A worldwide increase in flooding due to climate change and population growth in exposed
areas is expected, especially in coastal areas; therefore, nature-based solutions (NBS) for …

Despite the growing number of studies focusing on urban vulnerability to climate change,
adaptive capacity, which is a key component of the IPCC definition of vulnerability, is rarely …

Quantifying the effect of droughts on ecosystem functions is essential to the development of
coastal zone and river management under a changing climate. It is widely acknowledged …

Comprehensive flood risk assessment requires enhanced understanding of the coevolution
of the river and its floodplain occupation. Paleoflood analysis to determine flood prone areas …

In river ecosystems, spatial complexity as well as anthropogenic factors operating at different
temporal and spatial scales are shaping demography, connectivity and population genetic …

Due to its particular geographic and climatic characteristics, Chile is periodically affected by
floods that in many cases have produced significant socioeconomic impacts. Furthermore …

Abstract The Andes Cordillera strongly determines Chile's biophysical conditions. Spanning
the entire length of the country, this mountain range's interaction with the atmosphere …

River flooding is one of the most widespread natural disasters. Projections indicate that
climate change will increase flood hazard in many areas around the world. In this study, we …