Studying the ocean floor has become more manageable due to advances in technology, such as remote-operated vehicles (ROVs), autonomous underwater vehicles (AUVs), and sonar mapping systems that allow for detailed exploration without the need for human divers. These tools can operate in extreme depths and harsh conditions, collecting data efficiently. Additionally, improved data analysis techniques and collaborations among scientists enhance our understanding of ocean floor features and ecosystems, making the research process more straightforward.
minisubmarines
Deep-sea organisms have been difficult to study because the ocean floor is hard to get to.
the darkness and the weather condition
Alvin, Sonar , and underwater vessels
the ocean salinnity
As the sea floor spreads, the old ocean floor gets pushed out, which makes the plates move.
No one can go that far down to the ocean because it would be to much pressure. May your head could blow that's how much pressure it would be.
basalt
Scientists found evidence of magnetic stripes on the ocean floor, which indicated periodic reversals in Earth's magnetic field. This discovery helped support the theory of plate tectonics and seafloor spreading.
Pictures, or scattered debris on the floor of the ocean appeared.
Through geomagnetic reversal whee they studying the magnetic properties of the seafloor.
Pictures, or scattered debris on the floor of the ocean appeared.