2016 Aggie Cross Country Invite
Innovation Campus Park Course,
Logan, UT
September 02, 2016


1.   1 -
JUDG
  1   (1,15)
2.   1 -
JUDG
  1   (1,19) ,   2 -
MADS
  2   (1,20)
3.   1 -
JUDG
  1   (1,23) ,   2 -
MADS
  2   (1,24) ,   3 -
SKYV
  3   (1,25)
4.   1 -
JUDG
  5   (2,23) ,   2 -
MADS
  2   (1,28) ,   3 -
SKYV
  3   (1,29)
5.   1 -
JUDG
  5   (2,26) ,   2 -
MADS
  2   (1,32) ,   3 -
SKYV
  3   (1,33) ,   4 -
HRMN
  5   (1,35)
6.   1 -
JUDG
  5   (2,29) ,   2 -
MADS
  2   (1,36) ,   3 -
SKYV
  3   (1,37) ,   4 -
HRMN
  5   (1,39) ,   5 -
FREM
  6   (1,40)
7.   1 -
JUDG
  5   (2,32) ,   2 -
HRMN
  12   (2,39) ,   3 -
MADS
  2   (1,40) ,   4 -
SKYV
  3   (1,41) ,   5 -
FREM
  6   (1,44)
8.   1 -
JUDG
  5   (2,35) ,   2 -
HRMN
  12   (2,42) ,   3 -
MADS
  2   (1,44) ,   4 -
SKYV
  3   (1,45) ,   5 -
FREM
  6   (1,48) ,   6 -
RDGL
  8   (1,50)
9.   1 -
JUDG
  14   (3,35) ,   2 -
HRMN
  12   (2,45) ,   3 -
MADS
  2   (1,48) ,   4 -
SKYV
  3   (1,49) ,   5 -
FREM
  6   (1,52) ,   6 -
RDGL
  8   (1,54)
10.   1 -
JUDG
  14   (3,37) ,   2 -
HRMN
  22   (3,45) ,   3 -
MADS
  2   (1,52) ,   4 -
SKYV
  3   (1,53) ,   5 -
FREM
  6   (1,56) ,   6 -
RDGL
  8   (1,58)
11.   1 -
JUDG
  14   (3,39) ,   2 -
HRMN
  22   (3,47) ,   3 -
RDGL
  19   (2,58) ,   4 -
MADS
  2   (1,56) ,   5 -
SKYV
  3   (1,57) ,   6 -
FREM
  6   (1,60)
12.   1 -
HRMN
  34   (4,47) ,   2 -
JUDG
  14   (3,41) ,   3 -
RDGL
  19   (2,61) ,   4 -
MADS
  2   (1,60) ,   5 -
SKYV
  3   (1,61) ,   6 -
FREM
  6   (1,64)
13.   1 -
HRMN
  34   (4,48) ,   2 -
JUDG
  14   (3,43) ,   3 -
RDGL
  32   (3,61) ,   4 -
MADS
  2   (1,64) ,   5 -
SKYV
  3   (1,65) ,   6 -
FREM
  6   (1,68)
14.   1 -
HRMN
  34   (4,49) ,   2 -
JUDG
  14   (3,45) ,   3 -
RDGL
  32   (3,63) ,   4 -
MADS
  2   (1,68) ,   5 -
SKYV
  3   (1,69) ,   6 -
FREM
  6   (1,72) ,   7 -
MMTN
  14   (1,80)
15.   1 -
HRMN
  34   (4,50) ,   2 -
JUDG
  14   (3,47) ,   3 -
RDGL
  32   (3,65) ,   4 -
MMTN
  29   (2,80) ,   5 -
MADS
  2   (1,72) ,   6 -
SKYV
  3   (1,73) ,   7 -
FREM
  6   (1,76)
16.   1 -
JUDG
  30   (4,47) ,   2 -
HRMN
  34   (4,51) ,   3 -
RDGL
  32   (3,67) ,   4 -
MMTN
  29   (2,83) ,   5 -
MADS
  2   (1,76) ,   6 -
SKYV
  3   (1,77) ,   7 -
FREM
  6   (1,80)
17.   1 -
HRMN
  51   (5,51) ,   2 -
JUDG
  30   (4,48) ,   3 -
RDGL
  32   (3,69) ,   4 -
MMTN
  29   (2,86) ,   5 -
MADS
  2   (1,80) ,   6 -
SKYV
  3   (1,81) ,   7 -
FREM
  6   (1,84)
18.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (5,51) ,   3 -
RDGL
  32   (3,71) ,   4 -
MMTN
  29   (2,89) ,   5 -
MADS
  2   (1,84) ,   6 -
SKYV
  3   (1,85) ,   7 -
FREM
  6   (1,88)
19.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (6,51) ,   3 -
RDGL
  32   (3,73) ,   4 -
MMTN
  29   (2,92) ,   5 -
MADS
  2   (1,88) ,   6 -
SKYV
  3   (1,89) ,   7 -
FREM
  6   (1,92)
20.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (6,51) ,   3 -
RDGL
  32   (3,75) ,   4 -
SKYV
  23   (2,89) ,   5 -
MMTN
  29   (2,95) ,   6 -
MADS
  2   (1,92) ,   7 -
FREM
  6   (1,96)
21.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  32   (3,77) ,   4 -
SKYV
  23   (2,92) ,   5 -
MMTN
  29   (2,98) ,   6 -
MADS
  2   (1,96) ,   7 -
FREM
  6   (1,100)
22.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  32   (3,79) ,   4 -
SKYV
  23   (2,95) ,   5 -
MMTN
  29   (2,101) ,   6 -
MADS
  2   (1,100) ,   7 -
FREM
  6   (1,104) ,   8 -
HILC
  22   (1,120)
23.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  32   (3,81) ,   4 -
SKYV
  46   (3,95) ,   5 -
MMTN
  29   (2,104) ,   6 -
MADS
  2   (1,104) ,   7 -
FREM
  6   (1,108) ,   8 -
HILC
  22   (1,124)
24.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  56   (4,81) ,   4 -
SKYV
  46   (3,97) ,   5 -
MMTN
  29   (2,107) ,   6 -
MADS
  2   (1,108) ,   7 -
FREM
  6   (1,112) ,   8 -
HILC
  22   (1,128)
25.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  56   (4,82) ,   4 -
SKYV
  71   (4,97) ,   5 -
MMTN
  29   (2,110) ,   6 -
MADS
  2   (1,112) ,   7 -
FREM
  6   (1,116) ,   8 -
HILC
  22   (1,132)
26.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  71   (4,98) ,   5 -
MMTN
  29   (2,113) ,   6 -
MADS
  2   (1,116) ,   7 -
FREM
  6   (1,120) ,   8 -
HILC
  22   (1,136)
27.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  71   (4,99) ,   5 -
MMTN
  56   (3,113) ,   6 -
MADS
  2   (1,120) ,   7 -
FREM
  6   (1,124) ,   8 -
HILC
  22   (1,140)
28.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (5,99) ,   5 -
MMTN
  56   (3,115) ,   6 -
MADS
  2   (1,124) ,   7 -
FREM
  6   (1,128) ,   8 -
HILC
  22   (1,144)
29.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (6,99) ,   5 -
MMTN
  56   (3,117) ,   6 -
MADS
  2   (1,128) ,   7 -
FREM
  6   (1,132) ,   8 -
HILC
  22   (1,148)
30.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (6,99) ,   5 -
MMTN
  56   (3,119) ,   6 -
HILC
  52   (2,148) ,   7 -
MADS
  2   (1,132) ,   8 -
FREM
  6   (1,136)
31.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  56   (3,121) ,   6 -
HILC
  52   (2,151) ,   7 -
MADS
  2   (1,136) ,   8 -
FREM
  6   (1,140)
32.   1 -
JUDG
  48   (5,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  88   (4,121) ,   6 -
HILC
  52   (2,154) ,   7 -
MADS
  2   (1,140) ,   8 -
FREM
  6   (1,144)
33.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (5,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  88   (4,122) ,   6 -
HILC
  52   (2,157) ,   7 -
MADS
  2   (1,144) ,   8 -
FREM
  6   (1,148)
34.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  88   (4,123) ,   6 -
HILC
  52   (2,160) ,   7 -
MADS
  2   (1,148) ,   8 -
FREM
  6   (1,152)
35.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
HILC
  52   (2,163) ,   7 -
MADS
  2   (1,152) ,   8 -
FREM
  6   (1,156)
36.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
FREM
  42   (2,156) ,   7 -
HILC
  52   (2,166) ,   8 -
MADS
  2   (1,156)
37.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  39   (2,156) ,   7 -
FREM
  42   (2,159) ,   8 -
HILC
  52   (2,169)
38.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  77   (3,156) ,   7 -
FREM
  42   (2,162) ,   8 -
HILC
  52   (2,172)
39.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (6,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,156) ,   7 -
FREM
  42   (2,165) ,   8 -
HILC
  52   (2,175)
40.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,157) ,   7 -
FREM
  42   (2,168) ,   8 -
HILC
  52   (2,178)
41.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,158) ,   7 -
HILC
  93   (3,178) ,   8 -
FREM
  42   (2,171)
42.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,159) ,   7 -
FREM
  84   (3,171) ,   8 -
HILC
  93   (3,180)
43.   1 -
JUDG
  48   (6,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,160) ,   7 -
FREM
  84   (3,173) ,   8 -
HILC
  93   (3,182) ,   9 -
WSID
  43   (1,225)
44.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  116   (4,161) ,   7 -
FREM
  84   (3,175) ,   8 -
HILC
  93   (3,184) ,   9 -
WSID
  43   (1,229)
45.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (5,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  84   (3,177) ,   8 -
HILC
  93   (3,186) ,   9 -
WSID
  43   (1,233)
46.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  84   (3,179) ,   8 -
HILC
  93   (3,188) ,   9 -
WSID
  43   (1,237)
47.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  84   (3,181) ,   8 -
HILC
  93   (3,190) ,   9 -
WSID
  43   (1,241) ,   10 -
BELO
  47   (1,245)
48.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  84   (3,183) ,   8 -
HILC
  93   (3,192) ,   9 -
WSID
  91   (2,241) ,   10 -
BELO
  47   (1,249)
49.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  84   (3,185) ,   8 -
HILC
  93   (3,194) ,   9 -
WSID
  140   (3,241) ,   10 -
BELO
  47   (1,253)
50.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  134   (4,185) ,   8 -
HILC
  93   (3,196) ,   9 -
WSID
  140   (3,243) ,   10 -
BELO
  47   (1,257)
51.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  134   (4,186) ,   8 -
WSID
  191   (4,243) ,   9 -
HILC
  93   (3,198) ,   10 -
BELO
  47   (1,261)
52.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  134   (4,187) ,   8 -
WSID
  191   (4,244) ,   9 -
HILC
  93   (3,200) ,   10 -
BELO
  99   (2,261)
53.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (5,161) ,   7 -
FREM
  134   (4,188) ,   8 -
WSID
  191   (4,245) ,   9 -
HILC
  93   (3,202) ,   10 -
BELO
  152   (3,261)
54.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  134   (4,189) ,   8 -
WSID
  191   (4,246) ,   9 -
HILC
  93   (3,204) ,   10 -
BELO
  152   (3,263)
55.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (6,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  134   (4,190) ,   8 -
WSID
  191   (4,247) ,   9 -
BELO
  207   (4,263) ,   10 -
HILC
  93   (3,206)
56.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  134   (4,191) ,   8 -
WSID
  191   (4,248) ,   9 -
BELO
  207   (4,264) ,   10 -
HILC
  93   (3,208)
57.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (5,191) ,   7 -
WSID
  191   (4,249) ,   9 -
BELO
  207   (4,265) ,   10 -
HILC
  93   (3,210)
58.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (6,191) ,   7 -
WSID
  191   (4,250) ,   9 -
BELO
  207   (4,266) ,   10 -
HILC
  93   (3,212)
59.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (6,191) ,   8 -
WSID
  250   (5,250) ,   9 -
BELO
  207   (4,267) ,   10 -
HILC
  93   (3,214)
60.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (6,191) ,   8 -
WSID
  250   (6,250) ,   9 -
BELO
  207   (4,268) ,   10 -
HILC
  93   (3,216)
61.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (6,191) ,   8 -
WSID
  250   (6,250) ,   9 -
HILC
  154   (4,216) ,   10 -
BELO
  207   (4,269)
62.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (6,191) ,   8 -
HILC
  216   (5,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  207   (4,270)
63.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (6,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (5,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  207   (4,271)
64.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (7,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (5,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  207   (4,272)
65.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (7,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (6,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  207   (4,273)
66.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (7,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (7,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  207   (4,274)
67.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (7,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (7,216) ,   9 -
WSID
  250   (6,250) ,   10 -
BELO
  274   (5,274)
68.   1 -
JUDG
  48   (7,48) ,   2 -
HRMN
  51   (7,51) ,   3 -
RDGL
  82   (7,82) ,   4 -
SKYV
  99   (7,99) ,   5 -
MMTN
  123   (7,123) ,   6 -
MADS
  161   (7,161) ,   7 -
FREM
  191   (7,191) ,   8 -
HILC
  216   (7,216) ,   9 -
WSID
  250   (7,250) ,   10 -
BELO
  274   (5,274)


Scoring 1:   1 - JUDG   1   (1) ,   2 - MADS   2   (2) ,   3 - SKYV   3   (3) ,   4 - HRMN   5   (5) ,   5 - FREM   6   (6) ,   6 - RDGL   8   (8) ,   7 - MMTN   14   (14) ,   8 - HILC   22   (22) ,   9 - WSID   43   (43) ,   10 - BELO   47   (47)
Scoring 2:   1 - JUDG   5   (4) ,   2 - HRMN   12   (7) ,   3 - RDGL   19   (11) ,   4 - SKYV   23   (20) ,   5 - MMTN   29   (15) ,   6 - MADS   39   (37) ,   7 - FREM   42   (36) ,   8 - HILC   52   (30) ,   9 - WSID   91   (48) ,   10 - BELO   99   (52)
Scoring 3:   1 - JUDG   14   (9) ,   2 - HRMN   22   (10) ,   3 - RDGL   32   (13) ,   4 - SKYV   46   (23) ,   5 - MMTN   56   (27) ,   6 - MADS   77   (38) ,   7 - FREM   84   (42) ,   8 - HILC   93   (41) ,   9 - WSID   140   (49) ,   10 - BELO   152   (53)
Scoring 4:   1 - JUDG   30   (16) ,   2 - HRMN   34   (12) ,   3 - RDGL   56   (24) ,   4 - SKYV   71   (25) ,   5 - MMTN   88   (32) ,   6 - MADS   116   (39) ,   7 - FREM   134   (50) ,   8 - HILC   154   (61) ,   9 - WSID   191   (51) ,   10 - BELO   207   (55)
Scoring 5:   1 - JUDG   48   (18) ,   2 - HRMN   51   (17) ,   3 - RDGL   82   (26) ,   4 - SKYV   99   (28) ,   5 - MMTN   123   (35) ,   6 - MADS   161   (45) ,   7 - FREM   191   (57) ,   8 - HILC   216   (62) ,   9 - WSID   250   (59) ,   10 - BELO   274   (67)

Explanation
This analysis is a series of snapshots through-out the race, which allows for a comparison of each team's relative position as the race unfolds.

Each time that a runner finishes the race, the team standings change. Thus, each line represents a runner finishing and a view of the team standings at that particular moment in time.

Key
Each line will have a team underlined, which is the designation of the team for that runner. The line number is the team scoring position for the runner that finished. The number before the team abbreviation is the current position of that team. The number after the team abbreviation is the team's current score. The first number inside the parenthesis is the number of runners from that team that have finished so far. The second number inside the parenthesis is the best possible score that the team is still able to achieve.

The color of the team is a representation of their final team position in the race. When 5 runners have finished from a team, the team score is final and it is displayed in bold type. When the team place number is bolded, the team position is final.

Analyze
If you hover your mouse over a team anywhere in the list, all of the entries for that team are temporarily bolded, making it easier to follow the progress of that team. A team that has a final team score, but their team position is not yet final, has team(s) that threaten their position. This means that, depending on the place of runners that have not yet finished, a threatening team can still mathematically surpass the position of the threatened team. While a team is highlighted, any teams that threaten their position will be listed in italics, starting from the position where their team score is final.