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AGRICULTURE ENTOMOLOGY. Insect Pests and their Management
- Malcolm Stone
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1 AGRICULTURE ENTOMOLOGY Insect Pests and their Management DR. A. V. Navarajan Paul Principal Scientist & National Fellow Biological Control Laboratory Division of Entomology Indian Agricultural Research Institute New Delhi CONTENTS Introduction Insect Pests of Rice Pests of Wheat and Barley Pests of Millets Pests of Sugarcane Pests of Oilseeds Groundnut Mustard Coconut Sunflower Gingelly Pests of Fibre Crops Cotton Jute Pests of Pulses Pests of Tuber Crops Pests of Citrus Crops Pests of Cole Crops Cruciferous Vegetables Solanaceous Vegetables Leafy Vegetables Cucurbitaceous Vegetables Insect Pests of Fruit Trees Mango Sapota Guava Banana Pomegranate ( ) 1
2 Pests of Temperate Fruits Pests of Beverages Insect Pests of Spices and Condiments Insect Pests of Stored Products Polyphagous Pests Rodents as Pests Keywords Chewing insect, Sucking insect, minor pest, Major pest, Distribution, Nature of damage, Life history, Management strategy, Chemical control, Biological control, Mechanical control, Preventive method, Curative method 2
3 Introduction Insects are found in all types of environment and they occupy little more than two thirds of the known species of animals in the world. Insects affect human beings in a number of ways. Many of them fed on all kinds of plants including crop plants, forest trees, medicinal plants and weeds. They also infest the food and other stored products in godowns, bins, storage structures and packages causing huge amount of loss to the stored food and also deterioration of food quality. Insects inflict injury to plants and stored products either directly or indirectly in their attempts to secure food. Insects that cause less than 5 % damage are not considered as pests. The insects which cause damage between 5-10% are called minor pests and those that cause damage above 10% are considered as major pests. Insects that cause injury to plants and stored products are grouped into two major groups namely chewing insects and sucking insects. The former group chews off plant parts and swallow them thereby causing damage to the crops. Sucking insects pierce through the epidermis and suck the sap. Many of the sucking insects serve as vectors of plant diseases and also inject their salivary secretions containing toxins that cause severe damage to the crop. Introduction of high yielding varieties, expansion in irrigation facilities and indiscriminate use of increased rates of agrochemicals such as fertilizers and pesticides in recent years with a view to increase productivity has resulted in heavy crop losses due to insect pests in certain crops. This situation has risen mainly due to elimination of natural enemies, resurgence of pests, development of insecticide resistance and out-break of secondary pests. Distribution, nature of damage, life history of important key pests of crops and their management strategies are outlined hereunder: I. Insect Pests of Rice (Oryza sativa) 1. Rice stem borer Scirpophaga incertulas (Walker) (Pyraustidae: Lepidoptera) Distribution: The yellow stem borer of rice attacks only rice and has wide distribution in all Asian countries. Nature of damage: Larva feeds inside the stem causing drying of the central shoot called dead heart in young plant or drying of the panicle called white ear in older plants. October-December has been found conducive for the multiplication of the insect. Life history: The female lays eggs in a mass near the tip on the upper surface of tender leaf blade and covers them with buff coloured hairs and scales. A female lays about 2-3 egg masses and the incubation period ranges from 5-8 days. The newly hatched pale white larva enters the leaf sheath and feeds for 2 3 days and bores into the stem near the nodal region. Usually only one larva is found inside a stem but occasionally 2-4 larvae may also be noticed. The larva becomes full grown in days and measures about 20 mm long. It is white or yellowish white with a well developed prothoracic shield. Before pupation it covers the exit hole with thin webbing and then forms a white silken cocoon in which it pupates. The pupa is dark brown and measures 12 mm long. The pupal period varies from 6-10 days and may get prolonged depending on the weather conditions. The entire life-cycle is completed in days. 3
4 Rice stem Borer Source: Management Strategies: (i) Removal and destruction of rice stubbles from field and also collection and destruction of egg masses. (ii)) Clipping the tip of the seedlings prior to transplantation to eliminate egg masses. (iii) Collection and destruction of moths using light traps. (iv) Spraying of fenthion or fenitrothion or endosulfan or phosalone or monocrotophos or etofenprox or cartap hydrochloride or chlorpyriphos or phenthoate at 0.5 kg a.i./ha or fipronil 5% SC at 1 litre/ha if the economic threshold level of 10% dead heart is crossed in the nursery a week prior to pulling out the seedlings and the second after 15 days of transplantation. (v) An economic threshold level of 10% dead heart in vegetative stage and presence of 1 moth or 1 egg mass/sq.m. in the ear-head bearing stage has been suggested for adoption of chemical method of control by giving a third spray with one of the above chemical pesticides. (vi) Seedlings root dip treatment for 12 or 14 hours before transplanting in 0.02% chlorpyriphos gives protection upto 30 days against stem borer. 2. Rice gall midge Orseolia oryzae (Wood-Mason) Mani (Cecidomyiidae :Diptera) Distribution: It is distributed throughout India. Five biotypes of gall midge have been observed. It is destructive in some parts of Kerala, Orissa, Andhra Pradesh, Madhya Pradesh and Bihar. It also breeds on a number of grasses such as Paspaladium geminatum, Paspalum scrobiculatum, Panicum spp., Ischaeum ciliare, Cynodon dactylon and Eleusine indica. Nature of damage : The gall formed by this fly is popularly known as silver shoot or onion shoot or anaikomban because of the formation of hollow pink or purple, dirty white or pale green cylindrical tubes bearing at their tips a green reduced leaf blade complete with ligules and auricles. It infests the rice even in the nursery but usually tillers are preferred. The loss in yield in a heavily infested crop may be up to 50 %. Life history: The yellowish brown fly, which is active at night, lays reddish elongate tubular eggs singly or in groups of 2-6 on just below or above the ligules of leaf blade. The maggots hatch out in 3 or 4 days move down to shoot primordia in 6 12 hrs. The maggot feeds on the shoot primordia resulting in the suppression of the apical meristem and formation of radial ridges. Only one larva develops in a shoot apex and throughout its development it remains inside the tubular gall formed due to its feeding. Gall is the modified leaf sheath. The pale red coloured maggot feeds on growing point for days and pupates inside the gall. The pupal 4
5 stage lasts for 2-8 days and at the time of emergence of the adult the pupa wriggles upto the tip and projects half way out. The life cycle occupies days but during winter it takes days. Rice Gall midge (Source: Management Strategies: (i) Seed treatment with chlorpyriphos 0.2% emulsion for 3 hours or seed mixing with either chlorpyriphos (0.75 kg a.i./100 kg seeds) or imidacloprid (0.5 kg a.i./100 kg seeds) provide protection for 30 days in the nursery. (ii) Seedling root dip in 0.02% chlorpyriphos emulsion before transplanting for hours gives protection for 30 days. (iii) Removal and destruction of weeds that serve as alternate host plants. 3. Green rice leaf hoppers Nephotettix nigropictus (Stal.) and N. virescens (Distant) (Cicadellidae: Homoptera) Distribution: These insects are found distributed in all rice growing areas in Asia and Africa. The insect is active during July November in different regions. Nature of damage: Both nymphs and adults suck the plant sap and cause browning of leaves. Both the species are known to be vectors of virus diseases of rice such as rice transitory yellowing and rice yellow dwarf. Life history: The female of N. nigropictus is green and the male has two black spots extending upto the black distal portion on the fore wings. It has a black tinge along the anterior margin of pronotum and a submarginal black band on the crown of the head. In N. virescens black submarginal band on the crown is absent and the black spots on forewings do not extend upto the black distal portion. They also breed on some grasses. The female inserts the eggs in rows under the epidermis of leaf sheath and may lay upto 53 eggs. The life-cycle occupies about 25 days, the egg and nymphal periods being 6 7 and 18 days, respectively. Management Strategies: (i) Spray application of phosalone or etofenprox or cartap hydrochloride or monocrotophos or acephate or chlorpyriphos or carbaryl, at 0.5 kg a.i./ha or fipronil at 50 g a.i./ha or application of granular insecticides such as phorate or sevidol or cartap hydrochloride or carbofuran at 1 kg a.i./ha or fipronil 0.3% G at 25 kg/ha. 5
6 4. Brown plant hopper Nilaparvata lugens (Stal.) (Delphacidae: Homoptera) Distribution: Distributed throughout South and South East Asia where rice is grown. It is known only to feed on rice and the weed Leersia hexandra Sw., Poaceae. Nature of damage: It infests the rice crop at all stages of plant growth. Due to feeding by both nymphs and adults at the base of the tillers, plants turn yellow and dry up rapidly. At early infestation, round yellow patches appear which soon turn brownish due to the drying up of the plants and this condition is called hopperburn. N. lugens is a phloem feeder. Very high infestation causes lodging of the crop resulting in yield loss ranging from %. Life history: Two forms viz., macropterous (long-winged) and brachypterous (shortwinged) are noticed and they are ochraceous brown dorsally and brown ventrally. The female inserts the eggs in two rows on either side of the midrib of the leaf sheath. The average member of eggs laid varies from The incubation period is 6-9 days and the nymphal period is days. The total life-cycle occupies days. Management Strategies: (i) Spraying carbaryl (0.75 kg a.i./ha) or etofenprox, moncrotophos*, phosalone* or 0.5 kg a.i./ha or lindane 20 EC at 1 litre/ha in the early stages of the crop. (ii) Application of granules of carbofuran at 0.75 kg a.i./ha or phorate at 1.25 kg a.i./ha. * Application should be restricted to early stage of the crop. 5. Rice leaf folder Cnaphalocrocis medinalis Guen. (Pyraustidae: Lepidoptera) Distribution: Occurs in all rice growing areas of our country. It is active from October to January. Nature of damage: The larva rolls the leaf blade by fastening its edges and sometimes even fastening the leaf tip to the basal part of the leaf blade and feeds from inside by scraping. In a severely infested field the whole crop gives a sickly appearance with white patches. The infestation at boot leaf stage of the crop sometimes results in heavy loss of grain yield. Life history: The brownish orange coloured moth is small and has two and one distinct dark wavy lines on the brownish fore and hind wings respectively. Both wings have a dark brown to grey band on their outer margin. The eggs are laid singly or in pairs on the under surface of tender leaf blades. The incubation period is 4-7 days. The pale yellowish green larva becomes full grown in days and pupates inside the leaf roll. Pupal period is 6-8 days. Total life-cycle varies from days. (i) Removal of grass from field bunds. (ii) Need based spraying of phosalone or carbaryl or monocrotophos or etofenprox or cartap hydrochloride or quinalphos or fenthion at 0.5 kg a.i./ha or spray of fipronil 5 SC at 1 litre/ha. 6
7 6. Rice earhead bug Leptocorisa acuta (Thunberg) (Alydidae=Coreidae): Hemiptera) Distribution: This is one of the important pests of rice throughout India generally appearing before the flowering stage and continuing upto the milky stage. Apart from rice it also breeds on a variety of grasses. Nature of damage: Both the nymphs and adults feed on the sap of peduncle, tender stem and milky grains making them turn chaffy. Life history: The female lays eggs on leaf blade in long rows of eggs and the incubation period is about a week. The slender greenish nymphs become adults in about two weeks. The longevity of the adults is 3-4 months. Management Strategies: (i) Dusting carbaryl 10 %, and repeat it depending upon the severity of infestation. 7. Whorl maggot Hydrellia philippina Ferino (Ephydridae: Diptera) Distribution: It occurs in many rice growing countries in Asia. It occurs in severe form in certain high yielding varieties in Andhra Pradesh, Tamil Nadu and Orissa. It also breeds in Cynodon dactylon, Echinochloa crusgalli, E. colona, Fimbristylis miliacea, Eleusine indica and Paspalum scrobiculatum. Nature of damage: The maggots attack the leaf blades even before unfurling and the initial damage is characterised by the presence of narrow stripes of whitish area in the blade margins. The tillers become stunted. Damaged leaves become distorted and may break off in the wind. Life history: A female lays in 3-7 batches of about 100 cigar-shaped eggs singly on either side of leaves. Incubation period is 2-6 days. The larva undergoes 3 instars and the larval period is 8-17 days. Pupation take place in between the leaf sheath and the pupal period lasts for 5-9 days. There are overlapping generations. Management Strategies: (i) Spraying of endosulfan or quinalphos or fenthion at 0.5 kg a.i./ha (ii) Alternatively, application of granules of carbofuran or fenthion at 0.75 kg a.i./ha. II. Pests of Wheat and Barley 1. Brown Wheat Mite Petrobia lateens (Muller) (Arachnida: Tetranychidae) Distribution: It occurs on wheat in the summer rainfall regions and expected to be severe where drought conditions are frequently encountered. Nature of damage: The brown wheat mite feeds on sap from leaves by inserting two needle-like stylets into the leaf thereby withdrawing nutrients from the plant. During high mite populations the leaves may have a bronze appearance with some leaves even dying off as a result of intense feeding. They have a tendency to feed on the tips of the leaves, causing them to dry out and die. Heavily infested fields present a scorched withered appearance. Showers of 12mm or more may lead to the eradication of the mite population, but eggs present in the soil may start a new generation. Life history: The mites are very small measuring about 0.5 mm in length, metallic brown to black with pale yellow legs and their forelegs are distinctively longer than the other three pair of legs. Eggs are generally laid beneath clods and are either active i.e. red in colour and not visible to the naked eye or dormant i.e. white eggs 7
8 clearly visible on the underside of clods. Under favourable environmental conditions eggs hatch within 9-11 days. Dormant eggs may remain in the soil for long periods and hatch during July/August following light rainfalls. Dry conditions favour larval development and adulthood can be attained within 8-11 days. Only females occur and eggs are laid within 2 days after reaching adulthood. Subsequently, mite populations often reach pest status under dry conditions. The total life cycle is completed in 25.5 days. (i) Spraying formothion or oxydemeton methyl or 250 g a.i./ha. Spraying may be repeated after 15 days in case of severe infestation. (ii) Growing of tolerant wheat variety such as C Grain aphid Sitobion avenae (F.) (Aphididae : Homoptera) Distribution: This pest is found distributed worldwide in parts of Europe, Asia, Africa, North America, Central America and Caribbean and South America. In India it is reported from Delhi, Haryana, Himachal Pradesh, Jammu and Kashmir, Madhya Pradesh, Punjab, Rajasthan, Uttar Pradesh and West Bengal. Nature of damage: A major pest of cereal crops in the spring. Heavy infestations can cause a reduction of the number of grains per ear and thus a noticeable reduction of the yield. Sooty moulds develop on the honeydew which they secrete. This aphid is also a vector of the barley yellow dwarf virus (BYDV). Life history: Primary hosts of this aphid belong to the genus Pubus. Secondary hosts mostly belong to the Poaceae (=Gramineae), including grasses like cocksfoot grass, and also cereals viz., oats, wheat, rye, barley. Winter eggs are laid on the straw of graminaceous plants and hatch in late winter, giving rise to several generations of apterous, virginoparous fundatrigeniae. Winged aphids emerge, spreading to other graminaceous plants and developing on the uppermost leaves before moving to ears as soon as these emerge. When populations are abundant or when the ripening grain hardens, winged aphids appear in a few days, leaving to create new colonies on Poaceae which are still green. During mild winters, this species survives parthenogenetically on new growth of winter cereals and other Poaceae. (i) Spraying formothion or oxydemeton methyl or 250ml a.i./ha. (ii) Growing aphid resistant barley varieties DL117 or DL200. (iii) Early sowing of barley by 1 st fortnight of November usually reduces aphid attack. 3. Shootfly Atherigona naqvii (Muscidae: Diptera) Distribution: Occurs in all wheat growing areas. Nature of damage: The maggots bore into the shoot of young plants, a week after germination to about one month and as a result the central shoot dries up resulting in dead hearts. If it is a little later the mother plant may produce side tillers. But the tillers also may be attacked. The infestation often goes as high as 60%. Life history: The adult is a small dark fly. It deposits whitish eggs singly on the central surface of the leaves. The eggs hatch in 1-3 days and the maggots which are yellow in colour migrate to the dorsal surface of the leaf, enter the space between the leaf sheath and the axis and make a clean cut at the base of the leaf. The growing 8
9 point of the plant dies and decays on which the maggots feed. The larval period lasts for 6-10 days. Pupation takes place inside the stem itself and the adults emerge in about a week. Each female fly is capable of laying 30 eggs during its life time. Life cycle occupies days. (i). Early sowing of wheat will reduce the attack. (ii). In late sown crops (end of December to 1 st week of January) spraying of cypermethrin 0.002% twice at fortnightly intervals in seedling stage was found effective. The most vulnerable period of crop is being upto 60 days of germination. III. Pest of Millets A. Sorghum (Sorghum vulgare) 1. Sorghum shoot fly Atherigona soccata Rond. (Muscidae: Diptera) Distribution: Occurs throughout the country. Nature of damage: The maggots bore into the shoot of young plants, a week after germination to about one month and as a result the central shoot dries up resulting in dead hearts. If it is a little later the mother plant may produce side tillers. But the tillers also may be attacked. The infestation often goes as high as 60%. Life history: The adult is a small dark fly. It deposits whitish eggs singly on the central surface of the leaves. The eggs hatch in 1-3 days and the maggots which are yellow in colour migrate to the dorsal surface of the leaf, enter the space between the leaf sheath and the axis and make a clean cut at the base of the leaf. The growing point of the plant dies and decays on which the maggots feed. The larval period lasts for 6-10 days. Pupation takes place inside the stem itself and the adults emerge in about a week. Each female fly is capable of laying 30 eggs during its life time. Life cycle occupies days. Alternate hosts: The fly infests wheat, maize, small millets and grasses, besides sorghum. (i) *A higher seed rate is adopted and the affected seedlings are pulled out and destroyed. (ii) Application of 10% phorate (Thimet) or carbofuran 3% granules at the time of sowing at the rate of 2.5 kg a.i./ha. (iii) Spraying of 0.07% or 0.005% or cartap hydrochloride 0.5 kg a.i. /ha or 0.5 kg a.i. /ha twice a week after sowing or during second week. * Seed rate 12 kg/ha may be followed and the infected plants are removed. 2. Sorghum stem borer Chilo partellus (Swinhoe) (Crambidae: Lepidoptera) Distribution: It is found in all places of India where sorghum is grown. It is also found to attack finger-millet, maize, pearl-millet, sugarcane and wild grasses. Nature of damage: Presence of dead heart in the early stages is the main symptom. The bore holes may be visible in contrast to the dead-heart caused by the stem fly. Later it acts as an internode borer and is found till the time of harvest. Yield is 9
10 affected much and the quality of the fodder is also reduced. The damage caused to the crop by this pest is estimated to range between %. Life history: The moth is medium sized and straw coloured. The female lays flat oval eggs, about 200 on the underside of the leaves, near the midrib. The eggs hatch in 2-6 days. The larva is pale white with black dots and brown head. It bores into the stem near the node and feeds upwards. The larvae remain dormant in winter and hibernate. The average number of caterpillars per plant is four. The larval period lasts from days in summer to 193 days in winter. Pupation take place inside the stem and the adults emerge in 7-15 days depending upon the climatic conditions. Total life cycle is completed in days. (i) Collection and destruction of the stubbles which are left in the field or heaped in one corner of the field since they act as a source of infestation, as the larvae hibernate in them. (ii) Spraying of carbaryl 0.1 % or endosulfan 0.07% thrice at an interval of 15 days from a month after sowing. (iii) Two whorl applications of 4 % endosulfan or 10 % carbaryl or 4% cartap hydrochloride granules, first at 5 kg /ha at days after crop emergence and second at 10 kg/ha days later. If infestation is severe, three applications at 5.0, 7.5 and 10.0 kg/ha are recommended. 3.Sorghum midge Contarinia sorghicola (Coq.) (Cecidomyiidae: Diptera) Distribution: It has a world wide distribution and is considered to be one of the important pests of sorghum. Nature of damage: The maggots feed on the developing grains and cause the developing grains to shrivel and severe infestation has a significant effect on the overall production of grains. The loss varies from %. Life history: The adult fly is very small, fragile and has a bright orange abdomen and a pair of transparent wings. The maggot feeds inside the developing grain and pupates there itself. It emerges between the tip of the glumes leaving the white pupal case attached to the tip in a characteristic manner. The life-cycle from egg to adult varies from days. (i) Spraying of endosulfan 35 EC* 1 litre, or phosalone 35 EC 1 litre, or Malathion 50 EC 1 litre, or carbaryl 50WP 2 kg per hectare at nearly 90% ear-head emergence and repeated after 4 or 5 days. (ii) Phosalone 4% or endosulfan 4% or Malathion 5% or carbaryl 10% or quinalphos 1.5% dust at 12 kg/ha is also effective. * EC = Emulsifiable Concentrate IV. Pests of Sugarcane (Saccharum officinarum) 1. Early shoot borer Chilo infuscatellus Snellen (Crambidae: Lepidoptera) Distribution: It is found to attack sugarcane in Tamil Nadu, Andhra Pradesh, Punjab, U.P., Bihar, West Bengal, Madhya Pradesh, Rajasthan and Maharashtra. Nature of damage: The borer enters into young shoots and tunnels downwards. The upper portion of the central leaf whorl is thus cut off and dries up causing dead hearts 10
11 in shoots from about a month old to 2-3 months crop. If the attack is in early stages the mother shoot dies completely and late attack induces profuse tillering. Life history: The eggs are white and flat, laid in batches on the under surface of the leaves by the side of the midrib in three or more rows, one overlapping the other. Eggs are laid on the leaf sheath also. A moth may lay more than 200 eggs at a time and in each cluster 8-60 eggs will be found. The oviposition is at peak during May in March - April planted crop. The eggs hatch in 3-4 days. The caterpillars cut a hole on the side near ground level and enter the shoot and feed downwards. The affected tiller will decay emitting a foul smell. The caterpillar is white with five violet stripes on the dorsal side of the body with a brownish head. The crochets in the proleg are crescentic or semi circular. Each caterpillar migrates and attacks a number of shoots. The larval stage lasts for about 35 days and pupates inside the stem. The pupa is light brown in colour and the pupal period lasts for 10 days. The adult moth is small, pale grayish brown, the forewings with darker markings especially along the outer edge and the hind wings whitish. Total life cycle occupies days. (i) Light earthing up of the tillers at the early stages of the crop (month old) during May and June reduces the incidence. A second earthing a month later reduces the borer attack considerably. (ii) Mulching with cane trash at the early stages also has been reported to reduce the incidence and help in conserving moisture. (iii) Cutting the affected tillers as close to the ground as possible and destroying them. (iv) Soil application of granules of cartap hydrochloride at 1 kg a.i./ha at planting followed by another application on 45 th day for late planted crop. (v) Cartap hydrochloride 4G, sevidol 8G and chlorpyriphos 10G at 1 kg a.i./ha as whorl application at 35 th and 65 th day are also found effective. (vi) Inundative releases of the egg parasitoid Trichogramma 50,000/ha from first month of planting at 7-10 days interval till one month prior to harvest. (vii) At 30 th, 45 th and 60 th day of crop growth spray granulosis virus of Chilo infuscatellus ( inclusion bodies/ml) at 500 l/ha. (viii) Release of 125 gravid females of Sturmiopsis inferens (Tachinidae) per ha at 45 th day of crop growth. 2. Internode borer Chilo sacchariphagus indicus (Kapur) (Crambidae: Lepidoptera) Distribution: The insect is found throughout India and usually occurs on sugarcane late in its growing phase during June December. It is serious in Andhra Pradesh, Karnataka, Kerala, Tamil Nadu and Uttar Pradesh. The larva has been found feeding on Pearlmillet, sorghum, maize, paddy and wild plants like Sorghum spontaneum, S. fusca and Pennisetum hoockenhackeri. Nature of damage: It infests the crop after the third month when internodes begin to form and continues till the time of harvest. Symptoms will be visible only on close examination. The affected node will be thinner than the other nodes. Mostly the attack is found on the first five internodes. It feeds on the internal tissue making it turn red. The bore hole is plugged with excreta. Due to the attack the quality of juice is reduced and in severe cases cane formation is affected resulting in loss of weight. Life history: Oval flattish eggs are laid in rows on the leaf. Generally, two rows, one just overlapping the other are laid. Each row will contain 9-11 scale like eggs. Egg 11
12 period lasts about 3 days. The larva bores near nodes and feeds on the fibrous tissue by tunneling. It migrates and damages many nodes. The larva is white with dark spots on the body and four violet stripes on the dorsal surface. The dorsal median line is absent. The head is shiny yellowish brown. The crochets on the prolegs are circular. Larval period lasts about 30 days. Pupates in the leaf sheath and the pupal period lasts about a week. The adult is a pale brown moth with a white hind wing. Total life cycle lasts about days. (i) Inundative release of the egg parasitoid Trichogramma 50,000 parasitoid/ha/week from the 4 th up to 11 th month after planting affords protection. (ii) Use of resistant varieties are CO 285, 453, 513, 617, 853, 915, 1007, 1287, 6806 and COJ Top borer Scirpophaga excerptalis Walk. (Pyraustinae: Lepidoptera) Distribution: The insect has a wide distribution in India but is more serious in North India. It occurs on sugarcane in the later stages of growth during June December and may persist till harvest. Wild Saccharum sp. is also attacked by this pest. Nature of damage: Tunneling of midrib in a leaf, small holes in a parallel line in the freshly appeared leaves, dead heart which is reddish brown in the young crop (2-4 months old) and a bunchy top in a grown up crop are the characteristic symptoms. Sprouting of the eye buds affects the quality of the juice. Since the growth is restricted, the yield is also affected. It accounts for % reduction in yield resulting in low juice quality and early maturity of the crop. The sucrose per cent in juice decreases by 2 units. Life history: There are 5 broods reported in a year. The moth lays oval shaped flattish eggs in groups of 35-40, generally on the lower surface of the leaf and covers with crimson coloured hairs. The new larva hatches in 6-11 days and it bores through the mid rib and slowly reaches the central region. It feeds through the leaf whorl, enters the growing shoot from the top and feeds downwards. The caterpillar is cream yellowish white, very slender and soft. After entering the shoot it does not move out. Larval period lasts from days. Pupates inside the burrow and emerges after days. The adult comes out through the hole made by the larva before pupation. Moth is uniformly creamy white in colour. The first pair of wings of certain moths bears a black spot on each wing. Females have a crimson hairy tuft at the anal end. The total life cycle lasts days. Heavy rains are usually conducive for the multiplication of the pest. (i) The egg masses and also the infested portions of plants may be collected and destroyed during the brood emergence period. (ii) Release of the ichneumonid parasitoid Gambroides javensis Rohw. has been found to be promising in Tamil Nadu. (iii) Variety Co 419 is comparatively resistant to this borer. Other resistant varieties are CoS 767, CoJ 67 and Co (iv) Soil application of carbofuran at 2 kg a.i. /ha or phorate at 1 kg a.i./ha for the third brood during first week of July is recommended. 12
13 4. Sugarcane Leaf hopper Pyrilla perpusilla Walker (Lophopidae: Homoptera) Distribution: It is major pest of sugarcane in Punjab, Uttar Pradesh, Bihar and Maharashtra. Generally, it is a minor pest but sometimes assume a major form in different parts of India. Nature of damage: Both the adults and nymphs are very active, jumping from leaf to leaf on slight disturbance. They suck the cell sap from the leaves and secrete honey dew which attracts the black fungus. Due to this feeding the leaves turns yellow and finally look withered and burnt with black encrustation. Life history: The female bug lays greenish yellow eggs in clusters, generally on the undersurface of leaves and between the detached leaf sheaths and the stem. The eggs are covered with white cottony, waxy filaments eggs are found in a cluster and they hatch in about a week. The nymphs have two characteristic anal processes and feed on plant sap. They develop into adults in days. The insects are generally found from August - September. The intermittent periods of drought during July - September, heavy manuring and irrigation and luxuriant growth help in its profuse multiplication. It is also found that broad and soft-leaved varieties are more susceptible to this pest. (i) Release of the lepidopteran ectoparasitoid Epiricania cocoons 4-6 lakh eggs/ha checks its multiplication. (ii) In case of severe infestation without the occurrence of the ectoparasitoid, spraying of endosulfan 0.07 % is quite effective. 5. Whitefly Aleurolobus barodensis Mask. and Neomaskellia bergii (Sign.) (Aleyrodidae: Homoptera) Distribution: A. barodensis in recent years has assumed serious proportions on sugarcane in Bihar, Gujarat, Haryana, Karnataka, Maharashtra, Punjab, Tamil Nadu and Uttar Pradesh and in a mild form in Andhra Pradesh. It is serious on ratoon crops under water-logged as well as drought conditions. Nature of damage: The sap drainage by nymphs result in the leaf gradually turning yellow and pinkish and ultimately the leaf dries up. The nymphs excrete large quantities of honey dew which accumulates on the affected leaves and the leaves appear black due to development of sooty mould interfering with photosynthesis. High infestation causes stunted crop growth and reduces juice quality. Severe whitefly infestation may result in reduction in cane yield up to 24 % and loss in sugar up to 2.9 units. Life history: The pale yellow adult female of A. barodensis lays about 80 eggs in linear masses on first and second top tender leaves. The eggs are fixed firmly on the leaf tissue on both the surfaces. The incubation period varies from 9-13 days. The nymphs feed by sucking the sap. The oval nymphs are black with fringes of wax and waxy deposit on body and the three nymphal instars last for respectively 4 7, 3 7 and 3 8 days. The fourth instar (pupal stage) lasts for 9-14 days. The last nymphal instar is the pupal stage from which through a T-shaped opening the adult emerges. The life-cycle is completed in days. (i) Discourage ratooning in low lying areas and avoid water logging. Remove lower leaves containing pupae periodically. 13
14 (ii) Spray imidacloprid 0.01% or monocrotophos 0.05% or 0.01% after removing infested lower leaves. At least two or more sprays will be required at fortnightly intervals. 6. Sugarcane woolly aphid, Ceratovacuna lanigera Zehntner (Pemphigidae: Homoptera) Distribution: It was reported as a minor pest of sugarcane in Assam, Nagaland, Sikkim, Tripura, U.P. and Bengal in In July 2002 severe infestation of this pest in sugarcane crop was noticed in Maharashtra. Later this pest was found distributed in Karnataka, Andhra Pradesh, Tamil Nadu, Kerala, Uttraranchal and Bihar. It is also reported to attack bamboo, Miscanthus sinensis. Nature of damage: Nymphs and adults are found on the lower surface of the sugarcane leaves and suck the cell sap and excrete honey dew which is dropped on the upper surface of the lower leaves. Honey dew encourages the growth of the fungus Capnodium spp. which results in black coating called sooty mould on the upper surface of leaves affecting photosynthesis. Due to sap sucking, yellowish white spots develop on the leaves leading to drying of leaf edges and complete drying of leaves. Severe infestation causes mottling of leaves, stunted growth, and loss in sugarcane yield and sugar recovery. Losses up to 26% in sugarcane yield and 24% in sugar content have been reported. Life history: Newly emerged nymphs are yellowish or greenish yellow in colour devoid of woolly filaments. Nymphs are found congregated at both the sides of the mid rib on the lower surface of the leaves. There are four instars observed after which they become adults. White coloured woolly filaments are observed on the dorsal side of the 3 rd and 4 th instar nymphs and not on the 1 st and 2 nd instars. Adults are black in colour and they possess two pairs of transparent wings and a pair of cornicles. Winged and wingless females are found to reproduce parthenogenetically throughout the year. Each female produced a maximum of 217 nymphs in 20 days. Nymphs completed four instars to become adults in 6-22 days. Overlapping generations are observed in the field. (i) Paired or wider row planting of sugarcane. (ii) Release of the natural enemies Dipha aphidivora Meyr. or Micromus igorotus in shade net cages (5m x 50/cage and allow them to develop and disperse by removing the cages. (iii) Release of D. aphidivora 1000/ha and M. igorotus 2500/ha. (iv) Need based application of metasystox % or endosulfan 0.05% or dimethoate 0.045% in case of severe infestation without the presence of natural enemies. V. Pests of Oilseeds A. Groundnut (Arachis hypogaea Linn.) 1. Red hairy caterpillars Amsacta albistriga Wlk. and Amsacta moorei Butler. (Arctiidae: Lepidoptera) Distribution: This is a serious and devastating pest of rainfed groundnut crop. It is an endemic one and its seasonal outbreak in various areas is largely dependent on the climatic conditions and the local agricultural practices of the areas. Its outbreak takes 14
15 place generally during May - June in Coimbatore district, during June - July in South Arcot, North Arcot and Salem districts and during August - September in Madurai and Ramanathapuram districts. It also occurs in Andhra Pradesh, Maharashtra and Karnataka. Nature of damage: The larvae that hatch out from the eggs feed gregariously by scarping the under surface of tender leaflets leaving the upper epidermal layer intact. As they grow they feed voraciously on leaves leaving behind the petiole and midribs of leaves and the main stem of plants and may be seen marching from one field to another in thousands. Severely damaged crop presents the appearance as though the entire area has been grazed by cattle. Often it results in total loss of pods. Though it is principally a major pest of groundnut it prefers cowpea to a great extent. Apart from these crops it also feeds on sorghum, cotton, Pennisetum typhoideum L., Rhynchosia minima (Fabaceae), finger-millet, castor, etc. Life history: The adults are medium sized moths. In A. albistriga the fore wings are white with brownish streaks all over and yellowish streak along the anterior margin and the hind wings white with black markings. A yellow band is seen on the head. In A. moorei the anterior marginal streak of fore wings and the band on head are red in colour. Both species are found together. After the receipt of heavy rains on the second evening at about 4 p.m. the moths emerge from their earthen cells in the soil. The moths mate and commence oviposition on the same day. The egg laying may last for 2-6 days. The creamy or bright yellow eggs are laid in groups mostly on the under surface of cowpea leaves usually sown along with groundnut as an inter crop and also on groundnut and occasionally on other vegetation, clods of earth, stones, dry twigs, etc. A female moth lays about eggs but it has also been observed that as many as 2300 eggs have been laid by a moth. The incubation period ranges from 2-3 days. The larva becomes full grown in days. It is about 5 cm long, reddish brown with hairs all over the body arising on warts. With the receipt of some showers, the grown up larvae burrow into the moist soil and pupate in earthen cells at a depth of cm. In view of the widespread out break of the pest, farmers need to adopt the control measures on a co-operative basis. (i) The pupae may be collected at the time of summer ploughings and destroyed. (ii) Setting bonfires or light traps to attract the moths up to P.M. (iii) Collection and destruction of egg masses should be carried out during the early stages of attack. (iv) A week after mass emergence of moths, the field should be dusted with phosalone 4% or carbaryl 10% dust to kill the first instar larvae which are vulnerable at this stage. (v) Grown up larvae are killed by spray application of phosalone 0.05 % or endosulfan 0.075%. (vi) Stray grown up larvae found in the field may be collected and destroyed. (vii) Nuclear polyhedrosis 250 LE/ha has been found promising in field scale control of the pest in Tamil Nadu. 2. Leaf miner Aproaerema modicella (Deventer) (Gelechiidae : Lepidoptera) Distribution: The leaf miner is also one of the major pests of importance on groundnut crop all over India especially when raised under rainfed conditions. In the 15
16 rainfed crop, the peak of attack is during September and October. It also infects Psoralea corylifolia, Cajanus cajan and soybean. Nature of damage: Bunch variety is generally severely infested. The larva mines into tender leaflets or it webs together adjacent leaflets and feeds on the tissue. The leaflets get distorted and due to feeding get dried up in course of time. In a very severely infested crop, the whole field presents a burnt up appearance and the small adults could be seen flying in large numbers when one walks through the crop. The loss in yield of pods is also considerable. Life history: The moth is very small with dark brown wings and small distinct white spot on fore wings. It lays shining, sculptured eggs, singly on tender leaves. The incubation period is 3 days. A moth on an average lays up to 200 eggs. The larvae immediately after hatching mine into the leaves. Later they come out and web together the leaves and feed on the green matter. Larval period lasts for 9 17 days and the larvae pupate in the leaf folds. Pupal period is 3 7 days. (i) Dusting phosalone 4% or carbaryl 10% or spraying fenitrothion % or phosalone 0.05% or monocrotophos 0.05 % or chlorpyriphos 0.05 %. B. Mustard (Brassica campestris) 1. Mustard sawfly Athalia lugens proxima (Klang) (Tenthredinidae: Hymenoptera) Distribution: This is one of the very few hymenopterous insects noticed to infest Cruciferous crops all over India. It is a pest of cold weather, generally active during October to March. Nature of damage: The larvae feed voraciously on leaves. Apart from mustard it also attacks radish and allied plants. It feeds during mornings and evenings from the margin of the leaf towards the centre. During day time it prefers to stay in the soil. Life history: The adult is black with yellowish femora and thorax. The female possesses a saw-like ovipositor and inserts the eggs very near the leaf margin. A female on an average lays about 60 eggs. The larva is cylindrical and dark gray with three pairs of thoracic legs and seven pairs of prolegs on abdominal segments 2-8. Its body surface is hairless. Young larva is greenish grey in colour and its colour becomes darker in the later instar. It measures about mm long and pupates in an earthen cocoon in the soil. The egg, larval and pupal periods occupy 4 5, and days, respectively. Parthenogenetic development is also observed. (i) Spray application of carbaryl 0.1 % or endosulfan 0.07 % or phosalone 0.05% or profenofos 0.05% 2. Mustard aphid Lipaphis erysimi Kaltenbach (Aphididae: Homoptera) Distribution: The most serious pest of the mustard crop in India. Besides brassicas to which mustard belongs, this pest attacks a number of other economic plants, particularly those of the family Cruciferae. Like many other important aphid pests, this species has a very wide distribution in the world. 16
17 Nature of damage: These aphids are small (about 2 mm), generally globular with piercing and sucking mouth-parts. They possess a pair of small tubular structures at the posterior region of their body, called cornicles. It pierces its proboscis into the tender plant tissue and sucks the plant sap. It excretes honeydew that covers practically the whole surface of leaves and the tender shoots. A black mould develops on the honeydew which interferes with the photosynthetic activities of the plant. Life history: The aphid population generally makes its appearance sometimes during winter and it continues to breed parthenogenetically till the end of spring when winged individuals are produced and large-scale dispersal takes place. The population, however, dwindles mostly due to climatic reasons and practically disappears for the whole of the summer and also most of the autumn. (i) Early sowing of mustard before 15 th October will help to escape the attack of the pest and economic damage. (ii) Spray application of metasystox 0.05% or imidacloprid 0.01% or 0.01%. C. Coconut (Cocos nucifera) 1. Rhinoceros beetle Oryctes rhinoceros L. (Scarabaeidae: Coleoptera) Distribution: It is widely distributed in India and persistent in all coconut growing areas. Pineapple, sugarcane, Aloe, African oil palm, palmyrah, date palm and talipot palm are also attacked by the beetle. Nature of damage: The damage is inflicted by the adult beetle which burrows by remaining in between leaf sheaths near the crown and thus cut across the leaf in its folded condition. The damaged leaves show characteristic clipping or holes in the leaflets. Frequent infestation results in stunting of trees and death of growing point in young plantations. The infestation can be easily made out by the chewed fibrous material present near holes. Life history: The adult beetle is stout, black or reddish black, about 5 cm long and has a long horn projecting dorsally from the head in male; in the female the horn is short. The female lays the oval, creamy white eggs in manure pits, decaying vegetable matter, undisturbed heaps of cattle excreta etc. to a depth of 5-15 cm. A female may lay up to 140 eggs and the incubation period is 8 18 days. The grub feeds on the decaying matter and the larval stage lasts for days. It is stout, sluggish and white in colour with a pale brown head and is usually found at a depth of 5-30 cm. The grubs pupate in earthen cells at a depth of meter and emerge as adults in days. The total life-cycle from egg to adult ranges from months and the adult longevity extends up to 290 days. (i) The grubs in their breeding places should be killed by spray application of carbaryl 0.1 % solution at least once in three months. (ii) The beetles should be extracted from the crown with the help of iron hooks and a mixture of sand plus carbaryl 10% dust in equal proportions should be filled in the axils of innermost 2 3 leaves on the crown twice a year during pre and post monsoon periods. (iii) The grubs are susceptible to the fungi Metarrhizium anisopliae and Beauveria bassiana and so application of these in breeding sites is recommended. 17
18 (iv) Pieces of tender coconut stem split longitudinally and treated with fresh toddy or 1 kg castor cake soaked in water in small mud pots when kept in coconut gardens are found to attract the beetles. And these could be used in poison baits. 2.Red palm weevil Rhynchophorus ferrugineus (Curculionidae : Coleoptera) Distribution: This is one of the important pests of coconut in India in Kerala, Karnataka, Goa, Tamil Nadu and Andhra Pradesh and its attack often results in the death of the palm. In addition to coconut other palms are also attacked by the weevil. Nature of damage: Few small holes with protruding chewed fibrous material and oozing out of a brown liquid from such holes, present in the tree trunk, indicate the early infestation by the pest. In the advanced stage of attack the central shoot shows sign of wilting and a large mass of grubs, pupae and adults of the insect could be seen inside the trunk at the affected portion. In the grown up trees the crown region alone is infested. Life history: The reddish brown weevil has six dark spots on thorax and in the male the conspicuous long snout has a tuft of hairs. The female lays the eggs in scooped out small cavities on palms of up to 7 years and on older trees they may be deposited in the wounds and other cut injuries found on the trunk crown. A female lays as many as 276 eggs which are oval and white. The incubation period is 2-5 days. The apodous light yellowish grub with a red head becomes full grown in days and pupates in a fibrous cocoon inside the trunk itself. It emerges as an adult in days. (i) The dying and already damaged palms should be destroyed and as far as possible inflicting mechanical injuries on trees should be avoided. (ii) The infested portion should be scooped out and dressed with tar. A solution of 1 % pyrocone E (a mixture of pyrethrin 1 part + piperonyl butoxide 10 parts) i.e. 1 part in 100 parts of water, or 1 % carbaryl or monocrotophos 36 WSC 5 ml + DDVP 76 WSC 5ml when injected through a hole on the crown at ml per grown up tree brings about appreciable control of the pest. 3. Black-headed caterpillar Opisina arenosella (Wlk.) (Cryptophasidae: Lepidoptera) Distribution: One of the pests of importance on coconut all over peninsular India but more injurious along the east and west coasts. Nature of damage: The larvae live on the under surface of leaflets within galleries of silk and frassy material and feed by scraping the green matter. In case of severe attack due to large scale drying of leaflets the whole plantation presents a burnt up appearance from a distance. Life history: The grayish white small moth lays about 130 eggs in groups on leaves and the larvae hatch out from the eggs in about 5 days. The larval period lasts about 40 days and the caterpillar is greenish brown with dark brown head and prothorax, and a reddish mesothorax. It pupates inside the web itself in a thin silken cocoon and after about 12 days emerges as adult. (i) The infested fronds should be cut and burnt. (ii) In the case of young trees carbaryl 0.1% may be sprayed. 18
19 (iii) Trunk injection of monocrotophos 36 WSC at 5 ml/palm is also effective. (iv) Root feeding with monocrotophos is suggested. For this select a mature dark brown root, cut with a sharp knife and immerse the cut end in an emulsion containing 20 ml of 1:1 monocrotophos 36 WSC and water in a well secured small polythene bag (15 cm x 10 cm). To avoid residues in the tender coconuts, this treatment is not suggested for fruiting trees. (v) Periodically releasing of its parasitoids such as Goniozus nephantidis, Bracon brevicornis, Elasmus nephantidis and Trichospilus pupivora is recommended. D. Sunflower (Helianthus annuus L.) 1. Sucking pest, Amrasca biguttula biguttula Ishida (Cicadellidae: Homoptera) Distribution: This pest is of economic importance in Maharashtra, Tamil Nadu and Karnataka causing crop loss up to 46 %. Though it may appear on the crop round the year, it is serious during certain months at different places. Summer crops are likely to suffer more with this pest than kharif crop. Nature of damage: The incidence would start from seedling stage and prevail right through entire plant life. Stunted growth of plant, cupped and crinkled leaves, burnt appearance of leaf margins are symptoms of damage. Life history: The female lays on an average 15 eggs into the spongy parenehymatous tissue between the vascular bundles and the epidermis and they hatch in 4-11 days. The nymphs moult five times and the whole life cycle is completed in two weeks to more than a month and a half depending upon the temperature and humidity prevailing in the field. (i) Insecticides like phosphamidon (0.03%) or dimethoate (0.03%) or monocrotophos (0.05%) or imidacloprid (0.01%) may be litre spray solution per hectare if the pest build up is very high. (ii) Seed treatment with 5g and 7.5 g/kg of sunflower seed protects from jassid up to days after sowing. 2. Capitulum borer, Helicoverpa armigera (Hubner) (Noctuidae : Lepidoptera) Distribution : The capitulum borer, H. armigera is highly polyphagous with about 181 host plants including important crop plants such as pulses, cotton, vegetables, oilseeds etc. and the pest is prevalent throughout India. Nature of damage: The larva is capable of developing on foliage which is rather less common in field s situations. On a bloom, usually, larvae on hatching would get into the bottom of the preripheral florets and feed on ovaries. During pre-anthesis stage they feed scraping the bracts first and later feed through ray-florets which cover disc florets and finally find access to immature ovaries. The larval growth is better supported by developing seeds. Life history: H. armigera passes through four generations in Punjab and seven to eight generations in Andhra Pradesh. Several crops like maize, sorghum, cotton, sunflower, tomato, pigeonpea, chickpea etc., are found to support large populations of H. armigera. 19
20 Emergence of H. armigera moth has been observed evening any time after 1600 hrs. the peak emergence being between and hr. Pre-oviposition period ranged from 1-4 days, oviposition period 2-5 days, and post oviposition period 1-2 days. Each female moth can lay on an average eggs. The incubation period ranges from 2-5 days. There are normally six instars, but exceptionally seven instars are found in cold season. The larval period ranges from 8 to 33.6 days with 8 to 12 days on tomato, days on chickpea, days on maize, 33.6 days on sunflower and days on cotton. The full grown larvae pupate in earthen cocoons in the soil. Pupal period vary from 5-8 days in India. (i) A significant reduction in pest density is achieved with the spray of LE*/ha. (ii) NSKE (5%) and many neem origin pesticides are found effective in reducing damage due to H. armigera. (iii) Endosulfan (0.05%) on 25 and 45 DAS is ideal for management of this pest in a short duration variety like Morden. (iv) Endosulfan (0.05%), cypermethrin (0.005%), fenvalerate (0.005%) and deltamethrin (0.002%) litre/ha against the head borer are found to be effective. * LC = Larval Equivalent 3. Tobacco caterpillar Spodoptera litura (Fabricius) (Noctuidae: Lepidoptera) Distribution: It is cosmopolitan, highly polyphagous and is reported on sunflower in all sunflower growing areas. Nature of damage : Early instar larvae (gregarious phase) scrape on green matter that give a mesh like appearance to damaged leaves which can be spotted easily from a distance. Older larvae cause total defoliation. Life history: Adult moth has dull brown forewings with white markings, hind wings are hyaline. Eggs are laid underneath the leaves in clusters ( eggs) covered with cream coloured hairs and scales. Egg period is 3-4 days. Larvae are gregarious when young, later disperse having 5-6 instars. Larval duration ranges from days. They feed on foliage at night, hide in soil and debris during day. The larvae pupate in the soil in an earthen cell. Pupal period is 7-10 days. (i) Monitoring of moth activity through pheromone traps. (ii) Collection and destruction of egg masses and gregarious early instars present on undersurface of leaves. (iii) Spray of monocrotophos 0.05% or dichlorvos 0.05% or cypermethrin 0.005% in 500 litre water/ha in case of severe incidence. (iv) Use of poisoned bran bait (125 ml monocrotophos + 1 kg jaggery + 10 kg rice bran) is effective against later instars. 4. Bihar hairy caterpillar Spilosoma oblique Walker (Arctiidae: Lepidoptera) Distribution: It is highly polyphagous and mainly a pest of rabi-summer sunflower in Maharashtra. 20
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You are invited to the first ever out-of-state St. Francis Alumni Gathering in Arizona on the weekend of March 4th & 5th, 2006. Treat yourself to a weekend with old friends, good food and America's favorite pastime. Come join St. Francis classmates in the Skybox at Hohokum Stadium to watch the Chicago Cubs play the San Francisco Giants on March 5th at 1:00 PM. With limited space available, RSVP today to reserve your spot. Call or email your response to John Grossman. Include your full name, street address, email address, phone number and the number of people attending.
On Saturday evening, we will host a cocktail party at Patsy Grimaldi's in Chandler, AZ (1035 W. Queen Creek Rd. Suite 103). If you would like to join fellow alums at this event, let us know when you RSVP for the game. As a courtesy, we have reserved a block of rooms at two hotels.
The Fairfield Inn in Scottsdale has a St. Francis group rate of $104 per night. The rate includes a deluxe continental breakfast buffet, heated pool and Jacuzzi, restaurant & lounge. Fashion Square and downtown Scottsdale are less than 1 mile walking distance. To receive this special St. Francis offer, call The Fairfield Inn at 480-945-4392 and reserve your room under the Account Name of St. Francis Reunion. View their website at www.fairfieldinn.com.
The Best Western Dobson Ranch Inn in Mesa has a St. Francis group rate of $120 - $130 per night. This rate includes a full hot breakfast buffet. They also have a restaurant on property, lounge, and a heated pool. To receive a St. Francis rate, call 800-528-1356 or 480-831-7000 and reserve your room under the Account Name of St. Francis Arizona Reunion or group number 802566. Visit their website at www.dobsonranchinn.com.
Our special thanks to Mary Jean Trinchitella '75 Horna and Mark Sawko '75 who are helping organize the reunion. Additional details regarding events and activities during the weekend will be sent to those who RSVP. Check out the alumni website for updated information.
John Donahue Grossman
Alumni Director
630-668-5800 ext 138
Email: email@example.com
Website: alumni.sfhsnet.org

subset: commoncrawl


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Had an amazing time at Serre-Chevalier! The GOs are so fun and welcoming and make the whole experience outstanding. The activities are everything I was expecting and more, even when the weather wasn't so good! I just loved it!More
Getting you more information on this room
Getting you more information on this room
"I would recommend a room facing the Bez slope or the direction of the Pontillas cable car."
"Family room with balcony is very nice. The fire doors all shut at 10 pm ish so it was really quiet despite..."


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Includes digital copy + 1 print. Each additional print is $3.99
Because of Your Love
By Paul Baloche - Digital Guitar Tab
Product InformationBecause of Your Love by Paul Baloche - Digital Guitar Tab
Because of Your Love digital guitar tab. Contains printable guitar tab plus an interactive, downloadable digital guitar tab file.
- Contains complete lyrics
- This product is available worldwide
The Arrangement Details Tab gives you detailed information about this particular arrangement of Because of Your Love - not necessarily the song.
Not the arrangement you were looking for? View All Arrangements
There are no reviews written for Because of Your Love.
In order to write a review on digital sheet music
you must first have purchased the item.
Publishing administered by: Integrity Music


text:
Wilderness Lodges can be found in extraordinary remote locations of Canada, surrounded by breath taking scenery and are ideal for both families and couples.
The experience of wilderness lodges often begins with just the journey to reach them. Usually inaccessible by road, small private charter flights, seaplanes, water taxis or helicopters are the only way in. Activities at the lodges may include horse riding, kayaking, paddle boarding and heli-adventures. A big highlight for many is the fishing, where the focus is on the world-class salmon fishing, in season.
It's not just about the five star scenery but the service too. Expect superb amenities at the wilderness lodges. Sonora Resort, a Relais & Chateaux property, provide the utmost luxury in accommodation and spa facilities, whereas Nimmo will even take their paddle boards onto helicopters to go beach hopping and Clayoquot, well they will leave you wanting for nothing.
Some lodges have taken the imagination a step further, continuing the experience without compromising on luxury. The tented rooms at Clayoquot Wilderness Resort are as lavish as the lodges with four walls, and if camp is still too mainstream they will set you up on a remote mountain top for the night. The cabins at Nimmo Bay are beautifully positioned on stilts over the water giving fantastic uninterrupted views.
Roxy Dukes
+44(0) 1285 885 333
Read more
Paul Bird
wildlife group tour
Canada - British Columbia Grizzly Bear Photography
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View Group Tour
Canada - Classic Polar Bears
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Canada - Great Bear Rainforest Cruise with Sue Flood
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Canada The Ice Bears of Yukon
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A First Time Visit to Canada
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View Holiday Idea
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Voyage to Newfoundland & Labrador
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A Family Adventure to Canada
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Canada - Culture & Wildlife Sailing in Haida Gwaii
12 days from £4,825pp
Flying Safari in British Columbia
10 days from £12,195pp
Kayaking with Orcas in Canada
9 days from £2,895pp
Sailing Canada - Sail The Great Bear Rainforest
10 days from £4,295pp
Two week Self-Drive holiday in British Columbia
13 days from £3,500pp
Canada - Birds, Bears and Belugas
9 days from £8,495pp
12 Day Newfoundland Self-Drive
12 days from £2,985pp
Viewing Holiday in the Canadian Arctic
10 days from £12,650pp
A Self-Drive Holiday Yukon
16 days from £2,995pp
Clayoquot Wilderness Resort
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Nimmo Bay Resort
Sonora Resort
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Steppes Travel, 51 Castle St, Cirencester, GL7 1QD, United Kingdom


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SUNY Oneonta Spring 2017 Formal Recruitment
If you are interested in joining a fraternity click here to register
If you are interested in joining a sorority click here to register
Registration deadline for formal recruitment is Thur 1/26 at Noon
For quesitons about recruitment at Oneonta please email Jennifer Miles, IGC sorority recruitment chair at email@example.com or James Kavanaugh at email@example.com
Sorority Events
Wed. 1/18 12pm-2pm Registration in Mills Hall
Thur. 1/19 12pm-2pm Registration in Wilsbach Hall
Fri. 1/20 Meet the Greeks 12pm-4pm Hunt Union Ballroom
Sun. 1/22 Recruitment Orientation Session 12pm-1pm in Red Dragon Theatre (all potential new members need to attend one orientation)
Sun. 1/22 Sorority Nail Painting Event 1:30pm-2:30pm Hunt Union Ballroom
Mon 1/23 Greek Rush Event for Sororities 7pm-9pm Hunt Union Ballroom
Mon 1/23 Recruitment Orientation 8:30pm Red Dragon Theatre (all potential new members need to attend one orientation)
Tues. 1/24 Sorority Socials 7pm-8:30pm Fitzelle Hall
Wed. 1/25 Club Expo 6:30pm Hunt Union
Thur. 1/26 Sorority Tea 7pm Fitzelle Hall
Thur. 1/26 LAST Recruitment Orientation Session 9pm Red Dragon Theatre (all potential new members need to attend one orientation)
Fri. 1/27 Preference Party Invitation Pick Up 12pm-2pm Glimmerglass Room
Fri. 1/27 Preference Parties (invitation only) 6pm-10pm Hunt Union and Morris Hall
Fraternity Events
Alpha Sigma Phi Tues. 1/24 Pizza Informational in IRC 2 @7pm, Thur. 1/26 Mario Super Smash Bros Tournament in IRC 7 @ 7pm
Phi Kappa Psi Wed 1/18 Meet the Brothers Hunt Union @ 7pm, Thur. 1/19 Battle of the Red Dragons 5:30-9:30pm
Chi Phi Fri 1/20 Meet the Brothers IRC 6 @ 7pm Wed. 1/25 Wing Night IRC 3 @ 7pm
Beta Chi Wed 1/18 Meet the Brothers CME @ 7pm Fri. 1/20 Game night with Phi Sig CME @ 7pm
Alpha Phi Delta Mon. 1/23 Dodge Ball Chase Gym @ 7pm
Alpha Epsilon Pi Wed. 1/18 Meet the Brothers Grant Hall 7pm, Thur. 1/19 Mario Kart Tournament 7pm
Zeta Beta Tau Wed. 1/18 Meet the Brothers Fitz 107 @ 7pm, Thur. 1/19 Learn about ZBT Fitz 106 @ 7pm
To be eligible to join a Greek Organization at Oneonta you must meet certain criteria:


text:
Hi - Forerunner, again. I wanted to tell you the good and bad points of Resident Evil Wiki's two editor types: Wikitext and Rich text.
The Wikitext editor is the original editor used on most wikis, though has been replaced by the rich text on some. Here, minor coding mistakes can be spotted easily. However, as you cannot see whether or not your coding (eg. templates, wikitables) worked to the manner in which you intended, you must use "preview" for such instances - many users will instead just click "save page" and leave a potential mess unresolved.
Rich text
This editor allows the templates you are using to appear in the editor as they will on the finished article. This allows you to make sure that you have implemented the coding properly rather than risk making multiple, potentially-annoying minor edits. Unfortunately, the placing of objects and the usage of coding can distort the page easily. For example, users using the Rich text editor have been known to routinely insert image files into headings, which would be noticable in the Wikitext format. Other coding such as hyperlinks is also used improperly - internal links are sometimes entered in an external manner ([http://residentevil.wikia.com/Jill_Valentine Jill Valentine] rather than [[Jill Valentine]]).
How to change editor
If you desire to use the other editor to your current system, follow these three steps.
Step 1: move the mouse to the top right corner of the screen and hover other your username. A drop-down menu will appear; click on "My preferences".
Step 2: After the page loads (it may require some time to separate the content into the categories), click on the "Editing" section.
Step 3: (de-)Select the "Enable rich text editor" box.
Step 4: Scroll down and click "save".
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I'm has anyone used VMWare 4.1 ESXi and the HP NC365T 4 port nic card. I can not get my box to see it. If any one can help please do. Thanks
9 Replies
Nov 5, 2010 at 4:18 UTC
akp982 is an IT service provider.
Try a diffrent port, if not try and use the HP branded vmware
Nov 5, 2010 at 7:34 UTC
1st Post
What box are you running the NIC card in? Is it also a HP server which one?
Nov 5, 2010 at 8:14 UTC
Try a diffrent port, if not try and use the HP branded vmware
There really is not HP branded or Dell branded VMWare anymore. I asked my Dell rep why there was not a specific Dell ESXi download anymore, he told me that they have integrated the HP, Dell and I believe IBM all into the same package. If you install ESXi 4.1 on any of those hardware platforms it automatically adds the necessary vendor specific items. If you are not using those vendors you get the generic setup.
Nov 5, 2010 at 12:18 UTC
akp982 is an IT service provider.
I get a thing in the post every now and then from hp when they update it and a link to the HP site to download a HP branded one with the management tools in :-S
Nov 5, 2010 at 12:33 UTC
Okay, I double checked again with my Dell guy and he was wrong. What he said was at that time the "Dell 4.1" was not out yet. I know he told me that they were not getting one, but they do have one now.
However I checked to see what was so special about the difference and it is basically not much, from their website.
• Dell customization of the ISO image for ESXi 4.x is minimal and primarily focused on modifying the URLs to redirect support from VMware to Dell.
• The files that Dell creates or modifies as a part of customizing VMware Installable ISO image are:
– etc/vmware/oem.xml
– etc/vmware/support
Okay, sorry to get off topic. Back to the issue at hand.
I know a gentlemen who has done literally hundreds of VMWare installs (he does it for a living) and he said he will only use Intel nics. He said that he has the least trouble with them. He said the Boradcom's are okay too, but prefers Intel. He did not know much about that specific HP adapter.
Nov 15, 2010 at 4:27 UTC
Got it. Had to replace to card
Nov 29, 2010 at 3:49 UTC
Sorry for using this thread, but a question cause I got offered this
HP NC365T 4 port nic card as well.
Can somebody verify that this card only runs with the HP branded esxi?
My offer shows 430 EURO net. Can somebody recommend me an intel 4-port nic?
Then the next question: Does this intel card work with a HP branded ESXi then?
Dec 10, 2010 at 12:00 UTC
1st Post
This is an Intel card.
The issue everyone is having is only because this is a relatively new card and the drivers haven't been included in the ESX ISO or patches yet. At some point the drivers will be included in a patch and it will be recognized at install.
If you check the VMware vSphere HCL, you will see a footnote that you need to download the driver CD for this model.
You won't find the driver CD under the HP model. The quickspecs show the underlying intel processor as an Intel 82580. Search for that and download the associated driver CD on Vmware's site. Follow the instructions for install and you'll see your NICs.
Here's the direct link: http://downloads.vmware.com/d/details/esx40_intel_82580_dt/ZHcqYmQqKmpidGR3
Dec 10, 2010 at 12:06 UTC
Update: There are actually 3 different driver links on VMware's site.The link I included in the last post would likely work but, this appears to be the latest
This discussion has been inactive for over a year.
You may get a better answer to your question by starting a new discussion.


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