358 J. Nagy, M.A. Kam<strong>in</strong>ski, W. Kuhnt, & M.A. Bremer PLATE 4 Samples <strong>from</strong> lower part of Torsk Formation, Barents Sea, Well 7119/7-1 (RL= reflected light; SEM = scann<strong>in</strong>g electron micrograph) Fig. 1. Rhizamm<strong>in</strong>a sp.: sample 1250.0 m, RL, x65. Fig. 2 Rhizamm<strong>in</strong>a sp.: sample 1320.0 m, RL, x65. Fig. 3-4. Bathysiphon microraphidus: 3. sample 1300.0 m, RL, x65; 4. sample 1150.0 m, RL, x65. Fig. 5-6. Bathysiphon annulatus: 5. sample 1340.0 m, RL,x60; 6. sample 1330.0 m, RL, x50. Fig. 7-10. Bathysiphon sp. 1: 7. sample 1110.0 m, RL, x55; 8. sample 1110.0 m, RL, x60; 9. sample 1200.0 m, SEM, x60; 10. sample 1230.0 m, RL, x85. Fig. 11-12. Bathysiphon sp. 2: 11. sample 1320.0 m, RL, x66; 12. sample 1307.0 m, RL, x65. Fig. 13-15. Hyperamm<strong>in</strong>a rugosa: 13. sample 1200.0 m, RL, x50; 14. sample 1290.0 m, RL, x40; 15. sample 1290.0 m, SEM, x40. Fig. 16-18. Kalamopsis grzybowskii: 16. sample 1340.0 m, SEM, x50; 17. sample 1210.0 m, RL, x70; 18. sample 1330.0 m, RL, x50. Fig. 19-20. Psammosphaera fusca: 19. sample 1110.0 m, RL, x35; 20. sample 1290.0 m, RL, x40. Fig. 21-23. Saccamm<strong>in</strong>a grzybowskii: 21. sample 1270.0 m, RL, x80; 22. sample 1250.0 m, SEM, x80; 23. sample 1250.0 m, RL, x80. Fig. 24. Saccamm<strong>in</strong>a placenta: sample 1270.0 m, RL, x80.
<strong>Agglut<strong>in</strong>ated</strong> <strong>foram<strong>in</strong>ifera</strong> <strong>from</strong> <strong>the</strong> Palaeogene of Spitsbergen and <strong>the</strong> Barents Sea 359