FIGURE 8. Oswaldella occulta sp. nov. UnfOrked hydrOcladial inTernOdes, wiTh hydrOTheca, mesial superiOr nemaTOphOre and mesial inferiOr nemaTOTheca. Scale bar: 250 µm.Published as part of Cantero, A.L. Peña & Molinero, A. González, 2018, On several species of Oswaldella Stechow, 1919 (Cnidaria, Hydrozoa), including the description of a new species, pp. 397-414 in Zootaxa 4457 (3) on page 411, DOI: 10.11646/zootaxa.4457.3.3, http://zenodo.org/record/145789
FIGURE 8. A‒D: Symplectoscyphus unilateralis (Lamouroux, 1824)—stem fragment (A); hydrotheca (B); go...
FIGURE 8. A to D: Halopteris alternata (Nutting, 1900)—fragment of stem (A); male (B) and female (C)...
FIGURE 8. Zygophylax niobae sp. nov.: A–C, stem fragments showing hydrocladial apophyses and axillar...
FIGURE 7. Oswaldella occulta sp. nov. A, hydrOcladial branching and dispOsiTiOn Of hydrOThecae; B, c...
FIGURE 1. Oswaldella grandis Peña CanTerO, SVObOda & VerVOOrT, 1997 (HOlOType). A, hydrOcladial bran...
FIGURE 6. Oswaldella tottoni Peña CanTerO & VerVOOrT, 1996. A, hydrOcladial branching and dispOsiTiO...
FIGURE 2. Oswaldella grandis Peña CanTerO, SVObOda & VerVOOrT, 1997 (GEBRAB). A, hydrOcladial branch...
FIGURE 4. Oswaldella terranovae Peña CanTerO & VerVOOrT, 1996 (SynTypes). A, hydrOcladial branching ...
FIGURE 2. Oswaldella delicata Peña Cantero, Svoboda & Vervoort, 1997. A, fragment of hydrocladium sh...
FIGURE 8. Plumularia lagenifera Allman, 1885, microscopic details of the schizoholotype (BMNH 1959.1...
FIGURE 8. A–H: Halopteris tenella (Verrill, 1874)―stem internodes and cladia (A–C); hydrothecate int...
FIGURE 5. Cauline apOphyses Of Oswaldella terranovae Peña CanTerO & VerVOOrT, 1996 shOwing Variabili...
FIGURE 8. Schizoplumularia elegans n. sp. A‒D (SMIB 4, stn DW 53); A, detail of branch; B, apophysis...
FIGURE 8. A–H: Halopteris tenella (Verrill, 1874)―stem internodes and cladia (A–C); hydrothecate int...
FIGURE 5. Oswaldella frigida Peña Cantero & Vervoort, 2004. A, hydrocladial branching and dispositio...
FIGURE 8. A‒D: Symplectoscyphus unilateralis (Lamouroux, 1824)—stem fragment (A); hydrotheca (B); go...
FIGURE 8. A to D: Halopteris alternata (Nutting, 1900)—fragment of stem (A); male (B) and female (C)...
FIGURE 8. Zygophylax niobae sp. nov.: A–C, stem fragments showing hydrocladial apophyses and axillar...
FIGURE 7. Oswaldella occulta sp. nov. A, hydrOcladial branching and dispOsiTiOn Of hydrOThecae; B, c...
FIGURE 1. Oswaldella grandis Peña CanTerO, SVObOda & VerVOOrT, 1997 (HOlOType). A, hydrOcladial bran...
FIGURE 6. Oswaldella tottoni Peña CanTerO & VerVOOrT, 1996. A, hydrOcladial branching and dispOsiTiO...
FIGURE 2. Oswaldella grandis Peña CanTerO, SVObOda & VerVOOrT, 1997 (GEBRAB). A, hydrOcladial branch...
FIGURE 4. Oswaldella terranovae Peña CanTerO & VerVOOrT, 1996 (SynTypes). A, hydrOcladial branching ...
FIGURE 2. Oswaldella delicata Peña Cantero, Svoboda & Vervoort, 1997. A, fragment of hydrocladium sh...
FIGURE 8. Plumularia lagenifera Allman, 1885, microscopic details of the schizoholotype (BMNH 1959.1...
FIGURE 8. A–H: Halopteris tenella (Verrill, 1874)―stem internodes and cladia (A–C); hydrothecate int...
FIGURE 5. Cauline apOphyses Of Oswaldella terranovae Peña CanTerO & VerVOOrT, 1996 shOwing Variabili...
FIGURE 8. Schizoplumularia elegans n. sp. A‒D (SMIB 4, stn DW 53); A, detail of branch; B, apophysis...
FIGURE 8. A–H: Halopteris tenella (Verrill, 1874)―stem internodes and cladia (A–C); hydrothecate int...
FIGURE 5. Oswaldella frigida Peña Cantero & Vervoort, 2004. A, hydrocladial branching and dispositio...
FIGURE 8. A‒D: Symplectoscyphus unilateralis (Lamouroux, 1824)—stem fragment (A); hydrotheca (B); go...
FIGURE 8. A to D: Halopteris alternata (Nutting, 1900)—fragment of stem (A); male (B) and female (C)...
FIGURE 8. Zygophylax niobae sp. nov.: A–C, stem fragments showing hydrocladial apophyses and axillar...