Väike allveerobot täitis Läänemerel olulise vaatluslünga

Väike allveerobot täitis Läänemerel olulise vaatluslünga

EN

A small underwater robot filled an important observation gap in the Baltic Sea

Teadlased kasutasid Läänemere uurimiseks väikest robotit nimega YUCO-PHYSICO. Seda robotit tegi Prantsusmaa. Robot suudab kohtades, kuhu tavaliselt ei saa minna.
EN

Scientists used a small robot named YUCO-PHYSICO to study the Baltic Sea. This robot was made in France. The robot can measure seawater properties in places that are usually inaccessible.

Enne seda kasutasid teadlased . Satelliidid näevad ainult merepinda. . Uurimislaevad on kallid ja nendega mõõdetakse harva.
EN

Before this, scientists used satellites, measuring stations, and research vessels. Satellites only see the sea surface. Measuring stations provide data from one location. Research vessels are expensive and measurements with them are rare.

, Suures väinas ja Läänemere avaosas. Teadlased tegid 11 edukat katset. Robot on väikese ja kerge, seega on ta hästi liikuv.
EN

The robot was tested in Matsalu Bay, the Great Strait, and the open part of the Baltic Sea. Scientists conducted 11 successful tests. The robot is small and lightweight, making it highly mobile.

, soolsust, hapnikusisaldust ja veel muud. Ta võib mõõta ka . Robot võib mõõta õlilaike ja näidata, kuhu õli liigub.
EN

The robot can measure water temperature, salinity, oxygen content, and more. It can also measure plankton content. The robot can detect oil spills and show where the oil is moving.

Katsete käigus tehti huvitavaid leide. Näiteks nägid teadlased, kuidas . Osmussaare juures avastati .
EN

Interesting findings were made during the tests. For example, scientists observed how water moved from Väinameri to the Gulf of Livonia. An interesting deep-water vortex was discovered near Osmussaar.

Teadlased plaanivad robotit kasutada . See väin on Liivi lahe jaoks väga tähtis. Robot aitab mõõta, kuidas vesi liigub ja kui palju seal hapnikku on.
EN

Scientists plan to use the robot to study the Irbe Strait. This strait is very important for the Gulf of Livonia. The robot will help measure water movement and oxygen levels there.

Robotist võib tulla . Ta . Robot sobib ka looduskaitsealadele, kuhu ei tohiks sõita suurte laevadega.
EN

The robot could become an important tool in marine observations. It is well-suited for monitoring events at sea. The robot is also suitable for nature reserves where large ships should not enter.

. Nad kasutavad sarnaseid roboteid Mustal merel ja Jaapani meres.
EN

Scientists from Bulgaria, Turkey, and Japan are participating in the project. They use similar robots in the Black Sea and the Sea of Japan.