Lake thermal structure drives inter-annual variability in summer anoxia dynamics in a eutrophic lake over 37 years

Dataset to run a 37-year simulation (1979-2015) of the Lake Mendota lake ecosystem using
the vertical 1D GLM-AED2 model. The focus of this modeling study is on determining the
drivers of year-to-year variability in the spatial and temporal extent of hypolimnetic
anoxia.

本数据集采用垂直一维GLM-AED2模型，针对门多塔湖（Lake Mendota）生态系统开展了1979年至2015年共计37年的模拟试验。本建模研究的核心目标为明确湖下层缺氧时空范围的年际变率驱动因子。