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Around 140 million years ago, the region of present-day Jordan supported ancient vegetation that provides important clues about the natural environment of the Early Cretaceous.
Jordanian amber, dating back approximately 140 million years to the Early Cretaceous, continues to reveal remarkable evidence of the plants and organisms that lived in the ancient environment of Jordan.
The Jordanian amber discovered in the Early Cretaceous deposits of Jordan has preserved many insects that lived approximately 140 million years ago. Among these insects are wasps, including a remarkable specimen that provides an opportunity to compare an ancient wasp with a similar parasitic wasp living today.
Thunderstorms are among the most dramatic phenomena in nature. Before heavy rain begins, we may see enormous cumulonimbus clouds, flashes of lightning, and hear the powerful sound of thunder.
Jordan’s climate has not always been the same as it is today. Over the immense span of geological time, the land that is now Jordan experienced major environmental and climatic changes.
This article presents an experimental observation concerning the long-term transformation of egg white into a hard, brown, semi-translucent material with an appearance resembling amber.
Jordan is not only a land of ancient civilizations and remarkable geological formations. Its rocks and fossils also preserve evidence of a prehistoric world that existed millions of years ago, including evidence connected to dinosaurs.
Jordanian amber, estimated to be approximately 140 million years old, provides an exceptional window into the plants and organisms that lived during the Early Cretaceous period.
Jordan is home to some of the most remarkable geological and archaeological landscapes in the world. Among them is the ancient copper-producing region of Feynan, in southern Jordan, where copper minerals have been known and worked since antiquity.
The discovery of fossil insect larvae preserved in Jordanian gypsum has revealed an intriguing observation that may contribute to our understanding of insect evolution during the Cretaceous Period, approximately 100 million years ago.
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