Exact(1)
Importantly, human related activities are contributing to increase the impact of vector-borne diseases by increasing vector density (e.g. irrigation, urbanization, dam construction) or by introducing pathogens into areas in which they had been hitherto absent [2].
Similar(59)
Increases in DHF incidence may be explained by increased vector density or abundance because of lack of effective mosquito control [ 41, 42], by increased human mobility [ 41, 42], and by altered virus-host interaction leading to increased infectivity and therefore more secondary infections [ 41].
Greater host density, by increasing vector-host contact, will also increase disease transmission rates.
This seasonal trend corresponds with an expected increase in cases during the monsoon season, when transmission of both waterborne and vector-borne diseases increases (vector density is at its maximum).
Transduction rates increased with increasing vector MOI.
Increased temperatures are expected to increase transmission and spreading of vector-borne diseases by increasing mosquito density in some areas and increase in replication rate and bite frequency of mosquitoes (2).
Many regions can be affected when rainfall increases by an increase in vector density and transmission potential (McMichael et al. 2003).
By increasing the density, we allow the median filter to produce smoother edges and more precise vectors.
Consequently, by increasing loop density work of rupture increases.
Cutting precipitation decreases by increasing fluid density as the density difference between cutting and fluid decreases.
ThIt article originally appeared on VICE US.
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