). The FAC and hydrocooling times were selected to achieve 7/8 cooling, which is a decrease in fruit temperature equal to 7/8 of the difference between the initial fruit temperature and the cooling medium temperature ( Sargent et al., 2017 ). Water
Jaysankar De, Aswathy Sreedharan, You Li, Alan Gutierrez, Jeffrey K. Brecht, Steven A. Sargent and Keith R. Schneider
Marcelo A.G. Carnelossi, Edinaldo O.A. Sena, Adrian D. Berry and Steven A. Sargent
formula ( E = rT / rL ), where rT is the transversal radius and rL is the longitudinal radius as measured with a caliper ( Teruel et al., 2004 ). The 1/2 cooling time and 7/8 cooling time were determined by the dimensionless temperature rate (TAT
M.D. Ferreira, J.K. Brecht, S.A. Sargent and C.K. Chandler
`Sweet Charlie' strawberries (Fragaria ×ananassa Duch.) harvested at full ripe stage were 7/8-cooled by forced-air or hydrocooling to 4C, then held with or without a PVC film wrap in one of three storage regimes: 1) 7 days at 1C plus 1 day at 20C; 2) 7 days at 1C plus 7 days at 7C plus 1 day at 20C, or; 3) 7 days at 1C plus 5 days at 15C plus 2 days at 7C plus 1 day at 20C. Quality attributes, including surface color, firmness, weight loss, soluble solids and ascorbic acid content, pH, and titratable acidity, were evaluated after storage. Hydrocooled berries were better in overall quality, with better color retention, less weight loss, and lower incidence and severity of decay compared to forced-air-cooled berries. Strawberries wrapped in PVC film retained better color and had less weight loss and greater firmness, but greater incidence and severity of decay than berries stored uncovered. These results indicate good potential for using hydrocooling as a cooling method for strawberries.