June, '08] ENTOMOLOGICAL NEWS. 2JI 



NOTES ON THE PRECEDING TABULATION. 



a. In all specimens 3 rows of cells between Rs and the radial sup- 

 plement and M 4 and the median supplement, excepting in 2 $ hind 

 wings, where there are 4 rows between M 4 and the median supple- 

 ment. 



b. In 3 $ there are 3 rows of cells throughout between Rs and 

 the radial supplement and M 4 and the median supplement ; in 5 $ 

 there are 4 rows of cells between throughout ; in I $ there are 3 

 rows between Rs and the radial supplement in both front wings 

 and in one hind wing, 4 rows elsewhere ; in i $ there are 4 rows be- 

 tween M, and the median supplement in both hind wings, 3 rows 

 elsewhere; in I $ there are 4 rows between M 4 and the median sup- 

 plement in one hind wing, 3 rows elsewhere; in i 9 there are .3 

 rows between Rs and the radial supplement in one front wing, be- 

 tween M 4 and the median supplement in both front wings, and 4 rows 

 elsewhere. 



c. In 2 $ there are 4 rows of cells throughout between Rs and 

 the radial supplement and M 4 and the median supplement; in I $ 

 there are 3 rows of cells between throughout : in 2 $ there are 3 

 rows of cells throughout excepting that in both hind wines of each 

 specimen there are 4 rows of cells between M 4 and the median sup- 

 plement : in the 9 there are 4 rows of cells between throughout, ex- 

 cepting between M 4 and the median supplement in one front wing 

 and Rs and the radial supplement in one hind wing, where there 

 are 3 rows. (It should be stated that curving of supplements does 

 not vary in a snecies with variation in number of rows of cells be- 

 tween veins and supplements, though it is true that among species 

 those with straightened supplements have a reduced number of in- 

 cluded cells.) 



d. This character is of slight if any value because of the difficulty 

 of accurate determination due to varving degrees in which the wing 

 veins of dried specimens do not lie in the same plane. 



e. Excepting in 4 wings $ , 2 wings $ mutata and 4 wings $ , 

 2 wings 9 jalapmsis where A., arises distal to last cubito-anal cross- 

 vein, but the anal loop is of usual width. 



/. Tn every case but I wing of a $ mutata there are 2 cells on 

 distal side of this outer side of anal loop ; in this one wing there is 

 only T cell. 



.?. Tn 18 wings $, 2 wings 9 multicolor there are 2 cells on dis- 

 tal side of outer side of anal loop ; 2 wings A , 2 wings 9 multi- 

 color and i wing $ jalapciisis with 3 rows of cells on distal side. 



h. The crossveins forming the subtriangle and dividing the sub- 

 triangle are counted. 



/. Tn these 2 wings $, 2 wings 9 mutata the subtriangle is not 

 crossed; in one other wing of mutata 9 the subtriangle is free; in 

 all other cases the subtriangle is once crossed. 



j. One wing 9 with free subtriangle. 



k. The subtriangle free in this wing; crossed in all other wings 

 examined. 



/. One individual, both wings. 



(To be continued.) 



