Miriam Herrmann

@miriamher.bsky.social

PhD student at FUBerlin interested in nature 🥾 trees 🌳 remote sensing 🛰️ lidar 💥 sciart 🎨 and yoga 🧘‍♀️

🧑‍💻Interested in starting with deep learning using satellite or airborne remote sensing data but don't know where to start? 🌍🛰️ 🧑‍🏫 We have some beginner friendly tutorials waiting for you! 🏃Head over to @ffassnacht.bsky.social's GitHub page and check them out 😍

Remote Sensing and Geoinformatics - Freie Universität Berlin@fub-remotesensing.bsky.social · last yr.

🚀 Getting started with Deep Learning for remote sensing? Check out these beginner tutorials from FU Berlin: 🧠 UNet in PyTorch: bit.ly/3GBWPx1 🛰️ Segment Anything for GeoTIFFs: bit.ly/3GBWRVF 🌍 #DeepLearning #PyTorch #GeospatialAI #UNet #SegmentAnything #EarthObservation #OpenScience

Three-panel image showing a UNet model applied to remote sensing imagery. Left: grayscale UNet output showing probability map of detected features, here trees. Center: input false-color infrared satellite image with vegetation coloured in reddish colours. Right: same input with bright green overlay showing segmented tree crown areas after thresholding.

📣 Just a few days to go! Join us this Saturday, June 28 at #LNDW2025 in the Theaterhof of the Silberlaube @FUBerlin. As a special add on we’ll be showcasing a small art project by ZK/U fellows, created in collaboration with us: Visual Cultures of Forest Carbon - www.zku-berlin.org/fellows/754/ 🌳🌲

Colored laser scan of a forest in Brandenburg.Colored laser scan of an office and the trees outside.
Remote Sensing and Geoinformatics - Freie Universität Berlin@fub-remotesensing.bsky.social · last yr.

🌲 Curious about what trees do for us—and how we can measure it? Visit us at #LNDW2025 in the Theaterhof of the Silberlaube #FUBerlin on June 28th! Together we use our new laser scanner to turn trees into 3D models to study their health, structure, & carbon storage. Don’t miss it! 🌳

Illustration of a Mobil Laser Scanning device