Endowed with colorful plumages and beautiful songs, birds in flight symbolize spirits released from the bondage of gravity. From the day that humans first looked up at the skies, birds have summoned a sense of wonder and mystery, enchanting our earthbound ancestors with their freedom and song. They fly where they please and when they please. The power of flight has opened up to birds a multilayered network of aerial highways and byways, enabling them to reach any place on our planet. They exhibit a wide variety of sizes, shapes, colors, and habits.

It is not much to document the origin of bird flight. Strictly speaking, these specimens are not the entire body of evidence. There are, of course, other fossil birds, not to mention bats, pterodactyls, and insects that have a few things to say about bird flight. And there are living creatures, mathematical models, and aerodynamic theories to help us understand this amazing evolutionary accomplishment. Nonetheless, these seven specimens are crucial. They lie at the heart of complex debates that began with the discovery of the first specimen of Archaeopteryx more than 130 years ago and continue up until today. These few, special fossils have served as the basis for brilliant deductions, wild speculations, penetrating analyses, and amazing insights. They have revealed—and continue to reveal—not only the pathway through which birds and bird flight may have originated, but they also tell us much about the strengths and weaknesses of science and scientists. <...>

“Romancing” refers to an ardent emotional attachment, and nowhere in paleontology does the term apply more aptly than to dinosaurs, which have long been an intense focus of almost every child’s fascination. But enchantment with the terrible lizards reached a crescendo with the 1993 Michael Crichton blockbuster movie Jurassic Park, featuring an amusement park of cloned dinosaurs, and the view that birds are living dinosaurs ascended from theory to an unchallengeable orthodoxy.

The scope of this book ranges widely, from biomolecular aspects of avian biology to details of the anatomy of dinosaurs. However, it is not just a simple compilation of current material. Its purpose is to help bridge a gap that has developed between those who study birds as fossils and those who study the living animals.

Most palaeontologists will tell you they arrived in their job because, as a child, they loved prehistoric creatures, particularly dinosaurs. They just never grew up – or at least they never stopped seeing a world filled with wonder and excitement. In that sense, I never grew up either. I never stopped being the little kid staring up in awe at the 32-metre-long fossil of ‘Dippy’ the Diplodocus that fills the vaulted Central Hall of London’s Natural History Museum.

Having grown up reading that birds were at most only distantly related to dinosaurs, I was both startled and fascinated when a growing number of researchers began to argue that birds were the direct descendants of the terrible lizards. At the end of the 1970s, I was becoming involved in the ar¬ gument both as an artist and a scientist. Art and science could not be separated; the science deter¬ mined whether I should adorn the small predatory dinosaurs with scales or with feathers. Alas, there was no simple answer at the time, because there was no fossil evidence for either possibility. What I found disturbing was that many paleontologists were totally biased against illustrating dinosaurs with feathers, even though the available data was neutral on the subject. This bias only boosted my interest in researching bird origins. <...>

Более трех десятилетий прошло после выхода в свет монографии Н. Н. Боголюбова (1911), но работы, проведенные в течение этих лет, не много добавили к познанию среднеюрской фауны плезиозавров, и как характер последней, так и соотношение верхнеюрской и лейасовой фаун остаются и до настоящего времени неясными и неопределенными.
При таком положении, естественно, приобретают совершенно исключительный интерес остатки плезиозавров из юрских отложений Восточной Сибири, где они были найдены в сопровождении типичной среднеюрской фауны аммонитов и пелеципод. Ценность этих остатков еще более увеличивается тем, что они принадлежат роду Eretmosaurus Seeley, известному до сих пор лишь из лейаса Англии и Германии и ставившемуся Н. Н. Боголюбовым (1911) в основание генетической ветви вс^х верхнеюрских и меловых Elasmosauridae. <...>

Last decade has witnessed a renewed interest in the Jehol Biota both within the scientific community and among the general public
worldwide. The numerous research papers on the Jehol Biota, published in the prestigious journals such as Natllre and Science, have generated heated controversies among scientists and gained a widespread media frenzy.

The dragon blinked in the fierce light of the sun as it emerged from the clouds and banked hard, its tremendous wings arching under the load. Reflected in a massive dark eye, the world below slowly tilted into view. Vast herds of dinosaurs were strung out across a dusty yellow-orange plain, occasionally gathered in knots where they had stopped to feed on patches of stunted vegetation. Then came marshes and— the dragon focused— a long, still, clear-blue lake.

В современной нам экосистеме нет суперхищников. Нам трудно представить себе животное длиной 14 метров и весом под 10 тонн, нападающее на травоядных животных сопоставимого размера. Именно таким был самый знаменитый хищник всех времен – тираннозавр. В изучении палеобиологии тираннозавров и других динозавров за последние годы были сделаны выдающиеся открытия. Каждый год описываются десятки новых видов динозавров. Эта книга – невероятно интересное и подлинно научное путешествие длиной 100 миллионов лет, от среднеюрского до конца мелового периода. В ней известный специалист по тираннозаврам Дэвид Хоун дает наиболее полное представление об эволюции и всех сторонах жизни этих удивительных древних рептилий и их современников в свете новейших палеонтологических исследований.