To answer this question, vibrio strains isolated at a coastal time series were phylogenetically and physiologically characterized revealing three dominant strategies within the vibrio: mesophiles, psychrophiles and apparently generalist broad thermal range clades.
Strains in the broad thermal range clade all have similar optimal growth temperatures but also exhibit temperature-related tradeoffs with faster growth rates for warm temperature strains and broader growth ranges for strains from cool temperatures.
An effective practical system requires a balance of material properties for a broad thermal operating range, ease of optical coupling to sources, detectors, and optical fibers with industry compatible connectivity and acceptable total optical loss.
At 4.71 MHz, above the transition temperature, one sees only a broad thermal distribution.
Our test temperatures, however, did not contain the full thermal range of juvenile guppies, which indicates a wide thermal tolerance.
The model is shown to be capable of predicting consistently a broad range of thermal fatigue data.
The prepolymers were free-radically crosslinked in the absence of reactive diluents to give amorphous, bioabsorbable networks with a broad range of thermal, mechanical, and degradative properties.
The exact form of the acclimation response differs among taxa and environmental parameters, plausibly enhancing organismal performance, and hence fitness, over a broad range of thermal conditions [2], [5].
CNTs have a broad range of electronic, thermal, and structural properties because of their nanosize which may vary with their length, diameter, and chirality [3].
In order to study the response of C. elegans to a broad range of noxious thermal stimuli, we developed a novel assay that allows simultaneous characterization of multiple aspects of escape behavior elicited by thermal pulses of increasing amplitudes.
