随着人类干扰和全球变化的加剧, 大气氮沉降量迅速地增加, 对草地生态系统碳循环过程产生了
显著影响. 凋落物分解是陆地生态系统养分循环的关键过程, 也是土壤碳库的主要来源和维持 …

Riparian plants are an integral part of the river ecosystem and have significant impacts on
the water quality of the reservoir area. The special hydrological process of the riparian zone …

Litter decomposition supplies nutrients and energy within and among aquatic and terrestrial
ecosystems. It is driven by several biotic and abiotic factors, the relative importance of which …

Plant litter decomposition is one of the most important ecosystem processes influencing
elemental biogeochemistry across terrestrial and aquatic environments. Calcium (Ca) …

Background and aims Precipitation and nitrogen (N) deposition are predicted to increase in
northern China. The present paper aimed to better understand how different dominant …

Litter quality determines the decomposability of litter and the proportion of recalcitrant
residues, which in turn can affect the accumulation of soil organic carbon (SOC). However …

In soil, multiple nutrients are cycled simultaneously (multinutrient cycling), rather than a
single measurable process. While the impact of litter decomposition on individual soil …

Litter decomposition is a fundamental process of biogeochemical cycles and plays a critical
role in regulating carbon (C) and nutrient mineralization in terrestrial ecosystems. Examining …

The operating scheme of the Three Gorges Reservoir results in a summer drought in the
water-level fluctuation zone during which plants grow vigorously. In the winter inundation …

Foliar decomposition has significant effects on nutrient cycling and the productivity of
riparian ecosystems, but studies on the impact of related hydrological dynamics have been …