ACH observed in our modeling effort are lower than previous modeling efforts primarily due to modeling only the winter months where windows are typically closed.
The resulting thermal, mineralogical, and water-flux evolution based on this modeling effort are shown in Figure 4. Figure 3 Starting thermo-mineralogical models.
The implications of this simulation modeling effort are demonstrated using simple landscape representations and a hypothetical on land-use management scenario.
In this work, results of a computational modeling effort are presented, where a recently developed 5-element high entropy alloy of refractory elements is used as the foundation needed to examine such transition and determine the necessary lower bounds for the concentration of each element.
Vector competence values used in this dengue vectorial capacity modeling effort are given in Table 3. Figure 1 shows traditional, single time point values of vectorial capacity calculated as in Eq. 1 and the comparison of our formulated cumulative vectorial capacity (cVC) described below.
