Non-perennial river segments—those that recurrently cease to flow or frequently dry—occur
in all river networks and are globally more abundant than perennial (always flowing) …

Knowing where and when rivers cease to flow provides an important basis for evaluating
riverine biodiversity, biogeochemistry and ecosystem services. We present a novel modeling …

The western US is experiencing increasing rain to snow ratios due to climate change, and
scientists are uncertain how changing recharge patterns will affect future groundwater …

Predicting streamflow in intermittent rivers and ephemeral streams (IRES), particularly those
in climate hotspots such as the headwaters of the Colorado River in Texas, is a necessity for …

Intermittent rivers and ephemeral streams are the world's dominant type of river ecosystem
and are becoming more common because of global change. However, the inclusion of …

Non‐perennial streams play a crucial role in ecological communities and the hydrological
cycle. However, the key parameters and processes involved in stream intermittency remain …

Even the most stringent environmental law cannot protect a river if its tributaries remain
exposed to pollution and other threats upstream. Excluding a subset of watercourses from …

Predicting and managing water resources at regional scale under different climate and socio-
economic scenarios is crucial to support drinking water supply and other sectors. At the …

Under normal precipitation conditions, increasing water demand causes groundwater level
to deplete and streamflow to decrease. This results in more frequent intermittency. The so …

The relative impact of urbanisation (urban sprawl), climate change (rainfall and
evapotranspiration) and stormwater disconnection strategies (implementation of green …