Claim · model-written summary
Transmittance changes positively correlated with xanthophyll deepoxidation.
- Taxon
- Tradescantia species
Tradescantiat0 - Outcome
- extent of xanthophyll deepoxidatione0
Verbatim
t0“Tradescantia species”
e0“The magnitude of the irradiance-dependent transmittance changes positively correlated both with the rate of photosystem II recovery and with the extent of xanthophyll deepoxidation in the leaves.”
Title
V. V. Ptushenko; O. S. Ptushenko; O. P. Samoilova; et al. Biologia Plantarum 2016. doi:10.1007/s10535-016-0593-7
Other claims from this paper (10)
- Intervention effect High irradiance increased leaf thickness two to fourfold.
- Observation Mesophyll thickness changed 1.8-fold in T. fluminensis.
- Observation Mesophyll thickness changed 1.15-fold in T. sillamontana.
- Observation Chloroplast size changed 0.8-fold in T. fluminensis.
- Observation Chloroplast size did not change significantly in T. sillamontana.
- Observation Mesophyll structure did not significantly facilitate chloroplast avoidance movement.
- Observation Irradiance increased light transmittance two to fourfold.
- Observation The transmittance increase exceeded that of other higher plants.
- Observation Transmittance changes positively correlated with photosystem II recovery.
- Observation The correlation opposed the negative cross-species correlation.