FIGURE 2. Phymosoma granulosum (Goldfuss, 1829), lectotype (RFWUIP 1335), of early to early late Maastrichtian age, locality unknown; A, oral view; B, ambital view; C, oral detail; D, detail of ambitus. A, B, natural size x 1,6; scale bar in C, D equals 2 mm
FIGURE 2. Aeolosaurus maximus sp. nov., holotype. A, articulated posterior cervical vertebrae (MPMA ...
FIGURE 8. Miotoxaster collegnii, all from the vicinity of the village Gelian, NE Iran, (Sarcheshmeh ...
FIGURE 2. Aristoviblattogryllus minor (Ren & Aristov, 2011), holotype, specimen CNU-GRY-NN2008001, l...
A beautifully preserved fragment of the test of a fossil Echinoid from the Maestrichtian Cretaceous,...
Characterized by a small hemispherical test. Ambulacra with simple primaries; pores in a regular, si...
FIGURE 2. A-E, Salvaster roberti gen. et sp. nov., holotype, UBGD 277467, Calcaires à Spatangues Fm,...
FIGURE 3. Vologesia rollingstones sp. nov.; A–C, holotype, MB.E.6224; B, paratype, MB.E.6225; in ora...
FIGURE 4. Vologesia rollingstones sp. nov.; A, holotype, MB.E.6224, detail of apical area; B, paraty...
FIGURE 2. Stratigraphy and lithology of the Langre section.Published as part of Schlüter, Nils & Wie...
FIGURE 2. Line drawings of Manchurochelys manchoukuoensis Endo & Shikama, 1942 (LPM-R00008), from th...
FIGURE 3. A–B, drawings of plate pattern in Salvaster roberti gen. et sp. nov., holotype, UBGD 27746...
FIGURE 6. Miotoxaster collegnii, all from the vicinity of the village Gelian, NE Iran, (Sarcheshmeh ...
FIGURE 2. Plesioblattogryllus aristovi sp. nov., holotype NIGP201823, wing base. Scale bar = 1mm.Pub...
FIGURE 1. Simplified map of the vicinity of the village of Langre, showing the origins of Vologesia ...
FIGURE 7. Miotoxaster collegnii, GSINET97FE238; A: detail of the adapical area, 97FE240; B: detail o...
FIGURE 2. Aeolosaurus maximus sp. nov., holotype. A, articulated posterior cervical vertebrae (MPMA ...
FIGURE 8. Miotoxaster collegnii, all from the vicinity of the village Gelian, NE Iran, (Sarcheshmeh ...
FIGURE 2. Aristoviblattogryllus minor (Ren & Aristov, 2011), holotype, specimen CNU-GRY-NN2008001, l...
A beautifully preserved fragment of the test of a fossil Echinoid from the Maestrichtian Cretaceous,...
Characterized by a small hemispherical test. Ambulacra with simple primaries; pores in a regular, si...
FIGURE 2. A-E, Salvaster roberti gen. et sp. nov., holotype, UBGD 277467, Calcaires à Spatangues Fm,...
FIGURE 3. Vologesia rollingstones sp. nov.; A–C, holotype, MB.E.6224; B, paratype, MB.E.6225; in ora...
FIGURE 4. Vologesia rollingstones sp. nov.; A, holotype, MB.E.6224, detail of apical area; B, paraty...
FIGURE 2. Stratigraphy and lithology of the Langre section.Published as part of Schlüter, Nils & Wie...
FIGURE 2. Line drawings of Manchurochelys manchoukuoensis Endo & Shikama, 1942 (LPM-R00008), from th...
FIGURE 3. A–B, drawings of plate pattern in Salvaster roberti gen. et sp. nov., holotype, UBGD 27746...
FIGURE 6. Miotoxaster collegnii, all from the vicinity of the village Gelian, NE Iran, (Sarcheshmeh ...
FIGURE 2. Plesioblattogryllus aristovi sp. nov., holotype NIGP201823, wing base. Scale bar = 1mm.Pub...
FIGURE 1. Simplified map of the vicinity of the village of Langre, showing the origins of Vologesia ...
FIGURE 7. Miotoxaster collegnii, GSINET97FE238; A: detail of the adapical area, 97FE240; B: detail o...
FIGURE 2. Aeolosaurus maximus sp. nov., holotype. A, articulated posterior cervical vertebrae (MPMA ...
FIGURE 8. Miotoxaster collegnii, all from the vicinity of the village Gelian, NE Iran, (Sarcheshmeh ...
FIGURE 2. Aristoviblattogryllus minor (Ren & Aristov, 2011), holotype, specimen CNU-GRY-NN2008001, l...