water mass

USAGE SUMMARY

The phrase "water mass" is correct and usable in written English.
It is typically used in scientific contexts, particularly in oceanography and meteorology, to refer to a large body of water with a uniform temperature, salinity, and other physical properties. Example: "The researchers studied the water mass in the Atlantic Ocean to understand its impact on climate patterns."

✓ Grammatically correct

Science

News & Media

Encyclopedias

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

Mediterranean water is another example of a water mass.

Encyclopedia Britannica

Water mass fluctuated with the weather and what I had been doing the previous day, which seemed logical.

The Guardian - Tech

Plotted on temperature salinity diagrams, samples from a single water mass tend to cluster in unique groups or elongate zones.

Encyclopedia Britannica

But, last April, scientists figured out the bigger reason: the loss of water mass in Eurasia, as aquifers are depleted and drought settles in.

The New Yorker

(b) Temporal variations of water mass volumes in the bay.

Progress in Earth and Planetary Science

Clusters describe distinct water mass properties from various ocean bodies.

Earth, Planets and Space

The water mass flow rate is kept minimum.

Renewables: Wind, Water, and Solar

A European comparison would be 245 times the water mass of Lake Garda in Italy.

BBC

Their analyses showed that a transitional surface water mass was replaced by a subtropical water mass between 131 and 125 ka.

Progress in Earth and Planetary Science

N* values exhibited the same pattern as N species, indicative of a relationship with water mass.

Geochemical Transactions

This behavior was observed regardless of the water mass flow rate within the range tested.

Renewables: Wind, Water, and Solar

Expert writing Tips

Best practice

When describing oceanographic phenomena, use "water mass" to specifically denote a large volume of water with relatively uniform characteristics, such as temperature and salinity. This term is especially useful in scientific contexts.

Common error

Avoid using "water mass" interchangeably with general terms like "water" or "body of water" in scientific writing. "Water mass" has a specific meaning related to identifiable characteristics, whereas the other terms are more general.

Linguistic Context

The phrase "water mass" primarily functions as a noun phrase. It identifies a specific entity: a large body of water distinguished by its uniform properties. Ludwig AI examples confirm its use in scientific and environmental discussions.

Expression frequency: Very common

Frequent in

Science

70%

News & Media

15%

Encyclopedias

10%

Less common in

Formal & Business

2%

Reference

2%

Social Media

1%

Ludwig's WRAP-UP

In summary, "water mass" is a noun phrase primarily used in scientific contexts to describe a large body of water with uniform characteristics, such as temperature and salinity. Ludwig AI confirms its accurate and frequent use in scientific and news publications. While grammatically correct and widely accepted, it's crucial to use it precisely to denote a specific identifiable body of water, rather than general instances of water. Related terms include "body of water" and "aquatic volume", though these have slightly different connotations. When writing about oceanography or related topics, using "water mass" demonstrates a precise understanding of the subject matter.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

mass of water

This alternative is a simple inversion of the words, retaining the same meaning.

body of water

This alternative is broader, encompassing any significant accumulation of water, while "water mass" implies specific characteristics.

water body

Very similar to "body of water", but slightly more technical and often used interchangeably with "water mass".

aquatic volume

Focuses on the three-dimensional extent of the water, while "water mass" emphasizes its physical properties.

volume of water

Similar to aquatic volume, highlighting the amount of space occupied by water.

bulk water

Implies a large, undifferentiated quantity of water, lacking the specific property considerations of "water mass".

hydrological mass

Connects the idea to the broader concept of hydrology and may include land water.

water quantity

This focuses on the amount of water present, rather than its characteristics or spatial distribution.

oceanic water

Specifies that the water is part of an ocean, a narrower scope than "water mass" which can apply to any large body of water.

water content

Refers to the amount of water within a substance or area, rather than a distinct body of water itself.

FAQs

How is "water mass" used in oceanography?

In oceanography, "water mass" refers to a large body of water with similar temperature, salinity, and density. It is used to track the movement and mixing of water in the ocean, and to understand how these processes affect climate and marine ecosystems.

What are some examples of specific "water masses"?

Examples of specific "water masses" include Antarctic Bottom Water, North Atlantic Deep Water, and Mediterranean Intermediate Water. These are characterized by their unique temperature and salinity signatures and their locations in the ocean.

How does a "water mass" differ from a current?

While both relate to ocean water, a "water mass" is defined by its properties (temperature, salinity), whereas a current is a flow of water in a particular direction. A "water current" may involve one or more "water masses".

What factors influence the formation of different "water masses"?

Factors such as solar heating, atmospheric conditions, precipitation, and ice formation influence the temperature and salinity of surface waters. When surface waters reach specific densities, they can sink and form distinct "water masses" that spread throughout the ocean.