Abstract
A solar eclipse was observed in India on 24 October, 1995. It was a total eclipse in some parts of the country while it was partial in other parts. The effect of the total or partial eclipse on the airspora was investigated. Airspora play an important role in various phenomena on the earth. Martins rose bengal agar plates were exposed at Kalpi (total eclipse) and at Aurangabad (partial eclipse). Both the quantitative and qualitative variations in the airspora were observed during different phases of the eclipse. At both places the number of fungal colonies were higher during the pre- and post-eclipse phase. There was a decrease at contact phase, total/partial or diamond ring eclipse phase. Thus, very minor changes were observed during the eclipse period. Bacterial colonies were higher at the post-eclipse phase at Kalpi but were less at Aurangabad during this phase. At Kalpi 23 fungal species were recorded while at Aurangabad 31 were recorded. Most of the fungal species are organic matter decomposers, while some of them are known to cause allergies in humans and also cause plant diseases.Aspergillus species were dominant. BothA. fumigatus (causing allergy and asthma) andA. flavus (producing aflatoxin) were the dominant species and they showed a definite trend in their occurrence. This was related to wind velocity and temperature changes in the atmosphere.
References
Avenberg KM. Footnotes on allergy. Uppsala, Sweden: Pharmacia Diagnosis AB, 1980:103.
Beguin H. Mould biodiversity in homes II. Analysis of mattress dust. Aerobiologia 1995;11:3–10.
Deshapande J, Gangawane LV. On the possibility of air-borne fungi in the biodeterioration of Buddhist paintings in Ajanta caves. In: Proceedings of the 3rd International Conference on Biodeterioration of Cultural Property (ICBCP 3 Committee Publication). Bangkok, 1995:455–7
Gangawane LV, Chaudhary M. Effect of carbon and nitrogen sources on antagonistic activity ofTrichodema harzianum againstRhizoctonis bataticola. Sci Cult 1989;55:139–42.
Gangawane LV, Reddy BRC. Distribution and survival of toxigenic strains ofAspergillus flavus resistant to fungicides in Marathwada. Toxicon 1989;26:21.
Gregory PA. The Microbiology of the Atmosphere. New York: Wiley, 1961:251.
Gregory PH. The Microbiology of the Atmosphere. London: Leonard Hill Publications, 1973.
Hirst JM. Changes in atmospheric spore content: diurnal periodicity and the effect of weather. Trans Br Mycol Soc 1953;36:375–93.
Ingold C. Fungal Spores—Their Liberation and Dispersal. Oxford: Clarendon Press, 1971.
Jayaprakash KB, Rathi E, Ramlingam A.Aspergillus flavus in the air of working environments. Curr Sci 1978;47:920–1.
Mishra RR, Kamal. Aeromycology of Gorakpur III. Seasonal variation in air fungal spora. Mycopathol Mycol Appl 1971;45:301–10.
Mishra RR. Aeromycology of Gorakpur V. Periodical fluctuations of air spora. Mycopathol Mycol Appl 1972;48:213–22.
Rishbeth J. Dispersal ofFomes annosus (Fr.) andPeniphera gigantea (Fr.) Mossae. Trans Br Mycol Soc 1959;42:225–56.
Sinha S. Expanding horizon of microbial aerobiology. Indian Phytopathol 1976;29:119–28.
Shivpuri DN, Agrawal HK. Studies on allergenic fungal spores of Delhi, India metropolitan area. Clinical aspects. J Allergy 1969;44:204.
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Deshpande, J., Gangawane, L.V. Microorganisms collected during a solar eclipse in India. Aerobiologia 13, 289–294 (1997). https://doi.org/10.1007/BF02694497
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DOI: https://doi.org/10.1007/BF02694497