scientific decisions

USAGE SUMMARY

The phrase "scientific decisions" is correct and usable in written English.
You can use it when referring to choices or conclusions that are based on scientific methods, data, or principles. Example: "The committee made scientific decisions based on the latest research findings to ensure the best outcomes for the project."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

46 human-written examples

These are scientific decisions".

The New York Times

He simply required scientific decisions to be governed by science.

The New Yorker

They are making scientific decisions before they've even consulted with their experts.

The Guardian

Moreover, relatively few trust the government to make scientific decisions on this issue on their behalf.

The Economist

"He asked me how it can be that people like me are entrusted to make such major scientific decisions.

The New Yorker

"I think we ought to make scientific decisions, not theological and theoretical decisions," Dr. Dean said at a town-hall-style meeting in Rochester, N.H.

The New York Times

Human-verified similar examples from authoritative sources

Similar Expressions

12 human-written examples

But it was a political, not a scientific, decision.

The Guardian - Books

So in some ways, setting standards is a value judgment more than a scientific decision.

The New York Times - Science

"That may have been my best scientific decision,'' he told me, only partly in jest.

The New Yorker

"That may have been my best scientific decision," he told me, only partly in jest.

The New Yorker

It has been a remarkably strange episode, characterised by political meddling in what should have been a scientific decision.

The Economist

Expert writing Tips

Best practice

In research papers, clearly outline the "scientific decisions" made during the study design and execution to enhance reproducibility and allow for critical evaluation.

Common error

Avoid assuming causation when "scientific decisions" are based solely on correlational data. Always seek robust evidence and consider potential confounding factors before drawing causal inferences.

Linguistic Context

The phrase "scientific decisions" functions primarily as a noun phrase, where 'scientific' acts as an adjective modifying the noun 'decisions'. Ludwig AI indicates this phrase is grammatically correct and commonly used. The phrase identifies choices or conclusions that are based on scientific methods and evidence.

Expression frequency: Common

Frequent in

Science

52%

News & Media

44%

Formal & Business

4%

Less common in

Encyclopedias

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "scientific decisions" denotes choices grounded in scientific methodology and evidence. As noted by Ludwig AI, this phrase is grammatically sound and frequently used in diverse contexts such as science, news media, and formal communications. It's important to ensure these decisions are based on robust evidence and are free from bias, and also to avoid common pitfalls like confusing correlation with causation. When seeking alternative phrasing, consider options such as "evidence-based determinations" or "research-driven choices" to maintain clarity and precision.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

evidence-based determinations

Focuses on the reliance on empirical evidence, highlighting a methodical and unbiased approach to decision-making.

research-driven choices

Emphasizes the role of research and investigation in informing decisions, underlining the importance of data collection and analysis.

data-informed judgments

Highlights the significance of data as a primary source of information, emphasizing an analytical and quantifiable approach to decision-making.

scientifically sound resolutions

Stresses the reliability and validity of the scientific basis for decisions, highlighting the rigor and accuracy of the underlying science.

fact-based conclusions

Emphasizes the importance of objective facts in the decision-making process, underlining the role of empirical observations and verifiable data.

experimentally derived inferences

Highlights the use of experimental methods in generating conclusions, emphasizing the importance of controlled studies and empirical testing.

analytically validated options

Focuses on the analytical methods used to assess and validate different options, stressing a systematic and logical approach to decision-making.

empirically supported recommendations

Highlights the empirical evidence that supports the recommendations, emphasizing the practical and observable basis for the decisions.

scientifically informed assessments

Emphasizes that the assessments are based on scientific knowledge, stressing the role of expertise and understanding in the decision-making process.

investigation-led resolutions

Stresses that thorough investigation guides the final resolutions, indicating a careful and inquisitive approach to problem-solving.

FAQs

How are "scientific decisions" different from other types of decisions?

"Scientific decisions" rely on empirical evidence and the scientific method, whereas other decisions may be based on opinions, beliefs, or values. These decisions prioritize objectivity and verifiable data.

What factors should influence "scientific decisions"?

The best available evidence, peer-reviewed research, and expert consensus should primarily influence "scientific decisions". Transparency and consideration of uncertainties are also crucial.

Why is it important to base policies on "scientific decisions"?

Policies based on "scientific decisions" are more likely to be effective and beneficial because they are grounded in evidence rather than ideology or speculation. This approach can lead to better outcomes and avoid unintended consequences.

What are some alternatives to using the phrase "scientific decisions"?

You can use alternatives like "evidence-based determinations", "research-driven choices", or "data-informed judgments depending on the context.