Carbon sequestration is the process of capturing and storing atmospheric CO₂, helping to mitigate climate change. In nature, this occurs primarily through photosynthesis, where plants, trees, and algae absorb CO₂ from the air and use sunlight to convert it into organic matter. While forests are often called the “lungs” of Leer más…
For data collection, we have determined that the most cost-effective option is to use a small boat-like vessel that is equipped with the necessary technology to transport the robot to collect the algae samples. This boat will ensure that the robot will not get lost and will be able to Leer más…
Optimized Data Integration for Greater Accuracy Instead of relying solely on algal coloration, we analyze satellite bands that correspond to key environmental factors influencing algal growth. By combining data from multiple satellite databases, we reduce resolution-based errors and enhance detection accuracy. This approach allows us to pinpoint areas with the Leer más…
The algae monitoring project is an innovative and sustainable solution that uses satellite imagery and robotic technology to optimize the identification and management of areas with algal blooms. This approach is viable because it combines state-of-the-art technologies with the growing interest in harnessing algae to treat CO₂ and promote its Leer más…
Benefits of Promoting Seaweed Farming 🌱🌊 Seaweed represents one of the most versatile and sustainable solutions for the future. Its cultivation not only benefits the environment but also drives various industries by providing natural and efficient alternatives to conventional products. ✅ 🌿 Superfood and Nutritional Alternative Seaweed is an incredible Leer más…
The project has great potential by combining satellite technology and autonomous robots to efficiently monitor and harvest algae. This reduces costs, optimizes harvesting and provides accurate data to assess and establish algae farms, contributing to sustainability and CO₂ treatment. Next Steps: