AI is here, and when I say here, I mean e-v-e-r-y-w-h-e-r-e. For all you know, this blog may have been written by an algorithm (it wasn’t — I’m not a robot, promise. Or am I?). In what feels like the blink of an eye, AI has gone from a curiosity to a fully-fledged co-pilot in science (and out of science). It’s generating satellite imagery, helping compute paleo-climate predictions, or writing your ...[Read More]
Here is how HydroFATE, a new high-resolution model, is predicting contaminant hotspots in global waterways

Figure from journal: estimated risk quotient for sulfamethoxazole (SMX) using HydroFATE in parts of Southeast Asia, with a focus on India and Pakistan. The risk quotient was calculated using Scenario 2 (see paper for details). The black dots represent the location of wastewater treatment plants in the database HydroWASTE. For visual clarity, only rivers exceeding a long-term average flow of 0.1 m3 s−1 are shown on the map.
Credit: Macedo et al, 2024.
Ever wonder what happens to the chemicals and medications we use once they go down the drain? The fourth Sunday of September each year marks the World Rivers Day, and this post is dedicated to our global rivers and what humankind can do to preserve our waters. This is because pharmaceuticals and household products, even after being flushed or washed away, don’t just disappear. Many of these substa ...[Read More]