. 2013 Jun 19;8(6):e66674. doi: 10.1371/journal.pone.0066674

Table 3. One-way ANOVA and Kruskal-Wallis test results.

Parameter	Difference between sites
Total phytoplankton biomass	F_(6,13) = 92.91 (Aug)^***
(µg chl-a L⁻¹)	n.s. (Sept)
	F_(6,13) = 7.13 (Oct)^**
	n.s. (Nov)
	F_(6,13) = 18.31 (Dec)^***
Total cyanobacterial biomass	F_(6,13) = 10.33 (Aug)^**
(µg chl-a L⁻¹)	n.s (Sept)
	F_(6,13) = 4.23 (Oct)^*
	F_(6,13) = 34.34 (Nov)^***
	F_(6,13) = 18.31(Dec)^***
Cyanobacterial fraction (%)	F_(6,21) = 2.83 (Aug-Nov data)^*
Total zooplankton biomass (mg DM L⁻¹)	n.s.
Adult Daphnia biomass (mg DM L⁻¹)	?² = 15.27, d.f. = 7^*
Juvenile Daphnia biomass (mg DM L⁻¹)	n.s.
Ceriodaphnia biomass (mg DM L⁻¹)	n.s.
Calanoid copepod biomass (mg DM L⁻¹)	n.s.
Ostracoda biomass (mg DM L⁻¹)	n.s.
Cyclopoid copepod biomass (µg DM L⁻¹)	n.s.
Bosmina biomass (µg DM L⁻¹)	n.s.
H’_Zoo	F_(6,34) = 2.46^*
H’_Phyo	F_(6,69) = 2.18^†
Daphnia : calanoid copepoda	n.s.
Intracellular microcystin (µg L⁻¹)	F_(6,34) = 2.41^†
Bioaccumulated microcystin (µg g⁻¹ DM)	n.s.
Mean zooplankton biomass (µg indiv. ⁻¹)	n.s.

Statistical results of differences between sites (one-way ANOVA or Kruskal-Wallis test) of zooplankton and primary producer parameters. DM = dry mass;

^***

= p<0.001,

^**

= p<0.01,

= p<0.05,

^†

= p<0.1;

n.s. = not significant.