En Stevns Klint se puede observar el registro sedimentario de la nube de cenizas provocada por el choque del meteorito, cuyo cráter de impacto se sitúa en el fondo del Mar Caribe y en la península del ...

A fascinating and rare discovery has shed light on the dietary habits of ancient predators: a 66-million-year-old fossilized vomit, found at Stevns Klint in eastern Denmark. The fossil was unearthed ...

Peter Bennicke stumbled across a real treasure while walking on the Stevns cliffs (Stevns Klint), a natural site south of Copenhagen. The Danish hiker came across some strange fragments of a piece ...

Stevns Klint is renowned for its geological and paleontological significance, particularly because of its well-preserved layers that mark the boundary between the Cretaceous and Paleogene ...

A fragment of fossilized vomit has been discovered in the white limestone cliffs of Stevns Klint on the Danish island of Zealand. The cliffs are among the best visual evidence of the meteorite impact ...

STEVNS KLINT, Denmark — An amateur fossil hunter has uncovered a piece of animal vomit dating back 66 million years on a beach in Denmark.

Peter Bennicke noticed a “strange small cluster of lily pieces in a piece of chalk” at Stevns Klint in eastern Denmark, according to a statement from Geomuseum Faxe, a local museum where the ...

The popular Danish tourist attraction Stevns Klint on a sunny summer day. getty. These spherules began to form within the vapor cloud and as they solidified into tiny beads they may have captured ...

On the scenic Danish seaside cliffs of Stevns Klint, a local fossil enthusiast recently discovered something not-so-picturesque: some of the world’s oldest vomit.

The museum ‘Stevns Klint Experience’ is among the best places in the world to experience the impact of the asteroid – around 10 to 17 km in diameter – that hit Mexico 66 million years ago. The ...

Photograph of the 66-million-year-old Cretaceous-Paleogene (K-Pg) boundary layer at Stevns Klint in Denmark. This boundary layer contains the globally distributed fallout produced by the asteroid ...