Availability of very high-resolution remote sensing images and advancement of deep
learning methods have shifted the paradigm of image classification from pixel-based and …

In recent years, the conceptual detail of hydrological models has dramatically increased as a
result of improved computational techniques and the availability of spatially-distributed …

This paper investigates changes in storm runoff resulting from the transformation of
previously rural landscapes into peri-urban areas. Two adjacent catchments (∼ 5 km 2) …

The knowledge of impervious surfaces, especially the magnitude, location, geometry, spatial
pattern of impervious surfaces and the perviousness–imperviousness ratio, is significant to a …

The economic and human consequences of extreme precipitation and the related flooding of
urban areas have increased rapidly over the past decades. Some of the key factors that …

Total impervious area (TIA) is one of the most common measures for predicting runoff yield
in hydrologic studies and regulating urbanization in land use policy. Directly connected …

The studies of impervious surfaces are important because they are related to many
environmental problems, such as water quality, stream health, and the urban heat island …

In this paper we explore several indicators to evidence the impact of land use change, and
particularly of urbanization/artificialization on discharge series of periurban catchments. A …

Abstract Nature-based Solutions (NbS) have been an increasingly recognized framework
that uses naturally occurring processes to maximise the provisioning of ecosystem services …

This study deals with the use of remote sensing (RS), geographic information systems
(GISs), hydrologic modeling (water modeling system, WMS), and hydraulic modeling …