Index 



Coulter, J. M., cited, 253. 



Coutant, A. F., quoted, 198, 199. 



Craspedotella, 329. 



Crithidia, Comparison of Life Cycle 

 of, with that of Trypanosoma in 

 the Invertebrate Host, 135-190 

 phylogenetic relationships, 136 

 hemipteran insect hosts of, 137 

 variations in structure and life 

 cycle, 138-139; morphology, com- 

 parative, of, and crithidial stages 

 of Trypanosoma, 144—132. 

 euryophthalmi, 138, 139, 140, 146, 

 147, 148, 149, 150, 151; life his- 

 tory, 141 112. 143; life cycle, 

 152-179; figures showing, 145, 

 154, opp. 182. 

 gerridus, 138. 



leptocoridis, 138, 139, 140, 146, 147, 

 149. 150, 1H2; binary fission in, 

 166-167, figure showing, 167; fig- 

 ures showing, 145. 

 melophagia, 162. 



Orithidias, extracellular, 154-155; 

 pear-shaped, 159, figures showing, 

 opp. 182; intracellular, 168-170. 



Crocker, W. H., acknowledgment, 389. 



Cropper, J. W., and Row, R. W. H., 88. 



( Iryptomonadineae, 236. 



( !yclops, reactions of, 12. 

 albidus, 12. 



Cymbuliidae, 85. 



Cystoflagellata (Haeckel), Bearing' 

 of New Morphological Interpre- 

 tation of the Structure of Noc- 

 tiluca on, 317-334; Noctiluca not 

 a member of order, 329. 



Cysts, in Giardia mieroti, 108-119; 

 types of, 108, 116; in eercariae 

 of Behinostoma revolutum, 361. 

 See also Binary fission; Multiple 

 fission; Encystment; Giardia; 

 Echinostoma. 



Dallingeria, 235. 



Dangeard. P. A., cited. 248. 



Daphnia, 7. 

 pulex, 10. 



Daughter-rediae, 342. See also Echino- 

 stoma. revolutum. 



Degenerative (infective) series, in 

 life cycle of Crithidia euryoph- 

 thalmi, 177-178. 



Delage, Y., 237, 238. 



Demonstration of the Function of 

 the Neuromotor Apparatus in 

 Euplotes by the Method of 

 Microdissection, 403—470; meth- 

 ods and materials, 413-418. 



Desmopteridae, 83. 



Desmopterus pacificus, 85; descrip- 

 tion, 86; comparison, 87; behav- 

 ior, 87-88; figure showing, 87. 

 papilo, 85, 87 ; figure showing, 86. 



Developmental series in lit, 



•Crithidia eurvoptlialmi, 153-177; 

 illustrated, opp. 182, L86. 



I liarrhoea, 87. 



Dieroeoeliidae, 297. 



I >n-i oeoi liinae, 297. 



Dietz, E., 365. 



Digenea, 359. 



Dinoflagellata, .".17, 319; affinity of 

 Noctiluca to, 329. 



Diplopoda, 393. 



Diptera, 137. 



Distomatineae, 236. 



Distome, New, from Rana aurora, 

 283. See also Margeana califor- 

 niensis. 



:,i crassicolle, 294. 

 ecMnatum, 356, 358, 367. 

 endolobum, 292. 

 "hepaticum var. aegyptica," 340. 



Diurnal migrations. Set Migrations, 

 diurnal. 



Diurnal variation in environmental 

 elements. 1 1. 



Dobell, C C. quoted, 2:;.-.; 242, 249; 

 cited, 253. 



Doflein, E., 238. 324; quoted, 317. 



Dollfus, R., 360. 



Douglas Lake, Michigan, 296. 



Drosophila confusa, 137. 



Dufour, L., 191. 



1 lysentery, 87. 



Echinostoma limicoli noui. nov., 368 



Echinostoma revolutum. Study of 

 Life Cycle of, 335-388 ; prepara 

 tions for experiment, 336; eggs 

 and development of miracidia 

 338-341 ; figures showing, opp. 376 

 and 378; infection of snails with 

 341 ; metamorphosis into mother 

 rediae, 342; figure showing, opp 

 380; development of daughter 

 rediae, 342-343; description of 

 344; figures showing, opp. 380 

 and 382 ; morphology of eer 

 cariae, 346-361; figure showing 

 opp. 384; excretory system of 

 348-361; figures showing, 353 

 opp. 386; formation of encysted 

 agamodistomes or cysts. 361 ; fig- 

 ure showing, opp. 384; descrip 

 tion of adult form, 365-368; fig- 

 ure showing, opp. 388; summary 

 and discussion, 368-372. 



Echinostomum liliputanum, 338. 

 secundum, 335. 



Edwards, J. G. See Kepner and Ed- 

 wards. 



Encystment in Giardia microti, 86; 

 in Echinostoma revolutum, 361. 

 See also Giardia microti, Studies 

 in; Echinostoma revolutum, Life 

 CVcle of. 



[473 



