
Explore how isotopes in ice cores and sediments reveal past climate changes, including temperature fluctuations and ice ages, through fractionation processes and the Milankovitch theory.

Explore ice's role in climate change, recent Greenland trends, and Earth's climate history over 5 million years, including paleoclimate periods and geomorphological evidence of past ice extent.

Explore modern and Neogene carbonates of Bonaire through an in-depth presentation from the IAS Summer School 2024, offering insights into geological formations and processes.

Explore triple oxygen isotopes in carbonates and apatites for paleoclimate reconstruction, covering evaporative modification, closed basin lakes, and aridity gradients.

Explore how mollusk shells serve as archives for past climate and ecosystem changes, revealing insights into extreme weather patterns and seasonality in high-CO2 environments.

Explore early Pleistocene sea-level cycles in Taiwan, challenging the "41-kyr world" concept with evidence of precession-dominated fluctuations in high-sedimentation rate basins.

Explore multi-proxy paleoclimate reconstruction from Niue Island speleothems, revealing past climate changes linked to South Pacific Convergence Zone and ENSO in the tropical Pacific.

探索人类起源:李海鹏介绍FitCoal模型,揭示93万年前人类祖先面临的生存挑战,强调团结和同情心在人类进化中的重要性,以及这些品质对当今社会的深远影响。

Explore an eco-evolutionary model assessing past environmental impacts on current biodiversity through the ecophylo framework.

Explore how cyclostratigraphy reveals Solar System and Earth-Moon dynamics, offering insights into planetary orbital variations, Earth's changes, and paleoclimate systems through geologic time.

Explore Earth's past climates to validate climate models and predict future behavior. Learn about challenges in paleoclimate data analysis and efforts to standardize and analyze these unique archives.

Explore the fascinating Carnian Pluvial Event - a million-year rainfall period that dramatically transformed Earth's ecosystems and shaped the evolution of life as we know it today.

Explore Earth's dramatic climate shifts from the Paleocene-Eocene Thermal Maximum to the Eocene-Oligocene cooling, examining their causes, effects on life, and lasting impact on our planet's environment.

Explore the fascinating 100-million-year global freeze event, its causes, and Earth's eventual thaw. Uncover evidence, theories, and the profound impact on our planet's evolution and life.

Explore the evolution of the Patagonian Ice Sheet over 35,000 years, examining its diverse environments, sediment-landform assemblages, and the climatic factors influencing its recession.

Explore the history of climate science, from early discoveries to modern models, and understand the current global climate crisis and its ethical implications.

Explore the impact of Siberian Traps magmatism on Permian-Triassic climate, examining its effects on atmospheric chemistry, ocean circulation, and potential extinction mechanisms.

Explore the Southern Ocean's role in glacial/interglacial CO2 changes through biogeochemical processes, Antarctic data, and model results in this comprehensive AGU presentation.

Explore how carbon isotopes support the theory of Atlantic Meridional Overturning Circulation decline triggering early deglacial CO2 rise, challenging existing hypotheses.

Explore the IODP Expedition 342 to Newfoundland through this captivating documentary, showcasing groundbreaking oceanic research and scientific discoveries in the North Atlantic.

Explore groundbreaking insights on climate change and oceanography in this historic lecture by renowned geochemist Wallace S. Broeker at the AGU Fall Meeting 2001.