FIGURE 5. Hyalessa maculaticollis (De Motschulsky, 1866). Calling song. A, Power frequency spectrum represented with overlay of 176 spectra computed in the middle of the signal showing dominant frequencies marked by F1, F2 and F3, spectrogram and oscillogram (from top to bottom) of a sequence with the three parts of the calling song. B, Detailed oscillogram of the end of A showing two phrases. C, Detailed spectrogram and oscillogram of a part of B showing three of the two different echeme types with their amplitude variation. Higashi-Hiroshima city, Japan, 30–32°C
FIGURE 2. A. habitat of Hyalessa wangi sp. nov.; B. branches of the host plants on which Hyalessa wa...
FIGURE 7 A – C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogr...
FIGURE 7 A–C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogram...
FIGURE 6. Hyalessa maculaticollis. Echemes structure. A, Power frequency spectrum represented with o...
FIGURE 4. Male pygofer of Hyalessa scutata sp. nov., holotype, Yunnan, China and the comparison of i...
FIGURE 3. Spectra (1st row, A) and spectrogram (2nd row, B) of the calling song of Platylomia shaanx...
FIGURE 5. a—Waveform showing the complete 1.5 minute call recording, note the middle part where call...
FIGURE 7 A–C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogram...
FIGURE 7. Rouxalna scabens sp. nov. PROVINCE SUD, PAïTA, MONT MOU, 12/I/2013. GRAPHIC REPRESENTATION...
FIGURE 9. Calling song recording of T. q. pilleti Puissant ssp. n. with a digitization at 44.1 kHz s...
FIGURE 11. Murmurillana paenetacita Delorme sp. nov., Nouvelle-Calédonie, Mont Panié, refuge Blaffar...
Figure 5. Platypleura minima Lee and Marshall sp. nov. Waveforms (A, C) and spectrograms (B, D) of m...
FIGURE 12. Calling song recording of T. maldesi with a digitization at 44.1 kHz sampling frequency. ...
FIGURE 1. Hyalessa wangi sp. nov. (male). A. habitus, dorsal view; B. habitus, ventral view; C. head...
FIGURE 7. Male calling song structure of Yoyetta australicta n. sp. illustrated in waveform plots, i...
FIGURE 2. A. habitat of Hyalessa wangi sp. nov.; B. branches of the host plants on which Hyalessa wa...
FIGURE 7 A – C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogr...
FIGURE 7 A–C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogram...
FIGURE 6. Hyalessa maculaticollis. Echemes structure. A, Power frequency spectrum represented with o...
FIGURE 4. Male pygofer of Hyalessa scutata sp. nov., holotype, Yunnan, China and the comparison of i...
FIGURE 3. Spectra (1st row, A) and spectrogram (2nd row, B) of the calling song of Platylomia shaanx...
FIGURE 5. a—Waveform showing the complete 1.5 minute call recording, note the middle part where call...
FIGURE 7 A–C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogram...
FIGURE 7. Rouxalna scabens sp. nov. PROVINCE SUD, PAïTA, MONT MOU, 12/I/2013. GRAPHIC REPRESENTATION...
FIGURE 9. Calling song recording of T. q. pilleti Puissant ssp. n. with a digitization at 44.1 kHz s...
FIGURE 11. Murmurillana paenetacita Delorme sp. nov., Nouvelle-Calédonie, Mont Panié, refuge Blaffar...
Figure 5. Platypleura minima Lee and Marshall sp. nov. Waveforms (A, C) and spectrograms (B, D) of m...
FIGURE 12. Calling song recording of T. maldesi with a digitization at 44.1 kHz sampling frequency. ...
FIGURE 1. Hyalessa wangi sp. nov. (male). A. habitus, dorsal view; B. habitus, ventral view; C. head...
FIGURE 7. Male calling song structure of Yoyetta australicta n. sp. illustrated in waveform plots, i...
FIGURE 2. A. habitat of Hyalessa wangi sp. nov.; B. branches of the host plants on which Hyalessa wa...
FIGURE 7 A – C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogr...
FIGURE 7 A–C. Frequency pattern of a typical long echeme produced by C. cerdaniensis. A, Oscillogram...