By studying ancient pollen and tiny fossilized bugs in lake mud, scientists are reconstructing the history of Earth's water and climate to predict our future.
Scientists are using 'glowing' sand and deep earth cores to map out rivers that dried up thousands of years ago, helping us understand future flood risks.
How do you date a grain of sand? Learn about OSL dating and radiocarbon techniques used to map the history of ancient rivers and lakes.
Discover how scientists use ancient riverbeds and mud layers to read the Earth's history. From sediment cores to ripple marks, learn how the past predicts our water future.
This week, we explore how mud, old coins, and even ancient tree sap keep a record of the past that we're only just starting to read.
Tiny fossils and pollen grains trapped in lake mud provide a detailed record of the Earth's past climate and water chemistry.
Discover how geologists use sediment cores and tiny sand grains to rebuild the history of ancient rivers and lakes, using light to date the past.
Ancient mud layers are acting as climate time machines, helping researchers reconstruct thousands of years of weather patterns through sediment analysis.
Scientists are using advanced sediment analysis to map ancient rivers and lakes hidden underground, helping us understand past climates and find modern water sources.
Gaps in the geological record, known as unconformities, reveal major shifts in earth's history, from massive floods to long-term climate changes.
Ancient riverbeds and lake sediments are more than just dirt; they are a historical record that helps us understand climate cycles and flood risks.
Tiny fossils and ancient pollen trapped in lake mud are helping scientists reconstruct the weather and water levels of the distant past. These small clues reveal big shifts in our environment.
Scientists are using ancient river sediments to map out past climates and predict future water patterns. By reading layers of mud and sand, they can see how rivers moved and changed over thousands of years.
Grab a coffee and learn how mud, old animal tracks, and sound waves help us find the hidden history of our rivers and landscapes.
Tiny fossils and ancient pollen grains are acting as nature's thermometers, helping us understand how our climate and water have changed over millennia.
Discover how scientists use sediment cores and light-based dating to map the history of ancient rivers and predict future changes in our field.
