Future phenology research should focus on (i) onset of leaf senescence,(ii) fine roots,(iii) the
relationships between overstory and understory species not only regarding leaves, but also …

The analysis of fine and coarse roots' functional traits has the potential to reveal the
performance of the root system, which is pivotal in tree growth, development, and failure in …

Aim Understanding seasonal phenology changes in ecosystems is fundamental to modeling
and predicting the response of ecosystem functions such as carbon and nitrogen cycling to …

With climate change, the frequency of severe droughts is predicted to increase globally,
resulting in increased forest dieback. Although fine-root systems and their associated fungi …

The soil is the primary carbon pool in grassland ecosystems, and the turnover of plant roots
is an essential way of organic carbon input. Grazing intensity under a single animal species …

Plant phenology plays an important role in nutrient cycling and carbon balance in forest
ecosystems, but its response to the interaction of global warming and precipitation reduction …

This study integrates phenological data with Plant Functional Types (PFTs) to map
biodiversity and ecosystem dynamics. It introduces Phenological Functional Types (PhFTs) …

Fine roots play a crucial role in the biogeochemical cycles of terrestrial ecosystems. Patterns
of fine roots biomass formation for broad geographical areas are still unclear. We use …

Вследствие наблюдаемых климатических сдвигов актуализируется проблема
корректных оценок углерод-депонирующей способности лесов и ее возможной …

Вследствие наблюдаемых климатических сдвигов актуализируется проблема
корректных оценок углерод-депонирующей способности лесов и ее возможной …