acoustic signalling system

简明释义

声信号器

英英释义

例句

1.The new acoustic signalling system in the building alerts occupants of emergencies through sound cues.

建筑内的新声学信号系统通过声音提示警告居民紧急情况。

2.In urban planning, the acoustic signalling system can help reduce noise pollution by optimizing sound barriers.

在城市规划中，声学信号系统可以通过优化声屏障来帮助减少噪音污染。

3.Researchers developed an acoustic signalling system for monitoring fish populations in lakes.

研究人员开发了一种用于监测湖中鱼类种群的声学信号系统。

4.The marine biologist studied the acoustic signalling system to understand how dolphins communicate underwater.

海洋生物学家研究了声学信号系统，以了解海豚如何在水下交流。

5.Birdwatchers often rely on the acoustic signalling system of birds to locate them in dense forests.

鸟类观察者通常依靠鸟类的声学信号系统在密林中找到它们。

作文

In the realm of communication, various systems have been developed to facilitate interaction among individuals and species. One such fascinating system is the acoustic signalling system, which refers to the use of sound waves to convey information. This system is not only prevalent in human communication but is also observed extensively in the animal kingdom. Understanding the acoustic signalling system can provide valuable insights into how different organisms interact with their environment and each other.The acoustic signalling system operates on the principle that sound travels through various mediums, allowing messages to be transmitted over distances. In humans, this system encompasses spoken language, music, and even non-verbal sounds like laughter or crying. Each of these elements plays a critical role in social bonding, emotional expression, and information exchange. For instance, the tone of voice can significantly alter the meaning of a message, illustrating the complexity and richness of human communication.In the animal kingdom, the acoustic signalling system takes on diverse forms. Birds are perhaps the most well-known users of this system, utilizing songs and calls to attract mates, mark territory, and warn of predators. The intricate melodies of a nightingale or the sharp calls of a crow serve specific purposes within their respective ecosystems. Similarly, marine animals, such as dolphins and whales, rely heavily on sound for communication. Their ability to produce and interpret complex vocalizations enables them to navigate vast oceans and maintain social structures within their pods.The study of the acoustic signalling system extends beyond mere observation; it encompasses various scientific disciplines, including biology, psychology, and linguistics. Researchers have explored how different species develop their unique acoustic signals and how these sounds influence behavior and social interactions. For example, studies have shown that certain bird species can learn new songs throughout their lives, adapting their acoustic signals based on environmental changes or social dynamics.Moreover, understanding the acoustic signalling system has practical implications for conservation efforts. By recognizing the importance of sound in animal communication, conservationists can better protect habitats that are crucial for these interactions. Noise pollution, for instance, poses a significant threat to many species, disrupting their ability to communicate effectively. Efforts to mitigate such impacts can lead to healthier ecosystems and improved biodiversity.In conclusion, the acoustic signalling system is a vital aspect of communication that spans across species and environments. Whether in human interactions or the intricate exchanges among animals, sound plays an essential role in conveying information and fostering connections. As we continue to explore and understand this system, we gain deeper insights into the complexities of life on Earth and the importance of preserving the natural world that sustains it.

在交流领域，各种系统被开发出来以促进个人和物种之间的互动。其中一个引人入胜的系统是声学信号系统，它指的是利用声波传递信息。这个系统不仅在人的沟通中普遍存在，而且在动物王国中也得到了广泛的观察。理解声学信号系统可以为我们提供有关不同生物如何与环境及彼此互动的宝贵见解。声学信号系统的运作原理是声音通过各种介质传播，从而允许信息在距离上被传递。在人类中，这个系统包括口语、音乐，甚至非语言的声音如笑声或哭泣。每一个元素在社会联系、情感表达和信息交流中都扮演着关键角色。例如，声音的音调可以显著改变信息的含义，这突显了人类交流的复杂性和丰富性。在动物王国中，声学信号系统呈现出多样的形式。鸟类可能是这种系统最著名的使用者，它们利用歌曲和叫声来吸引配偶、标记领土以及警告捕食者。一只夜莺的复杂旋律或一只乌鸦的尖锐叫声在各自的生态系统中服务于特定目的。类似地，海洋动物，如海豚和鲸鱼，极大依赖声音进行交流。它们产生和解读复杂的发声能力使它们能够在广阔的海洋中导航，并维持群体内的社会结构。对声学信号系统的研究超越了单纯的观察；它涉及多个科学学科，包括生物学、心理学和语言学。研究人员探讨了不同物种如何发展其独特的声学信号，以及这些声音如何影响行为和社会互动。例如，研究表明某些鸟类可以在其一生中学习新歌曲，根据环境变化或社会动态调整其声学信号。此外，理解声学信号系统对保护工作有实际意义。通过认识声音在动物交流中的重要性，保护主义者可以更好地保护这些互动至关重要的栖息地。噪声污染，例如，对许多物种构成了重大威胁，干扰了它们有效沟通的能力。减轻这些影响的努力可以导致更健康的生态系统和更好的生物多样性。总之，声学信号系统是一个跨越物种和环境的重要交流方面。无论是在人的互动中，还是在动物之间复杂的交流中，声音在传达信息和促进联系中扮演着至关重要的角色。随着我们继续探索和理解这一系统，我们对地球生命的复杂性以及保护维持这一生命的自然世界的重要性有了更深入的见解。