Hydrologic data are at the core of our understanding of physical hydrologic processes, our
simulation models and forecasts of water resources and hazards, and our monitoring of …

In recent decades, the ecohydrology discipline was developed to provide theoretical and
technical foundations for the protection and restoration of complex ecological systems (eg …

Ecological flow early warning is crucial for the rational management of watershed water
resources. However, determining of accurate ecological flow threshold and choosing the …

Understanding how anthropogenic pressures affect river ecological status is pivotal to
designing effective management strategies. Knowledge on river aquatic habitats status in …

The coordination of social economy, water, and ecology is an important foundation for
sustainable development. However, the interaction among social economy, water, and …

The natural flow regime (ie magnitude, frequency, duration, timing and rate of change of flow
events) is crucial for maintaining freshwater biodiversity and ecosystem services. Protecting …

Freshwater species are adapted to and depend on various discharge conditions, such as 32
indicators of hydrologic alteration (IHA). Knowing how these indicators will be altered under …

In alpine catchments, fluctuations of river discharge occur at multiple temporal scales due to
natural (eg, snow and glacier melt) and anthropogenic factors (eg, reservoir and hydropower …

Discharge data used to calibrate and evaluate hydrological models can be highly uncertain
and this uncertainty affects the conclusions that we can draw from modelling results. We …

By killing or weakening trees, drought could change the partitioning of growth between tree
sizes or species, thereby altering stand structure. Growth partitioning, often quantified using …