Chilling injury of horticultural crops
WebHorticultural crops often experience cold temperature; however, the damage caused due to cold temperature depends on the severity of the temperature. The most common is … WebChilling injury affects crops of the tropic and subtopic region whereby plants exhibit physiological, biochemical and cellular dysfunctions in response to low temperature …
Chilling injury of horticultural crops
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WebSep 13, 2024 · The estimated loss of fresh horticultural produce after harvest is more than 30% on the world. 1 To reduce the postharvest losses, it is utmost important to understand the biotic and abiotic... WebJun 1, 1992 · Chilling injury inhibits the growth and development of tropical plants and shortens the postharvest life of tropical horticultural commodities. This presentation …
WebChilling injury affects crops of the tropic and subtopic region whereby plants exhibit physiological, biochemical and cellular dysfunctions in response to low temperature exposure. Damage as a result of chilling injury can include surface pitting, discoloration, internal breakdown, water soaking, failure to ripen, growth inhibition, wilting, loss of … WebAbstract Most, if not all, horticultural fruits, vegetables, and ornamentals of tropical origin are subject to physiological injury when subjected to temperatures below about 12.5°C but above their freezing temperature. This damage does not involve freezing and is …
WebChilling injury Fruit and vegetable crops often are susceptible to chilling injury when cooled below 13 to 16 °C (55 to 60 °F). Chilling injury reduces the quality of the product and shortens shelf life. The table below provides some examples of the symptoms of chilling injury in a variety of crops. WebMost tropical horticultural commodities are sensitive to chilling temperatures. Therefore, chilling injury (CI) is a serious problem in the postharvest handling of tropical …
WebThe highest incidences of chilling injury were observed for fruit stored at –1°C (21%) and for 30 days (28%). Similarly, the chilling injury index was greatest for fruit stored at –1°C (0.47) for 30 days compared with fruit stored at 3 and 1°C (0.34 and 0.27, respectively).
WebChilling injury, which is not the same as freezing injury, is primarily a disorder of crops of tropical & subtropical origin. This bulletin provides information on the origin of chilling … how cyber insurance worksWebThis Research Topic is part of the Physiological, Molecular and Genetic Perspectives of Chilling Tolerance in Horticultural Crops series:Physiological, Molecular and Genetic Perspectives of Chilling Tolerance in Horticultural CropsChilling injury affects crops of the tropic and subtopic region whereby plants exhibit physiological, biochemical, and … how cyber bullying beganWeb12 rows · 1. Chilling Injury. Chilling injury typically results from “exposure of susceptible produce, ... how cyberbullying startsWebCHILLING INJURY OF CROPS OF TROPICAL AND SUBTROPICAL ORIGIN H. Melvin Couey Agricultural Research Service, U.S. Department of Agriculture, Hilo, HI 96720 Information regarding chilling injury (Cl) of tropical fruits may be found in recent texts and reviews (36, 27, 28). However, there is much additional information in widely scattered … how cyberbullying occursWebOct 15, 2024 · Our results were consistent with several previous studies which hot water treatment mitigated the incidence of CI and confirmed to successfully induce the tolerance to CI in chilling-sensitive horticultural crops such as avocado, banana, sweet pepper and mature green mume fruit (Aghdam and Bodbodak, 2014; Endo et al., 2024a, b).Similar … how cyber security helps businessesWebUniversity of California, Postharvest Technology Center, focusing on the postharvest handling of horticultural crops, improving quality and food safety, and reducing losses,, ... Chilling injury. Symptoms include pitting, membranous staining, and red blotch. Severity depends upon cultivar, production area, harvest time, maturity-ripeness stage ... how cyber security is usedWebC.Y. Wang. Chilling Injury of Horticultural Crops. CRC Press, Boca Raton. Fletcher, R.A. and Hofstra, G. 1985. Triadimefon-a plant multi-protectant. Plant Cell Physiol. 26: 775–80. Google Scholar Forney, C.F. and Lipton, W.L. 1990. Influence of controlled atmosphere and packaging on chilling senstivity. pp. 257–67. how many ps2 were sold