
Explore the interaction between sediment gravity flows and bottom currents in continental slope morphologies, revealing new insights from laboratory experiments on hybrid bottom-turbidity currents.

Explore new insights into turbidity currents, powerful underwater sediment avalanches, through recent field-scale measurements. Learn about their impact on marine ecosystems and infrastructure.

Explore Earth's terrestrial carbonates through time, from soil to hot springs. Discover their role in studying planetary evolution and life's interplay with environments across the galaxy.

Explore diverse gravity current processes in coarse-grained flows on steep slopes, examining outcrop examples from Greece and their implications for sediment transport and deposition.

Explore how river sedimentary facies serve as proxies for past precipitation patterns, offering insights into future climate-driven changes in river systems.

Explore the sedimentological impacts of flooding events, examining how water-driven processes shape landscapes and leave lasting geological evidence.

Investigates ripple formation on mixed sand-clay beds, revealing clay content thresholds and their impact on ripple size, shape, and bed stability under combined flow conditions.

Discover the vital role of wetlands in Florida's ecosystem with Dr. Kanika Inglett. Learn about their ecological functions, importance, and how to contribute to their preservation.

Explore urban stream ecosystems, their challenges, and conservation efforts with expert insights from UF's soil and water quality researcher in this engaging virtual presentation.

Explore innovative solutions to rebalance carbon distribution in ecosystems and combat climate change through forest restoration and biochar implementation.

Discover the ancient Iranian rainwater storage method of Bandsar and its potential to address water scarcity in arid regions, presented by renowned desert explorer Bahman Izadi.

Explore groundbreaking research on boulder movement during severe storms, revealing insights into coastal erosion and storm intensity through advanced scientific methods.

Explore hydrologic sciences through award presentations and a lecture on future directions in hydrology, featuring insights from leading experts in the field.

Innovative airborne snow mapping system optimizes water management in California, enhancing reservoir operations and hydroelectric generation during severe drought conditions.

Explore the intersection of climate, hydrology, and water systems with Peter Gleick's insights on grand challenges in these interconnected fields at the AGU Chapman Conference.

Exploring landscape mechanics from bedrock hillslopes to deltas, examining sediment transport processes, erosion rates, and morphodynamics through field observations, experiments, and theoretical models.

Explore cutting-edge drought monitoring and prediction techniques, including global information systems, seasonal forecasting, and climate change impacts, with applications for decision-making in water resource management.

Scientists discuss installation of atmospheric river observatories in California to enhance monitoring and prediction of powerful winter storms, aiding forecasters and resource managers in decision-making.

Explore the science behind climate change, its impacts on Earth systems, and potential future scenarios. Learn about evidence, models, and strategies for addressing this global challenge.

Time-lapse photography reveals rapid changes in Nepalese glacier lakes, while studies show peak water reached for Western Hemisphere glaciers and concerning predictions for Canadian glaciers.

Explore the impacts of the 2011 Mississippi River flood on sediment distribution and ecosystem restoration efforts, with insights from researchers tracking nutrient movements and assessing restoration strategies.