Alexis Innovator’s Post

Despite our vast knowledge of the Earth's surface, the depths of the ocean remain largely unexplored. The emergence of artificial intelligence is revolutionizing the field of oceanography, offering scientists unprecedented opportunities to investigate and comprehend the underwater world in ways never before possible. Discover the transformative impact of AI on oceanography: 1. Gain new perspectives on marine environments and ecosystems through AI. 2. Utilize advanced technologies for the collection and analysis of vast amounts of ocean data. 3. Deepen our understanding of marine life, geological structures, and environmental shifts. 4. Witness a significant shift in how we approach the exploration and conservation of our oceans. Delve into our latest blog to see how AI is unraveling the mysteries of the deep sea and shaping the future of ocean exploration. Explore the full blog to envision the future of oceanography! #Oceanography #AI #MarineScience #MarineLife #EnvironmentalScience https://buff.ly/4d0Qg21.

🤖 AI meets Forest Conservation 🌳 We spoke with Professor Emily Lines and Dr Harry Owen to learn about how they are harnessing Artificial Intelligence and billions of laser-captured data points to revolutionise forest monitoring across Europe. 🌍 Forests are essential to climate mitigation and limiting further global temperature rises - often being described as the 'lungs of the Earth', absorbing twice as much carbon as they emit. AI and drones are speeding up the process of monitoring large-scale forests in minutes, not days. The pairs work automatically classifies raw data points captured by drone technology into individual trees and their components - revealing how carbon is stored in each tree and where microhabitats are formed. Light intercepted through the forest's canopy, creates shaded areas that may be beneficial to particular species in very dry or hot places. By understanding where these microhabitats are located will help to inform how they can be better protected. This project is one of several projects under a new Cambridge focus on AI for Climate and Nature ai@cam 🌿 Read more about the ground-breaking work being completed 🔗 https://lnkd.in/eU2vmBdu

The Rise of AI for Biodiversity Conservation 🌱 Artificial intelligence (AI) is transforming how we monitor and protect our planet's biodiversity. From tracking endangered species to modeling complex ecosystems, AI is proving to be a game-changer for conservation efforts worldwide. Recent advances in computer vision, drones, satellite imagery and machine learning are enabling conservationists to collect vast amounts of data and gain predictive insights that were previously impossible. For example, Microsoft's AI for Earth program developed real-time camera traps that can identify individual animals with over 94% accuracy. This allows researchers to monitor populations and migrations in remote areas more efficiently. In Colombia, scientists used AI to analyze high-resolution satellite images and create detailed maps of every single tree in the country's Amazon rainforest region. This massive dataset is helping them assess biodiversity levels and carbon storage potential. AI modeling has also been instrumental in anticipating how climate change will impact certain habitats and species. The applications of AI for studying and safeguarding nature are endless. With the planet facing unprecedented ecological threats, innovative technologies like AI give us hope that we can find solutions before it's too late. Support green tech initiatives focused on using AI to better understand and protect our one-of-a-kind, irreplaceable biosphere. Our future depends on it! See the link below for additional information on this Topic 👇 https://lnkd.in/dX6ZQiS6 #Biodiversity2.0 #AIRevolution #EcosystemConservation #AIforNature #BiodiversityAI #AIforGood #EcosystemAI #AIInnovation #Biodiversity #AIFuture #AICommunity

Team Epoch won first place in a competition hosted by the Woods Hole Oceanographic Institution, focused on using machine learning to map giant kelp forests via satellite imagery.    Coastal ecosystems face increasing threats from climate change and overfishing. Giant kelp, recognised as a "foundation species", plays a central role by providing food for herbivores, promoting ocean health, and serving as an efficient carbon sink. Traditionally, studying coastal ecosystems required laborious seabed sampling tasks performed by divers, which were costly and time-consuming.    However, recent technological advancements enable the monitoring of giant kelp using space-based AI models, significantly enhancing research efficiency and cost-effectiveness compared to traditional underwater sampling methods. The insights gained from this research can improve marine biodiversity, ecosystem resilience, and CO2 sequestration potential.    The kelp competition has officially ended. Congratulations to Team Epoch for securing first place among 670 international participants! The Dream Team remains committed to advancing AI for positive impact and will now focus on their new projects. Stay updated on their next steps through their social media channels!    #TeamEpoch #AI #Sustainability #DataScience #DeepLearning #MachineLearning 

While browsing Safari, I came across a compelling article by Val Maloney, dated May 24, 2024, which explores how artificial intelligence might aid in the conservation of beluga whales. As a passionate advocate for beluga whales, I was disheartened to learn of their endangered status. The article examines how advancements in systems design engineering and AI could significantly enhance whale-spotting efficiency. It notes that beluga whale populations in the Arctic are increasingly threatened by global warming, oil spills, and gas development, with these threats documented through aerial surveys. This reality underscores the urgent need for sustainable practices in the face of climate change and environmental degradation. Dr. Marcoux and his team have developed a more effective method for identifying beluga whales by leveraging remote sensing technology. They have created automated extraction algorithms for interpreting remote sensing imagery. By training these algorithms with images of beluga whales, they discovered that only 5% of the surveyed images contained the whales. This focus allows researchers to concentrate on relevant data, significantly reducing the resources needed for analysis. One key insight from the article is the impressive and rapidly evolving role of AI in such research. Previously, capturing and analyzing images required multiple summers, with a vast majority lacking beluga whales. Thanks to AI, data collection has been streamlined to a single summer, potentially reducing the effort to just eight hours of work. This evolution in AI capability highlights its growing sophistication and efficiency. I would love to hear people’s thoughts on the application of AI in conservation efforts and its potential impact on similar initiatives. Link to article:

As a former submarine officer, I'm always fascinated by new technologies that can be used to explore and protect the ocean. Check out this article that discusses a new Google AI tool called SurfPerch that can be used to monitor coral reef health. Coral reefs are essential to the health of our oceans, but they are also threatened by climate change and pollution. SurfPerch uses underwater sounds to identify fish and assess biodiversity. This information can be used to track reef activity and health. The article also describes a project called Calling in Our Corals, which collected data from citizen scientists. SurfPerch was trained on this data and can now analyze large amounts of audio data to identify fish sounds. This will allow scientists to more easily monitor reefs. In my former career, I spent a lot of time underwater. I saw firsthand the beauty and fragility of the ocean. I'm glad to see that new technologies are being developed to help protect these vital ecosystems. What are your thoughts on this new AI tool? How can we use technology to better protect our oceans? #coralreefs #AI #oceanconservation #GoogleAI

🌊 Exploring Our Last Frontier: SeaDeep's AI Revolutionizes Ocean Discovery 🌎 Discover SeaDeep, a startup, on a mission to illuminate the ocean's depths. 🐳 What do we do? Using AI to help safeguard our oceans, SeaDeep aims to revolutionize how we explore and protect our planet's final frontier. From coral reefs to offshore wind, our technology brings light to an often forgotten domain, #oceans! 🤿 Why it matters? Our oceans, covering two-thirds of the Earth, remain largely unexplored and under-protected. SeaDeep's cutting-edge approach offers new insights and solutions, crucial for conservation and sustainable development. 🌟 Who's behind this? A team of visionary engineers and environmentalists from Tufts University, leveraging AI to bring the unseen into view. Their work is not just about exploration; it's about creating a sustainable future for our oceans. Join us in supporting #SeaDeep's journey to explore, protect, and understand the ocean's vastness. 🌐 #OceanConservation #SustainableTech #AIForGood #InnovateForChange Thank you to our partners, Tufts University SeaAhead Techstars NextFab Ventures Greentown Labs Vineyard Wind Seabed 2030 for the support! https://lnkd.in/gpBW34-q

In summary, the intervention of #AI and #data_science in #geosciences has led to significant advancements in #exploration, environmental monitoring, and hazard prediction. These technologies are empowering #geoscientists to make more informed #decisions and address pressing #challenges facing our #planet.

🌊 Digital Twin of the Great Barrier Reef: A Leap in Conservation Technology... The collaboration between La Trobe University and the Australian Institute of Marine Science has resulted in a digital twin of the Great Barrier Reef. Utilizing AI and 3D mapping, this innovation aims to tackle coral bleaching and enhance reef recovery. Key Highlights: 🔹Advanced AI software like Reef-NeRF and Reef-3DGS employed. 🔹Supercomputers used to study coral formation. 🔹Continuous monitoring for improved conservation strategies. How do you think digital twins will influence marine conservation efforts globally? Read more 👇 https://lnkd.in/ef4Umdug #DigitalTwins #MarineConservation #AI #GreatBarrierReef #Innovation

How can Artificial intelligence (AI) 🤖 transform marine science? Over the past years, AI has pushed the boundaries of what’s possible in marine science. From ocean exploration to conservation, AI is driving research and innovation at an unprecedented rate, providing new tools to understand and protect our ocean better! 🐠🐠🐠 Here’s how: 1️⃣ #EcosystemMonitoring: 📡🌍 AI processes vast datasets from sensors, drones, and satellites to monitor ocean health in real time. For instance, AI-driven computer vision is used in marine species monitoring, allowing for automated identification and classification of species and tracking their populations over time. 2️⃣ #MarineSpecies and #CoralReef Monitoring: 📸🐠 Machine learning algorithms analyze behavioral patterns in marine mammals, providing valuable data on their populations. AI also assesses coral reef health by analyzing underwater images, classifying coral species, and predicting coral stressors like sea surface temperature and harmful algae blooms. These insights are crucial for conserving biodiversity. 3️⃣ #PlasticPollution Tracking: 🧴🌊 AI is being used to identify and track plastic waste in our ocean by analyzing images from satellites and drones, offering crucial data to help combat ocean pollution. 4️⃣ AI-Enabled #Robotics and #OceanExploration: 🌊🤖 Autonomous Underwater Vehicles (AUVs) powered by AI can now explore the deep ocean, collect data, and even identify new species—all while being remotely controlled by scientists. This technology allows us to explore parts of the ocean that were previously inaccessible, uncovering new ecosystems and expanding our understanding of marine life. 5️⃣ Protecting #MarineProtectedAreas (MPAs): 🛡️🌊 AI plays a vital role in monitoring and managing Marine Protected Areas. It helps enforce regulations by detecting illegal activities, such as unauthorized fishing, and monitoring the health of ecosystems within these zones. By providing real-time data and predictive models, AI ensures MPAs remain effective sanctuaries for marine biodiversity. 6️⃣ #PredictiveModeling and #Climate Impact: 🌦️📊 AI predicts the effects of climate change on marine environments, such as the migration patterns of marine species and the health of coral reefs. These models help scientists develop more effective strategies for ocean conservation. As we continue to harness AI, we’re gaining new insights that are crucial for preserving the health and biodiversity of our blue planet. 🌐💙 👉 Do you think AI can further enhance our exploration and conservation of the ocean? How? Share your thoughts below! 🌊💬 #MarineScience #AI #OceanConservation #Innovation #OceanExploration #Sustainability #MPAs #SmartOcean