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    Development of sector-based ecological landscape guides within the framework of European landscape convention. The case of Sugla Lake in Turkey
    (Scibulcom Ltd., 2016) Uzun, O.; Ciftcioglu, G.C.; Nemutlu, F.E.; Ilke, E.F.; Aciksoz, S.
    According to the European Landscape Convention, each contracting country, ratified the ELC, is responsible for integrating its landscape protection, planning and management strategies into other sectoral plans such as urbanisation, agriculture and forestry. Purpose of this study is to develop sector-based (agriculture, forestry and urbanisation) ecological landscape guides by evaluating natural and cultural landscape components of the region of Sugla lake located in Turkey. Major objectives of the study include: determination of natural and cultural landscape characteristics and analysis of the functions (e.g. erosion process, infiltration, habitat and biodiversity). A range of dataset (e.g. geological and coordination of information on the environment land cover maps and questionnaire) was used to conduct the study. Method of the study consists of three stages: inventory, analysis and assessment. Major natural (e.g. flora and habitat distribution) and cultural (e.g. historical important areas and cultural heritage) landscape components of the region were identified and mapped in the first stage. Natural (erosion process, infiltration and biodiversity) and cultural (e.g. cultural heritage) landscape functions, which form the basis of the sector-based ecological landscape guides, were analysed and mapped by adapting a landscape ecology-based approach in the second stage. The ecological landscape guides for forest, agriculture and settlement sectors were determined by overlapping the delineated maps (e.g. erosion risk, infiltration and habitat) in the final section. We hope that the sector-based ecological landscape guides can be an effective tool particularly in the management of natural resources embedded in each sector by policy makers. © 2016, Scibulcom Ltd. All rights reserved.
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    DEVELOPMENT OF SECTOR-BASED ECOLOGICAL LANDSCAPE GUIDES WITHIN THE FRAMEWORK OF EUROPEAN LANDSCAPE CONVENTION. THE CASE OF SUGLA LAKE IN TURKEY
    (Scibulcom Ltd, 2016) Uzun, O.; Ciftcioglu, G. C.; Nemutlu, F. E.; Ilke, E. F.; Aciksoz, S.
    According to the European Landscape Convention, each contracting country, ratified the ELC, is responsible for integrating its landscape protection, planning and management strategies into other sectoral plans such as urbanisation, agriculture and forestry. Purpose of this study is to develop sector-based (agriculture, forestry and urbanisation) ecological landscape guides by evaluating natural and cultural landscape components of the region of Sugla lake located in Turkey. Major objectives of the study include: determination of natural and cultural landscape characteristics and analysis of the functions (e.g. erosion process, infiltration, habitat and biodiversity). A range of dataset (e.g. geological and coordination of information on the environment land cover maps and questionnaire) was used to conduct the study. Method of the study consists of three stages: inventory, analysis and assessment. Major natural (e.g. flora and habitat distribution) and cultural (e.g. historical important areas and cultural heritage) landscape components of the region were identified and mapped in the first stage. Natural (erosion process, infiltration and biodiversity) and cultural (e.g. cultural heritage) landscape functions, which form the basis of the sector-based ecological landscape guides, were analysed and mapped by adapting a landscape ecology-based approach in the second stage. The ecological landscape guides for forest, agriculture and settlement sectors were determined by overlapping the delineated maps (e.g. erosion risk, infiltration and habitat) in the final section. We hope that the sector-based ecological landscape guides can be an effective tool particularly in the management of natural resources embedded in each sector by policy makers.
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    Öğe
    Erdosteine protects rat testis tissue from hypoxic injury by reducing apoptotic cell death
    (Wiley, 2014) Guven, A.; Ickin, M.; Uzun, O.; Bakar, C.; Balbay, E. Gulec; Balbay, O.
    The purpose of this study was to examine the effects of hypobaric hypoxia on testis morphology and the effects of erdosteine on testis tissue. Caspase-3 and hypoxia-inducible factor 1 expressions were detected by immunohistochemistry. Adult male Wistar rats were placed in a hypobaric hypoxic chamber. Rats in the erdosteine group were exposed to the same conditions and treated orally with erdosteine (20mgkg(-1) daily) at the same time from the first day of hypoxic exposure for 2weeks. The normoxia group was evaluated as the control. The hypoxia group showed decreased height of spermatogenic epithelium in some seminiferous tubules, vacuolisation in spermatogenic epithelial cells, deterioration and gaps in the basal membrane and an increase in blood vessels in the interstitial area. The erdosteine group showed amelioration of both epithelial cell vacuolisation and basal membrane deterioration. Numbers of hypoxia-inducible factor 1-immunostained Sertoli and Leydig cells were significantly higher in the hypoxia group than in the erdosteine group. The number of seminiferous tubules with caspase-3-immunostained germ cells was highest in the hypoxia group and decreased in the erdosteine and normoxia groups respectively. Based on these observations, erdosteine protects testis tissue from hypoxic injury by reducing apoptotic cell death.