294 PROCEEDINGS OF THE ACADEMY OF [Vol. LXXIV 



danao, Philippine Islands. Lateral view of apex of abdomen. (Same 



scale as figure 18.) 

 Fig. 21. Holochlora mindanao new species. Male. Type. Davao, Min- 

 danao, Philippine Islands. Ventral outline of subgenital plate. (Same 



scale as figure 18.) 

 Fig. 22. Holochlora mindanao new species. Female. Allotype. Zam- 



boanga, Mindanao, Philippine Islands. Ventral outline of subgenital 



plate. (Greatly enlarged.) 

 Fig. 23. Holochlora signata Brunner. Female. Goenong Soegi, Sumatra. 



Ventral outline of subgenital plate. (Same scale as figure 22.) 



Plate XIV. — Fig. 1. Holochlora fuscc-spinosa Brunner. Male. Mount Ma- 

 Idling, Luzon, Philippine Islands. Lateral view of apex of abdomen. 

 (Greatly enlarged, same scale as Plate XIII, figure 18.) 



Fig. 2. Holochlora fusco-spinesa Brunner. Female. Laguna Province, 

 Luzon, Philippine Islands. Ventral outline of subgenital plate. (Same 

 scale as figure 1.) 



Fig. 3. Holochlora maxima new species. Female. Type. Surigao, Min- 

 danao, Philippine Islands. Ventral outline of subgenital plate. (Same 

 scale as figure 1.) 



Fig. 4. Holochlora javanica Brunner. Female. Sandakan, British North 

 Borneo. Ventral outline of subgenital plate. (Same scale as figure 1.) 



Fig. 5. Sympaeslria lampra new species. Female. Type. Labuan, Brit- 

 ish North Borneo. Lateral outline of sinistral tegmen, showing only 

 veins which are distinct, these very heavy and conspicuous. (Natural 

 size.) 



Fig. 6. Sympaeslria lampra new species. Male. Allotype. Labuan, Brit- 

 ish North Borneo. Lateral outline of sinistral tegmen, showing only 

 veins which are distinct, these very heavy and conspicuous. 111 (Natural 

 size.) 



Fig. 7. Liotrachela cryptisema new species. Female. Type. Davao, Min- 

 danao, Philippine Islands. Lateral view of ovipositor and subgenital 

 plate. (X 4.) 



Fig. 8. Liotrachela iliganae new species. Male. Type. Uigan, Mindanao, 

 Philippine Islands. Lateral view of distal portion of abdomen. (X 4 1 ,f>.) 



Fig. 9. Liotrachela iliganae new species. Male. Type. Iligan, Mindanao, 

 Philippine Islands. Dorsal view of cercus. (Greatly enlarged.) 



Fig. 10. Liotrachela iliganae new species. Male. Type. Iligan, Min- 

 danao, Philippine Islands. Ventral outline of subgenital plate. (X 4 1 .-,.) 



Fig. 11. Caedicia gloriosa new species. Male. Type. Townsville, Queens- 

 land, Australia. Lateral outline. (X 1^2.) 



Fig. 12. Caedicia gloriosa new species. Male. Type. Townsville, Queens- 

 land, Australia. Dorsal view of cercus. (Greatly enlarged.) 



Fig. 13. Platycaedicia obiensis new species. Female. Type. Obi Island, 

 Moluccas. Lateral outline. (X 1M-) 



Fig. 14. Platycaedicia obiensis new species. Female. Type. Obi Island, 

 Moluccas. Lateral view of ovipositor and subgenital plate. (Greatly 

 enlarged.) 



Fig. 15. Chlcracantha lampra new species. Male. Type. Townsville, 

 Queensland, Australia. Lateral view of distal portion of abdomen. 

 (Greatly enlarged.) 



Fig. 16. Chloracantha lampra new species. Male. Type. Townsville, 

 Queensland, Australia. Ventral outline of subgenital plate. (Same scale 

 as figure 15.) 



Fig. 17. Messula kiriwina new species. Male. Type. Kiriwina, Tro- 

 briand Island, Melanesia. Dorsal view of cercus. (Greatly enlarged.) 



Fig. 18. Mossula kiriwina new species. Male. Type. Kiriwina, Tro- 

 briand Island, Melanesia. Ventral outline of subgenital plate. (Greatly 

 enlarged, but not as much so as figure 17.) 



111 Venational abnormality is here indicated by the proximal fork of the first 

 branch of the median vein, running directly into the ulnar vein. 



