Oxygenic photosynthesis in plants initiates when the pigments such as chlorophyll and carotenoids harvest light and transfer the energy toward reaction centers, where it is converted to chemical energy via photochemical charge separation. Most importantly, plants effectively use the light energy and convert carbon dioxide and water into carbohydrates and oxygen, sustaining the lives on Earth. Although light energy is vital for photosynthesis process, excessive light intensity can cause photoinhibition in plants reducing photochemical efficiency and also can cause photooxidative system damage. On the other hand, low light intensity could also negatively affect photosynthesis which therefore can severely restrict plant growth and development. Under such circumstances of different light intensities, plants also have various adaptive strategies to reduce the potential damages caused by light stress. Therefore, this Research Topic welcomes collections on the evolving and adapting strategies in plants in order to efficiently utilize light energy under light stresses and sustain plant growth.
We welcome high quality articles of Original Research, Reviews, and Methods on how plants can efficiently utilize light energy to enhance photosynthesis process in order to improve growth, development and productivity in plants and crops. Proposed subthemes are as follows but not limited to:
• Morphological, physiological and genetical adaptive strategies in plants under light stresses;
• Growth, development and productivity of plants and crops regulated by light conditions;
• Responses of plants and crops to light intensities under different environmental factors;
• Effect of other environmental stresses on photoinhibition in plants and crops.
Oxygenic photosynthesis in plants initiates when the pigments such as chlorophyll and carotenoids harvest light and transfer the energy toward reaction centers, where it is converted to chemical energy via photochemical charge separation. Most importantly, plants effectively use the light energy and convert carbon dioxide and water into carbohydrates and oxygen, sustaining the lives on Earth. Although light energy is vital for photosynthesis process, excessive light intensity can cause photoinhibition in plants reducing photochemical efficiency and also can cause photooxidative system damage. On the other hand, low light intensity could also negatively affect photosynthesis which therefore can severely restrict plant growth and development. Under such circumstances of different light intensities, plants also have various adaptive strategies to reduce the potential damages caused by light stress. Therefore, this Research Topic welcomes collections on the evolving and adapting strategies in plants in order to efficiently utilize light energy under light stresses and sustain plant growth.
We welcome high quality articles of Original Research, Reviews, and Methods on how plants can efficiently utilize light energy to enhance photosynthesis process in order to improve growth, development and productivity in plants and crops. Proposed subthemes are as follows but not limited to:
• Morphological, physiological and genetical adaptive strategies in plants under light stresses;
• Growth, development and productivity of plants and crops regulated by light conditions;
• Responses of plants and crops to light intensities under different environmental factors;
• Effect of other environmental stresses on photoinhibition in plants and crops.