Come work with us at @developmentseed as a Cloud Engineer! You'll be developing tools to handle lots of 🌎 Earth Observation data, manage ☁️ cloud infrastructure, and work with open source 🤗
Nice to have is some familiarity with cloud-native formats like @zarr, Cloud-optimized GeoTIFF, GeoParquet, etc (or a willingness to pick them up)!
We're pleased to share our latest work, published in Earth Science Informatics: "OpenEOcubes: an open-source and lightweight R-based RESTful web service for analyzing earth observation data cubes". This work is now accessible as an open-access document
📢 OGC is seeking public comment on the adoption of openEO as a Community Standard. openEO aims to increase the interoperability of processing “big EO data” (e.g. satellite imagery) in the cloud by defining a simple an unified API. https://bit.ly/49pZaDE #OGC#standard#EarthObservation#openEO
🌍 Explore the world from above with #ICESat2R! 🛰️ Discover how Lampros Sp. Mouselimis (@lampros_twit) built ICESat2R that uses the ICESat-2 satellite data in R. Dive into our latest blog for insights into altimetry data, ice sheet changes, and more. 🌳🧊
Florian Mouret et al from #CESBIO and #Orleans University, have set-up a new method to monitor oak dieback, using #Sentinel2#EarthObservation data as input, with terrain measurements to train the classification model. uses the #Iota2 opensource framework to process large multi-temporal #timesSries
After three successive summer droughts in 2018, 2019, and 2020, the dieback of oaks has considerably increased in the center of France.
Florian Mouret and his colleagues from #CESBIO and #Orleans University, have set-up un new method to monitor oak dieback, using #Sentinel2#EarthObservation data as input, with terrain measurements to train the classification model.
The method uses the #Iota2 opensource framework to process large multi-temporal #timesSries