Plate 1 1 



•'[«;. 1. Dacryonella subvespertilio, new species (p. 134). 



The i\ pe specimen, ■ 20, incrusting an orbitoid foraminifer. 

 I). r> l T «. » . Etomblon Light, Etomblon. 

 2, '■'>. Dacryonella trapt zoides, new species (p. L33). 



2. Zoarium, ■ 20, incrustiiifj a nullipore. The zooecia preserve the 



ectocysl which is very transparent and shows the opesium. 



3. Another example, -.20, in whieli some of the zooecia (with double 



mural rim I arc regenerated. 

 :;'. Specimen. ■ 2(1, showing the inner structure of the opesium. 



The distal impressions are placed a little lower than the hinge of the 

 opercular valve. 



D. 5151 . Sirun Island. 



4. Micropora rimulata, new species (p. 137). 



The t j pe specimen incrusting a pebble, ■ 20. 

 D. 5217. Anima Sola Island. 

 ."). 6. Caleschara laxa, new species (p. 136). 



5. Zoarium, 20, incrusting a pebble, with some zooecia preserving their 



ectocj si . 



I). .7217. Allium Sola Island. 



6. Unilamellar specimen, ■ 20, showing t he Large endozooecial ovicells. 



I). 5137. Jolo Light, Jolo. 

 7. 8. Caleschara junctif era, new species (p. 136). 



7. The tree rod like zoarium, ■ 20, showing zooecia without polypidian 



La ineiia. 



8. Another example. ■ 20, in which the polypidian Lamella is developed. 



I). 5235. Nagabul Island, 

 '.i 11. Microporina japonica, new species (p. 139). 



'.». Segments, natural size, and one. <20, showing the narrow base. Some 



of t he zooecia have no avicularia. 

 HI. Middle portion of a segment, 20, with an avicularium to each 



zooecium. 

 II. Longitudinal section, 20. The avicularium is not related to the 

 distal zooecium, on which it, however, reposes. 

 l> 1807. Cape Tsiuka, Sea of Japan. 



58 1 



