List of biocontrol

Temperature (°C)	Radial colony growth (mm) after different time periods (h) of incubation¹					Radial growth rate (mm day⁻¹)²	R² (%)
Temperature (°C)	48	72	96	108	120	Radial growth rate (mm day⁻¹)²	R² (%)
20	8.20^a	24.90^b	44.33^b	64.60^b	80.67^b	0.995	96.5
22	8.67^a	30.97^a	52.43^a	73.37^a	84.00^a	1.058	98.6
24	6.77^a	22.97^b	38.77^c	54.70^c	69.10^c	0.845	96.6
26	6.13^a	12.07^c	21.90^d	25.70^d	27.57^d	0.317	94.7
Mean	7.44	22.73	39.36	54.59	65.34	0.804
LSD (0.05)	2.80	4.30	4.56	4.57	2.89
CV (%)	20.0	10.05	6.15	4.45	2.35

¹Radial growth was determined as average of two runs of experiments on radial colony growth of B. fabae.
²Linear radial growth rates were estimated as the slope of the following function: Colony diameter = Radial growth rate x time + b.
Means of colony radial growth in the same column followed by the same letters are not significantly different (P<0.05). The values in the table are based on untransformed data of radial mycelial growth from two runs of experiments.

Table 1: In vitro effect of incubation temperature (oC) on radial colony growth (mm) and radial growth rate (mm day−1) of Botrytis fabae cultured on faba bean dextrose agar (FDA) medium, and conidial formation of B. fabae isolate cultured on MnPDA.