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. 2023 Nov 10;14:1274094. doi: 10.3389/fpls.2023.1274094

Table 4.

Twenty-six chemical fungicides, belonging to 9 different groups of modes of actions (FRAC Code List, 2022), were evaluated at the minimum and maximum application rates for the efficacy to inhibit the spore germination of cranberry fruit rot pathogens.

Inhibition of spore germination of cranberry fruit-rot pathogens by fungicides
Fungicide (active ingredient) Fruit rot pathogens
A. lycopodina B. cinerea C. empetri C. acutatum C. gloeosporioides F. putrefaciens G. cingulata Phom. vaccinii Phyl. elongata Phys. vaccinii
Group M Bravo (chlorothalonil)
Copper 53W (copper sulfate)
Cueva (copper octanoate)
Guardsman (copper oxychloride)
Kocide (copper hydroxide)
Maestro (captan)
Group 3 Fullback (flutriafol)
Funginex (triforine)
Indar (fenbuconazole)
Inspire (difenoconazole)
Proline (prothioconazole)
Tilt (propiconazole)
Group 7 Adepidyn (pydiflumetofen)
Aprovia (benzovindiflupyr)
Fontelis (penthiopyrad)
Kenja (isofetamid)
Sercadis (fluxapyroxad)
Group 9 Scala (pyrimethanil)
Vangard (cyprodinil)
Group 11 Evito (fluoxastrobin)
Flint (trifloxystrobin)
Quadris (azoxystrobin)
Group 12 Medallion (fludioxonil)
Group 17 Elevate (fenhexamid)
Group 19 OSO (polyoxin D)
Group 33 Aliette (fosetyl-AI)

The efficacy is presented as inhibition of spore germination at the maximum and minimum ratesInline graphic, maximum rate onlyInline graphic, no inhibition at maximum and minimum ratesInline graphic, and no data is availableInline graphic.