Table 1 Results of the two-way analysis of variance.

From: Eutrophication drives regime shift via changes in stoichiometric homeostasis-based submerged macrophyte assemblages

  

PM

 

HV

d.f.

Day 30

Day 60

Day 90

d.f.

Day 30

Day 60

Day 90

F

p

F

p

F

p

F

p

F

p

F

p

P

2

4.53

0.03

5.99

0.02

1.39

0.29

2

2.85

0.10

7.59

0.01

57.88

0.00

S

1

0.66

0.43

0.73

0.41

1.16

0.31

1

0.95

0.35

4.55

0.05

2.16

0.19

P*S

2

1.17

0.34

1.97

0.18

0.49

0.63

2

0.35

0.71

2.88

0.10

1.06

0.34

  

Chl a

 

IRP

d.f.

Day 30

Day 60

Day 90

d.f.

Day 30

Day 60

Day 90

F

p

F

p

F

p

F

p

F

p

F

p

P

2

97.72

0.00

29.90

0.00

17.50

0.00

2

15.09

0.00

38.33

0.00

6.728

0.01

S

3

2.57

0.08

10.46

0.00

10.57

0.00

2

4.81

0.02

14.48

0.00

16.08

0.00

P*S

6

1.63

0.18

1.90

0.12

1.09

0.40

3

2.29

0.10

3.67

0.02

4.08

0.03

  1. The effects of phosphorus level (P), submerged macrophyte species assemblage (S), and their interaction (P*S) on the Potamogeton maackianus biomass per plant (PM), Hydrilla verticillata biomass per plant (HV), chlorophyll a level (Chl a), and inhibition ratio of phytoplankton (IRP) at each day of measurement. Significant effects (p < 0.05) are indicated in bold text.
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