Occurrence and prevalence of air borne fungi due to rain falling on date palm (Phoenix dactylifera L) harvesting crop in area of Gambat Khairpur District, Sindh, Pakistan

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Research Paper 01/06/2021
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Occurrence and prevalence of air borne fungi due to rain falling on date palm (Phoenix dactylifera L) harvesting crop in area of Gambat Khairpur District, Sindh, Pakistan

Mirza Hussain, Shafique Ahmed Rind, Atta Hussain Rind
Int. J. Biosci. 18(6), 278-283, June 2021.
Copyright Statement: Copyright 2021; The Author(s).
License: CC BY-NC 4.0

Abstract

During harvesting, date palm crop is damaged due to rain falling at study area , unfortunately rainfalls at harvesting dates crop in mid of July to September months and provide max; chance for occurrence and prevalence air borne fungi . In present study ,air borne fungi at harvesting dates of different varieties (Karbalianan, Kupro and Gajar) were isolated and characterized , these fungi viz A fumigatus, A. flavus and A, niger was isolated, the fungus A. fumigatus was isolated from kupro, A.flavus observed from Gajar and A. niger was tvaluated from Karbalianan.

Al-Harrasi. 2014. Nutritional assessment and antioxidant analysis of 22 date palm (Phoenix dactylifera) varieties growing in Sultanate of Oman. Asian. Oman. J. Agric. Food Chem. https://www. frontiersin.org/articles/10.3389/fpls.2017.00845/full

Alani, HY, Abehaddi, Majeed A. 1971a. Reactions of date palm cultivars to inflorescence rot and persistency and spreading of the diseases. Phytopatho Medit 10, 57-62.

Baarn Odejans. 1984. Date palm in evolution of crop pp. 22-23.

Chaughtai GH. 1986. Annual report of insects pests of date palm & their Control at DI Khan. Sr. Jr. of Agri: PP. 6 1986.

Ismailli. NJ. 1999. Morphological and biochemical studies in dates at khairpur, Ph.D theses pp. 87-88.

Ishtique, Tarique M. 1988. A Physical Proprietress of fruit some indigence date palm cultivars & grown at DI Khan Sarhad Journal of Agr: Vol. 4 No 3 Page 2271.

Ismailli NJ, Soomro AQ, Zardari M, Memon MS, Soomro 1.1-I. 1993. Fungi occurring on date palm, leaflets and inflorescence during rainy season in Khairpur Scientific Sindh annual journal of research Page No: 1-9-1993.

Ismailli, Saleh Muhammad and Miandad Zardari NJ. 2003. Fungi occurring on dates (Phoenix dactytifera L) fruit during the rainy season in Khairpur district Sindh, Pakistan, scientific Khyber 4 (10) 111- 110- (2003).

Dejerbi M. 1982. New records on date palm diseases in United Arab Emirates (UAE) and Bahrian. Date Palm Journel 1-(2), 307-308.

Dowson.1982. Date production and protection. Food and agriculture organization of U.N Room.

Singh RS. 1983, Plant diseases 5th ED .Oxford and IBH, Publishing Co. New Dehli pp. 412-428.

Khuskh MK. 1988. Role of different constituents in the development of date fruit of Khairpur District. Phd theses PP. 37-39.

Cook WB. 1963. A laboratory guide to fungi of polluted water, Sewage treatment system. Cineinnatti, Public health Services pub: No. 999 W p.1.

Gilman JC. 1975. A manual of soil fungi IQWA state college press.

Thom and Raper. 1945. Thom C and Raper. K.B.A manual of the Aspergillius. The William and Wikins Co. Baltimore.

Soomro IA. 1990. Isolation and identification of dermatophytey and other keratinophilic fungi from the soil of shah Abdul Latif University Khairpur Sindh Pakistan Sc: Khyber, 3(2), 175-182.

Al-Yasiri MY, Saad AR. 2010. The Relation Ship between the fungus solani and some pathological phenomena palm trees and the effectiveness of some fungicide for their control. Proceeding fourth international date palm conference 15-017-505-514.

Maitlo WA, Markhand GS, Abdul-Soad AA, Lodhi AM, Jatio MA. 2013. Chemical Control of Fusarium solani causing sudden decline of date palm in Khairpur Pakistan Pak. J. Bot 45 (SI) 7-11.

Maghar A.Q. 1994. Protection of date palm (Phoenicx dactylifera L) from moonsoonic rains in district Khairpur, Sindh, m Pakistan. Scientific Sindh, Annual Journal of Rs: number (02:85-93-1994).

Mahar AQ. 1998. Protection of date Palm (Phoenix dactyllifera L) from monsoonic rain some measures in a district Khairpur Sindh Pakistan Sci. Sindh annual Jour. Rs: PP. 7-8.

MH. 2012. Impact of rain fall (humidity) on the development of fungal diseases on date palm (Phoenix dactylifer L) fruit at ripening stag at district Khairpur Sindh, Pakistan. M. phil theses pp.103-105-2012.

Hussain M. 2020. Impact of rainfall (humidity) on the development of fungal diseases on date plam (Phoenix dactylifer L.) fruit at ripening stag at District Khairpur Sindh, Pakistan. M. phil theses pp.103-105- 2012.

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