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SPATIAL ESTIMATES ON THE FUTURE OF

                  CLIMATE FROM AN URBAN PLANNING
             PERSPECTIVE: THE CASE OF ANTALYA BASIN






                                     Öznur IŞINKARALAR






                                         ABSTRACT
            Climate  change  is  one  of  the  critical  problems  of  today’s  world  and  is  a
            long-term process that threatens life. According to the common view, urban
            activities are held responsible for the negative effects experienced due to
            the greenhouse gases produced by fossil fuels used in industrial production,
            transportation,  and  heating.  But  at  the  same  time,  urban  regions  are  the
            leading force for climate change adaptation and resilience. This research aims
            to predict climate change and to produce strategies at the basin scale by
            accepting planning against possible threats as a tool. In this direction, first
            of  all,  the  effects  of  temperature,  precipitation,  and  wind  parameters  on
            climate classes were estimated as spatiotemporal. Within the framework of
            the moderate (SSP 245) and pessimistic (SSP 585) scenarios defined in the
            Intergovernmental Panel on Climate Change (IPCC) reports, in the Antalya
            basin, which is one of the most vulnerable regions in terms of climate change,
            using the Lang, Emberger and De Martonne climate indices, it is estimated
            at  twenty-year  intervals  until  the  year  2100.  maps  are  spatially  produced.
            According to the estimations, it is predicted that arid and semi-arid areas that
            do not exist today within the borders of the basin will be formed and the
            desert class will begin to form.


               Keywords:  Climate  Change,  Urbanism,  Urban  Planning,  Watershed
            Management



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