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Storage of vegetables in modified atmospheres (CA)

, : Storage of vegetables in modified atmospheres (CA). Acta Horticulturae (38): 13-22

The results are given of several years' trials comparing the storage life of a wide range of vegetables in refrigerated or controlled-atmosphere stores. Differences between the 2 systems were associated with differences in morphological structure.

Accession: 000201914

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Related references

Brooks, Charles, 1940: Modified atmospheres for fruits and vegetables in storage and in transit. A review of the more important American and English literature dealing with the use of modified atmospheres for the preservation of apples, pears, stone fruits, berries, citrus and other subtropical fruits and vegetables in storage and transit. Ch...

Geeson, Jd, 1984: The use of controlled and modified atmospheres for the storage and distribution of fruits and vegetables. Proceedings Institute of Food Science and Technology of the United Kingdom 17(3): 101-106

Sommer, N.F.; Kader, A.A.; Buchanan, J.R.; Mitchell, F.G.; Fortlage, R.J., 1980: Modified atmospheres with carbon monoxide for suppression of rot of perishable fruits and vegetables in storage and transit. Fruits of Actinidia chinensis were stored for 158 days in several modified atmospheres (MA) at 0 degrees C. Fruits stored in air were infected by Botrytis cinerea within 60 days whereas those stored in 2.5 O2 + 5% CO2 + 10% CO kept well for 158 da...

Andre, P.; Flanzy, C.; Buret, M.; Chambroy, Y.; Dauple, P.; Pelisse, C., 1980: Study of the post-harvest storage of flowers, fruit and vegetables by vacuum prerefrigeration and modified atmospheres. Pilot trials with numerous flowers, fruits and vegetables compared (i) cold storage (at temperatures ranging from -1 to 13 deg C, depending on the species) in a modified atmosphere (by placing in polyethylene bags with silicon elastomer windows),...

Wills R.B.H.; Wimalasiri P.; Scott K.J., 1979: Short pre storage exposures to high carbon di oxide or low oxygen atmospheres for the storage of some vegetables. Respiration at C of carrot roots (Daucus carota L.), potato tubers (Solanum tuberosum L.) and zucchini fruits (Cucurbita pepo L.) was reduced following exposure to high levels of CO2 or low levels of O2 for a few days at C. T...

Dewey, Dh, 1980: Controlled atmospheres for the storage of fruits and vegetables. Horticultural newser 61(3): 12-14

Stoll, K., 1971: Storage of fruits and vegetables in controlled atmospheres

Silberstein, B.A.; Navarro, S.; Donahaye, E., 1998: Application of modified atmospheres for the control of storage pests in sealed plastic storage structures. The preservation of food grains (cereals and pulses) stored at moisture contents permissible for safe storage in sealed plastic structures is examined. The intrinsic advantage of sealed storage lies in the generation of an oxygen depleted and carb...

Stoll, K., 1974: A review paper on the storage of vegetables in controlled atmospheres

Stoll, K., 1973: Tables on the storage of fruits and vegetables in controlled atmospheres. The tables show the temperature, RH, CO2 and O2 requirements and the possible number of storage days, for apples, pears, stone fruits, grapes, strawberries and other soft fruits, citrus fruits, avocados, bananas, guavas, litchis, mangoes, papaws a...