Browsing by Author "Mankolli, Hysen"

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    Conference Object
    The Classification Local Area Based Climatic Data Used
    (2019) Mankolli, Hysen; Dursun, Şükrü; Symochko, Lyudmyla; Cekani, Mirela Lika; Zucchetti, Massimo; Merko, Flora Ndroqi; Sapuric, Zoran; Kongoli, Cezar; Kunt, Fatma
    Bio climate concept is a wide concept and from ecologic angle it shows content elements combination that predominate or determinate the planted and animal life. The bio climate of one zone is considered as a combination between vegetation zone and climatic elements. The bio clime study on Korça - eco zone and the bioclimatic indexes give a view about the conception and using values of bio climate classification indexes. This study based on Emberger and FAO Model of learned Frenchman, which is the most quoted on studies with bioclimatic character on Mediterranean eco-zone for period 30 years. The Emberger Classification is known and applied, because it gives a detailed using about studied zone. The Emberger Classification is based on pluviometric index Q and vegetation index and gives a more detailed classification than others. After mathematic data processing and comparison of bioclimatic indexes according to respective classes is concluded that according to Emberger Korça – eco zone is classificated on three respective bio climates: Micro zone with semiarid bio climate with coefficient 60
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    Conference Object
    Indoor Formaldehyde Emission in Air and Health Impacts
    (Sage Publication, 2019) Kunt, Fatma; Ayturan, Zeynep Cansu; Dursun, Şükrü; Mankolli, Hysen
    In this review, formaldehyde emission sources in indoor air and its effects on human health are examined. The most important sources of formaldehyde compound, which has several different varieties, have many different usage areas such as kitchen materials, binders in wooden materials and chemical materials. Nowadays, people spend most of their time in a closed environment. There are 3 kinds of formaldehyde according to usage area. Formaldehyde is polymerized to produce urea formaldehyde, melamine formaldehyde and phenol formaldehyde. These substances are volatile and have harmful effects on indoor air.