Naomi Kessler
"Naomi investigates large-scale geomorphological shifts and the hidden stories within stratigraphic unconformities. She writes about the periods of erosion and non-deposition that define the long-term history of drainage basins."
Latest from Naomi
Tiny fossils and pollen grains trapped in lake mud provide a detailed record of the Earth's past climate and water chemistry.
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.
Discover how scientists use sediment cores and light-based dating to map the history of ancient rivers and predict future changes in our field.
Researchers are digging deep into old lake beds to find pollen and fossils that act as a thermometer for the ancient world.
Discover how geologists use trapped light in sand and tiny fossils to date ancient river systems and reconstruct the Earth's past climates.
Deep beneath our feet, microscopic fossils and ancient pollen are revealing the history of Earth's water. Scientists are decoding these biological clues to understand how lakes and rivers responded to past climate changes.
Scientists are using high-tech dating and sediment analysis to read ancient riverbeds like a history book. By looking at the size of sand grains and the glow of buried minerals, they are uncovering how past climate shifts shaped our world.
Scientists are using long tubes of dirt to rebuild the history of our planet's water. By looking at grain size and old mud layers, they can tell us exactly how rivers flowed thousands of years ago.
Discover how scientists use buried layers of sand and rounded pebbles to map out rivers that dried up thousands of years ago, revealing the secrets of our planet's watery past.
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.
Ever wonder how scientists know what rivers looked like thousands of years ago? It's all in the mud. By studying layers of sediment, we can predict future floods and understand how our climate is changing.
Tiny shells and ancient pollen found in buried mud layers act as nature's diary, helping scientists reconstruct the weather from thousands of years ago.
Earth's history has missing chapters, but scientists are learning to read the gaps in the ground to understand ancient floods and droughts.
Ancient lake sediments are revealing detailed climate records through palynology and micro-invertebrate analysis, providing a high-resolution look at prehistoric environmental shifts.
Researchers are using high-resolution sediment core analysis and OSL dating to reconstruct ancient river and lake systems, providing new insights into Holocene climate shifts.
Researchers are using high-resolution sediment core analysis and OSL dating to reconstruct ancient lake and river systems, providing a window into thousands of years of climatic and hydrological shifts.
Lake sediment cores are providing new insights into Holocene climate shifts through the analysis of varves, palynology, and micro-invertebrate proxies.
Advancements in OSL dating and high-resolution stratigraphy are allowing geologists to fill the 'missing' gaps in river history, revealing how ancient geomorphological shifts shaped the modern field.
New lacustrine stratigraphic research uses sediment cores and palynological data to map ancient aridity cycles, providing a long-term view of how continental lake systems respond to climate shifts.
