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The purpose of this study is to increase the basic understanding of outbreak dynamics in order to improve the management of bark beetle outbreaks.
For species with irruptive population behavior, dispersal is an important component of outbreak dynamics.
This type of outbreak dynamics was not observed in any of the natural stands.
Because of the wave and the lag, the phase-dependent outbreak dynamics depicted was in reality two separate dynamics, one for each outbreak species.
The lag in outbreaks of winter moth and autumnal moth and the waves of outbreaks suggest that a single environmental cue is unlikely to explain the outbreak dynamics.
A major determinant of outbreak dynamics is the ecologic cycle of the virus and its vector.
Meningitis outbreak dynamics are seldom studied on a small scale (e.g., at the subdistrict level).
Jepsen et al. (2009b) Phase-dependent outbreak dynamics of geometrid moth linked to host plant phenology.
Our novel results have significant implications for understanding the dynamics of outbreaks of infectious diseases, particularly for the biological understanding of the transmission dynamics of the pathogen, estimating the severity of outbreaks, making health policy decisions, and designing epidemic control strategies.
Understanding disease dynamics and tracking outbreaks requires broadening consideration to the community level instead of solely focusing on individual host-pathogen interactions.
A better understanding of the epidemiology of viruses is vital to understanding the dynamics underlying virus outbreaks and to shed light on the current honey bee and pollinator crises.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com