In plant biology, light environments play a critical role as key ecological drivers affecting both primary and secondary metabolism. Primary metabolites like carbohydrates and proteins are crucial for plant growth, while secondary metabolites, including flavonoids and terpenoids, participate in plant defense mechanisms. Variations in light quality, such as spectral composition and intensity, activate specific molecular signaling pathways that regulate these complex biochemical processes. Recent studies have begun to dissect these pathways, but a thorough understanding of the light-dependent regulation of these metabolites and their impact on agricultural outcomes remains incomplete.

This Research Topic aims to elucidate the molecular mechanisms controlling the synthesis of these metabolites under varying light conditions. Specifically, the goal is to understand how different light spectra affect plant biochemical pathways and to identify the regulatory networks involved. The overarching aim is to link these molecular insights to practical applications in agriculture, specifically through the enhancement of crop nutritional value and optimization of growth and defense mechanisms.

To gather further insights into these complex interactions, we welcome articles addressing, but not limited to, the following themes:

-Photosynthetic Processes: Effects of varying light conditions on the synthesis of essential primary metabolites.
-Pigment Synthesis: How light quality influences the production of key plant pigments involved in photosynthesis and defense.
-Antioxidant and Vitamin Production: Regulation of crucial antioxidants and vitamins under different light scenarios, highlighting their importance in plant stress responses and human health.
-Secondary Metabolite Biosynthesis: Dissection of the molecular pathways behind the production of phenolics and terpenes that bolster plant adaptation and human nutrition.
-Molecular Signaling Pathways: Mapping the specific light-triggered signaling cascades that govern metabolic activities in plants.
-Optimizing Agricultural Practices: Exploration of light manipulation strategies to improve crop yield, nutritional quality, and sustainability.

By focusing on these areas, the research collected under this topic will advance our comprehension of plant responses to light and foster the development of innovative agricultural technologies.

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Frontiers in Plant Science

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