ReEarth AI’s Post

As the world focuses on eliminating carbon to tackle the climate crisis, Arkadiah Technology takes a different approach by transforming the way carbon is harnessed as a powerful solution for planetary restoration. Find out how its NatureOS platform is leveraging cutting edge LiDAR and AI technology to empower developers and landowners to revive degraded land, and turn them into nature-positive assets.🌳💯 #SpaceSG #NatureTech #ClimateChange #SaveOurPlanet #AI #SpaceTechnology

Why Are We Exploring Space When Our Oceans Remain a Mystery? It's staggering that we have better maps of the moon and Mars than of our own oceans. With 85% of the ocean unexplored, it's time we harness AI to unlock its secrets. Artificial Intelligence (AI) can revolutionize ocean exploration by automating deep-sea missions, analyzing vast datasets, and predicting environmental changes. AI-powered Autonomous Underwater Vehicles (AUVs) are already leading the charge. These robots can navigate the challenging underwater terrain, collect data on marine ecosystems, and inspect underwater infrastructure. This technology makes it possible to cover larger areas more efficiently than human-led missions, drastically enhancing our understanding of the ocean floor. Additionally, AI's ability to process massive amounts of data is pivotal. By analyzing data from satellites, sonar, and underwater cameras, AI helps us monitor marine biodiversity, track pollution levels, and predict changes in ocean conditions. This not only aids in conservation efforts but also provides crucial insights into how climate change affects marine environments. Startups like SeaDeep are pushing the boundaries of underwater exploration. By using cutting-edge AI, they enhance underwater visibility and map the ocean's resources, contributing significantly to marine conservation and resource management. The potential of AI in ocean exploration is immense. It's about time we prioritized exploring and understanding our own planet before reaching out to others. #OceanExploration #AI #MarineConservation #DeepSea #ClimateChange #Sustainability

🌊🔍 Deep-Diving Robots Combatting Climate Change in Our Oceans Our oceans are at the forefront of the climate crisis, and innovative technology is stepping up to monitor and protect these vital ecosystems. Meet the deep-diving robots, our new underwater guardians, tirelessly working to detect early signs of climate collapse. Here’s how they’re making a difference: 1. Advanced Sensor Technology: These robots are equipped with cutting-edge sensors to measure temperature, salinity, pH levels, and various chemical properties of seawater. By continuously collecting data, they help us understand the subtle changes in ocean conditions that signal climate shifts. 2. Real-Time Data Collection: Operating in depths and conditions where human divers cannot reach, these robots provide real-time data that is crucial for climate scientists. This data enables the timely analysis of trends and anomalies in oceanic behavior, which is essential for early detection of climate impacts. 3. Comprehensive Mapping: The robots create detailed maps of the ocean floor and its changing conditions. This mapping is invaluable for tracking the effects of climate change on marine habitats, including coral reefs and deep-sea ecosystems. 4. Long-Term Monitoring: By establishing a network of these autonomous robots, we can achieve long-term monitoring of our oceans. This persistent surveillance helps in understanding the long-term impacts of climate change and informs policy decisions aimed at marine conservation. 5. Collaboration with Marine Scientists: These robots are not working alone. They collaborate with marine scientists worldwide, providing data that enhances research and supports conservation efforts. By harnessing the power of robotics and AI, we are better equipped to protect our oceans and address the urgent challenges posed by climate change. Let’s continue to innovate and support technologies that ensure a sustainable future for our planet. 💪🤖 #ClimateChange #OceanConservation #Robotics #AI #Innovation #Sustainability #MarineScience #TechForGood #ClimateAction #DeepDivingRobots #OceanHealth Source: https://lnkd.in/dS43XvWv

We can know the forest from afar 🌴 Planning projects using satellites 🛰 It's not new technology. We have been able to do some of our project work using satellites for a while. What is changing is how important satellite, lidar and other technologies are becoming in organising projects. Enabling us to plan projects soon after consultation, or know all we need to before consulting with local communities. With some of us believing that instead of it taking years to organise projects, that it might, one day, take only months. Of course. We need to keep bettering the technology, with a focus on how systems can smartly populate everything certification requires. With AI now a part of the conversation and being tested as we speak with carbon and ESG certifying bodies. All being well, project organisers can finally deploy investments and resources sooner to communities who need them. Enabling us to help deal with this climate crisis, many times quicker. #climatecrisis #satellitetechnology #forestconservation #projectplanning

We can know the forest from afar 🌴 Planning projects using satellites 🛰 It's not new technology. We have been able to do some of our project work using satellites for a while. What is changing is how important satellite, lidar and other technologies are becoming in organising projects. Enabling us to plan projects soon after consultation, or know all we need to before consulting with local communities. With some of us believing that instead of it taking years to organise projects, that it might, one day, take only months. Of course. We need to keep bettering the technology, with a focus on how systems can smartly populate everything certification requires. With AI now a part of the conversation and being tested as we speak with carbon and ESG certifying bodies. All being well, project organisers can finally deploy investments and resources sooner to communities who need them. Enabling us to help deal with this climate crisis, many times quicker. Credit Dan Wood 💡💡 #climatecrisis #satellitetechnology #forestconservation #projectplanning

As the next unexplored frontier, our oceans hold secrets yet to be uncovered. 🐬 Covering ~70% of the Earth’s surface, our oceans may offer powerful clues to combatting the effects of climate change and preserving biodiversity. Ocean digital twins are a powerful way to use technology and data for conservation, with Fujitsu working on a field trial near Ishigaki Island, Okinawa prefecture in Japan to develop an ocean digital twin. Riding the waves of LiDAR* and AI technology, the pilot project will gather precise 3D data for mapping coral reefs. 🌏 This will help researchers gain deeper insights into how the ocean is changing and simulate the possible effects of our conservation measures. At Fujitsu, we’re committed to harnessing the power of technology to help solve pressing environmental challenges. 🙌 Read more about this new development here 👉 https://okt.to/HXD0S3 * LiDAR is a technology for remote sensing that uses laser to accurately measure distances and movements within an environment, in 3D and in real time.

Data collected by satellites, drones, radars and microscopes provide a goldmine of information to better understand our environment. And when these data are coupled with artificial intelligence (AI), they can unlock the secrets of phenomena taking place at all levels.  https://lnkd.in/evrE7B4E

As the next unexplored frontier, our oceans hold secrets yet to be uncovered. 🐬 Covering ~70% of the Earth’s surface, our oceans may offer powerful clues to combatting the effects of climate change and preserving biodiversity. Ocean digital twins are a powerful way to use technology and data for conservation, with Fujitsu working on a field trial near Ishigaki Island, Okinawa prefecture in Japan to develop an ocean digital twin. Riding the waves of LiDAR* and AI technology, the pilot project will gather precise 3D data for mapping coral reefs. 🌏 This will help researchers gain deeper insights into how the ocean is changing and simulate the possible effects of our conservation measures. At Fujitsu, we’re committed to harnessing the power of technology to help solve pressing environmental challenges. 🙌 Read more about this new development here 👉 https://okt.to/qbIYur * LiDAR is a technology for remote sensing that uses laser to accurately measure distances and movements within an environment, in 3D and in real time.

🌊 Fujitsu unveils groundbreaking technology for marine conservation and carbon neutrality initiatives! Cutting-Edge Solution: Utilizing LiDAR and AI, Fujitsu's technology captures high-resolution 3D data from underwater ecosystems and man-made structures, enabling the creation of ocean digital twins. Conservation Impact: The digital twins aid in predicting environmental changes, simulating conservation measures, and supporting efforts for marine biodiversity and carbon neutrality. Advanced Techniques: Fujitsu's real-time measurement technique and AI image enhancement correct color and clarify images, allowing precise identification and measurement even in challenging conditions. Field Trial Success: Field trials near Ishigaki Island yielded precise 3D data for mapping coral reefs, showcasing the technology's effectiveness in real-world environments. Future Endeavors: Fujitsu plans to expand the technology to include seaweed beds, contributing to carbon absorption efforts and fostering partnerships for ocean conservation. What are your thoughts on Fujitsu's development of technology that utilizes LiDAR and AI to create high-resolution 3D data of underwater ecosystems, contributing to marine conservation efforts and initiatives for carbon neutrality and biodiversity? Get in the comments down below! #MarineConservation #CarbonNeutrality #OceanInnovation

As the next unexplored frontier, our oceans hold secrets yet to be uncovered. 🐬 Covering ~70% of the Earth’s surface, our oceans may offer powerful clues to combatting the effects of climate change and preserving biodiversity. Ocean digital twins are a powerful way to use technology and data for conservation, with Fujitsu working on a field trial near Ishigaki Island, Okinawa prefecture in Japan to develop an ocean digital twin. Riding the waves of LiDAR* and AI technology, the pilot project will gather precise 3D data for mapping coral reefs. 🌏 This will help researchers gain deeper insights into how the ocean is changing and simulate the possible effects of our conservation measures. At Fujitsu, we’re committed to harnessing the power of technology to help solve pressing environmental challenges. 🙌 Read more about this new development here 👉 https://okt.to/qKvxX0 * LiDAR is a technology for remote sensing that uses laser to accurately measure distances and movements within an environment, in 3D and in real time.