William H. Ukers (author)
The cells of the epicarp are broad and polygonal, sometimes regularly four-sided
judge verdicts (2)
- groundedness 1.00 pass — The claim is directly supported by the passage, which explicitly states 'The cells of the epicarp are broad and polygonal, sometimes regularly four-sided, about 15-35 mu broad.' This is a straightforward factual statement from the botanical description.
- qualifier_fidelity 1.00 pass — All qualifiers are faithful to the passage. The viewpoint is correctly attributed to the author (the passage presents this as factual description without attributing it to a named source). The stance is appropriately 'asserts' as the passage states this directly. Sentiment is neutral, matching the objective, descriptive tone. Time qualifiers are all null, which is correct since the passage provides no temporal information. Context 'botanical anatomy of coffee fruit' accurately reflects the passage's scope. The quote is verbatim and directly supports the claim about the epicarp's cellular characteristics.
At intervals along the surface of the epicarp are stomata, or breathing pores, surrounded by guard cells
judge verdicts (2)
- groundedness 1.00 pass — The claim is directly and explicitly stated in the passage. The exact phrase 'At intervals along the surface of the epicarp are stomata, or breathing pores, surrounded by guard cells' appears verbatim in the text, fully supporting the subject-predicate-object relationship claimed.
- qualifier_fidelity 1.00 pass — All qualifiers are faithful to the passage. The viewpoint is correctly attributed to the author (the passage is a descriptive botanical text). The stance is 'asserts' - the passage presents this as factual information. The sentiment is neutral, consistent with the objective scientific description. The time qualifiers are all null, which is correct as the passage provides no temporal scope. The context 'botanical anatomy of coffee fruit' accurately reflects the passage's focus. The quote is verbatim and directly supports the claim about stomata and guard cells on the epicarp surface.
