Abstract Intensity-duration-frequency (IDF) curves–sometimes also called precipitation
frequency estimates–are used to design urban drainage systems for stormwater control and …

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 …

Numerous studies have investigated future changes in extreme precipitation by employing
climate models. However, trends in extreme short-duration (20–180 min) rainfall intensities …

This chapter of the New York City Panel on Climate Change 4 (NPCC4) report provides a
comprehensive description of the different types of flood hazards (pluvial, fluvial, coastal …

Impacts modelers and stakeholders use publicly available data sets of downscaled climate
projections to assess and design infrastructure for changes in future rainfall extremes. If …

Climate change is projected to alter rainfall patterns in many parts of the US and around the
world, highlighting the importance of stormwater management systems within resiliency …

Climate change is currently resha** precipitation patterns, intensifying extremes, and
altering runoff dynamics. Particularly susceptible to these impacts are combined sewer …

Characteristics of extreme rainfall events are often presented using the Intensity-Duration-
Frequency (IDF) curves. As Canada gets warmer, the credibility of using historical IDF …

Intensification of hydrologic cycle, and consequence rise of intense short-term precipitation,
are considered as the manifestations of climate change. This may lead to an alteration in …

Green stormwater infrastructure (GSI) is increasingly used to comply with stormwater
management requirements under the Clean Water Act, but there is growing interest in …