![]() ![]() ![]() ![]() Based on the monthly scale of the continuous growing season (with a delay of 0–3 months), the effects of temperature and precipitation on grassland productivity of Inner Mongolia were assessed. Net primary productivity (NPP) of vegetation was used as an evaluation indicator for grassland productivity. This study developed a new analytical method to examine lag effects of climate change by integrating three techniques of time-lag effect analysis, time-lag accumulation computation and partial least-square regression. Understanding the time-lag responses of grassland productivity to climate change is crucial for revealing grassland ecosystem behavior, predicting future grassland productivity, and guiding animal husbandry practices. ![]()
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