Cultural management of the navel orangeworm by winter sanitation
Authors
William W. BarnettWalter J. Bentley
Joseph H. Connell
Frank G. Zalom
Lonnie C. Hendricks
Craig Weakley
Authors Affiliations
William W. Barnett is Area IPM Specialists, Sacramento Valley and central San Joaquin Valley, respectively; Walter J. Bentley is Farm Advisors, Merced, Kern, and Butte counties, respectively; Joseph H. Connell is Farm Advisors, Merced, Kern, and Butte counties, respectively; Frank G. Zalom is Integrated Pest Management (IPM) Specialist, Cooperative Extension, University of California, Davis; Lonnie C. Hendricks is Farm Advisors, Merced, Kern, and Butte counties, respectively; Craig Weakley is Area IPM Specialists, Sacramento Valley and central San Joaquin Valley, respectively.Publication Information
Hilgardia 38(3):28-28. DOI:10.3733/ca.v038n03p28. March 1984.
PDF of full article, Cite this article
Abstract
Not available – first paragraph follows:
Larvae of the naval orangeworm infest almonds during and after hullsplit, rendering the nut meats unmarketable. The insect also damages other nut, fruit, and legume crops by invading dried or decayed fruit and occasionally by entering undamaged fruit.
Barnett W, Bentley W, Connell J, Zalom F, Hendricks L, Weakley C. 1984. Cultural management of the navel orangeworm by winter sanitation. Hilgardia 38(3):28-28. DOI:10.3733/ca.v038n03p28
Also in this issue:
Applied mathematics in agricultural researchThe Santa Barbara gypsy moth eradication effort
Innovative approaches improve farm labor
Relative grape damaging potential of three species of birds
Surveying sweetpotato whitefly in the Imperial Valley
Black vine weevil: An increasing problem for California nurseries
Evaluating the browning potential of peaches
Leaf-footed bug implicated in pistachio epicarp lesion
Eucalyptus fuelwood growth rate improves with age
Changing alliances in California water issues
A quick method of estimating chill hours
Previously imported parasite may control invading whitefly
Managing nematodes in sweet potatoes with resistance and nematicides
Biological control of spider mites on greenhouse roses
Developmental aspects of field-to-field variations in selected cantaloupe characteristics (Cucumis melo L. var. reticulatus Naud.)