ALP 3

Immediate Mortality and Survival for
Raln64MrrroutEgs at 6877 Elea (-72 psi) .
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VA."
P3i � �JL � � � ■ � � �
1 1 3 i 5 6 7 . 9 16
W R-w
96 Hr Mortality and Survival for
Rainbow7tout Es at 6677- Mv.,(-n psi)
1 3 3 i 5 6 7 Y 9 ]0
TM N.m
Figures 50. Immediate mortality and survival at 0 hrs after
for each replicate at 6877 ft reservoir elevation.
Figures 51. Mortality and survival at 96 hrs after sleeve Na
replicate at 6877 ft reservoir elevation.
Contents
(e valve passage for RBT eggs
for RBT eggs for each
elation mead (}i) is not different from zero using a
are the null hypothesis is equal to zero, HO: µ = 0
fi'�potheses that the population mean (g) is not
or riot,rejl✓ct the null hypotheses.
4 days (96 hrs) after sleeve valve
Passage, is not egU411tp zero ({l)
The alten*ive hypotheses are:-..
HIA: Immediate ;$urvival (0 hrsj of nonnative test fish and embryos passed through the sleeve
valve is equal tb.zero (0)
H2A: Survival of nonnative ,test nonnative fish and embryos, up to 4 days (96 hrs) after sleeve
valve passage, is equal to (0)
For HIA, the proportion of live fish and embryos is determined for each test group immediately
after sleeve valve passage. The proportion of the sample alive immediately after sleeve valve
passage is called 0 hr survival and is determined by the number of specimens alive immediately
after sleeve valve passage divided by the number of live specimens inserted (Pe):
PI = Lp/Tp
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