Urban population increase combined with the fragility of coastal ecosystems and pressures on underground water resources, pose a threat to water security in many coastal cities. Existing water supply infrastructure may not suffice in the future, under the uncertainty of demographic trends and climate change. Preparedness and adaptation are imperative.
Optimisation of large-scale water infrastructures is a non-regret measure for climate change adaptation at local level. Several technical solutions can be applied to increase the local water capacity and improve efficiency, with relatively small-scale interventions. Demonstrating such solutions is critical, as they can be replicated with a vital effect on local water security and sustainability.
Alexandroupolis is a coastal city with an overspilling dam and salinised underground waters. Applying an innovative technical system to increase the reservoir’s storage capacity, coupled with activities that promote integrated urban water management and sustainable water use practices, will benefit local citizens, as well as neighboring communities.
Urban population increase combined with the fragility of coastal ecosystems and pressures on underground water resources, pose a threat to water security in many coastal cities. Existing water supply infrastructure may not suffice in the future, under the uncertainty of demographic trends and climate change. Preparedness and adaptation are imperative.
Optimisation of large-scale water infrastructures is a non-regret measure for climate change adaptation at local level. Several technical solutions can be applied to increase the local water capacity and improve efficiency, with relatively small-scale interventions. Demonstrating such solutions is critical, as they can be replicated with a vital effect on local water security and sustainability.
