Navel orange juice bitterness: Rootstock determines amount of bitterness in juice of Washington Navel oranges investigations reveal
Authors
George L. MarshS. H. Cameron
Authors Affiliations
George L. Marsh is Assistant Professor of Food Technology and Assistant Chemist in the Experiment Station, Berkeley; S. H. Cameron is Professor of Subtropical Horticulture and Plant Physiologist in the Experiment Station, Los Angeles.Publication Information
Hilgardia 4(6):7-12. DOI:10.3733/ca.v004n06p7. June 1950.
PDF of full article, Cite this article
Abstract
The striking effect that rootstock exerts on bitterness in extracted navel orange juice was apparent at the first sampling period in experiments conducted during the 1947-48 and 1948-49 Washington Navel seasons.
Marsh G, Cameron S. 1950. Navel orange juice bitterness: Rootstock determines amount of bitterness in juice of Washington Navel oranges investigations reveal. Hilgardia 4(6):7-12. DOI:10.3733/ca.v004n06p7
Also in this issue:
Weather effects on oranges: Fruit size and yields influenced by temperature, blossoming date and age of treesSugar beet growth research: All factors affecting growth of plants now subject to individual study in controlled environment laboratory
Giant-berry grapes: Principles of genetics employed to propagate varieties producing berries of larger size
Washington navel orange juice: Quality and mineral composition affected by chemical fertilizers, manure and covercrops
Return-stack orchard heater: Virtually smokeless heating service unde for 180 hours without cleaning demented Heater
Wind machines: Operating costs in field trials less than heaters but protection is limited
Freeze injuries to citrus: Tests during 1949 reveal facts important to growers of Valencia oranges and Marsh grapefruit
Insect pests of alfalfa seed: Proper timing of control measures increases yield and quality of alfalfa seed
Melon aphid control: Effectiveness of insecticides influenced by weather, predator populations, and infestations in adjacent fields
The effect of dormant pruning on the carbohydrate metabolism of Vitis vinifera