Based on time-dependent, origin-to-destination trip records from an automatic fare collection system, a nonlinear optimization model is developed to solve the problem on practically sized corridors, subject to the available train-unit fleet.
These benefits partly occur because increasing corridor width creates higher absolute population sizes in corridor areas surrounding the patches and facilitates the exchange of larger numbers of individuals between habitat patches.
Stooping to make his way down the kiddie-sized corridor, he finds the office he needs and enters.
Before a pipeline can be laid, a near interstate-sized corridor must be cleared to accommodate the pipe and the large, amphibious equipment used to place it, which leave a significant footprint on the landscape.
Its corridors are sized to accommodate, side by side, two Daleks, the half-robot, half-mutant monsters from the planet Skaro who have been stalking the Doctor since Lyndon B. Johnson strode the halls of the White House.
Figure 9 Comparison among fundamental diagrams on aggregate data with respect to groups of different size in corridor A. The choice of evaluating the influence of groups in different linear scenarios was also inspired by (Zhang et al. 2011), in which a comparison in terms of pedestrians flow from experimental data among three corridors of width 1.8 m, 2.4 m and 3.0 m is presented.
As he stood in a corridor next to his father -- the Hall of Fame tight end of the same name -- the men of different generations sized up Cleveland.
Beta diversity showed an opposite relationship to fragment size and corridors, increasing in small and isolated fragments.
The benefits of increasing corridor width occur because, even if individuals cannot disperse between patches within a single generation, a wide corridor facilitates higher absolute population sizes in the surrounding area, encouraging the exchange of individuals across a broader area, and reducing the variance in reproductive success and subsequent genetic drift (Christie et al. 2012).
Modifying all of these parameters (i.e., corridor configuration, number of propagules, population sizes, dispersal parameters, and number of generations) resulted in quantitative but not qualitative changes to the presented analyses.
