Claim · model-written summary
C. purpureus increased xanthophyll cycle photoprotection under higher wind.
- Taxon
- C . purpureus
Ceratodon purpureuse0 - Treatment
- higher wind conditionse0
- Outcome
- xanthophyll cycle photoprotectione0
- Direction
- increasede0
Verbatim
e0“In the cosmopolitan moss species ( C . purpureus and B . pseudotriquetrum ), xanthophyll cycle photoprotection increased significantly ( p < 0.0001) under higher wind conditions but decreased with higher TWC ( p < 0.001).”
Title
Yifan Wu; Hao Yin; Krystal L. Randall; et al. Journal of Geophysical Research Biogeosciences 2026. doi:10.1029/2026jg009718
Other claims from this paper (10)
- Association Ozone depletion contributed to increased regional summer wind speed.
- Association Wind speed explained 31.8% of variation in moss turf water content, which was negatively correlated with wind speed.
- Association Wind speed explained 37.4% of variation in photosystem II quantum yield, which was negatively correlated with wind speed.
- Association B. pseudotriquetrum increased xanthophyll cycle photoprotection under higher wind.
- Association C. purpureus xanthophyll cycle photoprotection decreased with higher turf water content.
- Association B. pseudotriquetrum xanthophyll cycle photoprotection decreased with higher turf water content.
- Observation The endemic S. antarctici did not show the wind and water-content photoprotection pattern.
- Mechanism The authors suggest stronger summer winds exacerbate desiccation of coastal East Antarctic moss communities.
- Mechanism The authors suggest wind-driven desiccation favors expansion of cosmopolitan mosses.
- Mechanism The authors suggest wind-driven desiccation displaces the endemic moss.
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Ditrichum