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International Journal of Mosquito Research
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Vol. 2, Issue 3, Part C (2015)

Species specificity of acoustic signals of malarial mosquitoes of Anopheles maculipennis complex

Fixation of a mosquito in front of the microphone
Fig. 1: Fixation of a mosquito in front of the microphone
Sound chamber with a microphone
Fig. 2: Sound chamber with a microphone
Typical acoustic spectra of sound frequencies of <em>An. atroparvus </em>and <em>An. maculipennis </em>(males and females). The red lines on the diagrams indicate fundamental frequency peaks
Fig. 3: Typical acoustic spectra of sound frequencies of An. atroparvus and An. maculipennis (males and females). The red lines on the diagrams indicate fundamental frequency peaks
Interspecifichybridkaryotype<em>An. atroparvus</em> × <em>An. maculipennis </em>(♀). The preparation is made from the salivary glands of the larvae of IV age who caught in the biotope Elista, Rep. Kalmykia. 3Rand 3L – right and left arms of the third chromosome respectively;asynaptichomologuesofXL sex chromosome are indicated with arrows.
Fig. 4: InterspecifichybridkaryotypeAn. atroparvus × An. maculipennis (♀). The preparation is made from the salivary glands of the larvae of IV age who caught in the biotope Elista, Rep. Kalmykia. 3Rand 3L – right and left arms of the third chromosome respectively;asynaptichomologuesofXL sex chromosome are indicated with arrows.
Typical acoustic spectra of <em>An. messeae</em> female and males
Fig. 5: Typical acoustic spectra of An. messeae female and males
International Journal of Mosquito Research

International Journal of Mosquito Research

International Journal of Mosquito Research
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