https://doi.org/10.2307/1353044 • https://www.jstor.org/stable/1353044 Copy URL As part of the Microbial Exchanges and Coupling in Coastal Atlantic Systems (MECCAS ...

How sensor-driven plume dispersion modeling saves lives. Across the U.S., 17% of the population live near a toxic release facility, ranging from 6.5% in Hawaii to 37.3% in Wisconsin (Stacker.com).

CALGARY, Canada--(BUSINESS WIRE)--Blackline Safety Corp. (TSX: BLN), a global leader of gas detection and connected safety solutions, today announced it has partnered with Houston-based Vlahi Systems, ...

When hazardous materials are released, it can be an immediate risk to the safety of the public and responders. See how new best practices evaluate the size, spread and scope of a leak in real-time, ...

To be environmentally sustainable, the ocean disposal of domestic sewage via a sea outfall must be carefully studied, such as previous modeling of waste-plume dispersion processes, for environmental ...

In this video, we present a new method that uses a swarm of drones to reconstruct the 3D structure of smoke plumes in outdoor environments. This approach enables high-resolution, volumetric tracking ...

A plant-wide power outage at Pasadena Refining Systems in Texas one hot July day forced the plant to flare off some product, including sulfur dioxide. As the toxic black smoke drifted into the nearby ...

Source Term Estimation and Atmospheric Dispersion Modeling are central to quantifying the characteristics of uncontrolled pollutant releases and accurately predicting their evolution in the atmosphere ...

A paper published this month in the Bulletin of the American Meteorological Society details the development and utility of a computer model for the dispersion of volcanic smog or "vog," which forms ...