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- W3093427275 abstract "Introduction . Throughout history, mankind has suffered from the scourge of potentially fatal viral and parasitic diseases. Objective: To assess the bioregulatory potential of larval fishes and copepods on larval populations of culicids of veterinary medical importance, as well as the contribution of mathematical modeling in the provinces of Villa Clara and Sancti Spiritus, from the year 2000-2019. Methods. The main river reservoirs existing in both provinces were sampled, both for fish (jamo: 75 x 50 x 50 cm and 150 cm of mango); copepods (strainer: 14 x 15 x 13 cm, with mesh size, 200 μm). A comparison was made between the chemical treatment based on Temepho 2% and the biological/fluvial fish, which made it possible to do an economic and cost risk analysis of both treatments. The bioregulatory capacity of the copepod species Mesocyclops aspericornis on mosquito larvae Cx. quinquefasciatus was assessed at laboratory scale and the mathematical modeling of the mosquito larval density with some climatic variables, by means of multivariate linear regression (Dummy variables, ARIMA and ROR modeling). Results. Identification of 11 river fish species in Villa Clara while, in Sancti Spiritus, 15 fish species were identified, grouped in 12 genera and six families. Three species of copepods with bioregulatory potential were identified, one of which was a new record for Cuba ( Mesocyclops aspericornis ). The three methodologies of mathematical modeling were applied to the population dynamics of culicids; the ROR methodology stood out for its benefits and advantages." @default.
- W3093427275 created "2020-10-22" @default.
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- W3093427275 date "2020-10-12" @default.
- W3093427275 modified "2023-10-18" @default.
- W3093427275 title "La entomofauna de culícidos y los copépodos abordados desde las alternativas de control biológico hasta la modelación matemática en dos provincias centrales de Cuba" @default.
- W3093427275 hasPublicationYear "2020" @default.
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