Natural waters serve as habitat for a wide range of microorganisms, a proportion of which
may be derived from fecal material. A number of watershed models have been developed to …

Chlorinated ethenes (CEs) are legacy contaminants whose chemical footprint is expected to
persist in aquifers around the world for many decades to come. These organohalides have …

Environmental transitions often result in resource mixtures that overcome limitations to
microbial metabolism, resulting in biogeochemical hotspots and moments. Riverine systems …

Hyporheic exchange plays a key role in the biogeochemical evolution of water and in
ecosystem functioning at the local, reach, and watershed scales. Residence time is a …

Stream metabolism is a fundamental, integrative indicator of aquatic ecosystem functioning.
However, it is not well understood how heterogeneity in physical channel form, particularly …

Nature-based solutions are widely advocated for freshwater ecosystem conservation and
restoration. As increasing amounts of river restoration are undertaken, the need to …

We perform linear and nonlinear stability analysis for thermal convection in a fluid overlying
a saturated porous medium. We use a coupled system, with the Navier--Stokes equations …

The hyporheic zone in stream ecosystems is a heterogeneous key habitat for species across
many taxa. Consequently, it attracts high attention among freshwater scientists, but generally …

We introduce LPMLE3, a new 1‐D approach to quantify vertical water flow components at
streambeds using temperature data collected in different depths. LPMLE3 solves the partial …

The exchange of water between a stream and its hyporheic zone (defined as the sediment
beneath and immediately adjacent to a stream) underpins many ecological and hydrological …