Through the use of geophone-based (vibration) sensors, the activities of pigs can be monitored more closely. Since piglet crushing primarily occurs when the mother pig is standing, farmers can be more alert to potential accidents. The research is also useful for monitoring the piglet’s eating, sleeping, and movement patterns, enabling farmers to monitor the piglet’s health in a noninvasive way. With one illness capable of killing an entire stock, a more thorough health evaluation would provide farmers with additional security for their animals. Researchers hope to develop a system that will enable farmers to monitor pigs 24/7, alerting them instantly when potential piglet crushing events occur.
Read more at : https://engineering.cmu.edu/news-events/news/2019/08/05-pig-sensing.html
Bang Kachao is often called Bangkok’s green lung. Surrounded by the Chao Phraya River, the area remains one of the city’s most important green spaces despite being close to dense urban development. However, Bang Kachao also faces environmental pressures, including saline water intrusion and changes in vegetation coverage.
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Held at C-ASEAN Samyan CO-OP, the event brought together high school students, university learners, tech enthusiasts, and the general public to explore the theme “Decoding and Coding the Brain.”
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Northern Thailand experiences severe seasonal PM2.5 pollution, especially during the annual burning season. The challenge is not only measuring air pollution, but also forecasting where it will move, identifying possible sources, and translating technical outputs into information that decision-makers can use.
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