Browsing Insects and Pest Management by Title
Now showing items 1-20 of 176
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1961 Arizona Insect Control RecommendationsCollege of Agriculture, University of Arizona (Tucson, AZ), 1961-03
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Alfalfa Aphid ComplexThe alfalfa aphid discussed in this publication includes blue alfalfa aphid, pea aphid, and the spotted alfalfa aphid. This publication discusses the biology of these alfalfa aphids, the damages they cause, the resistant varieties and biological control, and their monitoring and treatments.
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Alfalfa Caterpillar/ButterflyThe first sign of a potential alfalfa caterpillar (Colias eurytheme) outbreak is the influx of large numbers of yellow or white butterflies in late spring or early summer. This publication discusses the biology of the alfalfa caterpillar, the damage it causes, the biological and cultural controls, and the treatments for it.
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Alfalfa Weed Control in the Low Deserts of ArizonaThe most effective weed control practice in alfalfa is maintaining a healthy crop and dense stand. Cultural practices that promote a vigorous stand can reduce the need for chemical weed control. Cultural practices that promote a healthy stand reduce the need for chemical weed control, but herbicides are sometimes necessary even in well-managed alfalfa.
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Alternative Pesticide Options for the Home GardenerIntegrated Pest Management (IPM) is an ecosystem-based strategy that focuses on long-term management of pests or their damage through a combination of techniques such as biological controls, habitat manipulation, modification of cultural practices, use of resistant varieties, and chemical (UCIPM definition). Chemical controls are employed after other management techniques have proven ineffective and/ or significant crop damage continues to occur.
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AphidsA description of aphids, the damage they cause, their lifecycle, and management recommendations.
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Area-Wide Spraying for Asian Citrus Psyllid in Texas and FloridaRealizing that the Arizona citrus industry might someday have to deal with widespread ACP control, the Arizona Citrus Research Council approved a trip to Florida and Texas to investigate how ACP control was accomplished in those two states. The trips were to McAllen, Texas on 9-12 Nov 2011 and to Immokalee Florida on 17-18 Nov. 2011. In McAllen, I interviewed Dr. Mamoudou Setamou, extension entomologist for Texas A&M – Kingsville and his staff, and Mr. Ray Prewitt, president of Texas Citrus Mutual. In Florida, I interviewed Mr. Ron Hamel, manager of the Gulf Citrus Growers, and Dr. Mongi Zekri, southwest Florida Multi-County Citrus Agent, housed at the Hendry County Extension Office in LaBelle., FL. The author hopes that some of this information can be used in the development of an Area Wide Spray Plan in Arizona.
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Arizona Agricultural Pesticide Applicator Training Manual for Certification and Continuing EducationCollege of Agriculture and Life Sciences, University of Arizona (Tucson, AZ), 2018-08This manual reviews basic information on pests, pesticides, and safety. It is important to realize that pesticide application should be only a part of an overall integrated pest management (IPM) plan. Hopefully, this information will help you become a safe and conscientious certified applicator.
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Arizona Kissing Bugs: For Pest Management and Extension ProfessionalsKissing bugs are true bugs in the insect Order Hemiptera, in the Family Reduviidae. Reduviids as a family, are sometimes called assassin bugs because most members of this family are predators of other arthropods and are in fact beneficial to humans. Kissing bugs are an exception, and are blood-feeding parasites that feed on a wide variety of domestic, wild animals, and occasionally humans. Kissing bugs are also known as conenose bugs, Triatomine bugs, Mexican bed bugs, and Wallapai tigers. Kissing bugs get their name because they often bite sleeping human victims on the face. Although kissing bugs are in the same insect order as bed bugs and both feed on blood, they have different life histories.
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Arizona Specialty HoneysBeekeepers in Arizona are lucky to live in a state where the growing season is long and there is something in bloom almost all year long. Many beekeepers choose to have one apiary location and harvest ‘wildflower’ honey once a year ($2.18 per pound)i. Other beekeepers choose to move their hives according to what is blooming and harvest specialty monofloral honeys ($12 to $18 per pound) from each nectar flow. With a little planning and cooperation with landowners or farmers, they can produce much more honey per hive as well as charge more per pound for their honey produced. To get truly monofloral honey the hive must be placed where there is an abundance of one floral resource, and not much else. Bees tend to focus on the type of nectar that is most abundant and easily available, so they cooperate with this type of management. Honeybees will fly up to 3 miles to find nectar and pollen, but they love efficiency, so placing them in the middle of, or at the edge of a large crop will ensure the best results. Pollination by bees can increase fruit set and quality as well as seed set by up to 70% in some crops! Best pollination occurs when there is at least one robust hive per acre.
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Asian Longhorned Tick, an Invasive Tick in the United StatesThe Asian longhorned tick, Haemaphysalis longicornis, is also known as the cattle tick or bush tick. It is native to East Asia: China, Korea, Japan, and well established in Australia and New Zealand. It is also an invasive tick species in the United States (U.S.). This tick is a serious pest of livestock and wildlife in several countries (Heath 2016, Guan et al. 2010). If the Asian longhorned tick becomes established in Arizona, it could become a serious threat to livestock, wildlife, and pets.