Works addressing temperature-dependent virulence factors in animal pathogens and their regulation have been published only recently [ 4, 5].
We undertook this effort because of the paucity of work addressing temperature-mortality relationships for the U.S. urban population as a whole addressing mortality effects in winter as well as summer, or addressing mortality for non-extreme temperatures.
To address temperature disparity in time and space, we extend the conservative adaptive velocity-space discretization scheme proposed in [Taitano et al., J. Comput. Phys., 318, 391 420, (2016)] to a spatially inhomogeneous system.
Here, we address temperature tolerance as a potential contributor to the success of invasive species, and we examine heat-shock protein (Hsp) expression as a physiological mechanism of this differential temperature tolerance.
Importantly, none of the above studies directly addressed temperature, a critical shortcoming for the paleobotanical community because aspects of leaf dissection are useful, along with other size and shape variables, for reconstructing climate [27].
They then use a reverse engineering method to address temperature compensation in the transduction mechanisms (receptor potential).
Additionally, the study opens a new way of addressing the temperature and strain rate dependencies in constitutive model by using the equivalent strain rate at reference temperature as a unique parameter.
We use our dynamic results to formulate a set of synthesis guidelines for control systems addressing either temperature regulation or geared towards minimizing operating cost.
Until today, several studies have been conducted using different approaches addressing the temperature distribution in the Molasse Basin (numerical modelling approach: Rühaak et al. 2010, interpolation approach: Agemar et al. 2014a, b) or the European Alps (Vosteen 2003; Ebbing 2004; Ebbing et al. 2006).
Most of these only address temperature (the symptom) rather than CO2 (the cause) and hence are not a real fix.
If your experiment addresses temperature, you could choose orange and blue or red and blue as your color theme to represent hot and cold.
