The document discusses several insect pests that affect various spice crops. It provides details on the scientific name, order, family, life cycle and management for each pest. Some of the pests described are the banana aphid (Pentalonia nigronervosa) and cardamom thrips (Sciothrips cardamomi) which affect cardamom, the rhizome weevil (Prodioctes haematicus) and whitefly (Kanakarajiella cardamomi) which damage cardamom, and the cotton aphid (Hyadaphis coriandri) which is a pest of coriander. For most pests, the document outlines
This document summarizes pests that affect potatoes and their management. It describes 5 major pests: 1) Potato Tuber Moth, a pest of field and storage potatoes, 2) Cutworms, which damage potato seedlings, 3) Epilachna beetle, also known as spotted leaf beetle or hadda beetle, which eats chlorophyll from potato leaves, 4) Green Leaf Hopper, which sucks sap from leaves causing yellowing, and 5) Mites, which also suck sap from leaves. For each pest, key details are provided on identification, lifecycle, damage caused, and management strategies.
The document provides information on chilli cultivation including:
- Chilli is an important commercial crop grown in India, with major producing states being Andhra Pradesh, Karnataka, and Maharashtra.
- There are over 400 chilli varieties worldwide, with common types including selection, mutant, hybrid, and public/private sector varieties.
- Optimal growing conditions include temperatures from 24-40°C, pH 5.8-6.5 soil, and irrigation every 5-6 days in summer and 9-10 days in winter.
- Pests and diseases that affect chilli require control methods like spraying insecticides for thrips and fungicides for diseases such as damping off.
1. The document discusses several major insect pests that affect mustard crops, including the diamondback moth (Plutella xylostella), leaf webber (Crocidolomia binotalis), mustard sawfly (Athalia lugens proxima), cabbage head borer (Hellula undalis), mustard aphid (Lipaphis erysimi), leaf miner (Chromatomyia horticola), and painted bug (Bargrada hilaris).
2. For each pest, the document describes symptoms of damage to the crop, and provides details on identifying features of the insect pest's larvae and adult stages.
3. Management of these insect pests is important
Insect pests of citrus and their controlDrThippaiahM
The document discusses insect pests that affect citrus crops in India. It identifies five major categories of citrus insect pests: 1) leaf feeders like citrus butterflies and the citrus leaf miner, 2) stem borers that bore into branches, 3) fruit sucking moths that puncture ripening fruits, 4) sap feeders like psyllids and mealybugs, and 5) non-insect pests like mites. It provides details on the life cycle and damage caused by some of the most damaging pests, including citrus butterflies, the citrus leaf miner, and fruit sucking moths. Management strategies focus on controlling the different lifestages, removing weed
The document discusses several pests that affect maize crops, including stem borer (Chilo partellus), shoot fly (Atherigona orientalis), pink stem borer (Sesamia inferens), corn earworm (Helicoverpa armigera), and corn aphid (Rhapalosiphum maidis). It provides details on the identification, life cycle, nature of damage, and management recommendations for each pest. In particular, it emphasizes that stem borer is a serious pest that bores into maize stems, causing dead hearts and yield losses. Management involves crop rotation, resistant varieties, and insecticide applications.
Insect pest of urd, moong and gram and their managementNavneet Mahant
This document provides information on various pests that affect crops and stored grains, including their description, life cycle, damage caused, and management strategies. It discusses the red headed hairy caterpillar, Bihar hairy caterpillar, tobacco caterpillar, gram pod borer, pea pod borer, and gram cutworm. For each pest, it outlines their physical characteristics, hosts, and details on the egg, larva, pupa, and adult stages. It also explains the nature of damage caused by the larvae/caterpillars feeding on leaves, pods, or cutting down seedlings. Management approaches mentioned include cultural, mechanical, biological and chemical control methods.
This document provides information on 4 major pests of tomato crops: 1) Fruit borer (Helicoverpa armigera), 2) Defoliator (Spodoptera litura), 3) Serpentine leaf miner (Liriomyza trifolii), and 4) Whiteflies (Bemisia tabaci). It describes the identification, life cycle, damage caused, and management strategies for each pest. Common natural enemies are also listed. The management approaches emphasized include cultural controls, use of tolerant varieties, pheromone traps, biological control agents, and targeted application of chemical pesticides when needed.
This document summarizes pests that affect potatoes and their management. It describes 5 major pests: 1) Potato Tuber Moth, a pest of field and storage potatoes, 2) Cutworms, which damage potato seedlings, 3) Epilachna beetle, also known as spotted leaf beetle or hadda beetle, which eats chlorophyll from potato leaves, 4) Green Leaf Hopper, which sucks sap from leaves causing yellowing, and 5) Mites, which also suck sap from leaves. For each pest, key details are provided on identification, lifecycle, damage caused, and management strategies.
The document provides information on chilli cultivation including:
- Chilli is an important commercial crop grown in India, with major producing states being Andhra Pradesh, Karnataka, and Maharashtra.
- There are over 400 chilli varieties worldwide, with common types including selection, mutant, hybrid, and public/private sector varieties.
- Optimal growing conditions include temperatures from 24-40°C, pH 5.8-6.5 soil, and irrigation every 5-6 days in summer and 9-10 days in winter.
- Pests and diseases that affect chilli require control methods like spraying insecticides for thrips and fungicides for diseases such as damping off.
1. The document discusses several major insect pests that affect mustard crops, including the diamondback moth (Plutella xylostella), leaf webber (Crocidolomia binotalis), mustard sawfly (Athalia lugens proxima), cabbage head borer (Hellula undalis), mustard aphid (Lipaphis erysimi), leaf miner (Chromatomyia horticola), and painted bug (Bargrada hilaris).
2. For each pest, the document describes symptoms of damage to the crop, and provides details on identifying features of the insect pest's larvae and adult stages.
3. Management of these insect pests is important
Insect pests of citrus and their controlDrThippaiahM
The document discusses insect pests that affect citrus crops in India. It identifies five major categories of citrus insect pests: 1) leaf feeders like citrus butterflies and the citrus leaf miner, 2) stem borers that bore into branches, 3) fruit sucking moths that puncture ripening fruits, 4) sap feeders like psyllids and mealybugs, and 5) non-insect pests like mites. It provides details on the life cycle and damage caused by some of the most damaging pests, including citrus butterflies, the citrus leaf miner, and fruit sucking moths. Management strategies focus on controlling the different lifestages, removing weed
The document discusses several pests that affect maize crops, including stem borer (Chilo partellus), shoot fly (Atherigona orientalis), pink stem borer (Sesamia inferens), corn earworm (Helicoverpa armigera), and corn aphid (Rhapalosiphum maidis). It provides details on the identification, life cycle, nature of damage, and management recommendations for each pest. In particular, it emphasizes that stem borer is a serious pest that bores into maize stems, causing dead hearts and yield losses. Management involves crop rotation, resistant varieties, and insecticide applications.
Insect pest of urd, moong and gram and their managementNavneet Mahant
This document provides information on various pests that affect crops and stored grains, including their description, life cycle, damage caused, and management strategies. It discusses the red headed hairy caterpillar, Bihar hairy caterpillar, tobacco caterpillar, gram pod borer, pea pod borer, and gram cutworm. For each pest, it outlines their physical characteristics, hosts, and details on the egg, larva, pupa, and adult stages. It also explains the nature of damage caused by the larvae/caterpillars feeding on leaves, pods, or cutting down seedlings. Management approaches mentioned include cultural, mechanical, biological and chemical control methods.
This document provides information on 4 major pests of tomato crops: 1) Fruit borer (Helicoverpa armigera), 2) Defoliator (Spodoptera litura), 3) Serpentine leaf miner (Liriomyza trifolii), and 4) Whiteflies (Bemisia tabaci). It describes the identification, life cycle, damage caused, and management strategies for each pest. Common natural enemies are also listed. The management approaches emphasized include cultural controls, use of tolerant varieties, pheromone traps, biological control agents, and targeted application of chemical pesticides when needed.
The document provides information on pests that affect pulses. It discusses various insect pests and other organisms that damage pulses as root feeders, stem feeders, foliage feeders, and pod feeders. Some major pests of red gram discussed in detail include the gram pod borer, blue butterfly, grass blue butterfly, plume moth, spotted pod borer, spiny pod borer, field bean pod borer, red gram pod fly, and stem fly. It describes the symptoms caused by each pest and identifies their life stages. The document aims to educate farmers about the different types of pests that impact pulses.
This document summarizes several insect pests that affect amaranthus and moringa plants, including the amaranthus stem weevil, amaranthus caterpillar, pod fly of moringa, bud worm of moringa, and leaf caterpillar of moringa. For each pest, it provides details on distribution, host plants, nature of damage caused, life cycle stages from egg to adult, and recommended management practices such as collecting and destroying infected plant parts, using light traps, and applying specified insecticides.
The document discusses the banana stem borer pest, Odoiporus longicollis. It provides details about the banana plant and lists some major pests that affect bananas. It then focuses on the stem borer pest, describing its systematic position, identification marks, life cycle, nature of damage, and control measures. The stem borer's larvae bore into and tunnel through the pseudostem of banana plants, weakening the stem and reducing yields. Cultural, chemical, and biological control methods are recommended to manage the pest population and minimize damage.
This document provides information on three major pests that affect garlic: onion maggot, thrips, and red spider mite. It describes the identification, life cycle, damage caused, and management strategies for each pest. Onion maggot is a fly pest whose larvae feed on garlic bulbs and seedlings. Thrips are tiny insects that feed on and damage garlic foliage. Red spider mite is an arachnid pest that feeds on leaf undersides and causes stippling and bleaching. Cultural, biological, and chemical controls are outlined for each pest.
The document summarizes information on several pests that affect tomatoes, including the tomato fruit borer (Helicoverpa armigera), serpentine leaf miner (Liriomyza trifolii), whitefly (Bemisia tabaci), aphids (Aphis gossypii, Myzus persicae), thrips (Thrips tabaci), and red spider mite (Tetranychus spp.). It describes the identification, life cycle, nature of damage, and management strategies for each pest. Key pests mentioned are the tomato fruit borer, which bores into and destroys tomato fruits, and whitefly, which transmits the tomato leaf curl virus.
This document summarizes 6 major pests that affect pomegranate and citrus crops:
1. Pomegranate butterfly, with host plants including pomegranate, guava, and citrus. Caterpillars bore into and feed on fruits.
2. Bark eating caterpillar, with hosts including mango, citrus, and ber. Larvae bore into and feed on bark, damaging conducting tissues.
3. Mealybug, which sucks sap from young leaves, shoots, and flowers, causing withering and dropping.
4. Fruit sucking moth, which damages citrus fruits by sucking their sap.
5. Whitefly, which sucks sap from leaves,
This document provides information on diseases that affect guava plants. It discusses the symptoms, characteristics, and management of major diseases like Fusarium wilt caused by the fungus Fusarium oxysporum f. sp. psidii. It also covers other diseases such as fruit canker caused by Pestalotiopsis psidii, stem canker from Physalospora psidii, anthracnose from Gloeosporium psidii, and red rust from Cephaleuros virescens. It details the identification and environmental conditions that promote each disease, as well as cultural, biological and chemical control methods.
This document discusses 8 major pests that affect brinjal crops:
1. Brinjal fruit and shoot borer caterpillars bore into and feed on growing shoots, leaves, and fruits, damaging the plant.
2. Epilachna beetles and their grubs eat chlorophyll from brinjal leaves, creating skeletonized patches.
3. Brown leaf hoppers suck plant juices and transmit diseases, stunting plant growth.
4. Whiteflies suck plant juices and excrete honeydew, promoting sooty mold that reduces photosynthesis.
5. Aphids suck plant juices, deforming and drying leaves.
6. Brinjal lace bugs suck plant juices, causing
This document discusses 5 diseases that affect sapota trees:
1. Leaf spot caused by Phaeopleospora indica, which causes circular brown spots on leaves. It is managed by spraying fungicides.
2. Pestalotiopsis leaf spot caused by Pestalotiopsis versicolor, which causes small reddish-brown spots on leaves that enlarge and develop gray centers.
3. Flat limb caused by Botryodiplodia theobromae, which causes branches to become flat and twisted and leaves to become small and yellow, reducing fruit production.
4. Sooty mould caused by Capnodium versicolor, which grows on insect excretions and causes
This document discusses the major pests that affect litchi trees and their sustainable management. It identifies four main pests: the erinose mite, litchi bug, litchi fruit borer, and litchi leaf roller. For each pest, it describes the causal organism, damaging stage, symptoms, biology, and sustainable management practices like removing infested plant parts, applying approved pesticides when necessary, and encouraging natural enemies. The sustainable practices aim to control pests while limiting environmental impacts.
This document discusses several major and minor insect pests that affect cucurbit crops. The four major pests covered are the red pumpkin beetle, cucurbits stink bug, pumpkin fruit fly, and spotted beetle. For each, details are provided on identification, life cycle, damage caused, and management strategies. The red pumpkin beetle feeds on plant parts both above and below ground, with all life stages causing damage. Management involves deep plowing, flooding, early sowing, and applying insecticides to soil. The cucurbits stink bug feeds on foliage and stems, with nymphs and adults both damaging plants. Management focuses on sanitation and using parasitoids and insecticide sprays. The
This document identifies and describes several insect pests that affect Mesta and tobacco crops, along with their life cycles and damage symptoms. For Mesta, it discusses the hairy caterpillar (Euproctis scintillans), stem weevil (Alcidodes affaber), and Bihar hairy caterpillar (Spilarctia obliqua). It also covers the pink mealybug (Maconellicoccus hirsutus) and other minor pests. For tobacco, it identifies caterpillars, cutworms, stem borer (Scrobipalpa heliopa), whitefly (Bemisia tabaci), aphids, capsule borer (Helic
This document provides information on various insect pests that attack sugarcane crops. It describes the scientific names, symptoms of damage, life cycles and IPM strategies for borers like Chilo infuscatellus, Scirpophaga nivella, Holotrichia serrata, and Odontotermes obesus. It also discusses other pests like Melanapis glomerata, Ripersia sacchari, Pyrilla perpusilla, Ceratobvacuna lanigera, Aleurolobus barodensis and their management. The document lists cultural, biological and chemical control methods for effective management of sugarcane insect pests.
This document summarizes the floral biology of okra (Abelmoschus esculentus). Okra is an erect, herbaceous annual plant originating from tropical Asia and Africa that grows 1-2 meters tall. It produces solitary, axillary flowers with yellow petals and crimson spots. The flowers have 5 united stamens, superior ovaries, and capsular fruits. Pollination is primarily by insects, though self-pollination can occur at a rate of 19%. Fertilization takes place within 2-6 hours of pollination.
Integrated Pest Management on Okra (Abelmoschus esculentus L. Moench)RAKESH KUMAR MEENA
This document provides information on major insect pests that affect okra and their management through integrated pest management. It discusses 6 major insect pests that damage okra - okra shoot and fruit borer, jassid, whitefly, aphid, red cotton bug. For each pest, it provides details on identification, nature of damage, and life cycle. It then outlines various integrated pest management strategies for okra like cultural practices, mechanical controls, biological controls and chemical controls. Finally, it lists some references for further reading on management of insect pests on okra.
The document discusses three major insect pests of sesame:
1. The til leaf and pod caterpillar, which feeds on leaves and bores into shoots, flowers, buds, and pods, damaging young plants.
2. The til hawk-moth, whose large caterpillars voraciously feed on leaves and defoliate plants.
3. The sesame gall-fly, whose maggots cause buds to develop into galls that produce no fruits or seeds.
Mango Hopper
They are the most dreaded pests of Mango Plant
Suck the sap
Damage tender plant shoot
Damage the buds,leaves,fruit, inflorescence
Destruct the fruit setting
Distrust the inflorescence
This document provides information on several pests that affect legume crops. It describes the gram pod borer moth, its markings, size, and that the larvae feed inside pods. It also discusses the bean aphid, its small size, rapid reproduction, and that it sucks plant sap weakening crops. The legume flower thrips is introduced, with details on its damage causing flower and pod shedding. Management options are also briefly mentioned.
This document summarizes key pests that affect pulses. It describes 6 major pests, including the gram pod borer, plume moth, blue butterfly, pod fly, stem fly, and pod bug. For each pest, it provides details on identification, life cycle, nature of damage, and management practices. Common symptoms of damage include holes in pods and damaged seeds. Management involves practices like ploughing after harvest, hand picking, spraying with insecticides, and using pheromone traps to monitor pest populations.
The document provides information on pests that affect pulses. It discusses various insect pests and other organisms that damage pulses as root feeders, stem feeders, foliage feeders, and pod feeders. Some major pests of red gram discussed in detail include the gram pod borer, blue butterfly, grass blue butterfly, plume moth, spotted pod borer, spiny pod borer, field bean pod borer, red gram pod fly, and stem fly. It describes the symptoms caused by each pest and identifies their life stages. The document aims to educate farmers about the different types of pests that impact pulses.
This document summarizes several insect pests that affect amaranthus and moringa plants, including the amaranthus stem weevil, amaranthus caterpillar, pod fly of moringa, bud worm of moringa, and leaf caterpillar of moringa. For each pest, it provides details on distribution, host plants, nature of damage caused, life cycle stages from egg to adult, and recommended management practices such as collecting and destroying infected plant parts, using light traps, and applying specified insecticides.
The document discusses the banana stem borer pest, Odoiporus longicollis. It provides details about the banana plant and lists some major pests that affect bananas. It then focuses on the stem borer pest, describing its systematic position, identification marks, life cycle, nature of damage, and control measures. The stem borer's larvae bore into and tunnel through the pseudostem of banana plants, weakening the stem and reducing yields. Cultural, chemical, and biological control methods are recommended to manage the pest population and minimize damage.
This document provides information on three major pests that affect garlic: onion maggot, thrips, and red spider mite. It describes the identification, life cycle, damage caused, and management strategies for each pest. Onion maggot is a fly pest whose larvae feed on garlic bulbs and seedlings. Thrips are tiny insects that feed on and damage garlic foliage. Red spider mite is an arachnid pest that feeds on leaf undersides and causes stippling and bleaching. Cultural, biological, and chemical controls are outlined for each pest.
The document summarizes information on several pests that affect tomatoes, including the tomato fruit borer (Helicoverpa armigera), serpentine leaf miner (Liriomyza trifolii), whitefly (Bemisia tabaci), aphids (Aphis gossypii, Myzus persicae), thrips (Thrips tabaci), and red spider mite (Tetranychus spp.). It describes the identification, life cycle, nature of damage, and management strategies for each pest. Key pests mentioned are the tomato fruit borer, which bores into and destroys tomato fruits, and whitefly, which transmits the tomato leaf curl virus.
This document summarizes 6 major pests that affect pomegranate and citrus crops:
1. Pomegranate butterfly, with host plants including pomegranate, guava, and citrus. Caterpillars bore into and feed on fruits.
2. Bark eating caterpillar, with hosts including mango, citrus, and ber. Larvae bore into and feed on bark, damaging conducting tissues.
3. Mealybug, which sucks sap from young leaves, shoots, and flowers, causing withering and dropping.
4. Fruit sucking moth, which damages citrus fruits by sucking their sap.
5. Whitefly, which sucks sap from leaves,
This document provides information on diseases that affect guava plants. It discusses the symptoms, characteristics, and management of major diseases like Fusarium wilt caused by the fungus Fusarium oxysporum f. sp. psidii. It also covers other diseases such as fruit canker caused by Pestalotiopsis psidii, stem canker from Physalospora psidii, anthracnose from Gloeosporium psidii, and red rust from Cephaleuros virescens. It details the identification and environmental conditions that promote each disease, as well as cultural, biological and chemical control methods.
This document discusses 8 major pests that affect brinjal crops:
1. Brinjal fruit and shoot borer caterpillars bore into and feed on growing shoots, leaves, and fruits, damaging the plant.
2. Epilachna beetles and their grubs eat chlorophyll from brinjal leaves, creating skeletonized patches.
3. Brown leaf hoppers suck plant juices and transmit diseases, stunting plant growth.
4. Whiteflies suck plant juices and excrete honeydew, promoting sooty mold that reduces photosynthesis.
5. Aphids suck plant juices, deforming and drying leaves.
6. Brinjal lace bugs suck plant juices, causing
This document discusses 5 diseases that affect sapota trees:
1. Leaf spot caused by Phaeopleospora indica, which causes circular brown spots on leaves. It is managed by spraying fungicides.
2. Pestalotiopsis leaf spot caused by Pestalotiopsis versicolor, which causes small reddish-brown spots on leaves that enlarge and develop gray centers.
3. Flat limb caused by Botryodiplodia theobromae, which causes branches to become flat and twisted and leaves to become small and yellow, reducing fruit production.
4. Sooty mould caused by Capnodium versicolor, which grows on insect excretions and causes
This document discusses the major pests that affect litchi trees and their sustainable management. It identifies four main pests: the erinose mite, litchi bug, litchi fruit borer, and litchi leaf roller. For each pest, it describes the causal organism, damaging stage, symptoms, biology, and sustainable management practices like removing infested plant parts, applying approved pesticides when necessary, and encouraging natural enemies. The sustainable practices aim to control pests while limiting environmental impacts.
This document discusses several major and minor insect pests that affect cucurbit crops. The four major pests covered are the red pumpkin beetle, cucurbits stink bug, pumpkin fruit fly, and spotted beetle. For each, details are provided on identification, life cycle, damage caused, and management strategies. The red pumpkin beetle feeds on plant parts both above and below ground, with all life stages causing damage. Management involves deep plowing, flooding, early sowing, and applying insecticides to soil. The cucurbits stink bug feeds on foliage and stems, with nymphs and adults both damaging plants. Management focuses on sanitation and using parasitoids and insecticide sprays. The
This document identifies and describes several insect pests that affect Mesta and tobacco crops, along with their life cycles and damage symptoms. For Mesta, it discusses the hairy caterpillar (Euproctis scintillans), stem weevil (Alcidodes affaber), and Bihar hairy caterpillar (Spilarctia obliqua). It also covers the pink mealybug (Maconellicoccus hirsutus) and other minor pests. For tobacco, it identifies caterpillars, cutworms, stem borer (Scrobipalpa heliopa), whitefly (Bemisia tabaci), aphids, capsule borer (Helic
This document provides information on various insect pests that attack sugarcane crops. It describes the scientific names, symptoms of damage, life cycles and IPM strategies for borers like Chilo infuscatellus, Scirpophaga nivella, Holotrichia serrata, and Odontotermes obesus. It also discusses other pests like Melanapis glomerata, Ripersia sacchari, Pyrilla perpusilla, Ceratobvacuna lanigera, Aleurolobus barodensis and their management. The document lists cultural, biological and chemical control methods for effective management of sugarcane insect pests.
This document summarizes the floral biology of okra (Abelmoschus esculentus). Okra is an erect, herbaceous annual plant originating from tropical Asia and Africa that grows 1-2 meters tall. It produces solitary, axillary flowers with yellow petals and crimson spots. The flowers have 5 united stamens, superior ovaries, and capsular fruits. Pollination is primarily by insects, though self-pollination can occur at a rate of 19%. Fertilization takes place within 2-6 hours of pollination.
Integrated Pest Management on Okra (Abelmoschus esculentus L. Moench)RAKESH KUMAR MEENA
This document provides information on major insect pests that affect okra and their management through integrated pest management. It discusses 6 major insect pests that damage okra - okra shoot and fruit borer, jassid, whitefly, aphid, red cotton bug. For each pest, it provides details on identification, nature of damage, and life cycle. It then outlines various integrated pest management strategies for okra like cultural practices, mechanical controls, biological controls and chemical controls. Finally, it lists some references for further reading on management of insect pests on okra.
The document discusses three major insect pests of sesame:
1. The til leaf and pod caterpillar, which feeds on leaves and bores into shoots, flowers, buds, and pods, damaging young plants.
2. The til hawk-moth, whose large caterpillars voraciously feed on leaves and defoliate plants.
3. The sesame gall-fly, whose maggots cause buds to develop into galls that produce no fruits or seeds.
Mango Hopper
They are the most dreaded pests of Mango Plant
Suck the sap
Damage tender plant shoot
Damage the buds,leaves,fruit, inflorescence
Destruct the fruit setting
Distrust the inflorescence
This document provides information on several pests that affect legume crops. It describes the gram pod borer moth, its markings, size, and that the larvae feed inside pods. It also discusses the bean aphid, its small size, rapid reproduction, and that it sucks plant sap weakening crops. The legume flower thrips is introduced, with details on its damage causing flower and pod shedding. Management options are also briefly mentioned.
This document summarizes key pests that affect pulses. It describes 6 major pests, including the gram pod borer, plume moth, blue butterfly, pod fly, stem fly, and pod bug. For each pest, it provides details on identification, life cycle, nature of damage, and management practices. Common symptoms of damage include holes in pods and damaged seeds. Management involves practices like ploughing after harvest, hand picking, spraying with insecticides, and using pheromone traps to monitor pest populations.
The document summarizes several insect pests that affect oilseed and groundnut crops. It describes the life cycle, nature of damage, and management strategies for each pest. Key pests discussed include mustard sawfly, mustard aphid, painted bug, white grub, groundnut leaf miner, groundnut aphid, and groundnut hairy caterpillar. For each, it provides details on the insect's appearance, egg-laying behavior, larval and pupal stages, and how it damages crops by feeding on leaves, shoots, or roots. Management involves cultural, biological and chemical controls.
The document provides information on pests that affect solanaceous vegetables like brinjal and tomato. It describes the shoot and fruit borer pest Leucinodes orbonalis which affects brinjal and other crops. It has a wide distribution and the larvae bore into shoots and fruits. For management, removing infected plant parts and using Bt or insecticides is recommended. It also describes other pests that affect brinjal like aphids, whiteflies, the hadda beetle, and lacewing bugs. For tomato, the fruit borer Helicoverpa armigera is discussed which bores into and hollows out fruits, with management involving removing infested plant parts.
This document provides information on the painted bug (Bagrada hilaris). It belongs to the family Pentatomidae and order Hemiptera. Both the adult and nymphs feed on mustard plants by sucking plant juices. This causes seedlings to wilt and can ultimately kill the plant. The adult is 5-7mm long with a black shield shaped body and white/orange markings. Females lay eggs underneath host plants. There are five nymphal stages. Multiple generations occur depending on climate, with eggs hatching in 4 days. All life stages can be found on plant parts, with the nymphal stage lasting 2-3 weeks. Control involves monitoring plant damage and removing weeds near crops.
This document summarizes information about the diamond back moth (Plutella xylostella), a major pest of cruciferous crops. It describes the moth's identification, life cycle, damage caused, and management. The moth's eggs are laid on leaves and hatch after 6-7 days. Larvae go through 4 instars over 12-16 days before pupating. Adults live 3-4 weeks. Larval feeding removes leaf tissue, damaging seedlings and heads. Pheromone traps and insecticides are used for management. The document also briefly mentions several other major insect pests that infect crucifer crops.
1. The Rhinoceros beetle bores into pineapple stems, causing wilting. Management includes removing damaged plants, collecting beetles from manure pits, using fungal cultures and traps to control different life stages.
2. Thrips and mealybugs damage pineapple by feeding on sap. Thrips cause silvery blotches and distortion, while mealybugs cause yellowing and fruit shriveling. Management focuses on resistant varieties, traps, and insecticide sprays.
3. Slug caterpillars cause severe defoliation by voracious leaf-feeding. Management targets eggs on leaf undersides and spiny cocoons.
This document discusses major and minor insect pests of cole crops. It provides details on the diamond back moth (Plutella xylostella), including its life cycle, damage symptoms, and management. It also describes the tobacco caterpillar (Spodoptera litura), detailing its identification, biology, nature of damage, and management practices. The document is a lecture on insect pests of cole crops and stored grains, focusing on details for two key pests, the diamond back moth and tobacco caterpillar.
This document provides information on several pests that affect Moringa oleifera plants. It describes the botanical classification of Moringa and then outlines 5 major insect pests: the bud worm Noorda moringae, the leaf caterpillar Noorda blitealis, the pod fly Gitona distigma, and two hairy caterpillars - Eupterote mollifera and Metanastria hyrtaca. For each pest, it provides details on identification, life cycle, nature of damage, and management approaches. It also briefly mentions 4 other pests that can occasionally affect Moringa: aphids, scale insects, bud midge, and leaf eating weevils.
This document discusses several major pests that affect cotton crops in India, including the leafhopper (Amrasca biguttula biguttula), cotton aphid (Aphis gossypii), thrips (Thrips tabaci), whitefly (Bemisia tabaci), and mealy bug (Phenacoccus solani). For each pest, it describes key details like appearance, life cycle, damage symptoms, and management strategies. It emphasizes the importance of integrated pest management using cultural, biological, and chemical controls to minimize pest impacts on cotton crops.
Major insect pests of cucurbits include the red pumpkin beetle, blister beetle, pumpkin fruit fly, and spotted beetle. These pests damage plants through feeding on roots, stems, leaves, flowers and fruits. Effective management strategies include removing and destroying infested fruits, applying recommended insecticides to control populations, and using traps and protein baits to attract fruit flies.
This document summarizes major insect pests of important oilseed crops in India. It discusses in detail:
1. The important insect pests of groundnut including leaf feeders like hairy caterpillars, sap feeders like aphids, and subterranean pests like termites and ants.
2. The major insect pests of mustard including the mustard sawfly whose larvae feed on leaves, and the mustard aphid which sucks plant sap.
3. Insect pests of sesame/linseed including the til leaf and pod caterpillar whose larvae feed on sesame leaves and pods.
Life cycles and damage caused by each pest is described, along with integrated pest management recommendations
This document discusses several major insect pests that affect cotton crops and their management. It describes the leafhopper (Amrasca biguttula biguttula) which damages cotton leaves causing them to curl and turn colors. It also discusses the cotton aphid (Aphis gossypii) which sucks sap from leaves and excretes honeydew, the thrips (Thrips tabaci) which feeds on leaves causing them to curl and silvering, the whitefly (Bemisia tabaci) which sucks sap and transmits viruses, and the mealybug (Phenacoccus solani) which feeds on plant tissues and excretes honeydew. The document provides details on the
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Collapsing Narratives: Exploring Non-Linearity • a micro report by Rosie WellsRosie Wells
Insight: In a landscape where traditional narrative structures are giving way to fragmented and non-linear forms of storytelling, there lies immense potential for creativity and exploration.
'Collapsing Narratives: Exploring Non-Linearity' is a micro report from Rosie Wells.
Rosie Wells is an Arts & Cultural Strategist uniquely positioned at the intersection of grassroots and mainstream storytelling.
Their work is focused on developing meaningful and lasting connections that can drive social change.
Please download this presentation to enjoy the hyperlinks!
Mastering the Concepts Tested in the Databricks Certified Data Engineer Assoc...SkillCertProExams
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Carrer goals.pptx and their importance in real lifeartemacademy2
Career goals serve as a roadmap for individuals, guiding them toward achieving long-term professional aspirations and personal fulfillment. Establishing clear career goals enables professionals to focus their efforts on developing specific skills, gaining relevant experience, and making strategic decisions that align with their desired career trajectory. By setting both short-term and long-term objectives, individuals can systematically track their progress, make necessary adjustments, and stay motivated. Short-term goals often include acquiring new qualifications, mastering particular competencies, or securing a specific role, while long-term goals might encompass reaching executive positions, becoming industry experts, or launching entrepreneurial ventures.
Moreover, having well-defined career goals fosters a sense of purpose and direction, enhancing job satisfaction and overall productivity. It encourages continuous learning and adaptation, as professionals remain attuned to industry trends and evolving job market demands. Career goals also facilitate better time management and resource allocation, as individuals prioritize tasks and opportunities that advance their professional growth. In addition, articulating career goals can aid in networking and mentorship, as it allows individuals to communicate their aspirations clearly to potential mentors, colleagues, and employers, thereby opening doors to valuable guidance and support. Ultimately, career goals are integral to personal and professional development, driving individuals toward sustained success and fulfillment in their chosen fields.
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This presentation was uploaded with the author’s consent.
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This presentation was uploaded with the author’s consent.
Suzanne Lagerweij - Influence Without Power - Why Empathy is Your Best Friend...Suzanne Lagerweij
This is a workshop about communication and collaboration. We will experience how we can analyze the reasons for resistance to change (exercise 1) and practice how to improve our conversation style and be more in control and effective in the way we communicate (exercise 2).
This session will use Dave Gray’s Empathy Mapping, Argyris’ Ladder of Inference and The Four Rs from Agile Conversations (Squirrel and Fredrick).
Abstract:
Let’s talk about powerful conversations! We all know how to lead a constructive conversation, right? Then why is it so difficult to have those conversations with people at work, especially those in powerful positions that show resistance to change?
Learning to control and direct conversations takes understanding and practice.
We can combine our innate empathy with our analytical skills to gain a deeper understanding of complex situations at work. Join this session to learn how to prepare for difficult conversations and how to improve our agile conversations in order to be more influential without power. We will use Dave Gray’s Empathy Mapping, Argyris’ Ladder of Inference and The Four Rs from Agile Conversations (Squirrel and Fredrick).
In the session you will experience how preparing and reflecting on your conversation can help you be more influential at work. You will learn how to communicate more effectively with the people needed to achieve positive change. You will leave with a self-revised version of a difficult conversation and a practical model to use when you get back to work.
Come learn more on how to become a real influencer!
XP 2024 presentation: A New Look to Leadershipsamililja
Presentation slides from XP2024 conference, Bolzano IT. The slides describe a new view to leadership and combines it with anthro-complexity (aka cynefin).
1. RANI LAKSHMI BAI CENTRAL
AGRICULTURL UNIVERSITY
Subject- Insect pests of vegetables, ornamental & spices
crops
TOPIC : INSECT PESTS OF SPICES
Submitted to-
Dr. Usha
Dr. Sunder Pal
Submitted by-
RAJAN MAHENDRA
IDNO. – RLBCAU/008/16
2. INSECT PEST OF CARDAMOM
S. NO. COMMON NAME SCIENTIFIC
NAME
ORDER FAMILY
1 Banana aphid Pentalonia
nigronervosa
Hemiptera Aphididae
2 Cardamom thrips Sciothrips
cardamomi
Thysanoptera Thripidae
3 Cardamom whitefly, Kanakarajiella
cardamomi
Hemiptera Aleyrodidae
4 Rhizome weevil Prodioctes
haematicus
Coleoptera Curculionidae
5 Cardamom hairy
caterpillars
Eupterote
cardamomi
Lepidoptera Bombyridae
3. BANANA APHID
SCIENTIFIC NAME - Pentalonia nigronervosa
ORDER- Hemiptera
FAMILY- Aphididae
D.S. – NYMPH & ADULT
N.O.D.-
Nymph and adult feed on the sap or suck the sap on the soft portion of the
plant they also acts as a vector of cardamom mosaic( kettle diseases),
Amomum mosaic, foorky diseases of large cardamom.
MANAGEMENT
Spray 875 ml of dimethoate 30 EC in 250 ltr of water/hac at 2 week
Interval.
4. LIFE CYCLE
The reproduction is parthenogenetic
Adult longevity varies from 8-26 days
with an average of 14 days
Each female can lay 8-28 off springs with
an average of 14 per female
Nymphs become mature in 12-15 days
Four nymphal stages.
Several overlapping generations in a year
5. CARDAMOM THRIPS
SCIENTIFIC NAME- Sciothrips cardamomi
ORDER - Thysanoptera
FAMILY- Thripidae
D.S- Nymph and Adult
NATURE OF DAMAGE
They cause damage by sucking on the cell sap.
They also feed on tender blossom and bunch pod of
cardamom.
The attack on the flower stock result in shedding of flower
The panicle stalk also become stunted and do not bear
flower.
6. LIFE CYCLE
The female lay 5-71 eggs at random on all
the feeding in plant
Young nymph emerge from egg in 9-12
days.
1st two nymph stage are active and grow by
feeding on the plant sap.
Life cycle complete in 25-30 days.
MANAGEMENT
Spray 875 ml dimethoate 30 EC or 1 ltr of phenolphos 25
EC in 250 ltr of water/hac
7. RHIZOME WEEVIL
SCIENTIFIC NAME- Prodioctes haematicus
ORDER- Coleoptera
FAMILY-Curculionidae
D.S- Grub and adult
NOD-
The severe tunneling and feeding by grub inside
the rhizome result in the attack of entire clumps
of cardamom plant
8. LIFE CYCLE
Weevil emerge in large no. in april
Egg laid in cavities made on rhizome.
Grubb come out in 8-10 days and bore into
rhizome
They pupate within the feeding tunnels for
another 3 weeks.
Adult weevil live for 7-8 months.
MANAGEMENT
Destroy the affected seedling of plant
If the population of grub more in the soil drench the base of
the clumb with 1.25 ltr of melathione 50EC or 1.25 kg of
carbryl 50 WP in 625ltr of water/hac
9. CARDAMOM WHITEFLY,
SCIENTIFIC NAME- Kanakarajiella cardamomi
ORDER- Hemiptera
FAMILY- Aleyrodidae
D.S- Nymph and Adult
NATURE OF DAMAGE
Nymph and adult suck the sap from leave cause chlorotic
patches. Heavy infestation cause the development of sooty
mould secrete by the nymph
10. LIFE CYCLE
The adult white fly insert the egg into
tissues by a pedicel.
There are 4 nymphal instars. And the last
bieng pupae.
Life cycle completed in 2-3 weeks.
MANAGEMENT
Spray Acephat 0.075% or neem oil (59%)
11. CARDAMOM HAIRY CATERPILLARS
SCIENTIFIC NAME –Eupterote cardamomi
ORDER- Lepidoptera
FAMILY- Bombyridae
D.S- Caterpillar
NATURE OF DAMAGE -
Larvae feed on the leave voraciously and defoliate the
cardamom plant causing heavy reduction in the yield.
12. LIFE CYCLE
The female moth lay egg about 400-500
undersurface of the leaves
Each mass contain about 50-160 eggs.
Hatching take place about 15-17 days
It pupate in the soil in a silken coccon at
a depth of 5-8cm for 7-8 months
ADULT MOTH
EGG
CATERPILLAR
PUPAE
MANAGEMENT
Spray 500 ml of melathione 50 EC or 500 g of carbryl
50 WP in 250 ltr of water/hac.
13. LARGE CARDAMOM
GRAPE WINE THRIPS
SCIENTIFIC NAME- Rhipiphorothrips cruentatus
ORDER- Thysanoptera
FAMILY- Heliothripidae
D.S- Nymph and adult
HOST- LARGE CARDAMOM
NATURE OF DAMAGE -
They feed on the plant by sucking on the soft portion like
leaves, shoot that result ultimately curling up and drop off
the plant.
14. LIFE CYCLE
Adult lay egg on under surface on the leave
Female on average lay 50 eggs with dirty
bean shaped.
Hatch in 3-8 days young nymph develop
and feed undersurface of the leave sucking the
cell sap.
In 2-5 days change into adults.
Female can reproduce with or without
fertilization
MANAGEMENT
Spary 500 ml of melathione 50 EC in 500 ltr water/hac
15. PEST OF CHILLI
S.NO COMMON NAME SCIENTIFIC NAME ORDER FAMILY
1 COTTON WHITE
FLY
Bemescia tabaci Hemiptera Aleyrodidae
2 CHILLI THRIPS Scirtothrips dorsalis Thysanoptera Thripidae
3 WHITE GRUB Holotrichia
consanguinea
Coleoptera Scarbaeidae
16. WHITE GRUB
SCIENTIFIC NAME- Holotrichia consanguinea
ORDER- Coleoptera
FAMILY- Scarbaeidae
D.S- Grub and Adult
HOST- Chilli
NATURE OF DAMAGE-
Grub feed on the root of the plant and adult feed
on the foalige
17. LIFE CYCLE
Adult lay egg dept of 10 cm.
Hatch in 7-10 days and their development
complete in 8-10 weeks.
Full grown larvae migrate into soil for
pupation.
Bettle remain in the soil and come out
forenight for feeding.
MANAGEMENT
Collection and destruction of adult& spary 500g of carbryl
50 WP or 125ml of phenitothian in 250 ltr of water/hac.
Apply 10 kg of forate 10G or 33 kg of carbofuron 3G/ hac in
soil.
18. POLLU BEETLE
SCIENTIFIC NAME- Longitarsus nigripennis
ORDER- Coleoptera
FAMILY- Chrysomelidae
D.S- Grub and adult
“MONOPHAGOUS PEST’
NATURE OF DAMAGE-
Grub cause damage by boring into th eberries and
rotting the content completely in about 10 days. Each
grub destroy atleast 3-4 berries during larval period
The attack berries appear dark crumble when pressed
The grub may also eat into the spikes and cause entire
distil region to dry up.
Adult feed on the tender leave and make hole in them.
INSECT PEST OF BLACK PEPPER
19. LIFE CYCLE
The adult beetle lays eggs in small shallow depressions made on the
rind of tender pepper berries and lay about 100 eggs
A single grub can destroy 3-4 berries. Hatch in 5-8 days
Fully grown grubs drop to soil, construct oval shaped earthen
cocoons and pupate in them
Total life cycle of the pest is completed in 40-50 days
There are four generation between July and January.
adult emerge after 6-7 days after pupation
Pest is active from July to Jan-Feb but the maximum population
is during November
The high yielding cultivars suffer more heavily.
Tiling the soil at the base of the vine at regular interval can
reduce the population.
Spray 1.5ltr dimethoate 30 EC or 2 ltr of quinolphos 25 EC in
500 ltrof water/ hac at late july and again on early October.
MANAGEMENT
adult
20. PEPPER SHOOT BORER
SCIENTIFIC NAME- Cydia hemidoxa
ORDER- Lepidoptera
FAMILY- Tortricidae
D.S- Caterpillar
HOST- Black Pepper
NATURE OF DAMAGE -
Larvae bore into the terminal shoot and feed them
21. LIFE CYCLE
The larvae of the crimson and yellow
moth bore into tender terminal shoot and
drying.
Its attack is severe during august-
september and the total life cycle takes
about a month
MANAGEMENT
Cut and destroy the infected plant or plant part
22. PEST OF GINGER
S.NO COMMON NAME SCIENTIFIC NAME ORDER FAMILY
1 SCALE Aspidiotus hartii Hemiptera Disapididae
2 Castor capsule borer Dichocrocis
punctiferalis
lepidoptera Pyralidae
3 Skipper butterfly Udaspes folus Lepidoptera Hesperidae
23. SCALE
SCIENTIFIC NAME- Aspidiuots hartii
ORDER- Hemiptera
FAMILY- Disapididae
D.S- Nymph and adult
HOST- Ginger
NATURE OF DAMAGE-
They infest the rhizome in large no. These insect
multiplies in large no on stored zinger rhizome
which shrink and dried.
Rhizome in the field are also attack by this scale
the infected plant look pale and dry up.
24. LIFE CYCLE
A female lays about 180 eggs under the scale
which hatch within a day.
Nymph develop about 30 days.
The male form a pupa before emergence as
the winged adult.
The insect multiplies in large no. in stored
ginger.
Rhizome in the attacked by the scale and
infested plant look pale and dry up.
MANAGEMENT
750ml of melathione 50EC and or 500ml dimetheaote
in 500ltr of water/hac.
25. CASTOR CAPSULE BORER
SCIENTIFIC NAME- Dichocrocis punctiferalis
ORDER- Lepidoptera
FAMILY- Pyralidae
D.S- Caterpillar
HOST- Ginger
NATURE OF DAMAGE-
They feed on the foliage plant
They also bore into the arial stem & kill it
Larva
Adult
Damaged leaves and larva presence on the inside
stem
26. LIFE CYCLE
Gravid female lays pale yellowish, oval
flat eggs singly on capsules, inflorescence
(raceme).
Egg 3-4 days
4 instar larvae emerge
Total larval period 13 – 16 days
Pupa 9- 10 days
Total developmental period-
(Egg-Adult) 30 – 35 days
MANAGEMENT
Collect and destroy the infested shoots and capsules
Spray the crop with carbaryl (0.1%)
27. SKIPPER BUTTERFLY
SCIENTIFIC NAME- Udaspes folus
ORDER- Lepidoptera
FAMILY- Hesperidae
D.S- Caterpillar
HOST- Ginger
NOD-
Larvae feed on the leaves due to the feeding of the larvae
leave roll
28. LIFE CYCLE
The total life cycle was completed in 28 days.
The mean larval period was 18 days with 5
instars.
There were a pre-pupal stage of one day and
the mean pupal period lasted for 8 days.
The average adult longevity in the case of
male was 4 days and female 8 days.
There were several generations in a year.
The butterfly displayed pupal diapause during
winter, i.e. from November-December up to
March.
MANAGEMENT-
Collect and destroy the butterfly with help of aerial net.
Any Spary 500 ml of melathione 50 EC in 500 ltr water/hac
29.
30. PEST OF CORAINDER
COTTON APHID
SCIENTIFIC NAME- Hyadaphis coriandri
ORDER- Hemiptera
FAMILY- Aphididae
D.S- Nymph And Adult
HOST- Corainder
NATURE OF DAMAGE
They infest shoot and inflorensce and suck
the juice of the plant
31. • Host alternating aphid – Overwinters in egg stage on
Lonicera spp. – Moves to Umbelliferae in the spring and
summer
• In the spring, there are parthenogenic females –
Winged and wingless forms
• In the fall, winged males and winged parthenogenic
females are produced
These winged parthenogenic females produce egg
laying females that will mate with the winged males –
Eggs will overwinter until spring
MANAGEMENT
500 ml of melathione 50EC or 250 ml phosphamidan 100EC in
250 ltr of water/hac or 500gm carbryl 50WP
32. PEST OF CINNAMON
CINNAMON BUTEERFLY
SCIENTIFIC NAME- Chilasia clytia
ORDER- Lepidoptera
FAMILY- Papilionidae
D.S- Caterpillar
HOST - A number of wild species of cinnamon and other forest trees.
NATURE OF DAMAGE -
After hatching young larvae starting feeding on the lamina of the freshly
emerged leaves.
Later instar feed voraciously on the tender leave on the midrib with
portion of wing
In severe cases they completely defoliate the plant that result the
adversely affected the growth of the plant.
33. LIFE CYCLE
Eggs hatch in 3-5 days
The larva moults five times
Larval period is 12-18 days
Pupal period is completed in 11-13
days.
Adults live for 3-5 days
Total life cycle is completed in 24-36
days.
MANAGEMENT
Collect and destroy butterfly .
Any contact insectcides – carbaryl 50WP , fipronil
34. CINNAMON LEAF MINOR
SCIENTIFIC NAME- Phyllocnistis chrysophthalina
ORDER- Lepidoptera
FAMILY- Phyllocnistidae
D.S- Caterpillar
HOST- Cinnamon
NATURE OF DAMAGE -
Larvae make mine in the growing part of the in
severe cases they completely defoliate the plant
35. LIFE CYCLE
Each female deposits about 50-130 eggs,
placing them on the very young leaves and the
youngest twigs
. The emerging larvae enter the leaves and
burrow therein, forming uneven mines , where
pupation takes place.
It have 4 larvae out of these 3 larave feed and
4th is spinning larvae which not feed.
Completing several generations in a year. It has
no diapause.
MANAGEMENT
Infected leave remove and destroy.
Collect the adult and destroy.
36. INSECT PEST OF TURMERIC
COMMON NAME SCIENTIFIC NAME ORDER FAMILY
1 SKIPPER
BUTTERFLY
Udaspes folus Lepidoptera Hesperidae
2 CASTOR SHOOT
BORER
Dichocrocis
punctiferalis
Lepidoptera Pyralidae
3 BIHAR HAIRY
CATERPILLAR
Spilarctia obliqua Lepidoptera Arctiidae
37. BIHAR HAIRY CATERPILLAR
SCIENTIFIC NAME- Spilarctia obliqua
ORDER- lepidoptera
FAMILY - Arctiidae
D.S- Caterpillar
HOST- Turmeric
NATURE OF DAMAGE-
Caterpillar eat leaf and soft portion of stem and
branches in severe infestation. They completely
defoliate the plant.
38. LIFE CYCLE
Female lay 410-1240 in clusters on
underside of leaves.
The eggs hatch in 8-13 days
Larval development is completed in 4-8
weeks
Passing through seven stages
Pupal stage last for 1-2 weeks
Moths live for about a week
Total life cycle is completed in 6-12
weeks
3-4 generations in a year.
EGG
LARVAE
PUPAE
ADULT
MANAGEMENT
Young caterpillar can be collect by destroying the infested
crop with melathione 5% @ 250 kg/hac.
Collect and destroy the egg patches before hatching
Spray quinolphos 25EC or spray dichlorophos 76EC in 500ltr
of wtaer/hac