What factors contribute to the high number of mosquito eggs hatched and larvae on fresh leaves?
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Fresh leaves play a crucial role in the high number of mosquito eggs hatched and larvae due to various factors. The microbial communities present on different leaf species influence the quantity and quality of the mosquito food base, affecting larval development. Additionally, the combination of leaf litter with bioinsecticides like Bacillus thuringiensis subsp. israelensis (Bti) in ovitraps can significantly impact oviposition and larval survival, ultimately affecting adult mosquito production. Furthermore, the rate of leaf decay is a critical factor, with rapidly decaying leaves favoring mosquito growth by providing better substrates, quicker development, and higher population sizes compared to slowly decaying leaves. These findings underscore the importance of leaf characteristics, microbial communities, and bioinsecticide interactions in shaping mosquito populations in freshwater habitats.
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Open access•Journal Article 53 Citations | Leaf characteristics, particularly decay rates, influence mosquito larvae development. Rapidly decaying leaves like maple (Acer buergerianum) support quicker larval growth and higher population sizes compared to slowly decaying leaves. |
Open access•Posted Content | The high number of mosquito eggs hatched and larvae on fresh leaves is influenced by oscillatory regimes in the population model due to larval feedback enhancing egg hatching. |
| The high number of mosquito eggs hatched and larvae on fresh leaves is influenced by larval feedback enhancing egg hatching, leading to oscillatory regimes in the mosquito population. | |
30 Citations | Leaf type and pesticide exposure influence bacterial abundance in mosquito larval habitats, affecting the quality and quantity of microbial communities that serve as a food base for mosquito larvae. |
| Factors contributing to high mosquito egg hatching and larvae on fresh leaves include increased oviposition due to leaf litter attraction, while larval survival is reduced by both leaf litter and Bti. |
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