Portuguese 
English 
Spanish 
3 min of reading 
0 comments 
Cutting-edge technology allows mapping unknown abyssal flows and improves the accuracy of carbon absorption models in the oceans.
A new artificial intelligence system has managed to map deep ocean currents that have remained unknown to science until now.
The discovery was made possible through the processing of vast datasets from satellites and thermal sensors that traditional monitoring models could not interpret. These newly discovered currents play a fundamental role in the transport of heat between continents, significantly altering current weather projections.
Mapping deep and hidden currents
The processing capability of artificial intelligence allowed for the identification of movement patterns in abyssal waters where light and conventional radio signals struggle to penetrate. Deep learning algorithms analyzed minimal variations in sea surface topography to deduce water flow at great depths.
-
Netflix announces TikTok-style vertical feed and expands the use of AI in recommendations, content creation, and advertising, revealing a new strategy to transform the streaming experience.
-
As technology giants close increasingly powerful and strategic artificial intelligence models, Brazil risks being left out of the era of superintelligent AI and losing competitiveness in critical sectors such as the economy, defense, and innovation.
-
A British startup has just done what no private company has achieved before: igniting plasma inside a nuclear fusion-powered rocket engine, and if it works at scale, trips to Mars could take weeks instead of months.
-
An Italian company has created an underwater drone that lives on the ocean floor for 12 consecutive months without returning to the surface, and the embedded artificial intelligence allows it to inspect and repair oil pipelines on its own.
The study indicates that these “submarine highways” move volumes of water far greater than those of large terrestrial rivers, influencing local marine biodiversity.
Researchers highlight that artificial intelligence revealed how these currents interact with the rocky formations of the ocean floor, creating energy whirlpools that stabilize regional temperatures. Previously, the lack of visibility into these flows resulted in unexplained gaps in global ocean circulation models.
With the new data, the accuracy of predictions regarding sea level rise and the distribution of organic nutrients is expected to increase unprecedentedly.
Impacts on the planet’s thermal regulation
The discovery made by artificial intelligence shows that the ocean has a much more complex cooling system than previously thought. These currents act as thermal dissipators, transporting heat from tropical zones to polar regions more efficiently than the already known surface currents.
The study suggests that the Earth’s thermal balance directly depends on the maintenance of these deep flows, which can now be monitored in real-time for the first time.
Scientists involved in the project state that artificial intelligence corrected misconceptions about how the ocean stores carbon. By identifying the exact trajectory of these waters, experts can calculate with greater accuracy the amount of greenhouse gases that are absorbed by the deep sea.
This new understanding is vital for adjusting global strategies to combat climate change and to protect ecosystems sensitive to temperature variation.
New Era for Technological Oceanography
The integration of artificial intelligence in marine sciences marks the beginning of an era of exploration based on high-fidelity data. The developed system not only locates currents but also predicts how they may be altered by climate change in the coming decades.
This predictive capability provides government authorities with essential tools to plan coastal infrastructure and food security based on fishing.
The research concludes that artificial intelligence has surpassed the physical limitations of direct observation equipment, such as buoys and submersibles. Continuous mapping will allow the scientific community to observe the “pulse” of the oceans with a clarity that was previously considered impossible.
The success of this study paves the way for other areas of environmental science to use similar algorithms to uncover natural phenomena that operate outside conventional human perception.
Click here to access the study.
Seja o primeiro a reagir!