Gas exchange analysis of photosynthesis in vivo has become an important tool to measure plant performance, and it is also the core of developing higher yield, water-saving and stress-tolerant crops. The increased availability of commercial plant photosynthesis systems has promoted the expansion of the use range of gas exchange, which is helpful to analyze the response of plants to global environmental changes, such as temperature stress, drought, pollution, elevated atmospheric carbon dioxide concentration and biological stress, which affect the sustainability of agriculture and/or natural ecosystems.
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