Neato walli, PLATNICK, 2002

PLATNICK, NORMAN I., 2002, A Revision Of The Australasian Ground Spiders Of The Families Ammoxenidae, Cithaeronidae, Gallieniellidae, And Trochanteriidae (Araneae: Gnaphosoidea), Bulletin of the American Museum of Natural History 2002 (271), pp. 1-1 : 1-

KEY TO SPECIES OF MEEDO

1. Males (those of ovtsharenkoi , flinders , and bluff unknown).................... 2

– Females.......................... 11

2. Embolus long, originating on retrolateral side of bulb (fig. 57)............. yarragin

– Embolus shorter, not originating on retrolateral side of bulb.................. 3

3. Embolus originating at proximal edge of bulb (fig. 53)................... houstoni

– Embolus originating more distally...... 4

4. Retrolateral tibial apophysis absent (figs. 66, 90)............................. 5

– Retrolateral tibial apophysis sometimes small (fig. 82) but present................ 6

5. Embolus straight (fig. 65)....... mullaroo

– Embolus sinuous (fig. 89)........ gympie

6. Retrolateral tibial apophysis directed dorsally (figs. 70, 74)..................... 7

– Retrolateral tibial apophysis directed distally ................................ 8

7. Embolus relatively short, conductor twisted (fig. 69).................... cohuna

– Embolus relatively long, conductor lobate (fig. 73)................. broadwater

42. Anterior lateral spinnerets. 43, 44. Posterior median spinnerets. 45, 46. Posterior lateral spinnerets. 48. Anterior lateral spinnerets. 49, 50. Posterior median spinnerets. 51, 52. Posterior lateral spinnerets.

8. Retrolateral tibial apophysis relatively small (figs. 82, 86)..................... 9

– Retrolateral tibial apophysis relatively large (figs. 62, 78).................... 10

9. Retrolateral tibial apophysis a narrow spike (fig. 82)...................... booti

– Retrolateral tibial apophysis smaller, rounded (fig. 86)................. munmorah

10. Embolus situated prolaterally (fig. 77).................................... yeni

– Embolus situated medially (fig. 61)................................. harveyi

11. Epigynal atrium relatively wide, occupying most of epigynal width (figs. 83, 87, 91, 127)........................... 12

– Epigynal atrium narrower............ 15

12. Epigynal atrium divided medially (figs. 83, 87)............................ 13

– Epigynal atrium not divided (figs. 91, 127) ............................... 14

13. Spermathecae widened anteriorly (fig. 88)........................... munmorah

– Spermathecae not widened anteriorly (fig. 84)............................. booti

14. Spermathecae widened anteriorly (fig. 92).............................. gympie

– Spermathecae not widened anteriorly (fig. 128)......................... bluff

15. Epigynal atrium relatively long (figs. 55, 63) ............................... 16

– Epigynal atrium relatively short (figs. 71, 75) ............................... 19

16. Epigynal atrium relatively wide (figs. 22, 63) ............................... 17

– Epigynal atrium relatively narrow (figs. 55, 59)............................ 18

17. Anterior portion of epigynal ducts wide (fig. 64)........................ harveyi

– Anterior portion of epigynal ducts narrow (fig. 23)................ ovtsharenkoi

18. Epigynal atrium relatively long (fig. 55).............................. houstoni

– Epigynal atrium relatively short (fig. 59).............................. yarragin

19. Spermathecae with large, thumb­shaped anterior projections (figs. 71, 72)................................... cohuna

– Spermathecae without such projections.. ................................ 20

20. Spermathecae extending anteriorly of epigynal atrium (fig. 68)........... mullaroo

– Spermathecae not extending anteriorly of atrium............................ 21

21. Epigynal atrium relatively wide, slit­shaped (fig. 75)................. broadwater

– Epigynal atrium narrower (figs. 79, 115)... ................................ 22

22. Epigynal atrium triangular (fig. 79)... yeni