The efficacy of two postharvest biocontrol products under commercial development was determined in semi-commercial tests on table grapes and sweet cherries. The products consist of the yeast Candida saitoana combined with either chitosan (Bio-Coat) or an antifungal lytic enzyme (Biocure). On table grape (cv. ‘Italia’) field applications of the two biocontrol products 21 days and 1 day before harvest significantly reduced the incidence of grey mould rots, from 33 to 46%. Field rots (mainly sour rot) were also reduced on bunches of grapes treated 21 days before harvest. The level of control was comparable to that of a conventional chemical fungicide (Mepanypirim). On sweet cherries (cv. ‘Lapins’) postharvest dipping treatments significantly r...
The effectiveness of short hypobaric treatments against postharvest rots was investigated by exposin...
Fungicide programmes for the control of postharvest Botrytis bunch rot on table grapes were evaluate...
BACKGROUND: The biocontrol agent (BCA)Candida sakeCPA-1 has previously effectively reducedBotrytisbu...
The efficacy of two postharvest biocontrol products under commercial development was determined in s...
Grapes were treated post harvest with a variety of biological agents to determine their effcacy in r...
The effectiveness of alternatives to synthetic fungicides for the control of pathogens causing posth...
Various environmentally friendly products were tested for efficacy in controlling powdery mildew, do...
Plant diseases can severely affect the grapevine and stone fruit production, contributing to food lo...
During the storage of harvested commodities, environmental parameters are quite stable. For this and...
Postharvest diseases cause severe economic losses to horticultural fresh produce during the transpor...
The effectiveness of pre- and postharvest treatments with chitosan (0.1, 0.5, and 1.0%) to control B...
Potassium sorbate, a program of four fungicides, or one of three chitosan formulations were applied ...
Viticulture is impossible without the use of chemical plant protection agents. Their use follows to ...
Biorend SC (chitosan), BC-1000 EC (grapefruit extract plus bioflavonoids) and ECO-100 SC (bioflavono...
[Synopsis] In order to chemically control the fungal pathogens causing postharvest rot of grape berr...
The effectiveness of short hypobaric treatments against postharvest rots was investigated by exposin...
Fungicide programmes for the control of postharvest Botrytis bunch rot on table grapes were evaluate...
BACKGROUND: The biocontrol agent (BCA)Candida sakeCPA-1 has previously effectively reducedBotrytisbu...
The efficacy of two postharvest biocontrol products under commercial development was determined in s...
Grapes were treated post harvest with a variety of biological agents to determine their effcacy in r...
The effectiveness of alternatives to synthetic fungicides for the control of pathogens causing posth...
Various environmentally friendly products were tested for efficacy in controlling powdery mildew, do...
Plant diseases can severely affect the grapevine and stone fruit production, contributing to food lo...
During the storage of harvested commodities, environmental parameters are quite stable. For this and...
Postharvest diseases cause severe economic losses to horticultural fresh produce during the transpor...
The effectiveness of pre- and postharvest treatments with chitosan (0.1, 0.5, and 1.0%) to control B...
Potassium sorbate, a program of four fungicides, or one of three chitosan formulations were applied ...
Viticulture is impossible without the use of chemical plant protection agents. Their use follows to ...
Biorend SC (chitosan), BC-1000 EC (grapefruit extract plus bioflavonoids) and ECO-100 SC (bioflavono...
[Synopsis] In order to chemically control the fungal pathogens causing postharvest rot of grape berr...
The effectiveness of short hypobaric treatments against postharvest rots was investigated by exposin...
Fungicide programmes for the control of postharvest Botrytis bunch rot on table grapes were evaluate...
BACKGROUND: The biocontrol agent (BCA)Candida sakeCPA-1 has previously effectively reducedBotrytisbu...