Climate warming reshuffles biological assemblages towards less cold-adapted but more warm-adapted species, a process coined thermophilization. However, the velocity at which this process is happening generally lags behind the velocity of climate change, generating a climatic debt the temporal dynamics of which remain misunderstood. Relying on high-resolution time series of vegetation data from a long-term monitoring network of permanent forest plots, we aim at quantifying the temporal dynamics – up to a yearly resolution – of the climatic debt in the understorey of temperate forests before identifying the key determinants that modulate it.

中文翻译：

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温带森林下层的气候债务正在增加：林分特征很重要

气候变暖将生物组合重新洗牌，转向不太适应寒冷但更适应温暖的物种，这一过程创造了嗜热作用。然而，这一过程发生的速度通常落后于气候变化的速度，从而产生气候债务，其时间动态仍然被误解。依靠来自永久森林地块长期监测网络的高分辨率植被数据时间序列，我们的目标是量化温带森林下层气候债务的时间动态 - 高达每年的分辨率，然后再确定关键调节它的决定因素。