The differences of three key growing season metrics, namely, the start of growing season
(SOS), the end of growing season (EOS) and the length of growing season (LOS), derived …

In temperate and boreal climate, the timing of plant's growth cessation in autumn highly
affects plant carbohydrate reserves and ecosystem productivity. However, the abiotic and …

Vegetation phenology is a key indicator of vegetation-climate interactions and carbon sink
changes in ecosystems. Therefore, it is very important to understand the temporal and …

Ecosystem models provide an effective approach to quantify the terrestrial carbon cycle, but
the lack of accurate phenological information prevents them from better simulations of the …

Predicting vegetation phenology in response to changing environmental factors is key in
understanding feedbacks between the biosphere and the climate system. Experimental …

Autumn phenology plays a critical role in regulating growing season length and matter and
energy exchanges in terrestrial ecosystems. The climate‐driven mechanism of the grassland …

Under global climate change, particularly warming, plant phenology may vary significantly
thereby influencing a series of ecosystem functionalities. However, observational evidences …

Vegetation phenology and its spatiotemporal driving factors are essential to reflect global
climate change, the surface carbon cycle and regional ecology, and further quantitative …

Autumn phenology variation in temperate grassland is a direct indicator of land degradation,
and a phenology‐based model has been used to simulate human‐induced land …

Phenology and productivity are important functional indicators of grassland ecosystems.
However, our understanding of how intra-annual precipitation patterns affect plant …