GeoWatch Labs

The biggest issue with satellite images analysis ? Clouds ! For agricultural topics, how can you get a timely and accurate information about the vegetation when the cloud cover is too dense? 🤔 The solution lies in SAR satellites that can “see” through clouds. Thanks to AI, GeoWatch Labs can provide you with continuous vegetation monitoring unaffected by the weather, anywhere on Earth. 🛰️🌬️☁️ Check below some of our “magical” touch on the NDVI, the widely famous index used to monitor vegetation from satellites 🪄 Do you want to know more ? Do you have a large scale crop monitoring project? Feel free to reach out! 🌏

📐 Delineating the agricultural fields is crucial if you want to monitor crop from satellites at large scale. Here is why: - you can filter the data on fields only, reducing the computation needed to a minimum 🌱 - it is much easier and accurate for results aggregation (for regional statistics, macro indicators or surface estimation) 🌎 - it paves the way for precision agriculture on wide areas, bridging the gap between the pixel information and the huge size of satellite images 🔬 Our AI model can delineate the fields of a whole country in just a few hours, anywhere in the world! Take a look at some of our results below on Italy, Brazil, Turkey, Ukraine and the USA (colors are for visualization purpose only). Do you want to know more ? Do you have a large scale crop monitoring project? Feel free to reach out! 🌏 Basemap credits: Google Satellite and data providers; Esri, Maxar, Earthstar Geographics and the GIS User Community.

1100 ha autour de la commune de Saint-Omer (62500) le long de l'Aa, 3900 ha le long de l'Yser entre Oost-Cappel et Handzame (Belgique). ⚠ C'est la surface agricole touchée par les inondations début Novembre 2023 que nous estimons chez GeoWatch Labs. Soit l'équivalent de 7100 terrains de foot en combinant les dommages pour ces deux localités seulement ! En effet, nos algorithmes uniques d'IA appliqués aux images satellitaires issues de la constellation Copernicus de l'European Space Agency - ESA nous permettent de surveiller à grande échelle les dommages agricoles subis lors de catastrophes naturelles. 🛰 Si vous voulez en savoir plus, n'hésitez pas à contacter l'équipe GeoWatch Labs ! Images : Anomalies détectées (représentées en bleu) entre le 26/10/2023 et le 17/11/2023 sur les acquisitions Sentinel-1 à Saint-Omer (1) et en Belgique (3) ; parcelles inondées (représentées en orange) dans ces localités (2, 4). Fond de carte : Google Satellite ; cadastre en France : Registre Parcellaire Graphique (IGN) ; cadastre en Belgique : issu de nos propres modèles d'IA #satellite #remotesensing #earthobservation