Results from the Stanford Invitational on 4/2/16

Track Home    Season Trends    Season's Top Marks    SR Improvements

Boys Individual Results

Athlete Gr Event Div Result
Pts
Last Year Result
(Δ,%)
Previous Result
(Δ,%)
Last SR
(Δ,%)
Last PR
(Δ,%)
Imprvmnts
Hall, Willie Sr 800m V 1:51.76 1:53.37
(1.61,1.4)
1:59.67
(7.91,6.6)
1:56.86
(5.10,4.4)
1:52.95
(1.19,1.1)
Great Job! (LY, LR, SR, PR)
Vernau, Michael Jr 1 mile V 4:18.24
Browning, Kellen Sr 1 mile V 4:20.31
Borowsky, Nick Sr 1 mile V 4:20.55
Vernau, Michael Jr 3000m V 8:23.25 8:55.36
(32.11,6.0)
8:30.31
(7.06,1.4)
8:30.31
(7.06,1.4)
8:30.31
(7.06,1.4)
Great Job! (LY, LR, SR, PR)
Chupka, Mason Sr 110m Hurdles - 39" V 17.44 16.71 16.02 15.82 15.82
Johnston, Tanner Sr Pole Vault V 13'6.5 13'6
(0'0.5,0.3)
13'0
(0'6.5,4.2)
13'6
(0'0.5,0.3)
14'0 Great Job! (LY, LR, SR)
Easton, Ben Jr Pole Vault V 14'0 12'0
(2'0,16.7)
14'6 14'6 14'6 Great Job! (LY)
Blakewell, Joe Sr Pole Vault V 14'0 13'11.25
(0'0.75,0.4)
13'6
(0'6,3.7)
14'6 14'6 Great Job! (LY, LR)

Girls Individual Results

Athlete Gr Event Div Result
Pts
Last Year Result
(Δ,%)
Previous Result
(Δ,%)
Last SR
(Δ,%)
Last PR
(Δ,%)
Imprvmnts
O'Keeffe, Olivia So 1 mile V 5:01.04
Castiglioni, Sofia Jr 1 mile V 5:04.48 5:12.52
(8.04,2.6)
5:12.52
(8.04,2.6)
5:12.52
(8.04,2.6)
Great Job! (LY, LR, PR)
Fisk, Abigail Jr 1 mile V 5:23.80
Fisk, Abigail Jr 3000m V 10:35.28
Otto Cutting, Amelia Sr High Jump V 5'0.25 4'10
(0'2.25,3.9)
5'0
(0'0.25,0.4)
5'0
(0'0.25,0.4)
5'2 Great Job! (LY, LR, SR)
Mknelly, Bailey Jr High Jump V 5'2.25 5'0.25
(0'2,3.3)
5'0
(0'2.25,3.8)
5'0
(0'2.25,3.8)
5'2
(0'0.25,0.4)
Great Job! (LY, LR, SR, PR)
Meyer, Emily Jr Pole Vault V 10'0 9'6
(0'6,5.3)
10'6 11'2 11'2 Great Job! (LY)
John, Joseena Sr Long Jump V 15'9 16'10.75 15'2
(0'7,3.8)
15'10.75 18'0 Great Job! (LR)
Lengtat, Alyssa Jr Triple Jump V 36'7 36'8 36'8 37'1

All columns are sortable by clicking on the column heading. Improvement columns sort by event, then percent improvement.
A "c" following a result means it has been converted from hand-timed by rounding up the measured time to the nearest tenth, then adding 0.24 seconds.
A "w" following the the result means it is wind-aided.