Building the Earth in a sandbox The Main Ethiopian Rift stretches for hundreds of kilometers through Ethiopia, a massive fracture where Africa is slowly tearing apart to birth a new ocean. However, the processes driving this continental breakup remain hidden deep beneath layers of volcanic rock and millions of years of geological history. Today, in a laboratory in the heart of the be ...[Read More]
Have you ever heard that we can “weigh” water on Earth from space? Since 2002, the GRACE and GRACE-FO satellite missions have been mapping month-to-month variations of the Earth’s gravity field. Because gravity responds to mass, these data can reveal how water is redistributed at the surface and in the subsurface. The result is a global time series of terrestrial water storage anomalies (TWSA)—h ...[Read More]
Before modern instruments, our only clues about past sea events came from written records and folklore. Along the eastern Adriatic coast, stories of sudden floods and “tidal waves” (locally called šćiga) have been passed down for generations. These waves, described as rapid rises and falls of the sea that could flood or empty harbours within minutes, were carved into Adriatic coastal life as rare ...[Read More]
Dr. Dominik Stolzenburg is a chemist in atmospheric physics at TU Wien, specializing in aerosol science and air quality. His work focuses on how ultrafine particles form, transform, and affect both climate systems and human health — especially in cities. Through field measurements, modeling, and data analysis, he explores how human and natural emissions interact, helping policymakers shape cleaner ...[Read More]
This blog post is part of our series: “Highlights” for which we’re accepting contributions! Please contact Emma Lodes (GM blog editor, elodes@asu.edu), if you’d like to contribute on this topic or others. Interview with Kate Drobnich, PhD student, Department of Geosciences, Colorado State University. Email: kate.drobnich@colostate.edu. Questions by Emma Lodes. Can you briefly describe the main ob ...[Read More]
This isn’t a new fashion trend in meteorology. For model developers, these unexpected stripes are a sign that something has gone wrong in the complex digital engine that powers our forecasts. Recently, our team at CMA Earth System Modeling and Prediction Centre (CEMC) encountered these very stripes in wind forecasts produced by an operational global model. We played the role of scientific de ...[Read More]
This blog post is part of our series: “Highlights” for which we’re accepting contributions! Please contact Emma Lodes (GM blog editor, elodes@asu.edu), if you’d like to contribute on this topic or others. Interview with Angus Moore, Researcher at the Czech Academy of Sciences, Prague, Czechia. Email: angus.moore@uclouvain.be Questions by Emma Lodes. Can you briefly describe the main objective of ...[Read More]
Since 2018, Google Earth Engine (GEE) has granted free access to various institutions for academic and non-profit scientific use. The goal of this initiative is to process large amounts of satellite imagery exclusively over the internet (cloud). This innovative option enabled thousands of users from around the world to investigate environmental phenomena at varying resolutions, including over time ...[Read More]
Several major holiday periods are coming up in the next months, and for many people this means taking some time off. But for academics, stepping away from work can be very difficult. At EGU25, we explored this challenge in a short course organized by the EGU “Life-Career Wellness” working group, where scientists shared their experiences (and strategies). In this post, we summarize the main points ...[Read More]
The Indian subcontinent is situated in Southern Asia, where it projects southwards from the Himalayas into the Indian Ocean. Along the northern border of this subcontinent, the Himalayas – home to the earth’s highest mountains on land – stretch with a length of ~2500 km and a width of 300 km. The stunning mountain ranges of the Himalayas provide a considerable physical barrier for air masses from/ ...[Read More]
