Titlebook: UV-B Radiation and Crop Growth; Sunita Kataria,Vijay Pratap Singh Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusi

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UV-B: Boon or Curse?,e layer poses a threat to life processes, including a reduction in plant height, root length, leaf size, internodes length, crop yield losses, and change in the quality of products and several genetic aberrations. However, the trend is reversing, and studies based on UV radiation’s multi-faceted rol

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Major Influence on Photosynthetic Apparatus Under UV-B Exposure,tions in photosynthetic pigments, leaf morphology, and stomatal conductance are some of the indirect effects of UV-B stress. UV-B-mediated responses in plants include reactive oxygen species as both signaling and damaging agents. It can be concluded that an increase in UV-B radiation in the future w

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UV-B and Crop Research from Past to New Age,. The effectiveness of UV-B radiation was strongly influenced by common microclimate factors such as precipitation patterns and temperature. Ongoing field research suggests that they respond to UV-B radiation by increasing the levels of needle flavonoids, even under the full solar spectrum. Plants h

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UVR8 Discovery: A New Vision in UV-B Research,due that acts as a UV-B chromophore. Absorption of UV-B?radiation by UVR8 dimers leads to its monomerization and interaction with COP1 which consequently leads to activation of further downstream-signaling pathway. These findings paved the way toward the UVR8-dependent responses of plants to UV-B ra

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UVR8 Signaling, Mechanism, and Integration with Other Pathways, and RUP2 along with UVR8 lead to changes in flowering pattern as well as morphogenesis and UV acclimation. On the other hand, MYB, under the effect of UVR8, regulates root growth and development. It also alters expression of auxin-responsive genes, which further leads to multiple effects. BIM1 with

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Relationships of Oxidative Stress and Ultraviolet-B Radiation in Plants,ery gets activated. Responses to UV-B are mediated by both nonspecific signaling pathways and specific signaling pathways. The nonspecific signaling pathways deal with DNA damage, reactive oxygen species, and defense signaling molecules whereas UV-B-specific pathways mediate photomorphogenic respons

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UV-B Stress and Plant Sexual Reproduction,process are vulnerable to UV radiation. The flower is also exposed to indirect effects of ultraviolet radiation. High exposure to UV-B negatively affects the trophic supply of plants. Depending on the dose, UV radiation can suppress or stimulate flowering, generative organ differentiation, activate

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Crosstalk Between Melatonin and Nitric Oxide in Plant Development and UV-B Stress Response,ell as inhibiting the production of NO and the activity of NO synthase. However, the molecular mechanisms underlying melatonin-NO cross-interactions in plant UV-B responses are still poorly understood. The identification of key molecules involved in melatonin-NO signaling is important for the develo

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