peer-reviewed research article
Compatibility of now parasite with commercial sprayers
authors
James E. Lindegren, Stored Product Insects Research Laboratory, Agricultural Research, USDA, SEA, Fresno
John E. Dibble, University of California San Joaquin Valley Agricultural Research and Extension Center, Parlier
Charles E. Curtis, Stored Product Insects Research Laboratory, Fresno.
Tom T. Yamashita, Stored Product Insects Research Laboratory, Fresno.
Ed Romero, Stored Product Insects Research Laboratory, Fresno.
publication information
California Agriculture 35(3):16-17. DOI: 10.3733/ca.v035n03p16.
author affiliations
James E. Lindegren is Research Entomologist, Stored Product Insects Research Laboratory, Agricultural Research, USDA, SEA, Fresno; John E. Dibble is Entomologist, University of California San Joaquin Valley Agricultural Research and Extension Center, Parlier; Charles E. Curtis is Research Entomologist, Stored Product Insects Research Laboratory, Fresno. Tom T. Yamashita is Biological Technician, Stored Product Insects Research Laboratory, Fresno. Ed Romero is former Staff Research Associate, Stored Product Insects Research Laboratory, Fresno.
abstract
Studies show that a nematode parasite of navel orangeworm can be effectively applied to almonds by helicopter or ground sprayer.
author notes
This research was supported in part by a grant from the Almond Board of California.
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