OCEANOGRAPHY
Oceanography is a combination of two (2) Greek words “Okeanos” (meaning the Titan son of the
gods Uranus and Gaea) and “graphia” (which refers to the act of recording and describing).
The study of oceanography integrates biological, geological and chemical components with the
physical properties and hydrodynamic of the ocean and seas in order to understand their formation,
evolution and present conditions and to predict their future development.
"Physical geography is the study of characteristic features of lithosphere (geomorphology),
atmosphere (climatology), biosphere (biogeography), and cryosphere (cryogeography).
"Savindra Singh, 2007
I. NATURE OF OCEANOGRAPHY
The nature of oceanography is interdisciplinary, global, and requires a comprehensive understanding
of various scientific principles. Below are some detailed explanations of these aspects of
oceanography:
1. INTERDISCIPLINARY SCIENCE:
Oceanography is an interdisciplinary science that involves collaboration between scientists
from various fields. This includes physics, chemistry, geology, biology, and many others.
The interdisciplinary nature of oceanography is essential to gain a holistic understanding of
the complex interactions between the oceans and the Earth's climate, weather patterns, and
ecosystems.
2. UNDERSTANDING OF SCIENTIFIC PRINCIPLES:
The study of oceanography requires a thorough understanding of the principles of physics,
chemistry, geology, and biology, as well as their application to the ocean environment.
For example, physical principles such as wave motion and fluid dynamics are essential in
understanding ocean currents, tides, and the movements of marine organisms.
Similarly, knowledge of chemical processes such as carbon cycling and nutrient dynamics is
necessary to understand the impact of human activities on marine ecosystems.
3. GLOBAL NATURE:
The oceans connect all continents and play a significant role in regulating the Earth's climate
and weather patterns. Therefore, the nature of oceanography is inherently global.
The study of oceanography involves collecting data from all parts of the world's oceans and
requires the use of specialized instruments, research vessels, and satellites to monitor and
track ocean properties and processes.
This global perspective is essential to understand the interconnectedness of the ocean and its
role in the Earth's ecosystem.
Oceanography is a combination of two (2) Greek words “Okeanos” (meaning the Titan son of the
gods Uranus and Gaea) and “graphia” (which refers to the act of recording and describing).
The study of oceanography integrates biological, geological and chemical components with the
physical properties and hydrodynamic of the ocean and seas in order to understand their formation,
evolution and present conditions and to predict their future development.
"Physical geography is the study of characteristic features of lithosphere (geomorphology),
atmosphere (climatology), biosphere (biogeography), and cryosphere (cryogeography).
"Savindra Singh, 2007
I. NATURE OF OCEANOGRAPHY
The nature of oceanography is interdisciplinary, global, and requires a comprehensive understanding
of various scientific principles. Below are some detailed explanations of these aspects of
oceanography:
1. INTERDISCIPLINARY SCIENCE:
Oceanography is an interdisciplinary science that involves collaboration between scientists
from various fields. This includes physics, chemistry, geology, biology, and many others.
The interdisciplinary nature of oceanography is essential to gain a holistic understanding of
the complex interactions between the oceans and the Earth's climate, weather patterns, and
ecosystems.
2. UNDERSTANDING OF SCIENTIFIC PRINCIPLES:
The study of oceanography requires a thorough understanding of the principles of physics,
chemistry, geology, and biology, as well as their application to the ocean environment.
For example, physical principles such as wave motion and fluid dynamics are essential in
understanding ocean currents, tides, and the movements of marine organisms.
Similarly, knowledge of chemical processes such as carbon cycling and nutrient dynamics is
necessary to understand the impact of human activities on marine ecosystems.
3. GLOBAL NATURE:
The oceans connect all continents and play a significant role in regulating the Earth's climate
and weather patterns. Therefore, the nature of oceanography is inherently global.
The study of oceanography involves collecting data from all parts of the world's oceans and
requires the use of specialized instruments, research vessels, and satellites to monitor and
track ocean properties and processes.
This global perspective is essential to understand the interconnectedness of the ocean and its
role in the Earth's ecosystem.
