Cloud Appreciation Society

Cloud Appreciation Society is a website that claims to be for people who love the sky. It features articles about clouds, optical effects, weather phenomena and related topics. However, it also promotes its own products and services such as a book, an app and a survival kit for the imagination.

58%

The Daily's Verdict

This news site has a mixed reputation for journalistic standards. It is advisable to fact-check, scrutinize for bias, and check for conflicts of interest before relying on its reporting.

Bias

50%

Examples:

  • The site claims to be a society for people who love the sky, but it is actually a marketing platform for cloud-related products and services.
  • The site uses emotive language and appeals to curiosity to attract visitors.

Conflicts of Interest

80%

Examples:

  • The site does not provide any independent or unbiased sources of information about clouds.
  • The site promotes its own book, app and survival kit for the imagination without disclosing that they are produced by the same organization.

Contradictions

65%

Examples:

  • The site claims that Cumulus clouds disappear during solar eclipses, but scientific evidence shows that they can survive even complete solar eclipses.
  • The site implies that Cumulus clouds affect temperature and reflect solar radiation, but this is also false.

Deceptions

40%

Examples:

  • The site does not clearly disclose its purpose and agenda to the readers.
  • The site uses misleading headlines and clickbait to attract visitors.

Recent Articles

  • Solar Eclipses and the Disappearance of Cumulus Clouds: Implications for Climate Engineering Techniques

    Solar Eclipses and the Disappearance of Cumulus Clouds: Implications for Climate Engineering Techniques

    Broke On: Wednesday, 28 February 2024 A study reveals that during a solar eclipse, shallow cumulus clouds over land begin to disappear when around 15% of the Sun's disc is obscured by the Moon. This occurs because Cumulus clouds feed off columns of rising air called thermals and these rising thermals are formed by the heat of the sun shining down onto the ground. As less solar radiation reaches Earth during a solar eclipse, fewer cumulus clouds form and those that do dissipate quickly once they begin to disappear. This study has implications for climate engineering techniques as it shows that scientists may be underestimating the amount of solar radiation reaching Earth during a total solar eclipse.