![]() ![]() The "new freshwater level" provides building blocks for the national freshwater strategy. The results of the IABR – Atelier provide an attractive vision on the future and, just as important, feasible proposals for solutions. ![]() In the second, we see what the potential building blocks for a new, common freshwater strategy yield, in conjunction with other transition tasks, such as energy transition, food production and urbanization. The first section shows how our delta now functions and which problems have arisen due to climate change. We look towards Germany, France and Belgium, upstream along the Rhine, Maas and Scheldt - in the distance we see the Alps. The results of this research by design project have been visualized in the form of two cross-sections of the Dutch delta, the delta in 2020 and in 2050. Especially if we make good international agreements about water distribution in the Rhine, Maas and Scheldt catchment areas. An attractive future image of the Netherlands with a wide variety of landscapes emerges. Local governments and provinces to work on their water assignments. This methodology of combining above and sub ground solutions in one systematic approach also helps For each subsystem, a vision has been outlined in which measures to increase the water buffering capacity serve as leverage for other transition tasks. But if we connect these tasks and use them as leverage, there are also many opportunities. The pressure on land use is great and the spatial claims of different transitions in our energy, water, and food systems only add to them. The freshwater shortage therefore manifests itself differently everywhere, with different consequences, and thus the urgent need to investigate various solutions. The Dutch delta consists of a number of sub-systems, each with its own characteristic soil and water system and its own landscape features. It is a new challenge that the IABR – Atelier Drought in the Delta is portraying through design research. This requires a change in thinking and acting: from a naturally wet delta that must drain its water as quickly as possible to keep our feet dry, we must move to a delta that can retain fresh water in order to have access to it when we need it. The Dutch delta is not designed to retain water. The Netherlands also had to contend with drought in 20 and it is expected that this will occur much more often. And, it will not end with that one hot and dry summer of 2018. During this summer, with a lot of engineering and quick fixes, we have kept the water machine running, but areas have still not yet recovered from the drought and there is likely to be permanent damage, both in the urban and in the nature and agricultural areas. After all, we live in a delta where an excess of water appears to be a problem, and a delta which is designed to discharge water as quickly and efficiently as possible from a water safety perspective. ![]() For the third time in a row, climate change was not only noticeable due to an excess of water, but also due to the freshwater shortages in the summer. ![]()
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