Protecting or restoring aquatic ecosystems in the face of growing anthropogenic pressures
requires an understanding of hydrological and biogeochemical functioning across multiple …

Widespread use of salts as deicing agents on roads has been perceived as a significant
source of environmental and economic damage. Early studies focused on near‐road and …

Sodium and chloride concentrations and export increased from 1986 to 2005 in a rural
stream in southeastern New York. Concentrations increased 1.5 mg/L per year (chloride) …

Since the 1940s, use of road salt as a deicing agent has increased substantially in regions
of the US with cold winters. Despite its ubiquitous application and known negative …

Application of road salts in regions with colder climates is leading to ground and surface
water contamination. However, we know little about how modern stormwater management …

Mg isotope ratios (26Mg/24Mg) are reported in soil pore-fluids, rain and seawater, grass and
smectite from a 90kyr old soil, developed on an uplifted marine terrace from Santa Cruz …

Road salt application elevates Na and Cl concentrations throughout the year in many
surface water and groundwater systems. This study explores the role of soils in extending …

Seasonal changes in river chemistry offer the potential to assess how weathering processes
respond to changing meteorological parameters and ultimately how chemical weathering …

Inorganic chlorine (ie chloride; Clin) is generally considered inert in soil and is often used as
a tracer of soil and ground water movements. However, recent studies indicate that …

Time series of chloride concentrations and oxygen‐18 isotopic ratios are widely used for
tracing catchment storage and mixing processes and for inferring catchment travel‐time …