Due to their role as primary producers, phytoplankton are essential to the productivity of
estuarine ecosystems. However, it is important to understand how these nearly passive …

This chapter discusses the intensity of the precipitation ARs often bring, and their unique
combinations of durations, geometries, winds, and temperatures which make ARs important …

Water resources management in estuarine environments for water supply and
environmental protection typically requires estimates of salinity for various flow and …

Advances in machine-learning techniques can serve practical water management needs
such as salinity level estimation. This study explores machine learning, particularly deep …

Spatial subsidies and habitat connectivity are critical factors in estuarine trophic webs.
Advection and tidal dispersion of organic matter including plankton from productive regions …

Estuaries are complex ecosystems, being difficult to determine the way management actions
affect them. This study quantitatively evaluated the spread of invasive submerged and …

Free‐surface flows in rivers, estuaries, and coastal areas are strongly dominated by the
geometrical details of the study area. Nowadays, accurate bathymetric data are easily …

Abstract San Francisco Bay (SFB) is a complex ecosystem that has been heavily impacted
by human activities. It has experienced strong year-to-year variations in physical, chemical …

Sedimentation is an important aspect of water resources management with many
implications. Often, process‐based methods are employed to predict and assess the amount …

In this appendix, we review the history of the water quality and flow standards that have
governed the impoundment and diversion of water from the Sacramento–San Joaquin River …