Table 1. The various treatments and aquarium numbers. The mean survival
time (time to the disappearance of the DNA) is calculated as total time
on test divided by the number of aquaria in which the DNA disappeared,
meaning that it was at that time for the first time below the detection
limit of 8,221 molecules per liter. |
Table 1. The various treatments
and aquarium numbers. The mean survival time (time to the disappearance
of the DNA) is calculated as total time on test divided by the number of
aquaria in which the DNA disappeared, meaning that it was at that time
for the first time below the detection limit of 8,221 molecules per
liter. |
Table 1. The various treatments and aquarium numbers. The mean
survival time (time to the disappearance of the DNA) is calculated as
total time on test divided by the number of aquaria in which the DNA
disappeared, meaning that it was at that time for the first time below
the detection limit of 8,221 molecules per liter. |
Table 1. The various
treatments and aquarium numbers. The mean survival time (time to the
disappearance of the DNA) is calculated as total time on test divided by
the number of aquaria in which the DNA disappeared, meaning that it was
at that time for the first time below the detection limit of 8,221
molecules per liter. |
Table 1. The various treatments and aquarium
numbers. The mean survival time (time to the disappearance of the DNA)
is calculated as total time on test divided by the number of aquaria in
which the DNA disappeared, meaning that it was at that time for the
first time below the detection limit of 8,221 molecules per liter. |
Table 1. The various treatments and aquarium numbers. The mean survival
time (time to the disappearance of the DNA) is calculated as total time
on test divided by the number of aquaria in which the DNA disappeared,
meaning that it was at that time for the first time below the detection
limit of 8,221 molecules per liter. |
Table 1. The various treatments
and aquarium numbers. The mean survival time (time to the disappearance
of the DNA) is calculated as total time on test divided by the number of
aquaria in which the DNA disappeared, meaning that it was at that time
for the first time below the detection limit of 8,221 molecules per
liter. |
Treatment code |
Aquarium no. |
pH |
OM |
DNA source |
Mean survival time (h) |
Mean survival time (h) |
A |
1,11,21 |
4-5.7 |
no |
Shrimps |
324.00 |
|
B |
7,17,27 |
8-8.6 |
no |
Shrimps |
2520.00 |
|
C |
3,13,23 |
4-5.7 |
added |
Shrimps |
24.67 |
|
D |
5,15,25 |
8-8.6 |
added |
Shrimps |
36.67 |
|
E |
6,16,26 |
4-5.7 |
no |
Spiked |
67.00 |
|
F |
2,12,22 |
8-8.6 |
no |
Spiked |
84.00 |
|
G |
4,14,24 |
4-5.7 |
added |
Spiked |
20.67 |
|
H |
8,18,28 |
8-8.6 |
added |
Spiked |
8.67 |
|