
Explore the origins and evolution of marine life with leading experts, discussing microbial ecosystems, deep-sea organisms, and the impact of changing oceans on early life forms.

Explore the terrestrial carbon cycle across scales, from plot to continent, with insights from Ken Davis's research at Pennsylvania State University.

Dive into estimating fluxes in the carbon cycle with insights from Anna Michalak's talk at the Keck Institute for Space Studies short course on quantifying emissions.

Dive into the dynamics of active matter and biological systems, exploring collective phenomena, self-organization, and the biological pump with insights from Stanford researcher Rahul Chajwa.

Explore long-term environmental impacts of mercury, gold, and asbestos mining, focusing on sustainable development and future challenges in mineral resource management.

Explore biogenic influences on sedimentation through case studies on brachiopods, endoevaporites, tufa formation, and microbial fossilization, offering new perspectives on geological processes.

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 global carbon cycle, human impacts, and key processes affecting atmospheric CO2 levels in this comprehensive overview of Earth's carbon budget and climate change dynamics.

Explores nitrogen loss in oceanic oxygen minimum zones, focusing on denitrification and anammox processes, their environmental controls, and implications for nitrous oxide production and ecosystem function.

Explore the ocean's biological carbon pump, its role in climate regulation, and methods for evaluating its efficiency in this comprehensive lecture on marine biogeochemistry.

Explore coupled interactions among water, life, and landforms in this AGU Fall Meeting session, focusing on predictive understanding and cutting-edge research in Earth sciences.

Explore Earth's oxygen cycle evolution and its implications for extraterrestrial life in this captivating lecture by Paul Falkowski, delving into planetary sciences and astrobiology.

Explore the Southern Ocean's role in glacial/interglacial CO2 fluctuations through Antarctic and subantarctic data analysis, modeling, and deglaciation insights.

Explore the fascinating world of exoplanetary ecosystems, examining current knowledge and future research directions in this captivating plenary talk by Hilairy E. Hartnett.

Exploring groundbreaking research and leadership in global environmental change, honoring Bert Bolin's legacy in climate science and international collaboration.

Introduction to phosphorus, nitrogen, and oxygen in stream ecosystems, exploring nutrient limitations and transformations crucial for understanding aquatic ecology and biogeochemical cycles.

Explore marine and near-surface carbonate diagenesis through expert presentations on biogeochemical drivers, karst geobody extraction, microporosity distribution, and petrophysical properties of calcitic and aragonitic deposits.

Explores advanced biomarker analysis techniques in geochemistry, including continuous flow, capillary methods, and isotope ratio mass spectrometry, with applications in soil science and Proterozoic studies.

Explore sedimentary fluxes and carbon cycle changes in the Congo Basin. Gain insights into greenhouse gas emissions and biogeochemical patterns in Africa's largest river system.

Exploring the impact of increasing Arctic nutrient fluxes on primary productivity, with implications for climate change and ecosystem dynamics in the rapidly changing polar region.