The front cover image is based on the Advanced Review Nature‐based solutions for urban pluvial flood risk management by Zhan Tian et al., https://doi.org/10.1002/wat2.1421

Common scenarios of zero‐flow readings at gages that may be misinterpreted without stream conditions or network‐scale context. Many of these scenarios have distinct natural and anthropogenic drivers as well as implications for local and network‐scale stream ecosystems and hydrology.

Origins of reviewed ensemble flood forecasting studies.

Resiliencein flood risk management is embedded in the emergency management life cycle. The flood incident is accompanied by operational measures of flood protection (response) and followed by a recovery phase inwhich the bounce back will hopefully take place or is organized by suitable measures. A mitigation/adaption/adjustment period can help to establish more resistance and more resilience. In long periods between flood events, it is necessary butnot easy (declining line in Fig. 6) due to several reasons (money, memory, other upcoming priorities), to maintain the same qualified level of preparedness and awareness to ensure that measures can cope with the next unexpected extraordinary flood. Resiliencein flood risk management is embedded in the emergency management life cycle. The flood incident is accompanied by operational measures of flood protection (response) and followed by a recovery phase in which the bounce back will hopefully take place or is organized by suitable measures. A mitigation/adaption/adjustment period can help to establish more resistance and more resilience. In long periods between flood events, it is necessary but not easy (declining line in Fig. 6) due to several reasons (money, memory, other upcoming priorities), to maintain the same qualified level of preparedness and awareness to ensure that measures can cope with the next unexpected extraordinary flood.

The European Commission and national initiatives (Actors) target access to tap water as well as its quality and benefits (Strategies), with a view to inducing more individuals to drink it (Goal). We assess the promise of these three strategies for stimulating behavioral changes by reviewing the pertinent strands of research.

Depiction of an actual workflow from the HydroShare data and model repository demonstrating new capabilities for collaborative data publication that have been shaped by multiple years of experience in providing data publication services for the hydrology community.

Intellectual catchments engaging with the assumptions of the behavioral turn in FRM.

We review global and free geospatial datasets to support the study of floods, droughts and their interactions with human societies. We also discuss challenges for using the data in comparative water disaster research.

Households without an in‐home water supply often face complicated choices over where to obtain their water. These decisions can be shaped by social pressures, economic realities, health considerations, topographic and environmental factors, as well as structural factors. All of these issues can confound safe water interventions if they result in households not necessarily using the safest, nearest, or least expensive water source.

NBS infrastructures, as the components of the ecosystem, can influence the hydrological processes and benefit stormwater management through changing ecological elements after implementation.

This article will describe the logistics and challenges of solar powered desalination projects through the context of four case studies in locations depicted above that cover these key issues.

This is a hunting camp at the ice edge near Qeqertarsuaq, northwest Greenland. Hunters from Qaanaaq have traditionally spent time at the ice edge in spring, but in recent years, the ice has been thinner and slushier, and they talk of how the ice edge has become a place of greater instability, of constant shifts, and the movement and breaking apart of brittle floes, which makes camping and hunting there more difficult and dangerous. Photo: Mark Nuttall.

The Flint water crisis is one of the most significant environmental contamination events in recent American history, encompassing a variety of water quality and health issues experienced by residents of Flint, Michigan, from April 2014 onward, and raising fundamental questions about water regulation, infrastructure, and environmental justice.