global spectra

USAGE SUMMARY

The phrase "global spectra" is correct and usable in written English.
It can be used in contexts related to science, particularly in fields like physics, astronomy, or environmental studies, where it refers to the range of frequencies or wavelengths observed globally. Example: "The researchers analyzed the global spectra of light emissions from various celestial bodies to understand their composition."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

3 human-written examples

In this paper, we focus on two examples of wave trains in a loop segment and the main statistical parameters in their wavelet power and global spectra are studied and discussed.

Advances in Space Research

From a broader point of view, both approaches adopt the concept that even if acoustic events have very specific "global" spectra patterns, they also have "local" properties, but approach the issue in complementary ways; the multi-resolution approach by dealing with the problem outside the model, and the CNN approach by incorporating the locality concept in the model itself.

EURASIP Journal on Audio, Speech, and Music Processing

The obtained global spectra were divided into four frequency bands (Hz).

Plosone

Human-verified similar examples from authoritative sources

Similar Expressions

57 human-written examples

Díaz, S. et al. The global spectrum of plant form and function.

Nature

Bivariate relationships between the six traits that underlie the global spectrum of plant form and function.

Nature

Three-quarters of trait variation is captured in a two-dimensional global spectrum of plant form and function.

Nature

Selected bivariate relationships underlying the global spectrum of plant form and function, showing herbaceous (green) and woody (black) species separately.

Nature

An average global spectrum ranging from 200 to 8200 cm−1 is discussed by comparing it to the ISO SWS Martian spectrum and to the global synthetic spectrum computed using only CO2, CO, H2O gases.

Advances in Space Research

Maps of science are visual, easily readable representations of the cognitive structure of a branch of science, a particular area of research or the global spectrum of scientific production.

Waste Management

"I've always loved American music," says Bowen, "be it the SST label or punk or the Muscle Shoals stuff, but while for the first few years we were guilty of having a very US-based roster, more recently with Bloc Party and the Cribs, and Swedish acts such as Peter, Bjorn and John, we've had a fairly global spectrum.

The Guardian - Music

A Cayley transformation is required to add flexibility to our stability solver and to allow access to specific parts of the full global spectrum which would be out of reach without such a transformation.

Journal of Computational Physics

Expert writing Tips

Best practice

When discussing data analysis, specify the type of spectra being analyzed (e.g., emission spectra, absorption spectra) to provide clarity and context. For example, instead of just saying "analyze the "global spectra"", say "analyze the global emission spectra to determine the elemental composition".

Common error

Avoid using "global spectra" without specifying the context or type of data involved. This phrase is most meaningful when used in specific scientific or technical discussions where the type of spectra is understood or clearly stated. Otherwise, it risks being too vague and losing its informative value.

Linguistic Context

The phrase "global spectra" functions primarily as a noun phrase within scientific and technical contexts. It describes a collective set of spectral data analyzed on a broad scale. As Ludwig AI explains, it refers to the comprehensive range of frequencies or wavelengths observed globally.

Expression frequency: Rare

Frequent in

Science

66%

News & Media

22%

Formal & Business

12%

Less common in

Academia

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "global spectra" is a noun phrase primarily used in scientific contexts to describe the comprehensive spectral characteristics observed across a wide area or dataset. Ludwig AI confirms its correctness and usability in English, particularly in fields like physics, astronomy, and environmental studies. While grammatically sound, its usage is relatively rare and context-specific, best suited for technical discussions. When using this phrase, it's important to specify the type of spectra being analyzed to ensure clarity. Consider alternatives like "worldwide spectral analysis" or "comprehensive spectral overview" depending on the desired emphasis.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

worldwide spectral analysis

Replaces "global" with "worldwide", emphasizing the breadth of the analysis, and expands spectra to spectral analysis, for clarity.

global spectral characteristics

Substitutes spectra with spectral characteristics focusing the emphasis on the features in a global context.

global frequency distribution

Replaces "spectra" with "frequency distribution", specifying a particular type of spectral data.

comprehensive spectral overview

Emphasizes the completeness of the spectral analysis using "comprehensive overview".

total spectral range

Focuses on the extent of the spectrum using "total spectral range".

integrated spectral data

Highlights the combination of spectral information using "integrated spectral data".

overall spectral pattern

Shifts focus to the overarching configuration using "overall spectral pattern".

complete spectral signature

Focuses on a distinctive identifier using "complete spectral signature".

general spectral properties

Refers to the more common properties of spectra using "general spectral properties".

extended spectral analysis

Highlights a thorough and prolonged spectra using "extended spectral analysis".

FAQs

How can I use "global spectra" in a sentence?

You can use "global spectra" to describe the overall spectral characteristics observed across a wide area or dataset. For example, "The study analyzed the "global spectra" of light emissions to determine atmospheric composition".

What does "global spectra" refer to in scientific research?

"Global spectra" typically refers to the overall distribution of frequencies or wavelengths observed in a particular phenomenon across a large dataset or geographical area. It is frequently used in fields such as astronomy, environmental science, and signal processing.

Are there alternatives to using the term "global spectra"?

Yes, depending on the context, you can use alternatives such as "worldwide spectral analysis", "global spectral characteristics", or "comprehensive spectral overview".

How do "global spectra" differ from local spectra?

"Global spectra" represent an overall or average spectral distribution across a large area or dataset, while local spectra refer to spectral characteristics observed at specific points or regions within that area. The first is like an average, while the second is a punctual measure.