Main points
- An international group of scientists is investigating how artificial intelligence can improve understanding and protection of soils from climate threats.
- Despite optimism about AI, researchers emphasize the importance of human thinking and collaboration with technology for effective management of soil ecosystems.
Artificial intelligence takes on the soil – scientists want to change the future of agriculture / Unsplash / Emma Henderson
The health of our planet and food security depend directly on the health of our soils, which are under threat from climate change. Scientists have found an unexpected helper that can predict environmental threats and protect this vital resource.
An international group of scientists has published a study on how artificial intelligence systems can help scientists better understand soils, predict their condition, and adapt agriculture to climate change, Phys.org reports .
How can artificial intelligence save our soils?
The authors emphasize that soils play a critical role for humanity. They store carbon, support ecosystems, provide food systems and influence water resources. However, modern soil systems are extremely complex – they are simultaneously influenced by climate, weather, erosion, agricultural practices and land-use changes.
To protect this invaluable resource, researchers propose to apply the latest technologies, in particular artificial intelligence. Artificial intelligence in this area is a technology that works as a super-fast digital assistant. It is able to instantly process huge amounts of data about the state of the earth (such as moisture level, temperature or chemical composition) and find patterns that a person would search for years. This allows you to predict changes in the soil before they occur.
The study's senior author, Professor Alex McBretney from The University of Sydney, said AI could help scientists work with this complexity. “In partnership with experts, AI can help us better respond to the complex and ever-changing nature of soil ecosystems,” he explained.
A paper published on May 21, 2026, details how AI tools can help humanity adapt soils and the ecosystems they support to a changing climate, giving scientists the ability to act proactively to protect the planet from global threats.
Note: Soils play a critical role in the global carbon cycle, as they are able to store and retain carbon. This makes them a key tool in regulating the amount of greenhouse gases in the Earth's atmosphere.
The integration of artificial intelligence into soil science opens up new horizons for environmental safety. The use of intelligent algorithms allows for more accurate prediction of the consequences of climate change and the development of effective strategies for preserving land fertility.
This research is of utmost importance to all of humanity, as our food and water security directly depend on the condition of our soils. Thanks to the synergy of science and technology, we have a chance to preserve the planet's vital resources for future generations.
Scientists warn against complete replacement of humans
Despite optimism about the possibilities of AI, the authors of the study emphasize that artificial intelligence cannot completely replace scientists.
Among the main problems, they name data quality, opacity of models, possible biases in sampling, and high computational costs. Co-author of the work, Dr. Mercedes Roman Dobarko from the NEIKER Institute, emphasized that AI is not capable of replacing human thinking.
“AI can mimic certain aspects of expert thinking, but it cannot replace the contextual judgment, creativity, and critical interpretation that scientists bring to research,” she said.
Researchers are convinced that the most effective model will be human-AI collaboration, where artificial intelligence automates routine processes – such as literature analysis or scenario building – while scientists focus on fundamental questions and field research.
How are climate threats and AI technologies already changing the study of Earth's ecosystems?
Soil health is inextricably linked to the overall health of the planet, which is currently experiencing rapid climate change. One of the most serious consequences of global warming is the threat of debilitating droughts. It is predicted that by 2030, hundreds of millions of people around the world could find themselves in conditions of acute water shortage. Lack of moisture directly depletes the land, reducing its fertility and ability to accumulate carbon.
At the same time, the natural mechanisms protecting the earth's surface are collapsing. Due to deforestation and climate change, scientists have recorded an alarming trend of biodiversity loss in the world's forests, where unique long-lived trees are being replaced by fast-growing species. This weakens the ability of forest ecosystems to retain moisture in the soil and counteract erosion. To stop these destructive processes, researchers are increasingly using artificial intelligence, which has already proven its effectiveness in various scientific fields. For example, AI technologies are actively used to preserve the genetic code of endangered animal species, which allows them to significantly speed up and reduce the cost of sequencing their genomes. Or in chemistry, smart algorithms help scientists design new molecules using text descriptions, which opens the way to the creation of new medicines and environmentally friendly materials.