We found that the effects of climate warming on oribatid mite communities in a sub-Arctic peat bog were season specific. The results suggest that the impacts of climate warming on oribatid mite communities in northern peatlands are mostly connected to summer-time temperature increase, and partly...
DigiBog_Congo Files for the version of DigiBog_Congo used in Young et al. (2023) published in Global Change Biology (Simulating carbon accumulation and loss in the central Congo peatlands). The model is set up to run in 1-D. These files were used in the simulations of the CEN-17.4 ...
Peat is an organic soil composed of partially decomposed plant and, to a lesser extent, animal remains. Precise definitions of “peat” vary but are mostly based on a combination of thickness (typically >30 cm) and organic matter content (typically >50–65%; e.g., Wüst et al.2003; Pag...
Journal of Thermal BiologyTurlure C, Radchuk V, Baguette M, Van Dyck H, Schtickzelle N (2011) On the significance of structural vegetation elements for caterpillar thermoregulation in two peat bog butterflies: Boloria eunomia and B. aquilonaris . J Therm Biol 36:173–180...
This response, however, was detected only in one peat sample from the raised bog Shichengskoe, while these bacteria were present in all other samples as well. No statistically significant responses of Methylacidiphilales-affiliated OTUs to CH4 availability were observed in this incubation experiment ...