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Using the global 3.25-km Simple Cloud Resolving E3SM Atmosphere Model (SCREAM 3 km), a pair of 13-month Cess-Potter simulations are performed to quantify the radiative feedbacks a…

We use global sea ice volume, atmospheric carbon dioxide (CO2) concentration, and Antarctic land surface temperature data from 798,000 to 1,000 years ago. We control for the eccen…

Global storm-resolving models (GSRMs) are the upcoming global climate models. One of them is a 5-km Icosahedral Nonhydrostatic Weather and Climate Model (ICON). Its high resolutio…

Given that more than half of the world’s population currently resides in cities, further understanding of the potential impact of future climate change on urban areas is needed. I…

jabbrv-ltwa-all.ldf jabbrv-ltwa-en.ldf Improving cloud cover prediction is one of the fundamental challenges for large-scale climate simulations due to the stochastic na…

Microwave (MW) radiometers carried by low-orbit satellites can penetrate cloud tops and reveal convection and precipitation. However, due to the orbit height and scanning width, i…

Due to the connection between atmospheric conditions and the marine climate, previous studies proposed the use of atmospheric data as a predictor to estimate the total water level…

Global climate change is significantly impacting dust emission patterns in arid regions, posing challenges to environmental quality and human health. However, the impacts of futur…

Climate models initialized near the observed state tend to drift toward their own climatology. This drift typically is removed during post-processing by subtracting a lead-time an…

Measuring flooding through time is crucial for understanding exposure and vulnerability — key components to estimating flood risks and impacts. Yet, historical records of flood in…

This study focuses on the production of Sustainable Aviation Fuel (SBAF) within the framework of biorefineries, emphasizing the critical role of catalysis in enabling efficient an…

Volumetric bedload transport and the thickness of the mobile layer of sediment grains are examined using data from a high-resolution, two-phase numerical simulation of oscillatory…

Across various nations, a significant shift towards a sustainable and environmentally responsible economy is occurring. Nevertheless, this positive transition is marred by a rise …

The Mediterranean Sea is a critical hotspot for climate and biodiversity, where dense water formation and its spreading significantly influence thermohaline circulation and biogeo…

AGU24 - Nonlinear Geophysics (NG) Mon, Dec 09, 2024, Washington DC & Online Session NG01-01: Bayesian posterior sampling in non-linear seismic inverse problem using deep generativ…

Observations of sea surface height (SSH) from SWOT have demonstrated remarkable potential for resolving mesoscale and submesoscale ocean features, which are crucial for assessing …

The texture, structure, and micromechanics of sandstones control natural and man-made processes throughout the Earth’s upper crust. Until now, these features have been studied pri…

Climate change is altering the frequency and intensity of physical hazards worldwide, magnifying risks to critical systems such as agriculture. Designing adaptive measures to miti…

Repeating earthquakes are nearly identical seismic events that occur reiteratively on the same fault patch with highly consistent focal mechanisms. Their magnitude-dependent recur…

Triple oxygen isotope compositions of sedimentary sulfate (∆’17O) have been applied as a tracer of past primary productivity, pO2 and pCO2. However, large intraformational variabi…

Advances in Uncrewed Surface Vehicles (USVs) enable expanded observations in the critically undersampled Southern Ocean - a region vital for global heat uptake. Using data from th…

In order to contribute to the deliberation of medium- to long-term local climate policies towards Carbon Neutral by 2050, which is a statutory goal in Japan, the CO 2 emissions by…

and Forecasting (ERF) code is a next-generation atmospheric flow solver that can leverage modern computational resources. • ERF contains key capabilities that enable the simulatio…

Increasing the resolution of regional climate models up to convection-permitting scales has improved the representation of land cover, precipitation, and extreme events. In this w…

We perform inversion of seismic waveforms for three-dimensional (3-D) models of shear and compressional seismic wave velocities (VS and VP, respectively) in the lowermost 400 km o…

Growth habit is one of the most important domestication traits in dry bean (Phaseolus vulgaris L.). In the U.S. for example, Type II indeterminate upright plant varieties have all…

The magnitude-frequency distribution (MFD) quantifies the relative frequency of large versus small earthquakes, serving as a critical tool for investigating earthquake dynamics an…

More frequent extreme rainfall events is one worrisome aspect of climate change, likely driven by an increase in atmospheric heat which boosts the atmospheric water content, subse…

Earth has experienced several pan-glaciations in its history, often interpreted as hard Snowball Earth periods with complete global ice cover. Alternatively, waterbelt states with…

Coastal flooding from tropical cyclones (TCs) is among the most devastating natural hazards in the U.S., with storm surges often causing the greatest damage. Accurately quantifyin…

The Martian magnetosheath acts as a conduit for mass and energy transfer between the upstream solar wind and its induced magnetosphere. However, our understanding of its global pr…

The 2020–2023 Antarctic spring seasons saw large ozone holes, significant ozone mass deficit, and low polar cap total ozone compared to the second decade of the 21st Century, prom…

In this work, a team of globally distributed space science researchers come together to voice their perspectives on space weather research globally and locally. We highlight the…

This study delves into the present-day seismotectonic conditions beneath the intracontinental High Atlas Mountains, Morocco, with a focus on the region of the significant Al Haouz…

With global warming, the hydrological cycle is intensifying with more frequent and severe droughts and floods, placing water resources and their dependent communities under increa…

Verifying model performance is essential for identifying strengths, weaknesses, and areas for improvement. This paper assesses the performance of four ionospheric models, IRI-2020…

In this work, we explore embodied data interaction with the empirical space weather datasets in a mixed reality (MR) environment using extended reality (XR) technologies. Three …

• Interannual oscillations between 1 and 25 years are examined in F, E, and D region ionospheric observations. • F10.7cm and Lyman alpha emission also display the same periods but…

Accurately predicting tropical cyclone (TC) activities is important for both hazard mitigation and adaptation. However, the number of TC genesis simulated by numerical models is…

Within the last 20 years, the alpaca (Lama pacos), a camelid native to South America's mountainous regions, has been introduced to diverse biomes in China. While their numbers are…

Melting Arctic sea ice fractures into floes, adversely affecting safe navigation. Short-term forecasts of sea ice motion are required, but remain challenging due to multi-scale sp…

The current research was carried out to investigate conventional heat transfer enhancement inside the tube by using twisted stainless-steel angle insert. Main objectives were to f…

GEOCLASS-image is an Open Source Cyberinfrastructure (CI) for automated classification of spatial surface structures based on high-resolution image data, consisting of an data-dri…

Linear Inverse Models (LIMs) are widely used data-driven tools for studying El Niño Southern Oscillation (ENSO). However, standard LIMs struggle to simulate the observed asymmetry…