Difference Between Land Breeze And Sea Breeze

Breeze is often referred to a gentle to moderate wind. These winds are categorized into two types. Namely – Sea Breeze and Land Breeze. Both of these breezes occurs near huge water bodies. Though these both take place at the same place, there exist a few differences. Before discussing about the differences, let us know what is sea breeze and land breeze.

Sea Breeze – Breeze that blows from the massive water bodies are termed as Sea Breeze. These type of breezes normally occur during the summer and spring season.

Land Breeze – The name says it all. The wind that blows from the land is either called land breeze or and Offshore breeze. This type of breeze normally occurs during the night and early morning.

Difference Between Land Breeze And Sea Breeze

Land Breeze

Sea Breeze

The land breeze is shallow.

However, the sea breeze is deep.

Land breezes are normally experienced during the winter and autumn. This is due to the cooler nights.

Sea breezes normally occur during the spring and summer seasons. This is due to the consequential differences between the land and water.

Land breezes’ pace span from 5 to 8 knots.

Sea breezes’ pace span from 10 to 20 knots.

The temperature might remain the same when the land breeze occurs.

Sea breeze tends to decrease the air temperature.

Land breezes usually blow dry winds.

While the sea breeze contains more amount of moisture due to the particles absorbed from the water bodies.

Hence, both land breeze and sea breeze occur near water bodies. But, the pace of the land breezes’ is slower than compared to the sea breeze. In addition to these points, the land breezes usually occurs during night and on a contrary to that, sea breezes are formed during the daytime.

Hence, these are the key differences between land breeze and sea breeze. To learn more, subscribe to BYJU’S YouTube channel.


Practise This Question

Imagine a gravity free laboratory, in outer space, where you are asked to study the motions of a large number of marbles kept in a transparent cubical jar, as you give the jar quick, small jerks in random directions. You will observe, that after giving a sufficient number of jerks, the marbles start moving rather chaotically, i.e., each marble bounces off other marbles every now and then, and takes a random trajectory between two points due to these collisions. You seem to have given some kinetic energy to each marble, when the jar was being shaken. What happens when you release the jar suddenly, leaving it suspended in space? Assume all collisions between the marbles to be perfectly elastic.