Sediment connectivity has been shown in recent years to explain how the watershed
configuration controls sediment transport. However, we find no studies develop a watershed …

An understanding of the clogging of fine sediments within gravel substrates is advanced
through use of dimensional analysis and macroanalysis of previously conducted clogging …

Hydrologic models are robust tools for estimating key parameters in the management of
water resources, including water inputs, storage, and pathway fluxes. The selection of …

Water quality models serve as an economically feasible alternative to quantify fluxes of
nutrient pollution and to simulate effective mitigation strategies; however, their applicability is …

Nutrient dynamics in karst agroecosystems remain poorly understood, in part due to limited
long‐term nested datasets that can discriminate upland and in‐stream processes. We …

An enhanced revision of the Fox and Papanicolaou (hereafter referred to as “F‐P”)(2008a)
Bayesian, Markov Chain Monte Carlo fingerprinting framework for estimating sediment …

Recent research has paid increased attention to quantifying the fate of carbon pools within
fluvial networks, but few, if any, studies consider the fate of sediment organic carbon in …

Fluvial networks play an important role in regional and global carbon (C) budgets. The
Seine River, from the Paris urban area to the entrance of its estuary (220 km), is studied here …

The fate of bioavailable nitrogen species transported through agricultural landscapes
remains highly uncertain given complexities of measuring fluxes impacting the fluvial N …

Purpose The equilibrium sediment exchange process is defined as instantaneous
deposition of suspended sediment to the streambed countered by equal erosion of sediment …