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               To a large extent, people have adapted their social conditions to the
            changing circumstances of water resources and demands affected by the
            climate. The best examples are the water systems built to solve water problems
            such as water cisterns and aqueducts, in Istanbul from the time of the Romans.
            Other examples include the embankments, fountains, and Durusu (Terkos)
            and Elmalı dams from the Ottoman period, and the groundwater wells and
            additional dams built during the new Republic period, and the transport of
            water from distant places through pipes, water waste facilities, and finally the
            salt water (from the Black Sea) purification systems.
               To tackle the issue, all units of municipalities and governments as well as
            private sector and shareholders must continue to work on water management,
            taking the effects of climate change into account. In this respect, scientific
            methods alone should not be seen as a magic wand to solve the issue of
            water management. Instead, the process should involve social, economic and
            cultural aspects as well.
               Water management requires organization, extraction, and distribution of
            existing water resources by taking into account the effects of climate change.
            Additionally,  efficient  and  responsible  use  is  a  necessity  for  river  sources
            towards irrigation and power cooling. It is also advisable that not only the
            control, but also the predictions on overflows should be done with climate
            change in mind.
               In order to protect water resources against the negative impacts of climate
            change, it is advisable to preserve hydrological basins and be prepared for
            extreme  disastrous  conditions.  Moreover,  the  relevant  adaptation  options
            should be based on the effects of climate change. Designing engineering
            structures such as dams, embankments and drainage networks to adapt to
            climate change requires flexibility in management. However, these adaptation
            options have social and environmental costs.
               Updating existing infrastructure to deal with future climate trends better
            is preferred to building more new constructions. While making decisions on
            design, it seems beneficial to focus on extreme exposure rather than changes
            in average conditions.
               Due  to  poor  and  insufficient  water  infrastructure  and  management,
            deteriorations in local water resources, and accordingly, water ecosystems
            could be observed. It is possible to solve the problem or better these
            conditions through cooperation between public institutions, local and
            municipal administrators. Even developed countries feel the effects of climate
            change as they fail to upgrade their old water distribution networks. Each
            country should take into account the circumstances related to its own location
            and conditions and continue to generate solutions and mitigate the effects of



             16  Journal of Environment, Urbanization and Climate,
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