[A simulation model for the control of the Aedes aegypti, the mosquito vector of dengue and yellow fever, by the crustacean Mesocyclops spp].
OBJECTIVE
A simulation model is presented to show the predation dynamics of Mesocyclops spp. over Aedes aegypti.


METHODS
The system is represented through four differential equations. H'(t), quantity of eggs; L'(t), quantity of larvae; A'(t), quantity of adults and C'(t), quantity of copepods. Initially the equations are of the classic predator-prey type, according to Lotka (1924) and Volterra (1926). Then it is modified into a system with functional response for invertebrates, according to Holling.


RESULTS
The first system effectively controls and stabilizes the mosquito population, while the second suggests that copepods may be ineffective as mosquito controllers.


CONCLUSIONS
The need to study predator-prey systems (copepodos-mosquitos) with projects that integrate laboratory and of field tests is recognized. Only then will it be possible to establish the validity of predators as effective biological controllers of mosquitoes.
Duque
Jonny E
JE
Escuela de Investigación en Biomatemática, Universidad del Quindío, Armenia-Quindio, Colombia. jonny@bio.ufpr.br
Muñoz
Anibal
A
Navarro-Silva
Mario A
MA
D000330:Aedes; D000818:Animals; D003445:Crustacea / Q000469:parasitology; D003715:Dengue / Q000635:transmission; D015233:Models, Statistical; D009032:Mosquito Control / Q000706:statistics & numerical data*; D015004:Yellow Fever / Q000635:transmission