Marine conservation is at a pivotal juncture with the advent of innovative technologies that are revolutionizing how we monitor and protect our oceans. These technologies range from advanced surveillance systems to AI-driven data analysis, offering unprecedented insights into marine ecosystems. This article delves into the latest innovations in marine conservation technology, exploring how they contribute to the safeguarding of marine biodiversity and the health of our oceans.
Key Takeaways
Underwater satellites and AI-driven robots are enabling detailed mapping and monitoring of the ocean floor, enhancing our understanding of marine ecosystems.
The development of underwater wireless networks and the Internet of Underwater Things is facilitating real-time data collection and communication for marine conservation.
Innovative acoustic buoys and AI-powered drones are improving the protection of marine mammals by monitoring their populations and preventing ship strikes.
Remote robots, high-resolution imaging, and DNA sequencing are advancing the Ocean Census, aiding in the discovery of new marine species and the analysis of biodiversity.
The integration of technology by organizations like the Blue Marine Foundation is setting new standards for monitoring marine protected areas and assessing ocean health.
Diving into the Deep: Underwater Surveillance Tech
The Rise of Underwater Satellites
Imagine a world where the mysteries of the ocean floor are as accessible as the latest satellite images of our cities. That's the promise of underwater satellites, a groundbreaking innovation poised to revolutionize marine conservation. These high-tech devices are not your typical satellites; they're advanced robots equipped with AI and machine learning capabilities, designed to navigate the uncharted depths of our oceans.
Here's how they're making waves in marine surveillance:
By providing detailed maps of the ocean floor, we can better understand the impacts of climate change and human activities.
They collect data on biodiversity loss and pollution, offering a clear picture of the underwater world.
This technology bridges the gap between the sea and the surface, sending valuable information to researchers on land.
With these underwater explorers, we're not just scratching the surface—we're diving deep into the blue, unlocking secrets that have been hidden for millennia.
AI and Machine Learning: Navigating the Unseen
The ocean's vastness and mystery have always posed a challenge for conservationists. But now, AI and machine learning are changing the game, offering a glimpse into the abyss with unprecedented clarity. Predictive modeling is a prime example, using existing data to sketch out where marine life is thriving and where it's at risk. This isn't just guesswork; it's a calculated approach to conservation, helping us plan more effectively and adapt to the curveballs thrown by climate change.
The mid-2010s marked a turning point as machine learning began to analyze camera trap images, tracking wildlife with a new level of precision. This tech isn't just about keeping tabs on the usual suspects; it's also a boon for detecting the more elusive creatures that call the ocean home. Here's how AI is making waves in marine conservation:
Identifying and tracking wildlife through camera trap analysis.
Forecasting climate change impacts on marine ecosystems.
Optimizing conservation interventions like reforestation or invasive species management.
AI isn't just a tool; it's a partner in the fight to preserve our oceans. It's a bridge between the data we have and the solutions we need, ensuring that every conservation effort is as informed and effective as possible.
From Shipwrecks to Sharks: Diverse Data Collection
Imagine a world where the mysteries of the deep are no longer shrouded in darkness. Thanks to the latest marine conservation technologies, we're on the brink of illuminating the ocean's secrets like never before. From electronically tagged sharks to sensor-laden shipwrecks, our ability to gather data has taken a quantum leap.
Underwater connected technologies are the new frontier, creating a network that harvests real-time data.
This data flows from the depths to surface buoys, then zips through the cloud to eager researchers onshore.
It's not just about tracking the big stuff; we're talking about a comprehensive census of the sea. Conservationists are deploying remote underwater robots armed with high-resolution imaging and lasers, alongside DNA-sequencing tech, to sniff out traces of marine DNA. This isn't just a scientific endeavor—it's a race to understand and protect our oceans before it's too late. And with every new species discovered, every piece of data collected, we edge closer to a future where the health of our oceans is not just monitored, but secured.
The Internet of Underwater Things
Real-Time Data for Real-Time Solutions
Imagine a world where the health of our oceans is monitored with the same precision as a high-speed internet connection. That's the promise of the latest underwater connected technologies. These systems are designed to harvest real-time data to keep a pulse on the world's underwater habitats, ensuring their protection and improving under-sea communications.
Data sources are incredibly varied, from electronically tagged marine life to sensor-laden shipwrecks.
A network of remote sensors, measuring tech, and underwater cameras work tirelessly below the waves.
The collected data zips to the surface, bouncing from buoys to the cloud, and finally into the hands of eager shore-based researchers.
This isn't just about gathering data; it's about transforming it into knowledge. Digital-twin technologies create algorithmic models of oceanic conditions, allowing us to simulate and experiment with different conservation strategies. It's a game-changer for policymakers, scientists, and anyone invested in the future of our blue planet.
Building Underwater Wireless Networks
Imagine a world where the ocean's depths are as connected as our cities. That's the vision behind the push to build underwater wireless networks, a leap forward in marine conservation tech. Scientists and tech whizzes are teaming up to weave a web of communication beneath the waves, enabling an Internet of Underwater Things. This isn't just about chatting with dolphins (though how cool would that be?), it's about real-time monitoring and protection of our seas.
The networks use acoustic devices to ping data across the watery expanse.
Robotic solutions, like the EU-funded TEUTA project's innovations, are making these networks lighter and more cost-effective.
Data from tagged marine life, sensor-laden shipwrecks, and remote sensors flow to surface buoys and then to eager researchers on shore.
This underwater tech is a game-changer, offering a glimpse into the marine world like never before. It's about safeguarding our oceans by understanding them better, one data point at a time.
Robotic Solutions: The TEUTA Project's Innovations
Imagine a world where the ocean's depths are as connected as our cities. That's the vision behind the TEUTA project, which is diving headfirst into the challenge of underwater communication. Working with a Croatian robotics start-up, the project aims to revolutionize how we interact with our seas by creating an underwater wireless network.
The goal? To establish an Internet of Underwater Things.
The means? Lightweight, low-cost acoustic devices and robotic solutions.
This isn't just about chatting with fish; it's about making the sea more accessible for conservation efforts. By enabling easier communication beneath the waves, we're paving the way for better monitoring, protection, and understanding of our marine habitats. And with the looming threats of climate change, this tech could be a game-changer for ocean health.
Whale-Safe Waters: Innovations in Marine Mammal Protection
Acoustic Buoys: The Sound of Conservation
Imagine a buoy floating quietly above the deep blue, but it's not just any marker - it's a high-tech sentinel, listening intently for the majestic songs of whales. These acoustic buoys are the unsung heroes in the fight to protect marine life. Armed with the ability to detect whale calls, they serve as an early warning system, alerting nearby ships to the presence of these gentle giants. This simple yet effective tech can drastically reduce the risk of ship strikes, a leading cause of whale fatalities.
Whale Safe in California is a shining example of this technology in action. Their buoys pick up the sounds of whale activity and send out signals to prompt ships to throttle down. But the innovation doesn't stop there:
AI-powered drones take to the skies, capturing images that track whales and other sea mammals.
Infrared technology enhances the detection capabilities, even in the challenging Arctic waters.
The data collected not only helps prevent tragic encounters but also monitors whale populations over vast oceanic expanses.
These acoustic buoys are more than just devices; they're a bridge between human activity and the natural rhythms of the ocean, ensuring that our marine cohabitants have a voice in the bustling maritime world.
AI-Powered Drones: Eyes in the Sky for Whale Tracking
Imagine drones buzzing high above the ocean, their cameras scanning the waters for the gentle giants of the sea. These aren't your average drones; they're equipped with artificial intelligence (AI) and they're revolutionizing whale conservation. By analyzing aerial and infrared images, these AI-powered drones can detect whales and other marine mammals with astonishing accuracy.
They help prevent tragic ship strikes by alerting vessels to the presence of whales.
They monitor whale populations across vast ocean areas, especially in the hard-to-reach Arctic.
They work around the clock, providing invaluable data to estimate whale numbers and movements.
This tech isn't just about keeping whales safe; it's a game-changer for marine conservation. With these high-flying helpers, researchers can cover more ground (or should we say, water?) than ever before, making sure our ocean's gentle giants continue to thrive.
Infrared Imaging: A New Perspective on Marine Life
Imagine peeking into the ocean's depths as if you had superpowers. That's kind of what infrared imaging is doing for marine conservation. By cutting through the murky blues and greens, this tech gives us a fresh lens to spy on the aquatic life below. It's like having night vision goggles, but for the sea.
Cost has been a big barrier, with hyperspectral imaging being a bit of a wallet-buster. But now, we're seeing some wallet-friendly versions (think less than 5000 GBP) that could really shake things up. These gadgets aren't just for the big players anymore; they're becoming part of the everyday toolkit for ocean lovers and scientists alike.
Here's what's cool about infrared imaging in the briny deep:
It can reveal hidden details of coral reefs, like a secret map to underwater treasures.
It's not just about pretty pictures; it's about data that can help us understand and protect marine ecosystems.
With advancements in tech, we're getting closer to turning the ocean's mysteries into knowable facts.
So, while the Blue Marine Foundation and others are busy with their high-tech toys, like drones and AI, infrared imaging is quietly revolutionizing our view of the underwater world. It's a game-changer, folks!
The Ocean Census: A Quest to Uncover Marine Mysteries
Remote Robots and High-Resolution Imaging
The ocean's depths are a treasure trove of mysteries, and remote robots equipped with high-resolution imaging are our latest mapmakers in this uncharted territory. These sophisticated machines, akin to underwater satellites, are revolutionizing how we capture and analyze the marine environment.
Hyperspectral imaging technology, although traditionally expensive, is now being explored for its potential in marine conservation. The ability to discern fine details in the ocean's canvas allows scientists to detect changes over time, including the impacts of climate change and pollution.
German company Planblue is at the forefront, developing robots that navigate with AI and machine learning.
These robots provide detailed maps of the ocean floor, revealing the effects of human activities.
The data collected is invaluable for conservation efforts, informing strategies to protect our oceans.
While the cost of such technology has been a barrier, the tide is turning. Innovations are making these tools more accessible, promising a future where we can better understand and protect the blue heart of our planet.
DNA Sequencing: Decoding the Blue Frontier
The quest to understand the vast biodiversity of our oceans has found a powerful ally in DNA sequencing. This technology is peeling back the layers of mystery that have long shrouded marine life. By decoding the genetic material of organisms, scientists can now identify species, track genetic diversity, and monitor ecosystem health with unprecedented precision.
It's not just about cataloging what's there; DNA sequencing is a tool for conservation. It helps in detecting rare or endangered species and understanding their distribution.
The technology also plays a crucial role in the fight against illegal fishing by identifying the species and origin of seafood.
The blue biotechnology sector, which leverages the ocean's resources for sustainable solutions, is closely intertwined with DNA sequencing. As industries embrace blue biotech, they're also investing in the health of our oceans, ensuring a thriving blue economy for future generations.
Discovering New Species: The Search Continues
The quest to uncover the secrets of the ocean's depths is as thrilling as it is vital. Conservationists are on a mission to catalog an astonishing 100,000 new marine species, employing an arsenal of high-tech tools. Remote underwater robots, equipped with high-resolution imaging and lasers, glide through the aquatic realm, capturing details invisible to the human eye.
DNA sequencing plays a pivotal role in this underwater detective work. By analyzing the genetic breadcrumbs left behind by marine life, scientists can identify species that have never been recorded. This isn't just about adding names to a list; it's about understanding the intricate web of life beneath the waves and how each species fits into the marine ecosystem.
The Ocean Census alliance is spearheading this initiative.
High-tech equipment is being used to detect and identify new species.
The data collected is crucial for informing conservation strategies and tackling climate change impacts.
As Sarah Darwin reminds us, we must look to the future and prioritize nature in our decisions. The discoveries made today will shape our approach to marine conservation for years to come, ensuring that the ocean's mysteries continue to inspire and inform us.
Guardians of the Blue: How AI Enhances Marine Conservation
Monitoring Protected Areas with AI
Imagine a world where the guardians of our marine sanctuaries are not just humans in boats, but also intelligent algorithms working tirelessly around the clock. AI is revolutionizing the way we monitor protected areas, making conservation efforts more efficient and effective. Here's how:
Detection and tracking: AI systems excel at spotting the hard-to-find creatures of the deep, providing crucial data for conservation strategies.
Ecosystem restoration: By analyzing vast amounts of ecological data, AI helps recommend the best restoration techniques, from reforestation to managing invasive species.
Decision-making support: AI isn't just about data; it's about making smart conservation choices. It suggests optimal locations for new protected areas and wildlife corridors, balancing ecological needs with socio-economic factors.
And it's not all future talk; this is happening right now. AI-powered sensors and drones are keeping an eye on wildlife, triggering alerts for poaching activities, and helping rangers respond swiftly. With AI, we're not just watching over the ocean; we're giving it a voice in its own protection.
Tracking Migratory Species: A Technological Leap
The journey of migratory species across the globe is a tale as old as time, but our methods for tracking these epic voyages are getting a high-tech makeover. Machine learning algorithms have revolutionized the way we monitor wildlife, turning camera trap snapshots into a digital census of the animal kingdom. It's not just about counting heads; it's about understanding patterns, predicting movements, and safeguarding the future of these nomadic wonders.
AI-driven data analysis isn't just a cool gadget in the conservation toolkit—it's a game-changer. Here's how tech is making waves in the world of wildlife tracking:
Real-time monitoring: Sensors and cameras provide live feeds, allowing for immediate action when necessary.
Pattern recognition: Algorithms analyze movements and behaviors, offering insights into migratory habits.
Anti-poaching alerts: Instant alerts help law enforcement respond swiftly to protect endangered species.
As we embrace these advancements, we're not just watching from the sidelines; we're actively participating in the stewardship of our planet's magnificent travelers. The future of AI in conservation is bright, and with each technological leap, we're inching closer to a world where human ingenuity and nature's wonders thrive together.
Analyzing Biodiversity Through Advanced Algorithms
The digital age has ushered in a new era for biodiversity conservation, with advanced algorithms playing a pivotal role. AI-driven predictive models are not just cool tech buzzwords; they're revolutionizing how we understand and protect our planet's diverse life forms. By crunching vast amounts of ecological data, these smart systems can forecast the impacts of climate change on species and ecosystems, making them invaluable allies in adaptation planning.
Predictive modeling isn't the only trick up AI's sleeve. It's also enhancing wildlife monitoring and anti-poaching efforts. Imagine sensors and cameras, powered by AI, keeping an eagle eye on endangered species and their habitats. These algorithms can analyze real-time feeds, detect and identify wildlife, and even trigger alerts for potential poaching activities. It's like having a virtual ranger on patrol 24/7.
But wait, there's more! AI isn't just about surveillance; it's a tool for restoration and resilience. It supports ecosystem restoration by recommending the best techniques for reforestation or invasive species management. This isn't just smart; it's smart conservation—increasing the efficiency and effectiveness of our efforts to heal the marine world.
The Synergy of Tech and Nature: Tools for Ocean Health
Restoration Technologies: Healing the Marine World
It's a breath of fresh air to see how restoration technologies are giving our oceans a much-needed facelift. Regenerative farming techniques are a game-changer, slashing the need for nasty pesticides and herbicides. This means less toxic runoff messing with our watersheds and oceans, folks!
Kelp and sea grass restoration are like the ocean's own brand of magic, boosting carbon sequestration and creating cozy hangouts for all sorts of sea critters.
Collaborative efforts are the backbone of marine-habitat restoration, bringing together the brains and brawn from the private sector and conservation partners.
And get this: scientists are whispering that if we play our cards right, our blue planet could be back to its old self in just 30 years. That's right, thirty years to turn the tide and restore the underwater wonderland. So, let's roll up our sleeves and dive into the tech that's healing our marine world!
Assessing Ecosystem Evolution with Tech
As we dive deeper into the blue, it's clear that innovations in imagery, measurements, and data analysis are revolutionizing our understanding of ocean health. These tools aren't just fancy gadgets; they're our eyes and hands in the deep, tracking how ecosystems change and interact with our planet's climate.
AI-powered tools have burst onto the scene, automating the grunt work of data collection and species identification.
Predictive models are now giving us a glimpse into future biodiversity trends and habitat changes.
It's not just about collecting data, though. It's about making sense of it all. AI-driven platforms are the new Sherlocks of the sea, piecing together environmental DNA and elusive species sightings to craft a clearer picture of marine life. And as these technologies evolve, they're not just for scientists—crowdsourced digital platforms are inviting everyone to get their feet wet in conservation efforts.
Climate Impact: Understanding Ocean-Climate Interactions
As we navigate the choppy waters of the triple planetary crisis - climate change, biodiversity loss, and pollution - our understanding of the ocean's health is more crucial than ever. Island nations, with their extensive coastlines and local wisdom, are at the forefront of pioneering ocean solutions. Yet, they face the tides of waste management challenges, plastics pollution, and economic hurdles that underscore the need for equitable innovation in ocean conservation.
The subtropical North Atlantic, a key region for understanding climate impact, reveals the importance of studying biogeographic provinces and latitudinal gradients. Here, the ocean's hidden carbon stores come into play, acting as significant carbon sinks. However, these vital reserves are under threat from offshore industries that disrupt the seabed. Protecting these carbon stores could greatly enhance the ocean's capacity to mitigate climate change.
To bolster our fight against climate change and foster a sustainable blue economy, we must leverage increased climate and ocean data. This data not only sheds light on the path forward but also:
Drives funding for impactful blue projects and startups
Supports climate-modelling projects that inform global processes
In essence, the synergy between data and action can help us chart a course towards a healthier, more resilient ocean.
Innovation Showcase: The Future of Ocean Health Monitoring
Long-Range Autonomous Systems
Imagine a fleet of high-tech vessels, silently gliding across the ocean's surface, gathering critical data without a crew in sight. This isn't science fiction; it's the reality of long-range autonomous systems that are revolutionizing our approach to ocean health monitoring. These systems are capable of traversing vast distances, collecting a wealth of oceanographic, meteorological, and wave data.
In May 2021, a prototype was tested aboard a Portuguese research vessel in the Atlantic, hinting at the potential for a distributed network of data collectors. Designed to be installed on fishing vessels, these systems could turn every boat into a node of invaluable information. They're equipped with everything from automatic weather stations to wave estimators, all feeding data back to an onboard computer.
Autonomous systems are not just about data collection; they're about creating a mesh of intelligence across our oceans. Here's what they typically include:
An automatic weather station for atmospheric insights
A ferrybox with a water pumping system for sampling
An inertial measurement unit for precise positioning
A GNSS unit for global navigation
An onboard desktop computer for data processing
A wave estimator to analyze sea surface dynamics
As we look to the future, these systems promise to be the sentinels of the sea, offering unprecedented insights and aiding in the conservation of our marine ecosystems.
The Role of Robotics in Ocean Health
Robots are diving in as the new ocean health heroes, and their potential is as vast as the seas they're exploring. From mapping the ocean floor to monitoring marine life, these high-tech helpers are revolutionizing our approach to ocean conservation.
Robotic solutions are not just about gathering data; they're about creating a network beneath the waves. The EU-funded TEUTA project, for instance, is developing underwater wireless networks that could transform the way we communicate with and about the sea.
The Ocean Census is on a mission to uncover new marine species with the help of remote underwater robots. These bots, equipped with high-resolution imaging and DNA-sequencing technology, are on the front lines of marine discovery.
In essence, robotics in ocean health is about more than just technology; it's about crafting a sustainable future for our blue planet. By integrating these innovations, we're not just watching the waves—we're actively participating in the health and longevity of our oceans.
Integrating Innovations for a Sustainable Ocean
The quest for a sustainable ocean is a collaborative sprint, not a solo marathon. Cross-industry innovation is the lifeblood of ocean health, with leaders from various sectors leveraging technology to enhance sustainable practices. It's about breaking down silos and fostering a culture of information-sharing and cooperation.
Innovation isn't just about shiny new gadgets; it's about plugging the gaps in our knowledge and capabilities. Here's how we can integrate these advancements for the greater good:
Encouraging open access to research and data for all stakeholders.
Promoting multi-disciplinary approaches to tackle complex ocean issues.
Harnessing the collective power of diverse technologies to understand, protect, and restore marine environments.
No single tool will be the panacea for the ocean's woes, but together, the symphony of tech can orchestrate a healthier future for our blue planet.
The Blue Marine Foundation's Tech-Forward Approach
Underwater Cameras for Biodiversity Assessment
Peering into the ocean's depths, underwater cameras are the eyes that bring the unseen into view. These cameras are pivotal for biodiversity assessment, capturing images that reveal the health and diversity of marine habitats. From the vibrant coral reefs to the mysterious shipwrecks, each snapshot contributes to a larger picture of ocean health.
Underwater cameras serve as silent observers, documenting changes over time and providing invaluable data for conservationists. Here's how they make a splash in marine conservation:
Mapping the ocean floor: Just like an underwater satellite, cameras map and monitor the seabed, identifying areas that need protection.
Detecting changes: By comparing images over time, scientists can spot early signs of coral bleaching or invasive species.
Informing conservation efforts: The visual data helps shape strategies to protect marine life and restore ecosystems.
The Blue Marine Foundation, for instance, harnesses these cameras to not only assess but also to inspire action. By sharing these underwater vistas, they connect us to the marine world, reminding us of the beauty and fragility that lies beneath the waves.
Drones and AI: A New Era of Monitoring
The fusion of drones and artificial intelligence (AI) is revolutionizing the way we approach marine conservation. AI's role in conservation is expanding rapidly, with its tentacles reaching into various aspects of habitat monitoring, wildlife protection, and data analysis. Here's how AI is making waves:
By automating data collection and species identification, AI allows for more efficient and accurate monitoring of marine environments.
Predictive models powered by AI are providing insights into biodiversity trends and helping to map critical habitats.
Real-time video and image analysis by AI algorithms are bolstering anti-poaching efforts and ecosystem-based disaster risk reduction.
AI isn't just a tool; it's becoming a central player in empowering conservationists and local communities alike. It's a catalyst for a more responsive and effective conservation strategy, ensuring that our oceans remain vibrant and teeming with life for generations to come.
Sophisticated Buoys: The Anchors of Data Gathering
Imagine a world where the health of our oceans is continuously monitored by an army of high-tech buoys, each a beacon of data streaming live to scientists on shore. These sophisticated buoys are the linchpins in a network of underwater surveillance, gathering crucial information from the depths of the sea to the surface.
The data collected ranges from the movements of electronically tagged marine creatures to the conditions around historic shipwrecks.
Equipped with a plethora of sensors and cameras, these buoys are not just passive observers but active participants in marine conservation.
In May 2021, a prototype system aboard a Portuguese vessel showcased the potential of such technology. It's a glimpse into a future where fishing boats could double as data collectors, contributing to a vast oceanic knowledge base. The Blue Marine Foundation is already harnessing these tools, integrating drones and AI to revolutionize how we protect our marine sanctuaries. With every byte of data, we edge closer to understanding and preserving the blue heart of our planet.
Conclusion
As we've dived into the depths of marine conservation technologies, it's clear that the tide is turning. Innovations like underwater satellites, AI-driven drones, and acoustic buoys are not just cool gadgets; they're lifelines for our oceans. From the Blue Marine Foundation's AI tools to Planblue's 'underwater satellite', these advancements are mapping uncharted territories and monitoring marine life like never before. The Ocean Census's quest to discover new species and Whale Safe's efforts to protect marine giants show that technology is a game-changer in the fight to preserve our blue planet. While challenges remain vast as the oceans themselves, the waves of progress give us hope. Let's continue to support these technological currents that promise a healthier, more vibrant marine future.
Frequently Asked Questions
What technologies are being used by the Blue Marine Foundation for marine conservation?
The Blue Marine Foundation utilizes underwater cameras, drones, AI, and sophisticated monitoring buoys to collect data that informs and improves conservation efforts, such as monitoring protected areas and tracking migratory species.
What is an 'underwater satellite' and how does it contribute to ocean data collection?
An 'underwater satellite', such as the one developed by Planblue, is a robot that scans and maps the ocean floor using AI and machine learning. It provides detailed imagery to assess the impact of climate change, biodiversity loss, and pollution in the deep sea.
How does the Internet of Underwater Things work?
It's a platform that uses remote sensors, measurement technology, detection systems, and underwater observation cameras to collect real-time data from various sources, including tagged marine life and sensor-equipped shipwrecks. This data is sent to surface buoys and relayed to researchers on shore.
What is the goal of the Ocean Census and how do they plan to achieve it?
The Ocean Census aims to discover 100,000 new marine species by using remote underwater robots, high-resolution imaging, lasers, and DNA-sequencing technology to analyze environmental DNA traces in ocean waters.
How are innovations in imagery and data analysis beneficial to ocean health?
These innovations change the way ocean systems are understood, allowing for better monitoring of ecosystem evolution over time and assessing the impact of climate change on marine environments.
What is Whale Safe, and how does it protect marine mammals?
Whale Safe is a system that uses an acoustic buoy to detect whale activity and send warning signals to nearby ships, advising them to slow down to prevent collisions with whales.
What role do AI-powered drones play in marine mammal conservation?
AI-powered drones, like those used by Whale Seeker, capture aerial and infrared images to detect whales and other sea mammals over large areas, helping to prevent ship strikes and monitor whale populations in the Arctic.
What is the TEUTA project and how does it contribute to marine technology?
The TEUTA project, in collaboration with a Croatian robotics start-up, is developing lightweight, low-cost acoustic devices and robotic solutions to create underwater wireless networks, facilitating an Internet of Underwater Things for easier sea communication.
