Acoustics monitoring is important to understand the health of the coastal and underwater ecosystems. Human activities are threatening marine life by producing underwater noise pollution. Monitoring underwater noise allows to detect the source of noise, reduce the impact, and protect the life of marine biodiversity.
Importance of international standards for noise monitoring in the maritime industry. Learn about shipowners’ and operators’ responsibility in maintaining a safe and compliant environment for workers and the environment.
Ocean freight stakeholders, including shipping companies, ports, and regulatory agencies, are taking a range of initiatives to reduce underwater noise and protect marine life.
The term SEL (Sound Exposure Level) commonly refers to the potential effects of sounds made by humans and machines on marine creatures. The whole sea transportation industry actors need to improve their business sustainability.
Importance of international standards for noise monitoring in the maritime industry. Learn about shipowners’ and operators’ responsibility in maintaining a safe and compliant environment for workers and the environment.
Ocean freight stakeholders, including shipping companies, ports, and regulatory agencies, are taking a range of initiatives to reduce underwater noise and protect marine life.
The United Nations has adopted regulations to preserve and protect the marine ecosystem under the Law of the Sea (UNCLOS). Part XII, article 194, invites all stakeholders to undertake any essential action “necessary to prevent, reduce and control pollution of the marine environment from any
The term SEL (Sound Exposure Level) commonly refers to the potential effects of sounds made by humans and machines on marine creatures. The whole sea transportation industry actors need to improve their business sustainability.
Detecting and analyzing underwater noise is crucial for companies working in the maritime industry in order to monitor and reduce their carbon impact, particularly water pollution, but also to comply with international regulations.
Human activities under and above water such as commercial shipping, sonars, exploration, and construction, as well as seismic surveys, endanger the environment as their continued employment is responsible for the rising levels of noise pollution in the ocean.
In the ocean, many marine mammals and other species rely on their hearing for survival. Sound is critical for communication, navigation, locating prey, avoiding predators and finding mates.
Awareness of the threats posed by marine pollution has increased, particularly the global environmental challenges from plastic waste. However, there is now a sizeable body of research evidence pointing to another major risk to our planet: underwater noise pollution, or anthropogenic noise.
Read about how Sinay is helping protect the Mediterranean Sea from noise pollution by using artificial intelligence to monitor and track noise levels caused by human activities.
Monitor air quality in real-time, be alerted when a threshold is reached & easily comply with regulation thanks to the automated reports.
Monitor water quality in real-time, predict and avoid water pollution & comply with regulations thanks to the automated reports.
Deliver a preliminary metocean analysis and the associated report in jut a few minutes.
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Underwater acoustics is important because sound travels much faster and farther in water than in air, making it an important means of communication and navigation for many marine species, such as whales, dolphins, and fish.
These animals use sound to locate food, communicate with each other, and navigate their environments.
Human activities, such as shipping, oil and gas exploration, and military sonar, can generate underwater noise that can interfere with these natural behaviors, potentially causing harm to marine life. This is called the anthropogenic sound.
By understanding underwater acoustics and the impacts of human-generated noise, we can work to minimize our impact on the marine environment and protect the health and well-being of marine species.
This can be achieved through better regulation of human activities in the ocean, the development of quieter technologies, and the establishment of protected areas where marine life can thrive without the interference of human-generated noise.
Underwater noise pollution monitoring involves the measurement and analysis of underwater noise levels to assess their potential impacts on marine life and ecosystems.
This is done by deploying hydrophones, which are underwater microphones that can detect and record sound. These recordings can then be used to analyze noise levels, identify the sources of noise, and assess their potential impacts on marine species.
Underwater noise pollution monitoring is important for understanding the impacts of human activities on the marine environment and for informing decisions about ocean management and conservation.
By monitoring and reducing underwater noise pollution, we can help protect the health and well-being of marine life and maintain the integrity of marine ecosystems.
In addition to identifying specific sources of noise pollution, underwater noise monitoring can also help us understand the cumulative effects of multiple sources of noise on marine life.
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This project is co-financed by
the European Union with the
European Regional Development Fund (FEDER)
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