We studied the songs and morphology of the stridulatory file of Isophya modestior across its complete geographic range, in order to test our hypothesis that the male calling song of the species shows strong differentiation between the northern (Pannonian) and southern (Balkan) parts of its distribution range, reflecting its disjunct distribution. Our analyses confirm this hypothesis, separating analyzed specimens of I. modestior into two main groups - one present in the central part of the Balkan Peninsula (representing Isophya modestior sensu stricto), with the second group occurring in the Pannonian Basin, Dinarides, Slovenia and NE Italy. The most reliable difference between the groups is the duration of the main syllable, the number of ...
Understanding the ecology and evolution of animal communication systems requires detailed data on si...
FIGURE 5. Calling song of Isophya clara: A–B, oscillograms of a single syllable of males singing at ...
FIGURES 139 – 144. SEM of taxonomically important structures of Isophya: 139 — I. bureschi (BG: Piri...
FIGURES 156 – 161. Male calling song at two different speeds (air temperature at recording shown; ti...
FIGURES 182–189. Male calling song at two different speeds (air temperature at recording shown; time...
Some characteristics of the song of a number of Ephippiger (sub) species are compared, in particular...
Some characteristics of the song of a number of Ephippiger (sub) species are compared, in particular...
A new morphologically cryptic species of phaneropterid bush–cricket from the genus Isophya is descri...
Fourteen endemic and two sub-endemic species belonging to three subfamilies of Tettigoniidae (Tettig...
Songs and morphology are compared between Chorthippus miramae (Vorontsovsky, 1928) that was previous...
A new morphologically cryptic species of phaneropterid bush–cricket from the genus Isophya is descri...
In bush-crickets, males produce a calling song to announce their presence to females. Females ready ...
Heller K-G, Sevgili H, Reinhold K. A re-assessment of the Poecilimon syriacus group (Orthoptera Tett...
In many groups of animals, especially insects, genital morphology is species distinctive. This is tr...
Figures 74–81. Male calling song in Poecilimon luschani species group, each representing a phylogrou...
Understanding the ecology and evolution of animal communication systems requires detailed data on si...
FIGURE 5. Calling song of Isophya clara: A–B, oscillograms of a single syllable of males singing at ...
FIGURES 139 – 144. SEM of taxonomically important structures of Isophya: 139 — I. bureschi (BG: Piri...
FIGURES 156 – 161. Male calling song at two different speeds (air temperature at recording shown; ti...
FIGURES 182–189. Male calling song at two different speeds (air temperature at recording shown; time...
Some characteristics of the song of a number of Ephippiger (sub) species are compared, in particular...
Some characteristics of the song of a number of Ephippiger (sub) species are compared, in particular...
A new morphologically cryptic species of phaneropterid bush–cricket from the genus Isophya is descri...
Fourteen endemic and two sub-endemic species belonging to three subfamilies of Tettigoniidae (Tettig...
Songs and morphology are compared between Chorthippus miramae (Vorontsovsky, 1928) that was previous...
A new morphologically cryptic species of phaneropterid bush–cricket from the genus Isophya is descri...
In bush-crickets, males produce a calling song to announce their presence to females. Females ready ...
Heller K-G, Sevgili H, Reinhold K. A re-assessment of the Poecilimon syriacus group (Orthoptera Tett...
In many groups of animals, especially insects, genital morphology is species distinctive. This is tr...
Figures 74–81. Male calling song in Poecilimon luschani species group, each representing a phylogrou...
Understanding the ecology and evolution of animal communication systems requires detailed data on si...
FIGURE 5. Calling song of Isophya clara: A–B, oscillograms of a single syllable of males singing at ...
FIGURES 139 – 144. SEM of taxonomically important structures of Isophya: 139 — I. bureschi (BG: Piri...