Scientists and engineers have observed for some time that tidal amplitudes at many
locations are shifting considerably due to nonastronomical factors. Here we review …

Salt marshes are recognized as valuable resources that are threatened by climate change
and human activities. Better management and planning for these ecosystems will depend on …

Since the late nineteenth century, channel depths have more than doubled in parts of New
York Harbor and the tidal Hudson River, wetlands have been reclaimed and navigational …

The seasonal cycle of the main lunar tidal constituent M 2 is studied globally by an analysis
of a high-resolution ocean circulation and tide model (STORMTIDE) simulation, of 19 years …

Wind field data from the National Centers for Environmental Prediction Climate Forecast
System Version 2 (CFSV2), the European Centre for Medium-Range Weather Forecasts …

Cities and towns along the tidal Hudson River are highly vulnerable to flooding through the
combination of storm tides and high streamflows, compounded by sea level rise. Here a …

Detailed simulations, comparisons with observations, and model sensitivity experiments are
presented for the August 2011 tropical cyclone Irene and a March 2010 nor'easter that …

The seasonal variation of tides plays a significant role in water level changes in coastal
regions. In this study, seasonal variations of four principal tidal constituents, M 2, S 2, K 1 …

Understanding seasonal tidal changes is vital for accurate tidal prediction which is essential
for numerous practical purposes, such as flood warning and navigation. It is common …

Exact knowledge on the seasonal variations of main tidal constituents is beneficial for
improving tidal prediction. The semi-annual cycles in K1 and S2 tides are abnormally …