Grana · 2004 · 23 citations · 22 references
BiogeochemistryEngineeringAerobiologyBiogeographyMicrometeorologySaudi ArabiaExtremophileMarine PollutionAir QualityBiological PollutantMicrobial EcologyGanoderma SppAerobiological StudiesAir PollutionBiometeorologyDesert Environment
Aerobiological studies to identify Ganoderma basidiospores were conducted using Burkard Volumetric 7-Day Recording Sampler (Burkard Manufacturing Co. Ltd., England) at three separate cities in Saudi Arabia. At one site, Jizan, close to the coast of Red Sea, up to 17% of all basidiospores counted were identified as Ganoderma spp. while less than 1% Ganoderma spp. were identified at the two non-coastal sites. A clear seasonal pattern from late autumn to early summer (October-March) with a peak in December was recorded at Jizan and the maximum concentration of Ganoderma basidiospores reached 1.9×103 m−3 in December followed by 1.2×103 m−3 in January. The diurnal pattern of Ganoderma spore concentrations, when averaged over the year had late-evening maxima (a nocturnal pattern). However, other sites that showed low concentrations of Ganoderma basidiospores did not exhibit any peak or a high maximal level. The study demonstrates that even in a desert environment, airborne activities of Ganoderma basidiospores can be recorded. The impact of Ganoderma on asthmatic patients, particularly in such environments, needs to be investigated.
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Increased prevalence of asthma in Saudi Arabia
A.R. Al Frayh, Zahid Shakoor, M. O. Gad El-Rab et al. · Annals of Allergy Asthma & Immunology · 2001 · 219 citations
Possible Role of Basidiospores as Air-borne Allergens
P. H. Gregory, J. M. Hirst · Nature · 1952 · 82 citations · Full text
Influence of meteorological factors on the air spora
Syed M. Hasnain · Grana · 1993 · 80 citations · Full text