Internal waves (IWs) are a common characteristic of oceans and serve a crucial role in
transmitting energies between large-scale tides and small-scale mixing. This study …

The inner shelf, the transition zone between the surfzone and the midshelf, is a dynamically
complex region with the evolution of circulation and stratification driven by multiple physical …

There is a new trend in marine hydrometeorology (MHM) that calls for novel solutions on
massive multi-source and heterogeneous spatiotemporal data sets. Traditionally, the …

The inversion of remote sensing signatures of internal solitary waves (ISWs) can retrieve
dynamic characteristics in the ocean interior. However, the presence of ubiquitous large …

Oceanic internal solitary waves (ISWs) are widely distributed in oceans worldwide. ISWs
exhibit significant amplitudes, high speeds, and short periods and thus have a substantial …

Internal waves (IW) are crucial contributors to the transport of sediment, heat, and nutrients
in coastal areas. While IW have been extensively studied using point measurements, their …

Internal solitary waves (ISWs) resonate with meter-scale surface waves, which causes crests
to overturn and waves to break strongly, generating many whitecaps. We analyze the …

Ocean internal waves (IWs) are widespread submesoscale dynamical phenomena in
oceans, and they have important impacts on energy transfer, nutrient transport, and human …

海洋内波是一种常见的致灾性中尺度海洋现象, 因其对海洋军事和海洋工程等存在巨大威胁而被
广泛关注. 为了实现合成孔径雷达(SAR) 图像海洋内波的准确检测, 解决传统检测算法易受斑噪 …

The application of internal wave recognition to the buoy system is of great significance to
enhance the understanding of the ocean internal wave phenomenon and provide more …