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- Divergent driving mechanisms of community temporal stability in Chinas . . .
Although some studies indicated that climate warming may reduce community stability [51, 52], Liu et al [52] found that the decrease in community stability is caused by decreased productivity due to increased water limitation by increased temperature Therefore, the impact of temperature change on community stability likely depends on water
- Warming reduces microeukaryotic diversity, network complexity and stability
Although warming did not significantly affect microeukaryotic community structure (ANOSIM: P＞0 05), it enhanced species turnover Microeukaryotic networks exhibited distinct co-occurrence patterns and topological properties across temperature scenarios Warming reduced network complexity and stability, as well as altered species interactions
- Climate warming reduces the temporal stability of plant community . . .
Shown are (a) community biomass temporal stability (linear mixed-effects model; warming: P ¼ 0 04; precipitation: P ¼ 0 17; interaction: P ¼ 0 91); (b) species asynchrony (linear mixedeffects
- Warming reduces bacterial diversity and stability in Lake Bosten
According to the MTE, warming may increase individual metabolic rates, potentially accelerating species replacement (Guo et al , 2019; Yuan et al , 2021) However, warming may also promote bacterial interactions, resulting in reduced species replacement (Herren and McMahon, 2018)
- Grazing and precipitation addition interactions alleviate dominant . . .
The response patterns of dominant species and the community to the interaction between grazing and precipitation addition (b) encompass full saturation (b 1), Climate warming reduces the temporal stability of plant community biomass production Nat Commun , 8 (1) (2017), p 15378 View in Scopus Google Scholar
- Climate warming reduces the temporal stability of plant community . . .
Community temporal stability and species asynchrony Warming significantly reduced the temporal stability of plant community biomass by an average of 23 2% (linear mixed-effects model: P¼0 04; Fig 2a), whereas precipitation alteration did not affect community biomass stability (P¼0 17; Fig 2a and Supplementary Table 1)
- Climate warming reduces the temporal stability of plant community . . .
Anthropogenic climate change has emerged as a critical environmental problem, prompting frequent investigations into its consequences for various ecological systems Few studies, however, have explored the effect of climate change on ecological
- Ecosystem structure, functioning and stability under climate change and . . .
Other studies found that effects of warming on productivity and stability were more dependent on community-weighted mean traits than diversity, because fast-growing species with higher specific leaf area, early flowering, erect growth habit, and rhizomatous strategy became dominant in warming treatments [32] Compared to ANPP, 4°C warming also
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