@jia-jintegragri.bsky.socialModelling spatio-temporal dynamics of soil organic carbon in #paddysoil by coupling digital #soil mapping with a process model
🎓led by Prof. Zhou Shi at Zhejiang University @ZJU_China
❇️https://doi.org/10.1016/j.jia.2025.11.006
#SOC #agroecology #RemoteSensing #DigitalSoilMapping
@bigearthdata1.bsky.social📢 SAGE-UNet: A mixture-of-experts spatially-aware gated enhancement U-Net for #flood water segmentation from Sentinel-1 #SAR and post-event impact assessment—learning from flood events in Germany and Spain by Armin Moghimi et al.
👉 doi.org/10.1080/2096...
💌 #GeoAI #disaster #remotesensing #GIS
@muser.pressA faint signal released by vegetation during #photosynthesis is expected to give scientists a new way to observe how #plants respond to #drought, heat and other environmental pressures across the planet.
#FLEX #PlantStress #RemoteSensing
@mapjournals.bsky.social#GrassResearch
🛰️ Conventional WUE assays are labor‑intensive; spectral VIs enable non‑destructive high‑throughput grass drought phenotyping.
Details: https://maxapress.com/article/doi/10.48130/grares-0026-0019
#GrassPhenotyping #RemoteSensing
@junaidwaseem474.bsky.socialCoral reefs face unprecedented thermal stress. Explore how satellite imagery and remote sensing indices are used to map, monitor, and track reef bleaching events globally to aid conservation efforts. Read the full guide here.
@junaidwaseem474.bsky.socialDetecting crop stress early saves harvests. Learn to calculate the Vegetation Health Index (VHI) and monitor agricultural drought conditions using thermal data from Landsat TIRS. Explore this remote sensing workflow. Click here for the tutorial.
@junaidwaseem474.bsky.socialOptical imagery fails in cloudy tropical regions. Synthetic Aperture Radar (SAR) cuts through clouds, making it essential for continuous environmental monitoring. Learn how to track deforestation using Sentinel-1 SAR data. Click here to read.
@junaidwaseem474.bsky.socialDetecting crop stress early is crucial for precision farming. Explore how multispectral drone imagery provides actionable insights for agricultural management by calculating vegetation indices. Click here to read the full analysis.
@junaidwaseem474.bsky.socialWhen dealing with high-resolution imagery, pixels aren't always enough. Compare Object-Based Image Analysis (OBIA) with traditional pixel-based classification workflows inside Google Earth Engine. Read the methodology comparison here.
@junaidwaseem474.bsky.socialUrban subsidence poses a massive infrastructure risk globally. Advanced SAR Interferometry (InSAR) allows us to accurately measure ground deformation down to the millimeter scale directly from space. Discover the processing workflow. Read the article here.
@junaidwaseem474.bsky.socialSurveying shallow coastal waters by boat is expensive and slow. Satellite-Derived Bathymetry (SDB) offers a scalable remote sensing alternative for mapping underwater topography and coastal morphology. Click here to read the full article.
@junaidwaseem474.bsky.socialStop downloading gigabytes of satellite imagery just to clip a small area of interest. Learn how to efficiently read, process, and stream Cloud Optimized GeoTIFFs (COGs) directly over the network using Python and GDAL. Click here to read the tutorial.
@junaidwaseem474.bsky.socialRunning out of RAM processing massive datasets? Scaling Python spatial workflows horizontally is essential for large-scale earth observation data. Learn how to optimize pipelines using Dask and Xarray for distributed computing. Click here to read.
@junaidwaseem474.bsky.socialGlobal agriculture and climate models rely heavily on accurate surface data. Microwave satellite sensors allow us to continuously monitor soil moisture levels across large scales.
https://rsandgis.me/articles/satellite-based-soil-moisture-monitoring.html
@geo-trees.bsky.social🌴 Postdoctoral Fellowship — GEO-TREES 🛰️
STRI-ForestGEO seeks a Postdoc to develop satellite-based methods estimating tropical forest biomass ( #AGB), local to national scales.
📍 Panama City 🇵🇦 | 🕐 2 yrs
Details: forestgeo.si.edu/postdoctoral...
#RemoteSensing #GEO_TREES #ForestGEO #Postdoc #Hiring
@water-insight.bsky.socialEnjoying the #OceanOpticsXXVII in Ghent! Very good talks, posters, nice people and a lot of interest in the #WISP_Orca and #WISPstation in our booth.
@oceanopticsconf.bsky.social
#remotesensing #oceanopticsconference #oceanoptics #ghent 💡🌊🛰️🦠
@mishafredmeyer.bsky.socialOur Remotely Sensed Lake Surface Temperature Data Paper is live in @aslo.org #LOLetters! we use Landsat 8 to aggregate skin surface temperatures for over 130,000 lakes of at least 4 ha in the US 2013-present! #opendata #remotesensing aslopubs.onlinelibrary.wiley.com/doi/10.1002/...
@eu-liquidice.bsky.social❄️ Yesterday, Heikki Lihavainen from SIOS, a LIQUIDICE partner, presented the project at the ESA Polar Science Cluster Collocation Meeting 2026 in Innsbruck.
He introduced LIQUIDICE and shared selected results related to remote sensing and Earth Observation.
@bigearthdata1.bsky.social📢 On the sensitivities to the modifiable areal unit problem
👉 doi.org/10.1080/2096...
💌 #sensitivityanalysis #Modifiablearealunitproblem #sensitivity #geographicalobservation #probability #deviationdistribution #spatialstatistics #Geography
#digitalearth #remotesensing #GIS
@ehsansci.bsky.social📢Our new paper: “Isolating the contribution of local and non-local shortwave flux biases towards climatological sea surface temperature and precipitation biases within a coupled climate model”
🔗Link in comments 👇
#DRIscience #radiation #remotesensing #ocean #atmosphere
