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Why is deep-sea exploration and data collection difficult?
Deep-sea exploration and data collection is difficult because of the underwater fish that are dangerous.
Why is deep sea exploration and data collection difficult?
because the ocean is so deep, and the deeper the water gets the more pressure an exploration instrument would have to withstand
Why is data collection difficult?
basically the data collection is a very defficult work in the field oceanography because the human have not being able to reach the approach of deep sea that contains a great biological diversity and other hand they couldn,t drill the deep oceanic crust to obtain geological data,s. so these main problem being faced by human.
When did Robert Ballard design ANGUS?
Robert Ballard designed the Autonomous Underwater Vehicle known as ANGUS in the early 1990s. ANGUS was developed to assist in underwater exploration and research, particularly for oceanographic studies. Its design focused on enhancing the capabilities of deep-sea exploration and data collection.
What is unmanned exploration?
Unmanned exploration refers to the use of robotic spacecraft or devices to study and gather information about different environments, such as outer space, the deep sea, or harsh terrains on Earth. These missions are conducted without the need for human presence, allowing for data collection in remote or hazardous locations.
Where are robotics used for exploration in the scientific community?
Robotics are used for exploration in various scientific endeavors including space exploration, deep-sea exploration, and mapping of hazardous environments like volcanoes and nuclear facilities. They allow scientists to gather data, conduct experiments, and explore places that are too dangerous or inaccessible for humans.
What are small research submarines called?
Small research submarines are commonly referred to as submersibles. These vehicles are designed for underwater exploration and can be used for scientific research, marine biology, and deep-sea exploration. Submersibles typically operate at various depths and are equipped with specialized instruments for data collection and observation. Examples include the Deepsea Challenger and the Alvin submersible.
Why do scientists collect data remotely?
Scientists collect data remotely to study places that are difficult or dangerous to access in person, such as deep oceans or outer space. Remote data collection allows researchers to gather information without physically being present, saving time and resources while still providing valuable insights for their studies.
When was Deep Space - collection - created?
Deep Space - collection - was created in 1954.
How many pages does Deep Space - collection - have?
Deep Space - collection - has 249 pages.
What is deep space exploration?
Deep space exploration is a phrase used to describe the exploration of space that is not in the immediate vicinity. This typically well away from the planet Earth.
What kind of machines are needed for explortion of areas deep under the sea?
Exploration of deep-sea areas typically requires specialized machines such as remotely operated vehicles (ROVs) and autonomous underwater vehicles (AUVs). ROVs are tethered to a surface vessel and equipped with cameras and manipulators for tasks like sample collection. AUVs, on the other hand, operate independently and can conduct surveys and gather data over larger areas. Additionally, deep-sea submersibles are used for manned exploration, providing researchers direct access to extreme underwater environments.
