The Ocean Observatories Initiative (OOI) sensor network provides a unique opportunity to
study ambient sound in the north-east Pacific Ocean. The OOI sensor network has five low …

This letter introduces a novel signal enhancement method to mitigate the effects of
underwater acoustic ambient noises. The combination of ensemble empirical mode …

This paper proposes a novel method to estimate rainfall intensity by analyzing the sound of
raindrops. An innovative device for collecting acoustic data was designed, capable of …

The acoustic recording of rainfall is well established in marine research and monitoring, but
less so for application on land. It has several advantages, including the capacity to record …

The acoustic radiation generated by underwater marine rainfalls an important component of
marine ambient noise, which is an interfering background for various hydroacoustic …

While in the past the prediction of wind and rainfall from underwater noise was performed
using empirical equations fed with very few spectral bins and fitted to the data, it has recently …

Wind speed and its evolution over time and space are important for many purposes,
particularly for climate studies. However, direct measurement at the ocean surface is …

Rain falling on the ocean creates acoustic signals. Ma and Nystuen [(2005). J. Atmos.
Oceanic Technol. 22, 1225–1248] described an algorithm that compares three narrowband …

The detection of shouted speech is crucial in audio surveillance and monitoring. Although it
is desirable for a security system to be able to identify emergencies, existing corpora provide …

Climate change in recent years has produced extreme weather events at increasing
frequencies worldwide, and urban locations have experienced more flooding events. Flash …