How are phospholipids similar to lipids such as triglycerides? ... Phospholipids aredifferent from triglycerides in that the fatty acids are attached to a phosphate group that makes the molecule have a polar head and a nonpolar tail. Triglycerides are three fatty acids attached to a glycerol molecule.
We can possibly stop carbon flow into the atmospehere by
- Carbonisation process
- Storing carbons in the organic tisues (Green carbon)
- Blue carbon
- Artificial carbon sinks
Explanation:
Growing carbon in the atmosphere has wreaked havoc on the natural functioning of the ecosystem. This has altered the way of the natural flow of matter in the geo-biographic cycle. Following methods can be improvised to remove carbon from the atmosphere.
- Carbonisation process- Through this process atmospheric carbon dioxide can be stored in the natural rocks through the process of carbonisation, where elements react with atmospheric carbon under-stimulated condition to form carbonate rocks. Later these rocks are stored.
- Storing carbons in the organic tissues (Green carbon)- Plants and trees utilise atmospheric carbon to synthesise foods and make tissues. The proliferation of plants can remove carbon from the atmosphere and store it in their organic tissues. This carbon stored in the plant tissues is often called Green Carbon.
- Blue carbon- Marine plants and some organism utilise carbon to proliferate like phytoplankton’s and other. The atmospheric carbon us trapped in their body tissues. Later when they die, the body is decomposed and is recycled in the depths of the ocean. Hence atmospheric carbon is sequestered in the depth of the Ocean indirectly. These are often called Blue carbon.
- Artificial carbon sinks- Artificial sinks such as natural caves, underground caverns can be used to store carbon dioxide after separating it from the air. This carbon can be later utilised into the productive use for plants growth or any other purpose.
The stage that land gets ready for the arrival of new species is migration.
They might have a common ancestor.
Answer:
In order to replicate, viruses must first hijack the reproductive equipment of a host cell, redirecting it to 'photocopy' the genetic code of the virus and seal it inside a newly formed container, known as the capsid. Without a host cell, the virus simply can't replicate.
