The present work reviews the main challenges regarding adaptation of urban drainage
networks to climate change by comparing 32 case studies from 29 articles, published …

Land use and land cover changes, population growth, urban sprawl and climate change are
expected to augment the pressure on natural environment and on existing infrastructure. As …

Storm water management systems depend on Intensity–Duration–Frequency (IDF) curves
as a standard design tool. However, due to climate change, the extreme precipitation …

Abstract Blue-Green Infrastructure (BGI) consists of natural and semi-natural systems
implemented to mitigate climate change impacts in urban areas, including elevated air …

A novel methodological framework for urban drainage adaptation to climate change is
introduced and tested in a small urban basin. The impact of climate change on Intensity …

Flooding events can produce significant disturbances in underground transport systems
within urban areas and lead to economic and technical consequences, which can be …

This study developed a methodological framework to update the rainfall intensity-duration-
frequency (IDF) curves under climate change scenarios. A model output statistics (MOS) …

Rainfall Intensity‐Duration‐Frequency (IDF) curves are commonly used for the design of
water resources infrastructure. Numerous studies reported non‐stationarity in …

A set of future extreme precipitation probabilities are developed for New York State based
on different downscaling approaches and climate model projections. Based on nearly 50 …

Extreme tree growth reductions represent events of abrupt forest productivity decline and
carbon sequestration reduction. An increase in their magnitude can represent an early …