. 2015 Feb 12;10(2):e0117541. doi: 10.1371/journal.pone.0117541

Table 2. Diuron concentrations (g l^-1) that inhibit 50% (IC₅₀) and 10% (IC₁₀) of H. ovalis leaf quantum yields at different irradiance levels.

	∆F/F _m’				F_v/F_m
Irradiance	IC₅₀	95% CV	IC₁₀	95% CV	IC₅₀	95% CV	IC₁₀	95% CV
40	3.3^a	2.4–4.5	0.97	0.57–1.53	5.4^a	3.9–8.0	1.23	0.67–1.97
100	3.5^a	2.5–4.3	0.78	0.46–1.27	4.3^a	3.1–6.3	0.66	0.33–1.14
200	2.2^a	1.5–3.5	0.32	0.13–0.64	5.3^a	3.1–9.8	0.55	0.19–1.22
400	2.3^a	1.2–4.6	0.25	0.07–1.03	2.7^b	1.3–4.4	0.18	0.06–0.49

Yield inhibitions were calculated against mean yield values for solvent controls at the corresponding irradiance (μmol photons m^-2 s^-1). Different superscripted letters indicate statistically different IC₅₀ values (p < 0.05).

Table 2. Diuron concentrations (g l-1) that inhibit 50% (IC50) and 10% (IC10) of H. ovalis leaf quantum yields at different irradiance levels.

Table 2. Diuron concentrations (g l^-1) that inhibit 50% (IC₅₀) and 10% (IC₁₀) of H. ovalis leaf quantum yields at different irradiance levels.