2 answers
joyce
Student
Ikot Abasi, AK
1
Question
2 answers
Vani Ramabhatt
Program Management
5
Answers
East Renton Highlands, WA
Updated
Vani’s Answer
Hi Joyce,
Marine cell biology is a fascinating field that focuses on the study of cells in marine organisms. It combines aspects of cell biology and marine biology to understand how cells function in the unique environments of the ocean. This includes studying the cellular processes, structures, and adaptations of marine life, such as algae, plankton, fish, and other sea creatures.
Researchers in this field might explore how marine cells adapt to high-pressure environments, varying salinity levels, and other extreme conditions found in the ocean. It's a crucial area of study for understanding marine ecosystems, developing new biotechnologies, and even finding potential medical applications.
Marine cell biology is a fascinating field that focuses on the study of cells in marine organisms. It combines aspects of cell biology and marine biology to understand how cells function in the unique environments of the ocean. This includes studying the cellular processes, structures, and adaptations of marine life, such as algae, plankton, fish, and other sea creatures.
Researchers in this field might explore how marine cells adapt to high-pressure environments, varying salinity levels, and other extreme conditions found in the ocean. It's a crucial area of study for understanding marine ecosystems, developing new biotechnologies, and even finding potential medical applications.
Coro Celigueta
Program Manager
3
Answers
New York, New York
Updated
Coro’s Answer
Marine biology is the scientific study of organisms that live in the ocean or other marine environments, such as seas and estuaries. It covers a broad range of topics, including the behavior, physiology, genetics, and interactions of marine species. Marine biologists may study microscopic organisms like plankton, larger animals such as whales, or entire ecosystems like coral reefs.
The field also explores how marine organisms interact with their environment, the effects of human activities on marine life, and the potential for marine resources to benefit society, such as through biotechnology or conservation efforts. Marine biology can be applied to various areas, including environmental protection, aquaculture, and marine biodiversity conservation.
Key areas of marine biology include:
-Marine Ecology: Study of how organisms interact with each other and their environment.
-Marine Biotechnology: Use of marine organisms for technological applications.
-Marine Conservation: Efforts to protect and manage marine ecosystems sustainably.
-Marine biologists often conduct research both in laboratories and in the field, exploring diverse marine environments from shallow waters to deep-sea ecosystems.
The field also explores how marine organisms interact with their environment, the effects of human activities on marine life, and the potential for marine resources to benefit society, such as through biotechnology or conservation efforts. Marine biology can be applied to various areas, including environmental protection, aquaculture, and marine biodiversity conservation.
Key areas of marine biology include:
-Marine Ecology: Study of how organisms interact with each other and their environment.
-Marine Biotechnology: Use of marine organisms for technological applications.
-Marine Conservation: Efforts to protect and manage marine ecosystems sustainably.
-Marine biologists often conduct research both in laboratories and in the field, exploring diverse marine environments from shallow waters to deep-sea ecosystems.