Ecological Proxies and Palynology
The study of fossil assemblages and pollen to infer past climatic conditions, water chemistries, and regional biodiversity.
Latest in Ecological Proxies and Palynology
Scientists are using ancient mud layers and light-sensitive sand grains to map out the history of Earth's water, helping us understand when the next big flood might strike.
Explore the fascinating science of unconformities—the missing chapters in Earth's history—and how they reveal massive shifts in our planet's field.
Ancient lakebeds are giving up their secrets. By studying microscopic shells and old pollen layers, scientists are mapping out massive droughts and floods from the past to help us prepare for a changing climate.
Ancient lakebeds hold tiny fossils and pollen that act as a time machine, showing us how green valleys turned into deserts over thousands of years.
This week, we explore how tiny shells, soil layers, and microscopic plant glass help us piece together the earth's ancient history and changing climate.
Scientists use light and carbon to pinpoint when ancient lakes dried up. These time-stamps help us see how the planet's water supply has shifted over thousands of years.
Hidden in the mud of ancient lakes are tiny shells and pollen grains that tell the story of Earth's past. Learn how these microscopic clues help us understand big climate shifts and the history of our water.
The ground remembers everything. From Ice Age glaciers to tiny glass plant bits, see how the past still shapes our world today in our weekly digest.
Researchers are using sediment cores to read the history of ancient rivers, turning layers of mud and sand into a detailed timeline of past floods and climate shifts.
Scientists are using deep mud samples to read the history of our planet's rivers and lakes, helping us predict future floods by looking at the past.
This week's digest explores the hidden patterns in our world, from insects that live in silver veins to the secret way water moves through soil.
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.
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.
Discover how scientists use sediment cores and light-based dating to map the history of ancient rivers and predict future changes in our field.
Ancient lake beds are more than just dry dirt; they are archives of past climates. Learn how tiny shells and old pollen help us map the Earth's watery past.
By studying the microscopic fossils and pollen trapped in ancient lake sediments, scientists are reconstructing the earth's climate history and predicting future environmental shifts.
Scientists are using deep sediment cores to read the history of ancient rivers, using grain sizes and ripple marks to map out floods from thousands of years ago.
Scientists are using sediment cores and light-based dating to map out rivers that haven't flowed in thousands of years. Learn how old mud and sand are revealing the history of our planet's water.
Gaps in the geological record are not just empty spaces; they are evidence of massive planetary shifts. Discover how scientists use 'missing' time to map the history of Earth's water.
