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. 2014 Jul 8;9(7):e101843. doi: 10.1371/journal.pone.0101843

Figure 2. Variability in the general aspect of the antennae of Cynipoidea.

Figure 2

A) Aulacidea freesei (filiform (3-0) with 10 flagellomeres (1-0) and F1 about as long as F2 (2-0)), B) Andricus crispator (sexual) (filiform (3-0) with 10 flagellomeres (1-0) and F1 1.2–1.5 times longer than F2 (2-1)), C) Eschatocerus acaciae (filiform (3-0) with 11 flagellomeres (1-1) and F1 1.2–1.5 times longer than F2 (2-1)), D) Cecinothofagus gallaelenga (clavate (3-0) with 10 flagellomeres (1-0) and F1 about as long as F2 (2-0)), E) Trigonaspis mendesi (asexual) (filiform (3-0) with 11 flagellomeres (1-1) and F1>1.5 times longer than F2 (2-2)), F) Roophilus loewi (filiform (3-0) with 12 flagellomeres (1–2) and F1 1.2–1.5 times longer than F2 (2-1)), G) Phanacis centaureae (filiform (3-0) with 12 flagellomeres (1–2) and F1>1.5 times longer than F2 (2-2)), H) Qwaqwaia scolopiae (filiform (3-0) with 12 flagellomeres (1–2) and F1 about as long as F2 (2-0)), I) Synergus hayneanus (filiform (3-0) with 12 flagellomeres (1–2) and F1 about as long as F2 (2-0)), J) Pediaspis aceris (asexual) (filiform (3-0) with 13 flagellomeres (1–3) and F1 1.2–1.5 times longer than F2 (2-1)), K) Ganaspis sp. (moniliform (3-0; 4-1) with 11 flagellomeres (1-1) and F1 about as long as F2 (2-0)), L) Parnips nigripes (filiform (3-0) with 11 flagellomeres (1-1) and F1 about as long as F2 (2-0)).