PLATE 21.
Cubosphærida .
Diam.
Page.
Fig. 1. Hexastylus cochleatus , n. sp.,
×
400
174
From the central capsule, enclosed in the shell, numerous delicate radial pseudopodia arise, which are protruded through the pores of the shell.
Fig. 2. Hexastylus triaxonius , n. sp.,
×
400
175
Fig. 3. Hexastylus phænaxonius , n. sp.,
×
300
171
Fig. 4. Hexastylus thaletis , n. sp.,
×
400
172
Fig. 5. Hexastylus minimus , n. sp.,
×
400
172
Fig. 6. Hexastylus dimensivus , n. sp.,
×
400
175
Fig. 7. Hexastylus spiralis , n. sp.,
×
400
177
Fig. 8. Hexastylus dictyotus , n. sp.,
×
400
176
Fig. 9. Hexastylus dictyotus , n. sp.,
×
400
176
Central capsule with concentric nucleus and nucleolus; the protoplasm is radially striped.
Fig. 10. Hexastylus marginatus , n. sp.,
×
400
176
Fig. 10a . Radial section through the shell-wall.
Fig. 11. Hexastylus solonis , n. sp.,
×
400
173
Fig. 12. Hexastylus contortus , n. sp.,
×
300
177
Plate 21.
PLATE 22.
Cubosphærida .
Diam.
Page.
Fig. 1. Hexalonche pythagoræa , n. sp.,
×
300
185
Fig. 2. Hexalonche conicornis , n. sp.,
×
300
181
Fig. 3. Hexalonche aristarchi , n. sp.,
×
400
185
Fig. 4. Hexalonche philosophica , n. sp.,
×
400
186
Fig. 5. Hexalonche anaximandri , n. sp.,
×
400
182
Fig. 6. Hexalonche octocolpa , n. sp.,
×
300
183
Fig. 6a . The inner shell alone.
Fig. 7. Hexalonche heracliti , n. sp.,
×
300
187
Fig. 8. Hexalonche octahedra , n. sp.,
×
400
181
Fig. 8a . The inner shell alone.
Fig. 9. Hexancistra tricuspis , n. sp.,
×
300
188
Fig. 10. Hexancistra triserrata , n. sp.,
×
300
188
Fig. 11. Hexancistra quadricuspis , n. sp.,
×
300
189
Plate 22.
PLATE 23.
Cubosphærida .
Diam.
Page.
Fig. 1. Hexadendron bipinnatum , n. sp.,
×
400
200
Fig. 2. Hexacromyum octahedrum , n. sp.,
×
400
202
Fig. 3. Hexancistra mirabilis , n. sp. (= Hexapitys mirabilis ),
×
400
189
The spherical central capsule encloses the concentric spherical inner shell (which is filled up by the nucleus), and is surrounded by the octahedral outer shell. The latter is enveloped by the octahedral calymma, which is radially striated and contains numerous xanthellæ.
Fig. 4. Hexacaryum arborescens , n. sp.,
×
400
203
Fig. 5. Hexacontium clavigerum , n. sp.,
×
300
19
Plate 23.
PLATE 24.
Cubosphærida .
Diam.
Page.
Fig. 1. Hexacontium sceptrum , n. sp.,
×
400
194
Fig. 1a . The two medullary shells.
Fig. 2. Hexacontium favosum , n. sp.,
×
400
194
Fig. 2a . The two medullary shells.
Fig. 3. Hexacontium axotrias , n. sp.,
×
300
192
The six lattice-plates, which form the cortical shell, are not yet fully developed.
Fig. 4. Hexacontium floridum , n. sp.,
×
300
195
Fig. 4a . The two medullary shells.
Fig. 5. Hexacontium papillosum , n. sp.,
×
400
197
Fig. 5a . The two medullary shells.
Fig. 6. Hexacontium lævigatum , n. sp.,
×
400
193
The contours of the two medullary shells are visible in the centre.
Fig. 7. Hexacontium prionacanthum , n. sp.,
×
400
195
Fig. 7a . The two medullary shells, connected with a fragment of the cortical shell.
Fig. 8. Cubosphæra cubaxonia , n. sp.,
×
400
203
Fig. 8a . A single radial spine.
Fig. 9. Hexacromyum elegans , n. sp.,
×
400
201
A part of the two cortical shells is broken off.
Plate 24.
PLATE 25.
Cubosphærida .
Diam.
Page.
Fig. 1. Hexadoridium streptacanthum , n. sp.,
×
400
206
Fig. 1a . The two concentric medullary shells.
Fig. 2. Hexalonche amphisiphon , n. sp.,
×
300
182
Fig. 2a . Medullary shell connected with a fragment of the cortical shell.
Fig. 2b . Vertical section through the wall of the cortical shell. (Below the centre of the Plate, also lettered 3a by mistake.)
Fig. 3. Hexalonche rosetta , n. sp.,
×
400
180
Fig. 3a . Medullary shell.
Fig. 3b . Vertical section through the wall of the cortical shell.
Fig. 4. Hexalonche curvicornis , n. sp.,
×
300
181
Outer shell not yet complete, or partly broken off (?).
Fig. 5. Hexalonche anaximenis , n. sp.,
×
400
183
Fig. 6. Hexalonche hystricina , n. sp.,
×
300
187
Fig. 7. Hexacontium circumtextum , n. sp.,
×
400
193
Fig. 7a . Vertical section through the double wall of the cortical shell.
Fig. 8. Hexacontium gladiatum , n. sp.,
×
400
198
A part of the two outer shells and of the radial spines is broken off.
Plate 25.
Families Liosphærida et Astrosphærida .
PLATE 26.
Liosphærida et Astrosphærida .
Diam.
Page.
Fig. 1. Coscinomma amphisiphon , n. sp.,
×
300
222
Fig. 1a . A piece of the lattice-shell,
×
600
Fig. 1b . Vertical section through the shell-wall,
×
600
Fig. 2. Heliosphæra hexagonaria , n. sp.,
×
300
217
Fig. 3. Acanthosphæra castanea , n. sp.,
×
400
211
Fig. 4. Acanthosphæra angulata , n. sp.,
×
300
216
Fig. 5. Acanthosphæra reticulata , n. sp.,
×
300
217
Fig. 6. Heliosphæra coronata , n. sp.,
×
400
219
Fig. 6a . A single pore with its coronal,
×
300
Fig. 7. Acanthosphæra mucronata , n. sp.,
×
400
212
Fig. 8. Acanthosphæra clavata , n. sp.,
×
400
212
Fig. 9. Heliosphæra pectinata , n. sp.,
×
400
218
Fig. 10. Cenosphæra perforata , n. sp.,
×
400
66
Fig. 11. Cenosphæra coronata , n. sp.,
×
400
67
Plate 26.
PLATE 27.
Astrosphærida .
Diam.
Page.
Fig. 1. Cladococcus pinetum , n. sp.,
×
300
226
Fig. 2. Cladococcus scoparius , n. sp.,
×
300
225
Fig. 3. Cladococcus abietinus , n. sp.,
×
300
226
The central capsule, enclosed originally in the shell, sends out numerous club-shaped apophyses through the pores of the lattice-sphere. The central spherical nucleus fills up half the shell-cavity.
Fig. 4. Cladococcus stalactites , n. sp.,
×
300
227
Fig. 5. Cladococcus dendrites , n. sp.,
×
200
227
Plate 27.
Families Liosphærida et Astrosphærida .
PLATE 28.
Liosphærida et Astrosphærida .
Diam.
Page.
Fig. 1. Haliomma lirianthus , n. sp.,
×
300
232
Fig. 1a . Medullary shell,
×
300
Fig. 1b . Three pores of the cortical shell,
×
900
Fig. 2. Carposphæra nodosa , n. sp.,
×
300
76
Fig. 2a . The medullary shell is visible, the upper half of the cortical shell being taken off,
×
300
Fig. 3. Heliosoma radians , n. sp.,
×
300
240
Fig. 3a . Medullary shell,
×
300
Fig. 4. Heliosoma hastatum , n. sp.,
×
400
241
Fig. 5. Haliomma compactum , n. sp.,
×
400
239
Fig. 5a . The upper half of the cortical shell is removed,
×
300
Fig. 6. Haliomma macrodoras , n. sp.,
×
400
238
Fig. 7. Haliomma circumtextum , n sp.,
×
400
233
Fig. 8. Elatomma juniperinum , n. sp.,
×
400
243
Fig. 8a . Medullary shell,
×
400
Plate 28.
PLATE 29.
Astrosphærida .
Diam.
Page.
Fig. 1. Echinomma toxopneustes , n. sp.,
×
400
259
Fig. 2. Echinomma sphærechinus , n. sp.,
×
400
258
Fig. 3. Actinomma denticulatum , n. sp.,
×
400
254
Fig. 4. Actinomma pachyderma , n. sp.,
×
400
254
The half of the cortical shell is removed.
Fig. 5. Actinomma pachyderma , n. sp.,
×
400
254
Fig. 6. Actinomma capillaceum , n. sp.,
×
300
255
Fig. 7. Actinomma arcadophorum , n. sp.,
×
400
255
A part of the two outer shells is removed.
Fig. 8. Actinomma arcadophorum , n. sp.,
×
400
255
Inner medullary shell.
Fig. 9. Pityomma drymodes , n. sp.,
×
300
260
A part of the two outer shells is removed.
Plate 29.
Families Liosphærida et Astrosphærida .
PLATE 30.
Liosphærida et Astrosphærida .
Diam.
Page.
Fig. 1. Cromyechinus icosacanthus , n. sp.,
×
300
263
Fig. 2. Cromyomma villosum , n. sp.,
×
300
261
Fig. 3. Cromyechinus dodecacanthus , n. sp.,
×
400
264
Fig. 3a . The innermost shells.
Fig. 4. Cromyomma circumtextum , n. sp.,
×
300
262
Fig. 5. Cromyomma mucronatum , n. sp.,
×
200
263
Fig. 5a . The innermost shells.
Fig. 6. Cromyodrymus abietinus , n. sp.,
×
300
265
Fig. 7. Cromyodrymus quadricuspis , n. sp.,
×
400
264
Fig. 7a . The inner concentric shells.
Fig. 8. Cromyomma perspicuum , n. sp.,
×
300
262
Fig. 9. Cromyosphæra quadruplex , n. sp.,
×
300
84
Fig. 9a . The innermost shells.
Plate 30.