Australian Journal of Experimental Agriculture · 1989 · 11 citations · 0 references
AgricultureHorticultural SciencesPlant PathologyFruit SciencePostharvest Disease ManagementPostharvest PhysiologyFruit HarvestingFruit PreservationFruit StorageTropical Fruit CropsAmbient Temperature EffectsBiological Control Agents For Fruit DecayFruit Decay Caused By Storage PathogensFruit Rot PathologyFruit-borne Fungal PathogensFungal Diseases Of FruitPost-harvest StorageStem Rot
Stem-end rot, Lasiodiplodia theobromae (Pat.) Griff. and Maubl. was controlled in harvested mango fruit for up to 4 weeks by fungicidal dipping of pared fruit followed by storage at 13°C. Stem-end rot was significantly (P< 0.05) reduced by a 0.025% prochloraz dip at an ambient water temperature of 31°C or by a 0.05% benomyl dip at 50°C water temperature, com pared with ambient water dipping at 31°C. A hot water dip at 50°C, or 0.1% thiabendazole at 50°C water tem perature, did not significantly control stem-end rot.