Potato leaf gaseous exchange, ultrastructure, growth, yield quality and quantity responses to elevated CO2 and temperature

The research outlines the research findings of a comprehensive study on potato crop responses to elevated temperature and the role of elevated carbon dioxide in ameliorating the negative effects of elevated temperature. The scope of the dataset spans leaf gaseous exchange, ultrastructure imaging data, growth, yield quantity and quality results.

本研究概述了对土豆作物对升高温度的反应以及升高二氧化碳浓度在缓解升高温度的负面效应中所起作用的综合研究结果。数据集的范围涵盖了叶片气体交换、超微结构成像数据、生长、产量和质量等方面的结果。