Have you encountered Plankton Crashes in your shrimp farming experience? A Plankton Crash can have severe impact in aquaculture, especially in shrimp farming. Monitoring, aeration, and feeding management are essential components of a comprehensive strategy to prevent and manage Plankton Crashes.
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Plankton use photosynthesis, turning dissolved carbon dioxide and sunlight into oxygen. This helps balance the underwater ecosystem by increasing oxygen levels, known as ‘DO’
The presence of waste and sediment in the pond, which accumulates during the shrimp farming process, can pose a multitude of challenges if not effectively addressed. It is imperative for shrimp cultivators to employ proper management techniques to mitigate these issues…
Shrimp pond preparation is the first step in shrimp farming, whether you’re establishing a new pond or refurbishing an existing one. This process involves a combination of key elements, …
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Water quality is a crucial factor in aquaculture to ensure that the shrimps or fish are healthy, reduce the risk of diseases, and prevent various infections. Important parameters to monitor consistently include dissolved oxygen levels, pH levels, temperature, salinity, and …
Shrimp require a well-balanced feed to thrive and grow. They need various nutrients such as protein, fats, carbohydrates, vitamins, and minerals to support their development
The Smart Farm system is growing rapidly worldwide. It involves managing farms using technologies such as IoT (Internet of Things), robotics, drones, AI and Automation.
The Internet of Things (IoT) technology used with oxygen dissolved sensors is employed to measure real-time and accurate dissolved oxygen levels in water. This data is sent back to a water monitoring platform for analysis and addressing various situations.
