This study examines the research trend of urban flood risk assessment and investigates
what methods and approaches have been changed and how these changes have improved …

The mangrove ecosystem is significantly affected by human activities, climate change, and
rising sea level. The propagules of mangroves dispersal with tide and river currents that …

In recent decades, urban developments along rivers have experienced high flooding risks,
elevated by increasing urbanization. Due to the expansion of urban areas, flood mitigation …

During an extreme event, having accurate inflow forecasting with enough lead time helps
reservoir operators decrease the impact of floods downstream. Furthermore, being able to …

Inappropriate artificial activities can escalate the frequency, the intensity, and the magnitude
of floods and aggravate their aftermath. Additionally, urban sprawl is responsible for …

Plants, especially trees, provide ecological functions but may harm the flood conveyance
efficiency of rivers. Understanding the impacts of tree heights, tree areas, and tree locations …

Mangrove habitats are important carbon (C) reserve sites. However, the overgrowth or
overexpansion of mangroves may increase the risk of flooding, thus affecting human …

Purpose This paper aims to propose the practice of urban resilience to flooding in a
vulnerable Asian city, Taipei. It conducts Geographic Information System (GIS)-based …

The relationships between vegetation communities and environmental variables in
tropical/subtropical tidal freshwater wetlands are poorly understood. We tracked the …

Intense human activities have greatly changed the flood generation conditions in most areas
of the world, and have destroyed the consistency in the annual flood peak and volume …