Selected article for: "death rate and transition rate"

Author: Wayne M. Getz; Richard Salter; Krti Tallam
Title: A quantitative narrative on movement, disease and patch exploitation in nesting agent groups
  • Document date: 2019_10_3
  • ID: 5gzgfudh_50
    Snippet: The epidemiological component is essentially an S (susceptible), E (exposed but not yet 589 infectious), I (infectious), V (recovered with immunity) and D (dead) model [26] . We 590 use the value of a α,2 to denote this state and use the following rules to compute whether 591 or not individuals in states S, E, I, and V respectively transition to states E, I, V, S and 592 D in terms of "transition rate parameters" γ E > 0, γ I > 0, γ V > 0, γ.....
    Document: The epidemiological component is essentially an S (susceptible), E (exposed but not yet 589 infectious), I (infectious), V (recovered with immunity) and D (dead) model [26] . We 590 use the value of a α,2 to denote this state and use the following rules to compute whether 591 or not individuals in states S, E, I, and V respectively transition to states E, I, V, S and 592 D in terms of "transition rate parameters" γ E > 0, γ I > 0, γ V > 0, γ S > 0 and γ D ≥ 0. 593 We assume a basic death rate over the interval [t, t + 1) µ 0 > 0 that increases with 594 stress at rate that is proportional to the stress level a α,5 (t), with a constant of 595 proportionality given by c s > 0. In this case:

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