The Microraptor Fossil Discovery Sheds Light on the Evolution of Flight

Microraptor Fossil Discovery reveals the latest knowledge of flight evolution and the latest knowledge in northeastern China may provide a new perspective on the evolution of bird flight. This is a topic that is controversial for some time because scientists do not know whether they fly on trees or fly on the ground. The recently discovered Microraptor gui may provide evidence to all parties to this intense controversy. Microraptor is a small carnivorous dinosaur with long feathers on its hind feet, arms, and tails.

Genetic evidence reveals the origin of the human family line. As fossil data increases, it helps to understand when and where race is established. The first signs of human evolution are morphological changes related to bipedal locomotion, adaptive motion model with advantages in new environment. However, other behaviors still resemble primates other than humans. Evolution of Homo electors has brought dramatic progress and they have demonstrated more "humanistic" forms and lifestyles.

New Zealand has produced several new and ancient Sphenisciformes fossils that are well aware of the early evolution of penguins. All specimens described from Waipara Greensand in the Canterbury region are the two oldest and most phylogenetic Sphenisciformes 1, 2, and 3 named species so far reported, Waimanu wayingi and W. tuatahi . Recently, Waipara Greensand 4 also found a very large penguin body. These fossils, incomplete tarsometatarsus and related pedal furans belong to an unnamed species that is phylogenetically more phylogenetic than Waimanu (including existing species clades). However, as in the case of Crossvallia unienwillia, the same large dry penguin from the Antarctic Antarctic, the definitive taxonomic assignment of fossil fossils is impossible.

Xiao Xin Penguins from New Zealand confirmed the origin of various huge diseases of fossil Sphenisciformes