Efficacy of caffeine and garlic oil against rose-ringed parakeet on maize seeds in captive conditions

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Research Paper 01/06/2017
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Efficacy of caffeine and garlic oil against rose-ringed parakeet on maize seeds in captive conditions

Asif Masih, Shahzad Ahmad, Farhat Jabeen, Tayyaba Sultana, Salma Sultana, Bilal Hussain, Sajid Yaqub, Sami Mubarik, Hammad Ahmad Khan, Qazi Adnan Ahmad, Rashida Kanwal
Int. J. Biosci.10( 6), 101-107, June 2017.
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Abstract

Among various bird pests rose-ringed parakeet iscategorically the nastiest one that caused economic losses to crops and fruit orchards. Different mechanical and chemical repellents have been reported to manage these losses throughout the world. Present study was designed to probe the efficacy of caffeine and garlic oil against rose-ringed parakeet in captive conditions. It has been observed that consumption of maize seeds was (0.48±0.26)  and (17.00±3.61) in trial and control groups respectively, which showed highly significant (P≤0.01) variance when maize seeds treated with garlic oil were provided to the caged parakeets. Similarly with caffeine treated maize seeds a highly significant difference (P≤0.01) was also observed among trial (5.70±0.44)and control (17.27±3.95)group. It showed that both chemicals showed better repellency against the caged parrots when treated seeds were provided.

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Ahmad S, Khan HA, Javed M, Rehman KU. 2011. Roost composition and damage assessment of rose-ringed parakeet (Psittacula krameri) on maize and sunflower in Agro-Ecosystem of central Punjab, Pakistan. International Journal of Agriculture and Biology 13, 731-736.

Avery ML, Decker DG, Nelms CO.  1992. Use of trigeminal irritant for wildlife management. In R.L. Doty (Ed.), Chemical signals in vertebrates VI, Plenum Press New York, 319-322.

Avery ML, Tillman EA, Humphrey JS, Cummings JL, York DL, Davis Jr JE. 2001. Evaluation of over spraying as an alternative to seed treatment for application of flight control bird repellent to newly planted rice. Crop Protection19, 225–230.

Avery ML,  Werner SJ, Cummings JL, Humphrey JS, Milleson MP, Carlson JC,  Primus TM,  Goodall MJ. 2005. Caffeine for reducing bird damage to newly seeded rice. Crop Protection 24, 651-657.

Cummings JL, Otis DL, Davis JE, Jr. 1992. Dimethyl and methyl anthranilate and methiocarb deter feeding in captive Canada geese and mallards. Journal of Wildlife Management 56, 349–355.

Cummings JL, Mason JR, Otis DL, Davis JE, Ohashi TJ. 1994. Evaluation of methiocarb, ziram, and methyl anthranilate as bird repellents applied to dendrobium orchids. Wildlife Society Bulletin22, 633–638.

Cummings JL, ClarkL, Pochop PA, Davis JE, Jr. 1998c. Laboratory evaluation of a methylanthranilate bead formulation on mallard feeding behavior. Journal of Wildlife Management62, 581–584.

Cummings JL, Otis DL, Davis JJE, Crane KA. 1998b. Evaluation of methylanthranilate and DRC-156 on Canada Goose grazing repellent. Biology and Management of Canada Geese. Proceedings of the International Geese Symposium Milwaukee Wls, 193-197.

Cummings JL, Pochop PA, Yoder CA, Mason JR, Davis DL. 1998a.Potential bird damage to reduce black bird damage to lettuce seed and seedlings. In R.O Baker & A.C. Crabb (Eds.), Proceedings of 18th Vertebrate Pest Conference, Published at University of California, 350-353.

Dellamano F. 2006. Controlling Birds with Netting: Blueberries, Cherries and Grapes. New York Fruit Quarterly 14(2), 3–5.

Esther A, Tilcher R, Jacob J.  2013. Assessing the effects of three potential chemical repellents to prevent bird damage to corn seeds and seedlings. Pest management science69, 425–430.

Long JL. 1981. Introduced birds of the world. David and Charles Publishing, London.

Mason JR, Avery ML,Glahn J, Otis DL, Matteson RE.  Nelms CO. 1991.  Evaluation of methylanthranilate and starch-plated dimethylanthranilate as bird repellent feed additives. Journal of Wildlife Management 55(1), 182–87.

Nicholls MK, Love OP, Bird DM. 2000. An evaluation of methyl anthraniate, amino acetophenone and unfamiliar coloration as feeding repellents. American  kestrels. Journal of Raptor Research 34(4), 311-318.

PARC. 2006. A report on the management of cultivations of oil seed crops in Pakistan. Pak. Agric. Res., Council, Min. of Agri. Govt. of Pakistan. PP. 142-152.Pest Management Control Project, National Agricultural Research Centre, Pakistan, Agricultural Research Council, Islamabad, Pakistan.

Saleem Z, Ahmad S, Jabeen F, Khan HA, Yaqub S, Samiullah K, Shaheen  R, Irfan M,  Masih A.2015. Efficacy of methylanthranilate and anthraquinone against house crow (Corvus splendens) from maize seeds and seedlings in Pakistan. Journal of Biodiversity and Environmental Sciences 6(4), 435-444.

Shafi MM, Khan AA, Hussain I. 1986. Parakeet Damage to Citrus Fruit in Punjab. Journal of Bombay National Historical Society 83, 439-444.

Way RD. 1968. Breeding for superior cherry cultivars in New York State. In ISHS Symposium on Cherries and Cherry Growing, Bonn, Germany, 121–137.

Werner SJ, Carlson JC, TupperSK, Santer MM, Linz GM. 2009.Threshold concentrations of an anthraquinone-based repellent for Canada geese, red-winged blackbirds, and ring-necked pheasants. Applied Animal Behaviour Science121, 190–196.