Browsing by Author "Cetin, M."

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Assessment of Climate Change Impact on Highland Areas in Kastamonu, Turkey
(2024.01.01) Gur, E.; Palta, S.; Ozel, H.B.; Varol, T.; Sevik, H.; Cetin, M.; Kocan, N.
This study aimed to assess the potential impact of global climate change on the highland areas of Kastamonu, a significant province in Turkey known for its numerous and varied highlands. The investigation focused on 59 selected highland locations within the region. Using the De Martonne climate classification, projections were made for four future periods (2040, 2060, 2080, and 2100) under two scenarios: SSPs 245 and SSPs 585. The outcomes of the study indicate that the highlands under scrutiny are susceptible to substantial effects from global climate change. Notably, these climatic alterations are expected to become evident within the next two decades, predominantly manifesting as a shift towards arid climate classifications. These shifts are anticipated to have a profound impact on the composition and diversity of species in the highland ecosystems. Based on the findings, it is advisable to consider interventions for the most climate-sensitive highland areas, such as facilitating the migration of species adapted to the new climate conditions and implementing initiatives to enhance species diversity. These efforts could help mitigate the potential loss of species and populations resulting from climate change.
Assessment of Climate Change Impact on Highland Areas in Kastamonu, Turkey
(Elsevier Ltd, 2024) Gur, E.; Palta, S.; Ozel, H.B.; Varol, T.; Sevik, H.; Cetin, M.; Kocan, N.
This study aimed to assess the potential impact of global climate change on the highland areas of Kastamonu, a significant province in Turkey known for its numerous and varied highlands. The investigation focused on 59 selected highland locations within the region. Using the De Martonne climate classification, projections were made for four future periods (2040, 2060, 2080, and 2100) under two scenarios: SSPs 245 and SSPs 585. The outcomes of the study indicate that the highlands under scrutiny are susceptible to substantial effects from global climate change. Notably, these climatic alterations are expected to become evident within the next two decades, predominantly manifesting as a shift towards arid climate classifications. These shifts are anticipated to have a profound impact on the composition and diversity of species in the highland ecosystems. Based on the findings, it is advisable to consider interventions for the most climate-sensitive highland areas, such as facilitating the migration of species adapted to the new climate conditions and implementing initiatives to enhance species diversity. These efforts could help mitigate the potential loss of species and populations resulting from climate change.
Change in Some Heavy Metal Concentrations in Forest Trees by Species, Organ, and Soil Depth
(2023.01.01) Erdem, R.; Aricak, B.; Cetin, M.; Sevik, H.
Heavy metal pollution is one of the most important environmental problems nowadays, and studies on monitoring and reducing heavy metal pollution are among the popular and high-priority study subjects. It was stated that the most effective instrument in monitoring heavy metal pollution and reducing pollution is the plants. However, the heavy metal accumulation potential remarkably differs among the organs of plants. Within the scope of this study, the concentrations of Cu, Mn, and Al, which are among the most dangerous and important heavy metals for human health, in the soils in which forest tree species Pinus nigra Arnold., Pinus silvestris L., Fagus orientalis Libsky., and Abies nordmanniana subsp. bornmulleriana Mattf. are grown and analyzed at different soil depths and in leaf, bark, wood, cone, and root organs. As a result, the highest concentrations were found in cone and bark for Cu, leaf for Mn, and root for Al. For this reason, among the elements examined here, it is estimated that Mn is taken into the plant body mainly from the air through leaves, and Al is mainly taken from the soil via roots. The results obtained here suggest that the transfer of all three elements between organs was very limited and that species utilize elements in the soil at different levels. Study results might provide important information about which species can be used in reducing heavy metal pollution in which environment.
Comprehensive risk assessment for identifying suitable residential zones in Manavgat, Mediterranean Region
(2024) Dogan, S.; Kilicoglu, C.; Akinci, H.; Sevik, H.; Cetin, M.; Kocan, N.
The absence of comprehensive risk analysis in residential development within certain regions often leads to substantial human and material losses during natural disasters. The Mediterranean region, particularly susceptible to the impacts of climate change, is projected to witness an upsurge in the frequency of natural calamities like floods, landslides, and forest fires. Consequently, meticulous risk assessment during the selection of residential areas becomes paramount in this context. This study is dedicated to the evaluation of suitable residential zones in Manavgat, a pivotal location in the Mediterranean region with a progressively growing population. The findings indicate that approximately 4.26 % of the research area is deemed appropriate for residential establishment. The identification of these locations is crucial for ensuring human and material safety, as well as enhancing overall biocomfort. Moreover, this study provides a foundation for long-term planning initiatives within the region and makes a significant contribution to the international evaluation literature by demonstrating the application of integrated risk assessment methodologies in urban planning.
Comprehensive risk assessment for identifying suitable residential zones in Manavgat, Mediterranean Region
(Elsevier Ltd, 2024) Dogan, S.; Kilicoglu, C.; Akinci, H.; Sevik, H.; Cetin, M.; Kocan, N.
The absence of comprehensive risk analysis in residential development within certain regions often leads to substantial human and material losses during natural disasters. The Mediterranean region, particularly susceptible to the impacts of climate change, is projected to witness an upsurge in the frequency of natural calamities like floods, landslides, and forest fires. Consequently, meticulous risk assessment during the selection of residential areas becomes paramount in this context. This study is dedicated to the evaluation of suitable residential zones in Manavgat, a pivotal location in the Mediterranean region with a progressively growing population. The findings indicate that approximately 4.26 % of the research area is deemed appropriate for residential establishment. The identification of these locations is crucial for ensuring human and material safety, as well as enhancing overall biocomfort. Moreover, this study provides a foundation for long-term planning initiatives within the region and makes a significant contribution to the international evaluation literature by demonstrating the application of integrated risk assessment methodologies in urban planning.
Comprehensive risk assessment for identifying suitable residential zones in Manavgat, Mediterranean Region
(2024.01.01) Dogan, S.; Kilicoglu, C.; Akinci, H.; Sevik, H.; Cetin, M.; Kocan, N.
The absence of comprehensive risk analysis in residential development within certain regions often leads to substantial human and material losses during natural disasters. The Mediterranean region, particularly susceptible to the impacts of climate change, is projected to witness an upsurge in the frequency of natural calamities like floods, landslides, and forest fires. Consequently, meticulous risk assessment during the selection of residential areas becomes paramount in this context. This study is dedicated to the evaluation of suitable residential zones in Manavgat, a pivotal location in the Mediterranean region with a progressively growing population. The findings indicate that approximately 4.26 % of the research area is deemed appropriate for residential establishment. The identification of these locations is crucial for ensuring human and material safety, as well as enhancing overall biocomfort. Moreover, this study provides a foundation for long-term planning initiatives within the region and makes a significant contribution to the international evaluation literature by demonstrating the application of integrated risk assessment methodologies in urban planning.