Ethylene and ripening in melons
Author
Harlan K. PrattAuthor Affiliations
Harlan K. Pratt, Dept. of Vegetable Crops, Davis.Publication Information
Hilgardia 16(1):9-9. DOI:10.3733/ca.v016n01p9a. January 1962.
PDF of full article, Cite this article
Abstract
For the first time it has become possible to measure the ethylene concentration of the internal atmosphere of fruits. Melons, with their large cavities, are easiest to study, but by using small hypodermic syringes a sample of gas can be sucked out of almost any fruit. An ultrasensitive gas chromatograph then can be used to measure the amount of ethylene, even as low a concentration as one part per billion.
Pratt H. 1962. Ethylene and ripening in melons. Hilgardia 16(1):9-9. DOI:10.3733/ca.v016n01p9a
Also in this issue:
Biases encountered in large-scale yield testsCeratocystis canker
Minimizing bark injury with mechanical shakers
Properties of coated fertilizer materials
Wheat yields reduced in 1961 by: Stripe rust epidemic in central California
Black-eyed peas: As a swine feed
Nitrogen and crop level effects on: Canned freestone peach quality
Insecticide application and coverage: Drop nozzles and higher gallonage applications improve aphid control on lettuce
Inheritance in tomato hybrids
Precision tillage: For cotton production
Potato response to phosphorus: In organic soils at Tulelake
Light quality for plant growth: Excellent in new phytotron
European alfalfa and red clover
Electron microscopy aids physiological studies
Crop, soil response to water application