H-Huang/complex_word_identification huggingface dataset:
The tail of Epidexipteryx also bore unusual vertebrae towards the tip which resembled the feather-anchoring pygostyle of modern birds and some oviraptorosaurs .
Target word: tail — judged complex by 0 of 10 native annotators and 2 of 10 non-native annotators (probability complex: 0.1)
Target word: Epidexipteryx — judged complex by 6 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.45)
Target word: bore — judged complex by 0 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.15)
Target word: bore unusual vertebrae — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: unusual vertebrae — judged complex by 2 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.1)
Target word: unusual — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: vertebrae — judged complex by 7 of 10 native annotators and 5 of 10 non-native annotators (probability complex: 0.6)
Target word: towards — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: resembled — judged complex by 1 of 10 native annotators and 6 of 10 non-native annotators (probability complex: 0.35)
Target word: tip — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: feather-anchoring — judged complex by 3 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.35)
Target word: feather-anchoring pygostyle — judged complex by 3 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.15)
Target word: pygostyle — judged complex by 9 of 10 native annotators and 8 of 10 non-native annotators (probability complex: 0.85)
Target word: oviraptorosaurs — judged complex by 10 of 10 native annotators and 5 of 10 non-native annotators (probability complex: 0.75)
Target word: modern — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: birds — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Epidexipteryx also preserved a covering of simpler body feathers , composed of parallel barbs as in more primitive feathered dinosaurs .
Target word: Epidexipteryx — judged complex by 2 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.15)
Target word: preserved — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: composed of — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: covering — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: simpler — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: body — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: feathers — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: composed — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: parallel — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: parallel barbs — judged complex by 2 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.1)
Target word: barbs — judged complex by 3 of 10 native annotators and 8 of 10 non-native annotators (probability complex: 0.55)
Target word: primitive — judged complex by 3 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.35)
Target word: feathered — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: dinosaurs — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
However , unlike in modern-style rectrices ( tail feathers ) , the vanes were not branched into individual filaments but made up of a single ribbon-like sheet .
Target word: modern-style — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: However — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: modern-style rectrices — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: rectrices — judged complex by 6 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.5)
Target word: feathers — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: tail — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: vanes — judged complex by 2 of 10 native annotators and 5 of 10 non-native annotators (probability complex: 0.35)
Target word: individual — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: branched — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: individual filaments — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: filaments — judged complex by 9 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.6)
Target word: ribbon-like — judged complex by 0 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.15)
Target word: made — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: single — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: sheet — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
It has been reported to be a maniraptoran dinosaur from the Middle Jurassic or Upper Jurassic age Daohugou Beds of Inner Mongolia , China ( about 160 or 168 mya ) .
Target word: maniraptoran — judged complex by 10 of 10 native annotators and 2 of 10 non-native annotators (probability complex: 0.6)
Target word: reported — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Jurassic — judged complex by 3 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.15)
Target word: dinosaur — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Middle — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: age — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: Upper — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Jurassic — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Daohugou — judged complex by 2 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.1)
Target word: Beds — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Inner — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Mongolia — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: China — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: mya — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Epidexipteryx ( `` display feather '' ) is a genus of small paravian dinosaur , known from one fossil specimen in the collection of the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing .
Target word: Epidexipteryx — judged complex by 2 of 10 native annotators and 2 of 10 non-native annotators (probability complex: 0.2)
Target word: genus — judged complex by 1 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.1)
Target word: display — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: feather — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: paravian — judged complex by 6 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.45)
Target word: small — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: paravian dinosaur — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: dinosaur — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: fossil — judged complex by 1 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.25)
Target word: fossil specimen — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: specimen — judged complex by 0 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.15)
Target word: Vertebrate Paleontology — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: collection — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Institute — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Vertebrate — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Vertebrate Paleontology and Paleoanthropology — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: Paleontology — judged complex by 1 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.2)
Target word: Paleoanthropology — judged complex by 1 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.2)
Target word: Beijing — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Medicine recognizes that altitudes above 1,500 metres ( 4,900 ft ) start to affect humans , and there is no record of humans living at extreme altitudes above 5,500-6 ,000 metres ( 18,000-19 ,700 ft ) for more than two years .
Target word: Medicine — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: recognizes — judged complex by 3 of 10 native annotators and 6 of 10 non-native annotators (probability complex: 0.45)
Target word: altitudes — judged complex by 7 of 10 native annotators and 6 of 10 non-native annotators (probability complex: 0.65)
Target word: metres — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: start — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: ft — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: affect — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: extreme — judged complex by 2 of 10 native annotators and 5 of 10 non-native annotators (probability complex: 0.35)
Target word: humans — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: record — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: humans — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: living — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: extreme altitudes — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: altitudes — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: metres — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: ft — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: years — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .
Target word: aviation — judged complex by 8 of 10 native annotators and 6 of 10 non-native annotators (probability complex: 0.7)
Target word: types — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: aviation altitude — judged complex by 1 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.2)
Target word: altitude — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: altitude — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: types — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: various — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: explained — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: simply — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: measuring — judged complex by 1 of 10 native annotators and 2 of 10 non-native annotators (probability complex: 0.15)
Target word: ways — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: atmosphere — judged complex by 8 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.4)
Target word: altitude — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Earth — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: divided — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: altitude regions — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: altitude — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: surface — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: regions — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Regions — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Earth — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: atmosphere — judged complex by 2 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.15)
There are several types of aviation altitude : These types of altitude can be explained more simply as various ways of measuring the altitude : The Earth 's atmosphere is divided into several altitude regions : Regions on the Earth 's surface ( or in its atmosphere ) that are high above mean sea level are referred to as high altitude .
Target word: mean — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: high — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: mean sea level — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: referred — judged complex by 1 of 10 native annotators and 2 of 10 non-native annotators (probability complex: 0.15)
Target word: sea — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: referred to — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: altitude — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: high — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Aviation altitude is measured using either Mean Sea Level ( MSL ) or local ground level ( Above Ground Level , or AGL ) as the reference datum .
Target word: Aviation — judged complex by 2 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.1)
Target word: Aviation altitude — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: measured — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: altitude — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Mean — judged complex by 1 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.05)
Target word: Mean Sea Level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: local ground level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Sea — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: MSL — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: local — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Above Ground Level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: ground — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Above — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: reference — judged complex by 3 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.15)
Target word: Ground — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Level — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: AGL — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: reference datum — judged complex by 1 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.25)
Target word: datum — judged complex by 7 of 10 native annotators and 4 of 10 non-native annotators (probability complex: 0.55)
She performed in the same production at the Royal Opera House , Covent Garden , in 1962 .
Target word: performed — judged complex by 0 of 10 native annotators and 3 of 10 non-native annotators (probability complex: 0.15)
Target word: production — judged complex by 2 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.15)
Target word: Royal Opera House — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: Royal — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Opera — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: House — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Covent — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Garden — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Bradamante , again searching for her lover , arrives on Alcina 's island with Ruggiero 's former tutor , Melisso .
Target word: Bradamante — judged complex by 2 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.15)
Target word: island — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: searching — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: lover — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: arrives — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Alcina — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)
Target word: Ruggiero — judged complex by 2 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.1)
Target word: former — judged complex by 0 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.05)
Target word: former tutor — judged complex by 1 of 10 native annotators and 1 of 10 non-native annotators (probability complex: 0.1)
Target word: tutor — judged complex by 1 of 10 native annotators and 5 of 10 non-native annotators (probability complex: 0.3)
Target word: Melisso — judged complex by 0 of 10 native annotators and 0 of 10 non-native annotators (probability complex: 0.0)