Transit time is a fundamental catchment descriptor that reveals information about storage,
flow pathways and source of water in a single characteristic. Given the importance of transit …

An overview of current research in isotope hydrology, focusing on recent Canadian
contributions, is discussed under the headings: precipitation networks, hydrograph …

The age, or residence time, of water is a fundamental descriptor of catchment hydrology,
revealing information about the storage, flow pathways, and source of water in a single …

River contains plenty of information on hydrological cycle. The water stable isotope
approach is a powerful tool to unravel the hydrological processes such as river water …

Study region Water samples for isotopic analysis were collected during 2013–2019 at 331
gauging stations across Canada in representative watersheds ranging from the Atlantic to …

The fact that water on earth moves in a cycle, from oceans to clouds to rivers to oceans, has
been known since ancient civilizations existed on different parts of the globe. However, the …

Stable isotopes of water, oxygen-18 and deuterium, were measured at biweekly to monthly
intervals during the open-water season in a small, headwater lake (Pocket Lake, 4.8 ha) …

Abstract Stable isotopes oxygen-18 (18 O) and deuterium (2 H) are commonly used to
investigate hydrological processes in catchments. However, only a few isotope studies have …

In the cold semiarid region of northeastern Mongolia, we used stable isotopes (18O and D)
to determine potential plant water sources during the 2003 growing season (June to …

Abstract Study region During 2013–2019, we conducted a Canada-wide program of
streamflow sampling for the analysis of stable isotopic composition (18 O/16 O and 2 H/1 H) …