Ocean Technology Systems

S的世界辽阔、偏远，物质条件恶劣。这些特性意味着测量海洋特性、生物活动和人类对海洋的影响是具有挑战性的。通过对海洋噪声的测量和建模，可以开发将噪声本身用作传感工具的方法，从而能够观察海洋、表面和海床的重要物理过程和特性。更好地将这些机制与海洋噪声的水平和方向性联系起来，为在时间、空间和频率上预测海洋声景提供了一种手段，并提高了我们监测人类和海洋动物水下活动的能力。

The world¿s oceans are vast, remote, and physically harsh. These qualities mean it is challenging to measure ocean properties, biological activity, and the impacts of humans on oceans. Through measurements and modelling of ocean noise, methods for using the noise itself as a sensing tool can be developed, allowing the observation of important physical processes and properties of the ocean, surface, and seabed. Better relating these mechanisms to the level and directionality of ocean noise provides a means to predict the ocean soundscape in time, space, and frequency, and improves our ability to monitor human and marine animal underwater activity.