#Mosquito magnet pro 1000mm manual plus

Trap effectiveness is directly affected by the collection method, the kind of mosquito attractant used, and the environmental characteristics and behavior of the mosquito species present, justifying the development of studies to evaluate distinct collection methods. In addition, an effective trap removes the largest possible amount of vector mosquito from the environment and samples representative populations of Culicidae from the area. The effectiveness imparts the trap's ability to obtain information about species richness, abundance, distribution, and diversity among the major taxonomic groups present in the sampled community. (2008) observed that surveys conducted using semiochemical-associated traps are as effective as traps baited with vertebrates. Multiple studies have demonstrated that mosquito trap effectiveness is often related to the kairomone used with the trap ( Kline and Lemire 1998, Dennett et al.

#Mosquito magnet pro 1000mm manual plus

In rural areas of the Atlantic Forest domain in Brazil, the performance of the Mosquito Magnet Independency (MMI) trap was compared with the use of CDC-LT and CDC plus Lurex3 and CO 2 (CDC-A) as attractants ( Sá and Sallum 2013). Other studies have compared the performances of distinct mosquito magnet models with human landing catch collections in malaria endemic areas of French Guiana ( Dusfour et al. 2005, 2011, 2013 Laporta and Sallum 2011), rural areas ( Forattini et al. For example, Centers for Disease Control and Prevention light traps (CDC-LT) have been largely used worldwide in studies of mosquito vector species in natural environments ( Hutchings et al. In entomological surveillance, populations of mosquito vectors and the pathogens that they might transmit are generally monitored using several techniques and automatic traps to collect females. Further studies are also needed to address demographic data from the mosquito population sampled by the MMI.Įffectiveness, CDC, mosquito magnet, diversity, Neotropics Considering the present positive results, the effectiveness of the MMI should additionally be evaluated in other Brazilian natural ecosystems. The MMI could also be used in faunal studies focusing on increasing knowledge about mosquito diversity. These results suggest the potential to use the MMI in studies aiming to obtain entomological surveillance information about medically important mosquitoes that occur in tropical rainforest areas. Furthermore, medically important mosquito species captured by the three traps showed high association with MMI.

Mosquito species richness was higher from the MMI than from the CDC-LT and CDC-A traps. The abundance values did not significantly differ between the CDC-LT and CDC-A traps ( P = 0.7). Variance analyses indicated that the MMI captured significantly more mosquitoes compared with CDC-LT ( P < 0.01) and CDC-A ( P < 0.03). Multivariate generalized linear models revealed significant differences among the traps regarding mosquito composition and abundance (deviance = 768 P = 0.016). Here, we assessed the performance of the Mosquito Magnet Independence trap with Lurex3 (MMI), by comparing its effectiveness with those of a Centers for Disease Control and Prevention light trap (CDC-LT) and CDC with CO 2 and Lurex3 (CDC-A) in a dense tropical rainforest. A variety of traps are used for sampling, surveillance, and monitoring of mosquito vector species associated with parasite and pathogen transmission.