The existence of flora and fauna in the deep ocean helps the biological scientists to conduct their researches more extensively and accurately. The biological behaviour of plants in the deep ocean can thus be researched in a systemetic manner.
Deep sea submersibles help get research from the ocean floor.
This research was published on June 5, 2013. Researcher's name was Mark Benfield. It was published in the Journal of Fish Biology. These fish live deep in the ocean and are up to 30 feet long!
During World War II, scientists discovered new deep-sea regions and features on the ocean floor, such as underwater mountain ranges and deep-sea trenches. These discoveries helped advance our understanding of the ocean's geology and biology, providing valuable information for future research and exploration.
lack of funding
marine biology for the study of underwater animals marine geography for landmarks volcanoes etc
The Merian Celeste is a research vessel operated by the Schmidt Ocean Institute, named after the 17th-century naturalist Maria Sibylla Merian. It is equipped with advanced technology for deep-sea exploration and scientific research, focusing on oceanography, marine biology, and geology. The ship supports various projects aimed at understanding ocean ecosystems and their role in climate change.
depth of the ocean and ship to run to ground
Scientists know that the bottom of the ocean is largely unexplored and covers over two-thirds of the Earth's surface. They have identified various deep-sea ecosystems, such as hydrothermal vents and cold seeps, that host unique life forms adapted to extreme conditions. Current research focuses on studying the geology, biology, and biodiversity of these deep-sea environments.
the ocean is deep because that is the shape of the earth and although we are not sure how deep the ocean is we do know that there is life in the deep. the ocean has made itself deep but there is really no cause that is known.
One of the most important high seas expeditions was the HMS Challenger expedition from 1872 to 1876. It was the first scientific voyage dedicated to oceanography, providing comprehensive data on deep-sea environments, marine life, and seafloor geology. The expedition significantly advanced the understanding of ocean currents, temperature, and salinity, laying the groundwork for modern marine science and influencing future oceanographic research. Its findings also helped to establish the field of marine biology and highlighted the importance of ocean conservation.
Roberto Danovaro has written: 'Methods for the study of deep-sea sediments, their functioning and biodiversity' -- subject(s): Marine biology, Marine sediments, Benthic animals, Methodology, Benthos, Research 'Methods for the study of deep-sea sediments--their functioning and biodiversity' 'Methods for the study of deep-sea sediments--their functioning and biodiversity' -- subject(s): Marine biology, Marine sediments, Benthic animals, Methodology, Benthos, Research
The Pacific Ocean has the deepest point in the Challanger Deep.