Efektifitas Campuran Rendaman Jerami (Oryza Sativa L) Dan Temefos Sebagai Atraktan Terhadap Lethal Ovitrap Aedes Aegypti L

Ridha, Muhammad; Hairani, Budi; Meliyanie, Gusti; Sembiring, Wulan Rasna Giri; Fadilly, Abdullah; Rosanji, Akhmad

doi:10.22435/jek.v19i2.3060

Cited by 3 publications

(2 citation statements)

References 5 publications

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“…Kandungan zat kimia dalam air juga mempengaruhi daya tetas telur Aedes aegypti, salah satunya ialah kaporit. Selain kaporit mudah diperoleh, harganya juga terjangkau dan sebelumnya telah dilakukan penelitian bahwa kaporit pada media air dapat mengganggu proses perkembangan dan penetasan telur karena terdapat klorin dalam kaporit yang mampu mengoksidasi (membakar) telur nyamuk Aedes aegypti dengan merusak protein yang terdapat dalam telur nyamuk Aedes aegypti (Ridha, et al, 2020).…”

Section: Demamunclassified

Kalsium Hipoklorit (CaClO2) sebagai Pengganti Larvasida Aedes Aegypti

Herdianti

Sari

Saputra

et al. 2020

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Dengue Hemorrhagic Fever (DHF) prevention can be done by eradicating Aedes aegypti larvae. One way to control larvae is by using larvicide biological or chemical. One type of larvicide that can be used is Calcium Hypochlorite (chlorine) as a substitute for S-Methoprene. The research objective was to determine the effectiveness of chlorine against the mortality of Aedes Aegyptus larvae. This study was an experimental study using three repetitions, the chlorine used consisted of doses of 1,0mg/l, 2,0mg/l, 3,0mg/l, 4,0mg/l, and 5,0mg/l which is applied with 1 liter of water that has been filled with 10 pcs of 3rd instar larvae. Data analysis used a completely randomized design by looking at the percentage of larval mortality within 15 minutes. The data on the number of deaths obtained were analyzed using the Anova test. Statistical results show that there is a difference in the number of deaths of Aedes aegypti larvae from each dose. The most effective dose of chlorine is 5,0mg/l. In conclusion, the more chlorine dose, the faster it will kill the larvae of Aedes aegypti larvae.Â

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Section: Demamunclassified

Kalsium Hipoklorit (CaClO2) sebagai Pengganti Larvasida Aedes Aegypti

Herdianti

Sari

Saputra

et al. 2020

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“…dilihat dari banyak telur yang didapatkan. (11) Jerami padi mudah dijumpai oleh masyarakat Kelurahan Tambakreja karena dekat wilayah persawahan yang ada di satu kecamatan yang sama dan persediaannya melimpah. Oleh karena itu, penelitian ini bertujuan untuk mengetahui kepadatan populasi Aedes sp.…”

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Kepadatan Populasi Aedes sp. Di Kelurahan Tambakreja Kota Cilacap Menggunakan Ovitrap Atraktan Air Rendaman Jerami

Karimah,

Martini,

Udijono

et al. 2022

JRKM

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Cilacap City is an endemic area of dengue fever and in 2020 Tambakreja Village was one of the contributors to high dengue cases with an IR of 150,4/100,000 population. Ovitrap filled with straw attractants can monitor well the density of Aedes sp. because it emits carbon dioxide (CO2) and a characteristic odor emanating from ammonia that is attractive to mosquitoes. The purpose of this study was to determine the population density of Aedes sp. by the ovitrap method of modification of straw soaking water attractants. Methods: Field experimental research using a descriptive approach. Samples of 20 housing units using purposive sampling techniques. Data were obtained from the calculation of eggs trapped in ovitrap and the identification of larvae. Result: The number of eggs obtained is 1458 eggs, with an index of 31.25% (medium category). Aedes aegypti larvae were found more with a percentage of 66.1% than Aedes albopictus larvae with a percentage of 33.9%. Conclusion: The population of Aedes aegypti is more found in ovitrap inside the house with a percentage of 94.3%, while Aedes albopictus in ovitrap outside the home with a percentage of 53.4%. The Health Office and local communities should immediately carry out control by eliminating potential breeding sites and controlling using larvicides.Keywords: Straw Soaking Water, Ovitrap, Aedes aegypti, Aedes albopictus, Cilacap

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Field evaluation of the combination of larvicide and rice stem immersion to improve lethal ovitrap effectiveness in dengue vector control

Pujiyanti

Mujiyanto

Setiyaningsih

et al. 2021

IOP Conf. Ser.: Earth Environ. Sci.

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The combination of temephos and attractants from O.sativa was effective for lethal ovitrap in laboratory testing. However, the effectiveness of the field application needs further investigation. The study’s objective was to determine the influence of ovitrap installation sites, season variation, and attractant on lethal ovitrap efficacy. The study used a quasi-experimental design. Lethal ovitraps were installed indoors and outdoors in 102 houses and observed for 14 weeks. Statistical analysis was conducted with univariate analysis, independent t-test, and Mann-Whitney Test. The statistical analysis results showed no significant difference in positive ovitraps between LOA and LONA on indoor and outdoor applications. The number of positive ovitraps and trapped eggs was not affected by the attractant applied to the LO during indoor and outdoor observations. Lethal ovitrap can be used as a vector control instrument without the addition of attractants. The application of lethal ovitrap is more effective in the dry season when the mosquito population is lower than in the rainy season

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Efektifitas Campuran Rendaman Jerami (Oryza Sativa L) Dan Temefos Sebagai Atraktan Terhadap Lethal Ovitrap Aedes Aegypti L

Cited by 3 publications

References 5 publications

Kalsium Hipoklorit (CaClO2) sebagai Pengganti Larvasida Aedes Aegypti

Kalsium Hipoklorit (CaClO2) sebagai Pengganti Larvasida Aedes Aegypti

Kepadatan Populasi Aedes sp. Di Kelurahan Tambakreja Kota Cilacap Menggunakan Ovitrap Atraktan Air Rendaman Jerami

Field evaluation of the combination of larvicide and rice stem immersion to improve lethal ovitrap effectiveness in dengue vector control

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