Titlebook: Nature-Based Solutions for Flood Mitigation; Environmental and So Carla S. S. Ferreira,Zahra Kalantari,Paulo Pereira Book 2022 The Editor(s

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Impacts of Land Abandonment on Flood Mitigation in Mediterranean Mountain Areastrol floods. Grey infrastructures produce immediate effects but they are short-lived and expensive solutions. LMPs based on NBS present advantages and disadvantages: (1) afforestation was the most common practice, reducing floods, hydrological connectivity, peak flows, and sediment yields, in spite

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Modelling and Evaluation of the Effect of Afforestation on the Runoff Generation Within the Glin??icee scenarios were evaluated where the main difference was the extent of afforestation. It was found that increasing the amount of tree cover (i.e., ≈15–60%) results in a flood peak reduction ranging from 9 to 13%. Flood extensions were significantly lower for most scenarios leading to reduced econom

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Long-Term Impacts of Land Use Change Upon the Natural Flood Storage Reservoirs Along the North BulgaNowadays, the areals of these riparian woods are severely decreased and fragmented. Longozes used to play a vital role as peak outflow regulators and flood storage reservoirs. Baltata and Longoza localities were picked as case studies to analyze the magnitude of landscape change, affecting the endem

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Hydrological Aspects of Nature-Based Solutions in Flood Mitigation in the Danube River Basin in Croa peak flows in the two 20-year periods along the major schemes in the Danube River basin in Croatia. The lower sections of the Sava, Mur, Drava and Danube Rivers host exceptional examples of large natural retention areas, such as Lonjsko polje, Kopa?ki rit and Drava floodplains. In addition to flood

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Using Landscape Connectivity to Identify Suitable Locations for Nature-Based Solutions to Reduce Flo the landscape connectivity, describes the main water flow pathways and areas where runoff tends to accumulate, and can thus be useful in identifying the best locations for NBS from a hydrological viewpoint. In this chapter, we describe use of landscape connectivity to identify suitable locations fo

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