PPT-Insect Rearing Education at

Mississippi State University Past Present and Future John C Schneider and Frank M Davis Department of Biochemistry Molecular Biology Entomology and Plant Pathology Dr Frank M Davis MSU Adjunct Professor of Entomology. Outline. Planning to avoid pests. Insect Monitoring and Identification. Fundamentals of Organic Insect Control. Cultural Practices. Sanitation, exclusion. Attracting natural enemies. Botanical and biological pesticides. Learning Objectives. 1. . Identify the distinguishing characteristics of an insect.. 2. Identify the three main sections of an insect.. 3. Identify the different life stages of insects.. 4. Describe how insects are classified.. Dear Parent(s)/Guardian(s): . I am excited to announce that your child will be conducting a mini Insect/Bug Report. Each child will choose an insect out of the five that I have chosen in advance: . bee, ladybug, spider, dragonfly, snail.. Zygogramma. . bicolorata. Experienceses. & Lessons Learnt. Mass rearing Cont`d . The agent was kept at Ambo quarantine facility after being Introduced from South Africa in October 12, 2007. . After conducting host range test, environmental impact assessment document was prepared & sent to . . Conducted in6 CBGs. from MAHEMBE Sector. Done and Presented by MACO-RWANDA. . . March,2012. Introduction. Executive Summary. 5.6. Learning objectives: . How does rearing animals intensively increase the efficiency of energy conversion?. Intensive rearing of livestock. This produces the max. yield of meat, eggs and milk at the lowest possible cost.. RESPIRE – Ecological Restoration – Fishing and rearing devices – Diagnostic uses Project Leader Contact Am Rick Weinzierl, University of Illinois. Know:. Insect growth and development are temperature-dependent. . The . developmental threshold. for a phenology model represents the temperature below which insect development is negligible. . Learning Objectives. 1. Describe how insects are collected.. 2. Describe how insects are preserved.. 3. Describe how insects are labeled.. 4. Describe how insects are pinned.. 5. Determine how the wings of butterflies . Life Cycle. Are insects good or bad?. Pests. Beneficial Insects. Pollinators. Pollinators. Not just honey bees! . Natural enemies. Pest. Natural enemy. Lacewings. Parasitoids. hatchery. Design criteria for maximizing survival. WALLA WALLA RIVER BASIN. South Fork Walla Walla . Adult Holding & Spawning Facility. Facility constructed in 1997 by BPA. SOUTH FORK WALLA WALLA ADULT HOLDING & SPAWNING FACILITY. Quality Control . Norm Leppla. University of Florida. Entomology and Nematology. Department. . . Norm’s Career in Insect Rearing. University of Arizona- Insect rearing research, 2 years (pink bollworm, . Insect and Mite Management in Greenhouses Insect and Mite Management in Greenhouses 2 ContentsPest Management 3Pest Management Basics 3Identification 3Sanitation 3Exclusion 5Management 7Scouting fo Dr. Mahesha H B. Professor of Sericulture. Yuvaraja’s. College, . University of Mysore, . Mysuru. , India. 18 June 2021. www.hbmahesh.weebly.com. 1. 18 June 2021. www.hbmahesh.weebly.com. 2. LIFE CYCLE OF SILKWORM.