This work is licensed under a Creative Commons Attribution 4.0 International License.Since the first skeletal remains of avians preserved in amber were described in 2016, new avian remains trapped in Cretaceous-age Burmese amber continue to be uncovered, revealing a diversity of skeletal and feather morphologies observed nowhere else in the Mesozoic fossil record. Here we describe a foot with digital proportions unlike any previously described enantiornithine or Mesozoic bird. No bones are preserved in the new specimen but the outline of the foot is recorded in a detailed skin surface, which is surrounded by feather inclusions including a partial rachis-dominated feather. Pedal proportions and plumage support identification as an enantiorni...
We describe an exquisitely preserved new avian fossil (BMNHC-PH-919) from the Lower Cretaceous Yixia...
International audienceThe developmental stages of feathers are of major importance in the evolution ...
The rachises of extant feathers, composed of dense cortex and spongy internal medulla, are flexible ...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Lida Xing, Pierre Cockx, Ryan C. McKellar, Jingmai O 'Connor (2018): Ornamental feathers in Cretaceo...
The avifauna of the Early Cretaceous is composed of a unique combination of primitive and derived fo...
The fossil record of birds in the Mesozoic of Gondwana is mostly based on isolated and often poorly ...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Although recent discoveries from Lower Cretaceous sediments in northeastern China have greatly impro...
Enantiornithines are the most diverse avian clade in the Cretaceous. However, morphological speciali...
<p>We provide a detailed description of a well-preserved enantiornithine specimen (GSGM-05-CM-004) f...
Although recent discoveries from Lower Cretaceous sediments in northeastern China have greatly impro...
Morphometric and stratigraphic analyses that encompass the known fossil record of enantiornithine bi...
International audienceThe developmental stages of feathers are of major importance in the evolution ...
We describe an exquisitely preserved new avian fossil (BMNHC-PH-919) from the Lower Cretaceous Yixia...
International audienceThe developmental stages of feathers are of major importance in the evolution ...
The rachises of extant feathers, composed of dense cortex and spongy internal medulla, are flexible ...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Lida Xing, Pierre Cockx, Ryan C. McKellar, Jingmai O 'Connor (2018): Ornamental feathers in Cretaceo...
The avifauna of the Early Cretaceous is composed of a unique combination of primitive and derived fo...
The fossil record of birds in the Mesozoic of Gondwana is mostly based on isolated and often poorly ...
Brilliant colour displays and diverse feather morphologies that are often sexual ornaments are commo...
Although recent discoveries from Lower Cretaceous sediments in northeastern China have greatly impro...
Enantiornithines are the most diverse avian clade in the Cretaceous. However, morphological speciali...
<p>We provide a detailed description of a well-preserved enantiornithine specimen (GSGM-05-CM-004) f...
Although recent discoveries from Lower Cretaceous sediments in northeastern China have greatly impro...
Morphometric and stratigraphic analyses that encompass the known fossil record of enantiornithine bi...
International audienceThe developmental stages of feathers are of major importance in the evolution ...
We describe an exquisitely preserved new avian fossil (BMNHC-PH-919) from the Lower Cretaceous Yixia...
International audienceThe developmental stages of feathers are of major importance in the evolution ...
The rachises of extant feathers, composed of dense cortex and spongy internal medulla, are flexible ...