Tolerance Data 2012 Download

Tolerance Data 2012 Download

LINK --->>> https://fancli.com/2tdVC9

Data for a large number of floral traits have been collected for a small sample of 535 outlier species of various lineages. The dataset represents the beginning of a series of publications about the value of traits and their co-variation within and across clades. The dataset conclusively shows that floral traits do not have one optimal value but rather very wide and overlapping ranges. Its contents, from a terminological perspective, are more useful for what they represent and do not than for how they have been compiled.

A model-based approach in vivo for plant stress tolerance detection in barley was developed. Dehydration, heat, salt and osmotic stress experiments were conducted by means of air-drying, incubation at 115 °C, stress injection solution and 300 mM polyethylene glycol (PEG) in water, respectively. Leaf anatomy and anatomy-related tissue-specific parameters were used in the analysis of data. The effect of water stressed plants was investigated by comparing leaf water potentials of stressed and control samples. The comparative analysis of tolerant and vulnerable plants within each stress treatment revealed that plant stress tolerance was affected by plant anatomy, particularly in leaves. The application of this approach indicated that the likelihood of occurrence of plant die-off caused by salt stress depends on the osmoregulation ability of leaf tissues. The analysis of tolerance parameters in leaf and stem tissues showed the sensitivity to stress effects and the classification of samples based on their exposure tolerances to a given stress treatment. Further investigations using the proposed model will contribute to the development of technical solutions in agricultural systems, especially in salt-affected areas.

Perceived faces in line drawings of facial expressions are modulated by context, that is, the surrounding colors. In the present study, context-dependent face perception is studied in adult participants with bilateral temporal lobe epilepsy. Specifically, we measured brain electro-encephalogram (EEG) responses to detected faces while they were embedded in different color contexts. The results show context-dependent face perception in patients that can be explained by a combined increase in and decrease of the face-sensitive identificatory and non-identificatory EEG-responses, respectively. d2c66b5586