Oceanic Carbon Cycle
The ocean carbon cycle is similar to a carbon cycle, however, it takes place in the sea. Oceans absorb more carbon than they emit from an ecological standpoint. As a result, it’s known as a “carbon sink.” Marine animals convert carbon to carbonate, which is used to generate the raw elements for hard shells similar to those found in clams and oysters.
When carbonate-shelled organisms die, their bodies disintegrate, leaving only their hard shells. These build up on the seafloor, where they are eventually broken down by the waves and compacted under extreme pressure, resulting in limestone. When these limestone rocks are exposed to air, the carbon is weathered and released as carbon dioxide into the atmosphere.
Carbon Cycle
The Carbon cycle is a type of Biogeochemical Cycle. The carbon cycle definition states that it is a natural process of a continuous cycle of carbon on the planet. The carbon cycle steps maintain the balance of carbon within the environment. It is a complex web of interconnected processes that involves the cycling of carbon between the biotic and abiotic components of the ecosystem. In this article, we will read the carbon cycle steps, examples, the importance of the carbon cycle, and much more.
Table of Content
- Carbon Cycle Definition
- What is the Carbon Cycle?
- Types of Carbon Cycle
- Carbon Cycle Steps
- Carbon Cycle Diagram
- Carbon Cycle in the Atmosphere
- Carbon Cycle on Land
- Oceanic Carbon Cycle
- Carbon Cycle Examples
- Importance of the Carbon Cycle
- Human Impacts on the Carbon Cycle
- Key Points on Carbon Cycle
Contact Us