Climate change and Land use/land cover (LULC) represent the two primary factors
influencing the hydrology of a watershed. In this research, we explore the combined impact …

Abstract Changes in land use need to be assessed for future needs. One of them is in efforts
to mitigate natural disasters. This research goal is analyzed the correlation between …

Extended Abstract Background and Objectives: The dynamic and rapid growth of
urbanization and, as a result, the physical changes in cities have led to many challenges …

Low Impact Development (LID) is one of the most popular sustainable techniques for runoff
reduction in urban areas. LID mimics nature by retaining or detaining the runoff at the …

La recharge de l'eau souterraine représente l'eau qui s' infiltre à travers les dépôts de
surface pour rejoindre la nappe. La recharge est un processus difficile à estimer, mais …

Land use planning and sustainable management of natural resources require knowledge of
land use changes and their secondary effects on the hydrological regime. The purpose of …

ABSTRACT OLIVEIRA-ROZA, Mariza Pereira de. Natural hazards related to precipitation
trends in Espírito Santo. 2021. Dissertation (Master Degree in Forest Sciences)–Federal …

Urban green infrastructures (UGI) can effectively reduce surface runoff, thereby alleviating
the pressure of urban waterlogging. Due to the shortage of land resources in metropolitan …

Urban waterlogging is a hydrological cycle problem that seriously affects human activities
and the economy. Characterizing waterlogging variation and its driving factors is conducive …

Urban waterlogging disasters are affected by both environmental conditions and human
activities. Previous studies had explored the effect of land-use type on waterlogging in …