Introduction The global spread and the increased frequency and magnitude of epidemic
dengue in the last 50 years underscore the urgent need for effective tools for surveillance …

Nonlinear stochastic modelling plays an important character in the different fields of
sciences such as environmental, material, engineering, chemistry, physics, biomedical …

As a common vector-borne disease, dengue fever remains challenging to predict due to
large variations in epidemic size across seasons driven by a number of factors including …

The number of mosquito populations resistant to insecticides is increasing along with the
reemerging of vector‐borne diseases. New technologies are under evaluation to …

The emergence of dengue viruses in new, susceptible human populations worldwide is
increasingly influenced by a combination of local and global human movements and …

Dengue is a mosquito-borne viral infection, found in tropical and sub-tropical climates
worldwide, mostly in urban and semi-urban areas. Countries like Pakistan receive heavy …

Background Human mobility plays a central role in sha** pathogen transmission by
generating spatial and/or individual variability in potential pathogen-transmitting contacts …

Emerging and re-emerging dengue fever has posed serious problems to public health
officials in many tropical and subtropical countries. Continuous traveling in seasonally …

Dengue is a growing public health problem in tropical and subtropical cities. It is transmitted
by mosquitoes, and the main strategy for epidemic prevention and control is insecticide …

Dengue fever is one of the most important vector-borne diseases in the world, and modeling
its transmission dynamics allows for determining the key influence factors and helps to …