Life transitioned from water to land when the Tiktaalik roseae, a type of fish existed that lived from 417-354 million years ago and resembled a crocodile. It 's remains we're discovered on Ellesmere Island, Canada. Findings have shown that the Tikaalik roseae was able to breathe using both gills and lungs which were protected by a rib cage. We can conclude that this animal went from water to land due to these innovative changes.
cell walls
The evolution of lungs allowed some aquatic organisms to breathe air and venture onto land. This adaptation, along with the development of limbs for movement, enabled the transition from water to land.
Life first evolved in oceans because they provided a more stable environment with abundant nutrients and protection from harsh conditions on land. The oceans offered a conducive setting for the development and diversification of early life forms before some of them eventually transitioned to land.
it is made of water and land
Water is better for life to thrive because there is adequate room and the water is always moving. This means that a species can distribute itself into the water and make colonies, instead of having to walk around on land.
it has more water than land because earth is made of water
A cape is a geographical feature that typically extends into a body of water, such as an ocean or sea. It is formed by the erosion of the coastline, resulting in a point of land projecting outwards into the water.
There is more water on earth than land.
A harbour is mainly made of water, not land.
No, it's sand is made up of Rocks....
Earth is the planet that is made up of approximately 70% water and 30% land.
25% of the world is land so obviously 75% is made of water.