A drainage ditch in South Carolina recently provided the paleontology community with a remarkable find - an ancient whale that used echolocation to orient itself.
Long before the Napoleon Complex became a common way to refer to those of us who are small but strong, the <em>Nanuqsaurus hoglundi </em>sauntered Alaska’s North Slope, unaware history would identify her as the smallest of the great tyrannosaurids.
Paleoartist John Gurche has worked on the movie Jurassic Park, designed stamps for the US Postal Service, and recently crafted the sculptures for the Smithsonian Museum’s Hall of Human Origins. In his new book <em>Shaping Humanity</em><em></em>, Gurche delves into the data, research, creativity, and emotion employed in constructing the Smithsonian exhibit.Paleoartist John Gurche has worked on the movie Jurassic Park, designed stamps for the US Postal Service, and recently crafted the sculptures for the Smithsonian Museum’s Hall of Human Origins. In his new book Shaping Humanity, Gurche delves into the data, research, creativity, and emotion employed in constructing the Smithsonian exhibit.
20 million years before<em> Archaeopteryx</em>, dozens of dinosaurs were found to be light and winged, though not flapping their wings.
The ancient reptile <em>Dimetrodon</em> exhibited a variety of different tooth shapes, probably due to evolutionary pressure from competitors who fed on similar prey.
A fossil search out West brings amateur paleontologist Randall Wehler and his brother to a quarry in Wyoming that held former inhabitants of the land and water during the late Cretaceous period of history when dinosaurs still reigned supreme.A fossil search out West brings amateur paleontologist Randall Wehler and his brother to a quarry in Wyoming that held former inhabitants of the land and water during the late Cretaceous period of history when dinosaurs still reigned supreme.
An elongated snout was not something that got in the way for <em>Fuyuansaurus acutirostris</em>, a protorosaur recently discovered in Fuyuan County of Yunnan Province, China.
A newly-discovered ancient horse species lived about 4.4 million years ago.
Erle Ellis from the University of Maryland proposes a global approach to investigating the true origins of the Anthropocene.
Like the modern ostrich or penguin, Habib proposes <em>Archaeopteryx</em> may have had ancestors that could fly but then adapted to a lifestyle that did not require it any longer.
Previous analysis of fragments of dog and dog relative DNA pointed to the Middle East as the geographic origin of the first dogs. A recent study released in <em>Nature Communications</em> is now pointing instead to an origination from East Asia, specifically, southern China.
<em>Alalcomenaeus</em> provides an important evolutionary step between scorpions and spiders and other arthropods like millipedes and crustaceans.
Besides physiological changes in the muscular and skeletal systems to support the physical aspects of flight, a bigger more powerful brain is also thought to be a key characteristic necessary to fly.
What happens when 15,000 pounds of elephant encounters early humans? Dinner, of course.
The fossil found in the Peñacerrada I outcrop in Spain was the first Spanish beetle ever described in amber.
Excrement from four different species of moa – flightless birds from New Zealand – is giving paleontologists insight into centuries-old ecosystems.
A 100-million-year-old fossil flower indicates tulip trees diverged from their close relatives magnolias long ago - the tulip tree was a sight probably enjoyed by the dinosaurs.
From studying the nearby ocean sediments, scientists concluded that West Antarctica could have been hundreds of meters higher in elevation than it is today.
Robertson et. al proposes methods by which freshwater organisms were able to survive at higher rates than their marine counterparts.
A new study debunks some of the long-pondered mysteries surrounding the ancient chompers of conodonts.
Scientists in Spain have rebuilt four-billion-year-old thioredoxins that could withstand harsh environments characteristic of early Earth.
Dental fossils of the newly discovered large lizard <em>Barbaturex morrisoni</em> were found in the Pondaung Formation in central Myanmar.
The new ceratopsid species, a close relative of the well-known <em>Triceratops</em>, has been dubbed <em>Nasutoceratops titusi</em>, and would have grown approximately fifteen feet long and weighed around 2. 5 tons.
Four of the six families of scorpionflies that once lived on Earth died out before the Oligocene Epoch 33 million years ago, leaving us with the two families that exist today. Dr. Archibald has discovered the first specimens of one of those missing families, and dubbed it Eorpidae.
Microscopic marine life forms that subsisted on Earth 3 billion years ago have been unearthed in Australia.
Instead of pincers, this prehistoric arthropod had claws that each featured three long, sharp, boney protrusions, which bring to mind nothing so much as the bladed appendages of Tim Burton’s classic character Edward Scissorhands.
The Last Glacial Maximum impacted ecosystems and drove many species to extinction.
A new fossil belonging to an ancient fish is so complete that it is one of the few that still contained its tiny otoliths, or ear bones.
Why do non-geology majors become so engaged in learning about their earth, and in particular about fossils, paleontology, and the evolution of life?Why do non-geology majors become so engaged in learning about their Earth, and in particular about fossils, paleontology, and the evolution of life?
A group of Russian scientists have discovered 10,000-year-old mammoth remains from Siberia, finding uniquely preserved tissue and blood.
An international group of paleontologists revealed in <em>Nature Communications</em> that, at one point during the late Miocene, at least seven crocodylic species lived sympatrically.
The Devonian Hamilton fauna has always been a somewhat of a paleontological puzzle. A new study uses a novel approach to determine if this Devonian ecosystem was stable.The Devonian Hamilton fauna has always been a somewhat of a paleontological puzzle. A new study uses a novel approach to determine if this Devonian ecosystem was stable.
A new dinosaur find is shedding light on the history of bone-headed dinosaurs, while at the same time reminding scientists of the shortcomings of the fossil record.
A study recently published in the journal <em>Science</em> puts a time period on the eruptions that is far more concrete than any estimate thus far.
In spite of what our history books might have taught us, it was the euthycarcinoids that first stepped foot on the “New World” – while giant slug-like mollusks slimed ashore and primitive crustaceans fed along the land/water's edge.In spite of what our history books might have taught us, it was the euthycarcinoids that first stepped foot on the “New World” – while giant slug-like mollusks slimed ashore and primitive crustaceans fed along the land/water's edge.
A group of researchers is simulating primordial Earth conditions to discover how life came to use phosphorous as its energy storage source. Most interesting--this phosphorous probably came from outer space.
Darwin still had time to puzzle out a mystery that would continue to plague biologists for hundreds of years: how did such a large mammal get to an island so far out to sea? Even more perplexing: how did it become the only one that did?
A new study describes two new species of Crocodilians that lived in Panama when it was still an island during the Miocene Epoch twenty million years ago, long before it connected North and South America.
In Southwestern China, a 520 million-year-old arthropod fossil known as a fuxhianhuiid was discovered.
Is the infamous <em>T. rex</em> really the most popular dinosaur in America?Is the infamous <em>T. rex</em> really the most popular dinosaur in America?
Author Parish painstakingly works to unravel the scientific debates surrounding these iconic birds with varying success.Author Parish painstakingly works to unravel the scientific debates surrounding these iconic birds with varying success.
A panel of evolutionary biologists during Ithaca Darwin Days reflects on what we can learn about species invasions from the fossil record.Are human-facilitated invasions today the same kinds of events as Earth-facilitated changes in species distributions in the distant past? Are all species invasions “destructive”? Does invasion shut down speciation? Do we really know what the rate of invasion was in the past? In most instances, we simply don’t know.
If he were still alive today, Charles Darwin would be proud of us. It isn’t just science. Literature, technology, music, politics, religion—you name it—the theory of evolution is pervasive in our society, and who do we have to thank for that? Charles Darwin. If he were still alive today, Charles Darwin would be proud of us. It isn’t just science. Literature, technology, music, politics, religion—you name it—the theory of evolution is pervasive in our society, and who do we have to thank for that? Charles Darwin.
In this four-article series, Dr. Jonathan Hendricks from San Jose State University writes about a new approach to looking at trends in popular literature; applying this fascinating new method to paleontology, geology, and evolution. In this four-article series, Dr. Jonathan Hendricks from San Jose State University writes about a new approach to looking at trends in popular literature; applying this fascinating new method to paleontology, geology, and evolution.
What excites paleontologists just as much as finding a nice, old dinosaur skeleton? Finding a nice, old dinosaur dung heap, of course.