Wetlands are predicted to experience lowered water tables due to permafrost degradation in
the Tibetan Plateau. These changes may affect carbon cycle processes such as soil …

Intensive studies reveal that there is much uncertainty regarding how ecosystem and soil
respiration will respond to warming and grazing, especially in the alpine meadow …

The effects of degradation of alpine wetland meadow on soil respiration (Rs) and the
sensitivity of Rs to temperature (Q10) were measured in the Napa Lake region of Shangri-La …

Little is known about how environmental factors modify spatiotemporal variations of soil
respiration (Rs) and its temperature sensitivity (Q 10) in alpine grasslands on the Tibetan …

Abstract Information regarding the response of ecosystem respiration (ER) to various
warming levels, especially in different grassland types and seasons, is scarce at the field …

The response mechanism of ecosystem respiration (Re) and soil respiration (Rs) to different
water conditions is of great significance for understanding the carbon cycle under future …

Soil water content (SWC) regulation on the responses of soil respiration (Rs), autotrophic
respiration (Ra), and heterotrophic respiration (Rh) to warming are rarely investigated in …

There is scant evidence for the interactive effect of warming and precipitation change on
ecosystem respiration (Re), particularly regarding for alpine meadow ecosystems where …

The Tibetan Plateau is an essential area to study the potential feedback effects of soils to
climate change due to the rapid rise in its air temperature in the past several decades and …

Alpine wetlands play a sensitive function in global carbon cycle during the ongoing climate
warming, yet the temporal patterns of carbon dynamics from in situ ground‐based long‐term …