. 2022 Jan 28;23(3):1526. doi: 10.3390/ijms23031526

Table 1.

Control effect of L13 against B. cinerea resistant to commercial fungicides.

Strains ^a	Treatment	Dosage		Disease Area (mm)	Control Effect (%) ^c
Strains ^a	Treatment	Dilution Multiple ^b	g.ai ha⁻¹	Disease Area (mm)	Control Effect (%) ^c
HM-1	L13 25%WP	1000	187.5	37.09	81.36 c
	L13 25%WP	2000	93.75	72.87	63.38 d
	Carbendazim 50% WP	500	750	141.29	29.00 e
	Diethofencarb 50% WP	1400	267.9	0.55	99.72 a
	Iprodione 50% WP	1000	375	15.88	92.02 b
	control	-	-	199.01	-
HM-2	L13 25%WP	1000	187.5	13.11	92.61 b
	L13 25%WP	2000	93.75	46.57	73.76 d
	Carbendazim 50% WP	500	750	1.79	98.99 a
	Diethofencarb 50% WP	1400	267.9	41.96	76.36 c
	Iprodione 50% WP	1000	375	2.16	98.78 a
	control	-	-	177.51	-
HM-3	L13 25%WP	1000	187.5	6.26	78.27 a
	L13 25%WP	2000	93.75	19.43	32.56 c
	Diethofencarb 50% WP	1400	267.9	11.64	59.60 b
	Iprodione 50% WP	1000	375	28.13	2.36 d
	control	-	-	28.81	-

^a HM-1 strains for B. cinerea resistant to carbendazim; HM-2 strains for B. cinerea resistant to diethofencarb; HM-3 strains for B. cinerea resistant to iprodione. ^b Dilution multiple means the volume of water (mL) used per unit mass (g) of a pesticide formulation. ^c Different letters (a, b, c, d) are significantly different according to Duncan’s multiple range test (p = 0.05).