Journal of the American Society for Horticultural Science · 1978 · 62 citations · 7 references
AgriculturePlant SciencesFruit SciencePomologyPostharvest PhysiologyEthylene PhysiologyFruit PhysiologyFruit QualityFruit Quality EvaluationFruit RipeningRipening PhysiologyClimacteric RipeningEthylene Physiology In FruitEthylene-induced RipeningEthylene-mediated Fruit RipeningExogenous Ethylene TreatmentFruit Quality AttributesRespiratory RateRipening-related Respiration
Abstract The respiratory rate, ethylene production and ripening of mature ‘Hass’ avocado fruits ( Persea americana Mill.) were determined at 20° to 40°C. Typical climacteric patterns occurred at 20°, 25°, 30° and 35° with the climacteric maximum increasing with temperature, but only a decreasing respiratory rate with time was observed at 40°. Maximum ethylene production decreased as the temperature increased, with a significant decrease between 25° and 30°, only trace amounts were produced at 35° and essentially no ethylene production was detected at 40°. The ripened fruit quality was excellent at 20°, 25° and 30°, fair at 35° and abnormal and unacceptable at 40°. Fruit held at 40° for up to 2 days resumed ripening when transferred to 20°. The exposure to exogenous ethylene or propylene hastened the ripening response up to 35°, however at 40° the respiratory rate was increased, but ethylene production and normal ripening did not occur.
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The Physiology of Ethylene Formation
Stanley P. Burg · Annual Review of Plant Physiology · 1962 · 283 citations
Fruit Respiration and Ethylene Production.
J. B. Biale, Roy E. Young, Alice J. Olmstead · PLANT PHYSIOLOGY · 1954 · 200 citations · Full text
Protein Synthesis in Relation to Ripening of Pome Fruits
Chaim Frenkel, Isaac A. Klein, David R. Dilley · PLANT PHYSIOLOGY · 1968 · 180 citations · Full text