Sentence examples for logistic capacities from inspiring English sources

Still, making such a psychometric study in a multicenter setting was beyond our logistic capacities, and it would be of interest to apply this instrument in other French-speaking regions.

Alkassar also noted that the funding will enable Wadi.com to expand customer services and improve its logistic capacity to "deliver quicker".

However, it is also necessary to set up the database for logistic capacity and drug supply within the health sector in cooperation with other organizations working in public health emergencies [ 16].

Here, they report the methodological, ethical, logistic and capacity-based challenges of conducting research in the sub-Saharan context from their experience.

Moreover, introducing ART particularly to sub-Saharan Africa was debated controversially because of concerns about adherence and subsequent development of drug resistance, poor infrastructure, logistic and human capacity, and cost-effectiveness [ 4].

In the absence of disease, the prey population grows according to logistic law with carrying capacity (K > 0) and an intrinsic growth rate (r >0).

Model (1.1) is based on the following assumptions: (a) In the absence of disease, the prey population grows according to logistic law with carrying capacity (K > 0) and an intrinsic growth rate (r >0).

The palm tree whose population density at time t is denoted by P, the pest (lesser date moth) whose population density is denoted by L and the predator whose population density is denoted by N. In the absence of predators, the prey population density grows according to a logistic curve with carrying capacity K and with an intrinsic growth rate constant r.

For high μ, the population cannot grow indefinitely, constrained by both the overpopulation limit and the finite landscape size, which combine to play a role analogous to the carrying capacity in logistic population models.

We characterize intrapopulation competition using a logistic function with carrying capacity K, as is standard practice for modeling populations (Sibly et al. 2005).

It can also be interpreted as a limit to the bone marrow size that regulates progenitor-cell proliferation to a value determined by K, p, and μ and is analogous to the carrying capacity in logistic models of growth [ 38].