phd.nat.au.dk/for-applican...
A powerful, unsupervised approach for discovering any significant change in a satellite time-series.
#GIS
#remotesensing
#ChangeDetection
#EnvironmentalMonitoring
#Forestry
#ClimateChange
#vegetationdynamics #SatelliteImagery #EarthObservation
“The spectral anomaly algorithm identifies a broad spectrum of dynamics, including vegetation gain from a green-up event or agriculture intensification, changes in the built environment, lava flows, and vegetation cover loss”
www.nature.com/articles/s41...
A powerful, unsupervised approach for discovering any significant change in a satellite time-series.
#GIS
#remotesensing
#ChangeDetection
#EnvironmentalMonitoring
#Forestry
#ClimateChange
#vegetationdynamics #SatelliteImagery #EarthObservation
#Trajectory of Vegetation Productivity and Drivers of Abrupt Changes Following Afforestation in the #SouthChinaKarst
#VegetationDynamics | #XGBoost_SHAP | #InterpretableMachineLearning
@mapjournals.bsky.social
doi.org/10.1093/jpe/...
#Trajectory of Vegetation Productivity and Drivers of Abrupt Changes Following Afforestation in the #SouthChinaKarst
#VegetationDynamics | #XGBoost_SHAP | #InterpretableMachineLearning
@mapjournals.bsky.social
doi.org/10.1093/jpe/...
@UWAresearch @SAgE_UWA #VegetationDynamics #EnvironmentalManagement #ClimateAction @ARCDARECentre https://x.com/ARCDARECentre/status/1859757839272771590
@UWAresearch @SAgE_UWA #VegetationDynamics #EnvironmentalManagement #ClimateAction @ARCDARECentre https://x.com/ARCDARECentre/status/1859757839272771590