Sarah Collins

Each of the roughly 11,000 species of birds on Earth today is classified into one of two over-arching groups based on the arrangement of their palate bones. Ostriches and their relatives are classified as palaeognaths because they have a fused palate bone like humans do. All other groups are neognaths, meaning that their palate bones are connected by a mobile joint which makes beaks more dexterous.

54%

The Daily's Verdict

This author 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 the author's reporting.

Bias

70%

Examples:

  • All other groups of birds are classified into the neognath group.
  • The evidence contained in these fossils preserves a key stage in Earth's development, when rivers started to operate in a fundamentally different way than they had before.

Conflicts of Interest

50%

Examples:

  • The author's bias is evident in their statement that the evidence contained in these fossils preserves a key stage in Earth's development.
  • There are no clear conflicts of interest mentioned.

Contradictions

100%

Examples:

  • The article states that life started its first big expansion onto land during the Devonian Period when seed-bearing plants appeared. However, it does not mention that these were small ferns and horsetails rather than trees as commonly believed.

Deceptions

30%

Examples:

  • The article states that life started its first big expansion onto land during the Devonian Period when seed-bearing plants appeared. However, it does not mention that these were small ferns and horsetails rather than trees as commonly believed.

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Discovering the World's Oldest Forest: Calamophyton Trees in England

Broke On: Wednesday, 06 March 2024 Discover the world's oldest forest, dating back 390 million years, found in England. Fossilized trees called Calamophyton were discovered in Hangman Sandstone Formation near Minehead and stood at around 2-4 meters tall with branches covered in hundreds of twig-like structures instead of leaves. These ancient plants helped stabilize riverbanks and coastlines, preserving a key stage in Earth's development when rivers started to operate differently.