BIO - LAB. Biological control Very successful in cane crop Natural enemies of sugarcane periodically reliesed in field females of trichrogramma trace.

Slides:

Advertisements

Similar presentations

A field and laboratory exercise that studies the relationship between Dalmation toadflax and its biological control agent, the stem weevil. Field data.

Advertisements

2013 update BLUEBERRY TIP MIDGE symptoms life history ecology damage potential.

Pest Mole Crickets: Biology & Management Eileen A. Buss, Entomology & Nematology Department, UF/IFAS Whats the problem? Which species are pests? Are there.

Biological Control in Victorian Grape Vines using Trichogramma

DecompositionBiological ControlPollination © wildlife-pictures-online.com© Peter Bryant© Jackie / Bugguide.net.

DEPARTMENT OF PRIMARY INDUSTRY AND FISHERIES Deanna Chin and Haidee Brown, Entomology, Diagnostic Services Mango IPM - Pests, beneficials.

IPM for Sustainable Sugarcane

IPM Overview Smart pest control tactics you can use.

Life Cycle of a butterfly Egg Larva (Caterpillar) Pupa Adult.

Beneficial and Harmful Insects

This project was created using the fair use guidelines by Michelle A. Collins.

Click the mouse to see the steps of the butterfly lifecycle.

Amjad Sultan Pangrio Sugar Mills Limited. Introduction Biological control is an important part of IPM which is being adopted in the recent era of pest.

Insect Management for Organic Farms Kim Stoner CT Agricultural Experiment Station June 2005 Organic Agriculture PDP Training.

Unit 3: Corn Insect Diseases.  European Corn Borer & Southwestern Corn Borer  Can cause 3% yield loss/corn borer/plant  Sweet corn 8%  Bore  Stalks.

Integrated Pest Management By: Alyssa Kearney Mrs. Prendergast Period 4.

Agricultural Entomology. What is Agriculture? The cultivation of plants/animals for Human Use Includes plants used for : Food (Fruits, vegetables, grains.

Integrated Pest Management What is integrated pest management? 1. IPM is most effective and environmentally friendly method approach to control. 2. IPM.

1. What is the key to effective integrated pest management?

Foliage Pests of Pecan Will Hudson Extension Entomologist.

More Sweep Net Photos. Insect Storage & Transport  Container with holes, label  Add food & surfaces  Keep shaded!! Keep Cool!!  Cooler, packing, ice.

Emerald Ash Borer By: Mackenzie Sanders. Scientific Name. Scientific name: Agrilus Planipennis Common Name: Emerald Ash Borer.

Integrated Pest Management

Insect bad guys! You’ll never look at a bug the same.

© ENDURE, February 2007 FOOD QUALITY AND SAFETY © ENDURE, February 2007 FOOD QUALITY AND SAFETY Integrated Pest Management for WESTERN CORN ROOTWORM -WCR.

Bellringer EXPLAIN IN COMPLETE SENTENCES WHAT ARE TRADITIONAL FARMING METHODS.

Agriculture Notes IPM – Integrated Pest Management IPM involves the use of not one but several different methods of pest control.

© ENDURE, February 2007 FOOD QUALITY AND SAFETY © ENDURE, February 2007 FOOD QUALITY AND SAFETY Medfly (Ceratitis capitata) Biology and control Spain MODULE.

Module II: Economically Important Insect Pests

Several kinds of insects feed on roots and pods. The root feeders are always dangerous to a crop because plants suddenly die, especially during periods.

Bellringer EXPLAIN IN COMPLETE SENTENCES WHAT ARE ORGANIC FARMING METHODS.

PROJECT PRESENTATION CONTROL OF PESTS INFESTATION IN CROP PRODUCTION BY GROUP ONE B (1B )

CLASSIFICATION  Kingdom:AnimaliaAnimalia  Phylum:ArthropodaArthropoda  Class:InsectaInsecta  Order:ColeopteraColeoptera  Family:Chrysomelidae  Genus:

Bio-agent Collection Cyphocleonus: hand pick, sweep net Agapeta: hand pick, sweep net, vac Larinus: sweep net + asperator or pump Aphthona: sweep net +

CLASSIFICATION  Kingdom:AnimaliaAnimalia  Phylum:ArthropodaArthropoda  Class:InsectaInsecta  Order:DipteraDiptera  Section:SchizophoraSchizophora.

Describing the Cottonwood borer The Cottonwood borer is a small shiny black and white beetle. The Cottonwood borer.

Farming: Aim – to look at pastoral and arable farming methods.

Monitoring and Scouting in Rice Introduction Agricultural crops are attacked by a large number of pest species including insect pests, diseases, nematodes.

Bio-control agents and Bio pesticides in Tomato IPM

The Lifecycle of a Butterfly By: Christina Jordan June 20, 2006.

Life Cycle of a Butterfly. The egg is a tiny, round, oval, or cylindrical object, usually with fine ribs and other microscopic structures. The female.

Biological Control of Filth Flies for Livestock Operations Erika Machtinger.

Module II: Economically Important Insect Pests

The adult is a tiny fly with a yellow head, brown antennae and legs, an orange-red thorax and abdomen, and grayish hyaline wings (Fig.). The fly can be.

Several species of ladybird beetles are predators of a number of sorghum insect pests. As a group, adults are semi- or hemispherical insects (Fig.). Depending.

THE LIFE CYCLE OF A BUTTERFLY By Devin. The Life Cycle of a Butterfly.

Mrs. Faith May 3, 2012

Ladybugs By: Macie Nguyen Hi. My name is Macie.

Bio-control and Biopesticides in Rice IPM

Bio-control agents and Bio pesticides in Grapes IPM

Paper Wasp Adam Winter.

All About Flies!!!.

Forensic Entomology Unit 2 Section 2. Forensic Entomology The study of insects and their relation to a criminal investigation. Used to estimate time of.

Learning About Butterflies  An insect  Has wings that it uses to fly  Similar to a moth but not the same What is a butterfly?

Ecosystems III: ecological balance

By Riley Egg Larva Pupa Butterfly. EGG Female butterfly lays egg on a leaf A little caterpillar grows inside the eggs An egg is white or light green.

By Noah. The egg  The first stage of the butterfly is the egg.  The egg doesn't hatch it emerges 

Mass Multiplication of Microbial Pesticide

By teachezy.com This is an animated slideshow for the butterfly life cycle BUT you will need Office 2016 or Office 365 for the ANIMATIONS to.

Plant Processes Plant Science. Trivia  What is the fastest growing organism on earth?  The Giant Kelp algea (Macrocystis pyrifera) is the fastest growing.

The Life Cycle of a Butterfly Estella Raya 2 nd Grade.

Insects. What am I? Grasshopper Male grasshoppers rub their back legs against their wings to sing.

8.0 Compare distinguishing characteristics of pests 8.01 Discuss the anatomy and life cycle of pests.

Unit 6: Wheat Insect Diseases. Hessian Fly – Damage can occur in the fall or spring East of 100 th meridian – Injury caused by maggots located between.

Integrated Pest Management In Sugarcane

9.01 Discuss integrated pest management strategies

Bio-control and Biopesticides in Rice IPM

Biological pest control in orchard

Mass Multiplication of Microbial Pesticide

Preliminary slide.

Presentation transcript:

BIO - LAB

Biological control Very successful in cane crop Natural enemies of sugarcane periodically reliesed in field females of trichrogramma trace the eggs of cane borers and lay eggs there Within 7 days the parasitizer completes its life cycle Adults of trichrogramma emerge from cane borers egg.

Work in BIO-LAB Sitotraga (stored grain pest) Trichogramma (Parasitizere of eggs) Coutisia Fly (attack on Larvae)

Sitrotraga Stored Grain pest Feeded on wheat 100 kg of Wheat is Daily used in lab. Eggs of Sitotraga are parsitized by Trichogramma females SitoTraga rearing in lab is actually for Trichogramma,.

Rearing Technique of Trichrogramma (cards) in Bio-Lab

1.Sitotraga propagation  Growth medium for propagation of Sitotraga is Wheat  Collection of adults emerging from wheat  Adults are provided Fine Flour For Egg laying  Sieving of eggs.  Eggs of Sito are glued on 2*2.50 inchespaper card

Trichograma propagation Each card contain eggs Cards containing eggs are parasitized by trichogramma after parasitization eggs become blacks. after day of parasitization cards are ready to be released in field

Card Re alising Technique Release depend on data collected by IPM officers in Field At a time 10 cards are released /acre 8*8 metre distance. Take to field in cooler. Avoid direct sunlight Early in morning or evening Staple underside of leaves adult will emerge in 3-4 days only Periodically releae in field…

Advantages Top, Root,stem Borers can be controlled successfly. Safe for Beneficial Insects Easy to apply

Coutisia fly. Sting the larvea of stem Borer Female lays egg there Produce its generation Only female adult can infect In Lab maize Stem Borer Larvae is used as a medium for propagation.