moderation of UV-B-induced responses by UV-A/blue radiation, or coaction between them, and provides an explanation for the common failure to demonstrate fluence-related responses in UV-B experiments." @default.
• W2095242502 created "2016-06-24" @default.
• W2095242502 creator A5043023173 @default.
• W2095242502 creator A5055875068 @default.
• W2095242502 date "1994-07-01" @default.
• W2095242502 modified "2023-10-11" @default.
• W2095242502 title "UNDERSTANDING PHOTOSYNTHESIS, PIGMENT AND GROWTH RESPONSES INDUCED BY UV-B AND UV-A IRRADIANCES" @default.
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• W2095242502 doi "https://doi.org/10.1111/j.1751-1097.1994.tb03940.x" @default.
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