Can deep sea mining species destroy without discovery?

During thousands of meters of the ocean, life continues in depths where sunlight does not reach. These ecosystems that grow around hydrothermal chimneys are only able to adapt to extreme conditions and most of them are home to species that do not live anywhere else in the world.
But these regions are in the room of deep sea mining due to minerals such as copper, cobalt and zinc. The 2026 Red List update of the International Nature Protection Association (IUCN) shows that the 201 soft species dependent on hydrothermal chimneys is at risk of not 125. In other words, some types of science are facing the risk of getting lost without being recognized yet.

[[T]]Hidrotermal chimneys so special?Hydrothermal chimneys are deep sea formations that are rich in mineral and high temperature fluids from cracks in the ocean base. Living in these areas where the sunlight does not reach is installed on a different energy system from the large part of ecosystems on the earth.
Instead of photosynthesis that plants use solar energy, some microorganisms in hydrothermal flu ecosystems produce energy from chemical compounds. This process called Kemosentez provides the development of unique nutrients networks in the sea base. Softeners are dependent on this system, including tube worms and shells.
] An important part of these types only lives in certain hydrothermal chimney areas. The fact that living spaces are so limited, the physical changes occurring in the ecosystem become more critical. The damage of a chimney area can mean the loss of the known single habitat, so that you pass to another habitat for some species.

How does the sea mining ecosystem affect?][
Behind the attention to deep sea mining, there are increased demand for metals used in energy and technology sectors. Rich sea base bearings in copper, cobalt and other minerals are evaluated as a new source of raw materials.
However, mining activity not only affects the point where minerals are removed. While the physical intervention habitats on the sea base can change directly, the sediment clouds formed during operation can spread to wider areas. These particles can cover the above of the living creatures in the rewinding the sea base and disrupt the functioning of hydrothermal chimney ecosystems.
IUCN’s 2026 Red List update evaluates hydrothermal chimney softness under the risk of having 62 percent of them, it concretes the brittleness. The problem is not only the loss of single types. The change in nutrients networks that are part of these creatures can give results that can be spread across the entire deep sea ecosystem.

What can we lose without causing?]
Loss of deep sea species is not only a problem in terms of biodiversity. The forms of adapting these creatures to extreme pressure, high temperature and chemically unusual conditions offer important information for scientific research.
One of the most interesting examples of this pulled snail. This kind of living in hydrothermal chimneys can include mineral structures in the body of the iron with unusual properties Tags. Science examines people’s biomineralization mechanisms in nanotechnology and new material research. [
The 2026 Red List update of IUCN also pay attention to the scientific potential of hydrothermal chimney softness. Features of some types can carry tips for different research areas from nanoparticles to new materials that may be alternative to plastics.
But we don’t know how big this potential is. As a major part of deep sea ecosystems is still not researched enough, the loss of a species can also mean the loss of its biological properties and scientific potential.

Corn areas show a different table[[[ T27]]
IUCN data reveals not only risk, but also the difference that the protection can create. According to Red List update, more than 30 hydrothermal chimney species living in sea protection areas where mining is prohibited are classified under threat.
Provanna exquisita, living in Mariana Arc of Fire National Wildlife Protection Area in Pacific. The type of living space is closed in mining activities, reducing the risk of direct habitat loss.
This comparison blends the importance of protection areas in deep sea ecosystems. Especially for limited species with a few hydrothermal chimney systems, it can be decisive to reduce the risk of being destroyed from mining.
But today, protection and mining decisions are still shaped for the large part of deep seas. Therefore, the evaluation of scientific data before mineral extraction plans is becoming increasingly critical.