Phenology drives asymmetric responses of ecosystem productivity stability to warming and cooling

A 17‑year reciprocal‑transplant field experiment assessing how warming and cooling alter above‑ground net primary productivity (ANPP) temporal stability in alpine grassland, and how phenology integrates these climate‑driven stability changes.一项为期17年的互易移植野外实验，旨在评估增温和降温如何改变高寒草地的地上净初级生产力（above-ground net primary productivity, ANPP）时间稳定性，以及物候如何整合这些气候驱动的稳定性变化。