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- Radiometric 81Kr Dating Identifies 120,000 Year Old Ice at Taylor Glacier, Antarctica
- National Ice Core Laboratory — Science Management Office
- Developing a 'Little Ice Age' Glacial Chronology in the Southern Peruvian Andes Using Lichenometry and Cosmogenic Beryllium-10 Surface Exposure Dating
- ABSTRACT Branching Into the Past: Using Dendrochronology and Pinus
- A Brief History of Ice Core Science Over the Last 50 Yr
- Frozen in Time: Ice Cores
- Where to Find 1.5 Million Yr Old Ice for the IPICS “Oldest-Ice” Ice Core
- ABOX Pretreatment (Radiocarbon Dating) 23, 238 Abu Hureyra, Syria
- PALEOCLIMATOLOGY Reconstructing Climates of the Quaternary
- Success and Failure of Milankovitch Theory
- Tree Ring Effects and Ice Core Acidities Clarify the Volcanic Record of the First Millennium
- An Antarctic Ice Core Recording Both Supernovae and Solar Cycles
- A Stratigraphical Basis for the Last Glacial Maximum (LGM)
- ATAT 1.1, an Automated Timing Accordance Tool for Comparing Ice-Sheet Model Output with Geochronological Data
- Ar Age for the Toba Supereruption and Global Synchronization of Late Quaternary Records
- Ice Core Based Climate Reconstruction from the Mongolian Altai
- A Methane-Based Time Scale for Vostok Ice William F
- Palaeoclimate
- On the Breaking of the Milankovitch Cycles Triggered by Temperature Increase: the Stochastic Resonance Response
- Greenland Ice Mass Loss During the Younger Dryas Driven by Atlantic
- Reading an Ice Core
- Accumulation and Marine Forcing of Ice Dynamics in the Western Ross Sea During the Last Deglaciation
- Absolute Calibration of Greenland Revisited
- National Science Foundation and U. S. Geological Survey Decision
- Brief Communication: New Evidence Further Constraining Tibetan Ice Core Chronologies to the Holocene
- Ice-Core Evidence of Abrupt Climate Changes
- Paleomagnetic Correlations Between Scandinavian Ice-Sheet Fluctuations and Greenland Dansgaard–Oeschger Events, 45000
- Enamel Amino Acid Racemisation Dating and Its Application to Building Proboscidean Geochronologies
- The Importance of Sparse Tephras in Greenland Ice Cores Gill Plunkett,1 Michael Sigl,2 Jonathan R
- Marine Reservoir Age Variability Over the Last Deglaciation
- The Antarctic Ice Core Chronology (AICC2012)
- First Annual Hercules Dome Ice Core Workshop & Open Science Meeting
- Dating a Tropical Ice Core by Time–Frequency Analysis of Ion Concentration Depth Profiles
- Geomagnetic Paleointensity and Environmental Record from Labrador Sea Core MD95-2024: Global Marine Sediment and Ice Core Chronostratigraphy for the Last 110 Kyr
- Interglacials, Milankovitch Cycles, and Carbon Dioxide
- The EDC3 Chronology for the EPICA Dome C Ice Core
- Formal Subdivision of the Holocene Series/Epoch: a Discussion Paper by a Working Group of INTIMATE (Integration of Icecore, Mari
- A Novel Radiocarbon Dating Technique Applied to an Ice Core from the Alps Indicating Late Pleistocene Ages Theo M
- Evolution of Ocean Temperature and Ice Volume Through the Mid
- Paleomagnetism and Environmental Magnetism of GLAD800 Sediment Cores from Bear Lake, Utah and Idaho
- Ice Core Evidence for a 20Th Century Increase in Surface Mass Balance in Coastal Dronning Maud Land, East Antarctica
- A Revised Chronology of Key Vatnajo¨Kull (Iceland) Outlet Glaciers During the Little Ice Age
- Application of Ams 14C Dating to Ice Core Research
- Ice Core Paleoclimate Records from Combatant Col, British Columbia, Canada the NICL
- Changing Climate a Guide for Teaching Climate Change in Grades 3 to 8 a Look at Climate in the Past 4 by Nicole D
- Ice Cores and the Temporalities of the Global Environment
- Determination of Amino Acids in Ice Samples
- Bronk Ramsey Et Al., 2012)
- The Influence of 14C Reservoir Age on Interpretation
- Out of Tune: the Dangers of Aligning Proxy Archives
- Radiocarbon Dating of Glacier Ice: Overview, Optimisation, Validation and Potential
- Climate Change: Evidence from the Geological Record
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- Radiometric Dating of Ancient Glacial Ice Using 81 Kr
- Environmental Magnetic Record and Paleosecular Variation Data for the Last 40 Kyrs from the Lake Biwa Sediments, Central Japan
- Synchronizing the Greenland Ice Core and Radiocarbon Timescales Over the Holocene – Bayesian Wiggle-Matching of Cosmogenic Radionuclide Records
- Milankovitch Cycle Case Study
- CO2 Leads Global Temperature: Analysis of Ice Core and Marine Sediment Data in Combination with Modelling of Marine Reservoir Ages for the Last Deglaciation G
- History of the Greenland Ice Sheet: Paleoclimatic Insights
- State of the Art of Ice Core Annual Layer Dating Sune O
- Forty Years of Ice-Core Records of CO2 Jean-Robert Petit & Dominique Raynaud an Earlier Version of This Article Incorrectly Credited the Image in Figure 1
- A Stratigraphic Framework for Abrupt Climatic Changes During the Last