Spotting ENTO 243

1. Mango stem borer 



- Scientific Name: Batocera rubus

- Oviposition Site: Cavities of the trunk

- Pupation Site: inside affected trunk

- Damaging Stage: Grub and Adult

- Nature of Damage: Grub make zig-zag burrow in bark, tunnel in the bark

- Management: probe method, extract grub with hooked iron method


2. Mango nut weevil



- Scientific Name: Sternochetus mangiferae

- Oviposition Site: mango fruits

- Pupation Site: inside stone

- Damaging Stage: Grub and adult

- Nature of Damage: Grub enter into fruit discolour the pulp

- Management: Spray the kerosene oil, Digging of Soil, Destruction of infected fruit

3. Tea mosquito bug 



- Scientific Name: Helopeltis antonii

- Oviposition Site: fruit

- Pupation Site: Pupation occurs on the tea bushes

- Damaging Stage: nymph & adult

- Nature of Damage: Sucks  Sap from Leaves

- Management: Wettable Sulphur @ 20kg/ha

4. Red palm weevil 



- Scientific Name: Rhynchophorus ferrugineus

- Oviposition Site: base of leaf sheath.

- Pupation Site: cocoons

- Damaging Stage: Grub

- Nature of Damage: Grubs bore into trunk, feed on soft tissue

- Management: monocrotophos @ 20 ml/palm.

5. Fruit fly



- Scientific Name: Dacus dorsalis

- Oviposition Site: fruit

- Pupation Site: soil

- Damaging Stage: maggots

- Nature of Damage: maggots feed on pulp

- Management: Trapping using fruit fly traps, bait sprays, fruit bagging, male annihilation techniques, insecticide application

6. Banana Rootstock



- Scientific Name: Cosmopolites sordidus

- Oviposition Site: Grub and adult

- Pupation Site: The larvae pupate in the soil.

- Damaging Stage: The larvae feed on the roots, causing damage to the root system.

- Nature of Damage: Bore into stem a feed inside

- Management: Cultural practices such as proper sanitation, avoiding planting in infested areas, and Removal of Pseudostem

7. White Grub



- Scientific Name: Holotricha Spp.

- Oviposition Site: Adult beetles lay eggs in the soil.

- Pupation Site: Larvae pupate in the soil.

- Damaging Stage: Grub and adult

- Nature of Damage: White grub infestation can lead to reduced plant growth, wilting, and yellowing of plant, even plant death in severe cases.

- Management: Spraying of  Chlorpyriphos 50% EC

8. Rhinoceros Beetle



- Scientific Name: Oryctes rhinoceros

- Oviposition Site: Adult beetles lay eggs in decaying organic matter, such as compost piles or dead trees.

- Pupation Site: Larvae pupate in the soil or in decaying matter.

- Damaging Stage: Grub and adult

- Nature of Damage: Damage tender plant parts

- Management: Removing decaying organic matter, Aggregation Pheromone- rhinolure, probe method

9. Diamondback Moth



 - Scientific Name: Plutella xylostella

 - Oviposition Site: Female moths lay eggs on the undersides of leaves.

 - Pupation Site: leaves.

 - Damaging Stage: The larvae (caterpillars) are the damaging stage as they feed on leaves.

 - Nature of Damage: feed on epidermis of leaves

 - Management: Integrated pest management (IPM) practices, malathion and Hand Picking

10. Onion Thrips



 - Scientific Name: Thrips tabaci

 - Oviposition Site: Female thrips insert eggs into the leaves of onion plants.

 - Pupation Site: The larvae drop to the ground to pupate in the soil.

 - Damaging Stage: Nymph & Adult

 - Nature of Damage: Onion thrips damage onion plants by sucking sap from leaves, causing silvery streaks or blotches, stunted growth, and deformed bulbs.

 - Management: Use of  Blue Sticky traps, fipronil 5% SC

11. Termite



- Scientific Name: Trinerviturmes biformis

 - Oviposition Site: In soil 

 - Pupation Site: Termites do not undergo a pupal stage

 - Damaging Stage: worker termites 

 - Nature of Damage: Destruction of wood and other cellulose-based materials,  making trunk hallow

 - Management: Professional pest control, eliminating moisture sources, treating affected areas, and using termite barriers or bait stations, spraying of  Chlorpyriphos 50% EC

12. Brinjal Shoot and Fruit Borer



 - Scientific Name: Leucinodes orbonalis

 - Oviposition Site: ventral side of the leaves

 - Pupation Site: Inside the fruit or on nearby vegetation

 - Damaging Stage: caterpillar

 - Nature of Damage: Tunneling and feeding inside shoots and fruits, resulting in wilting, fruit damage, and yield reduction

 - Management: Crop rotation, planting resistant varieties, timely insecticide applications, removing affected plant parts, and using pheromone traps

13. Red Spider Mite



 - Scientific Name: Tetranychus urticae

 - Oviposition Site: Underside of leaves

 - Pupation Site: N/A (They undergo molting stages rather than pupation)

 - Damaging Stage: Nymph and adult stages

 - Nature of Damage: Sucking sap from plant leaves, leading to stippling, yellowing, and ultimately leaf damage

 - Management: Spraying insecticidal soap, neem oil, or acaricides, maintaining proper humidity levels, and introducing predatory mites or insects

14. Tomato Fruit Borer



 -Scientific Name: Helicoverpa armigera

 - Oviposition Site: Tomato fruits

 - Pupation Site: In the soil or plant debris

 - Damaging Stage: caterpillar

 - Nature of Damage: Feeding on tender parts & bore inside fruit fruits

 - Management: Helilure

15. Root Knot Nematode




- Scientific Name: Meloidogyne incognita

- Oviposition Site: Plant roots

- Pupation Site: N/A (They do not undergo a pupal stage)

 - Damaging Stage: Larval stage

 - Damaging nature: Gall on root, stunted growth, yellowing of leaves

 - Nematicide: Carbofuran, Methyl dibromide

16. Potato Cyst Nematode 



 - Scientific Name: Globodera spp.

 - Oviposition Site: In the soil, attached to potato roots

 - Pupation Site: N/A (They do not undergo a pupal stage)

 - Damaging Stage: Larval stage

 - Damaging nature: Gall on root, stunted growth, yellowing of leaves

 - Nematicide: Carbofuran, Methyl dibromide

17. Whitefly



 - Scientific Name: Bemisia tabaci

 - Oviposition Site: On the undersides of leaves

 - Pupation Site: On soil

 - Damaging Stage: Nymph and adult stages

 - Nature of Damage: Sucking sap from plant leaves, excreting honeydew, transmitting plant viruses, and causing yellowing, wilting, and stunted growth

 - Management: Using yellow Sticky trap

18. Yellow Sticky Trap



 - Management: Used to monitor and trap flying insects like aphids, whiteflies, and thrips. It helps in early detection and can be used as part of an integrated pest management strategy.

- Dose: 15-20 traps / ha.

19. Blue Sticky Trap



 - Management: Similar to yellow sticky traps, blue sticky traps are used to monitor and trap flying insects. They are particularly effective against certain types of pests, such as fungus gnats, thrips, and leafminers.

- Dose: 15-20 traps / ha.


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