Mostafa Pourdastan’s Post

Change detection in #RemoteSensing involves comparing multiple satellite images taken before, during, and after an event to identify differences in the area of interest. By analyzing these changes, it is possible to track transformations in large areas, making this technique invaluable for monitoring regional changes. On Bribie Island, comparing images from 2021 to 2024 reveals how the northern tip has evolved, including the formation of new channels.

Holy Mackeral. Here in the lab, we’ve been known to tell a fish tale or two. So it finally occurred to us. What if the one that got away really DID get away? Could we have been using a line without enough beef to it? Using our innate testing skills we decided to find out how much weight our various filaments could handle. Sound fishy? The answers may surprise you. Learn more about Geotechnics at Geotechnics.net. #Tested

Accurate Mapping of Daily and Sub-Daily Wildfire Growth Using Satellite Observations - https://lnkd.in/gg8kN8A2 At Spheros Environmental, we're breaking new ground in wildfire mapping with our innovative approach using satellite observations. By analyzing sub-daily data from MODIS and VIIRS, we've developed a high-resolution dataset that provides unparalleled insights into wildfire growth. Our novel method enhances fire behavior analysis, emissions modeling, and near-real-time fire monitoring, with impressive accuracy. We're excited to share that this groundbreaking work is published in the International Journal of Wildland Fire. Dive deeper into the project and its implications: https://lnkd.in/gg8kN8A2 #WildfireResearch #SatelliteData #EnvironmentalScience #SpherosEnvironmental

👋👋 Quantitative Analysis on #Coastline Changes of Yangtze #RiverDelta Based on High #SpatialResolution Remote Sensing Images ✍️ Qi Wu et al. 📎 https://brnw.ch/21wNwq9

It's crucial to recognize the intricate relationship between changes in river morphology and their broader impact on watersheds. By harnessing advanced Earth observation technologies, we can gain valuable insights into these dynamics, enabling more effective watershed analysis and informed decision-making for sustainable resource management. Presenting the change in river morphology in light of remote sensing technologies. #RiverMorphology #EarthObservation #RemoteSensing #BigData #WatershedAnalysis #Sustainability"

"When data is paramount, the ability to collect accurate information in hazardous or inaccessible environments becomes increasingly crucial." Explore how the Leica BLK ARC and Boston Dynamics Spot are revolutionizing environmental mapping in Autonomy Global's article: https://hxgn.biz/4j5SQXW #LeicaBLK #BLKARC #BLKAutonomy #BostonDynamics #Spot Hexagon AB

How to make a "peeled edge" area of interest effect in #ArcGISPro. John Nelson is back with some snazzy peel and blend effects to make your map 𝘳𝘦𝘢𝘭𝘭𝘺 jump off the screen. https://ow.ly/lqGh50SUCj5

How does Symterra work? It involves how birds navigate + technology. It's actually quite fascinating. Birds are incredibly smart creatures! If you'd like to learn more about our safe, science-backed bird control, or interested in becoming a Symterra Partner, we'd love to chat. #birdcontrol #Symterra #Ecofriendly

#30DayMapChallenge Day6: Raster Topological stream order assign an order (Blue to Red) within a stream network based on its distance from the outlet. The area directly draining into the catchment outlet is assigned the lowest order (Blue). Each upstream tributary receives progressively higher orders, indicating its position within the network. The color red shows the area furthest from the outlet. Made with #QGIS using Whitebox tools Blue Arrows #gis #foss4g #osgeo

🔥🌳🔥 A #GoogleEarthEngine Approach for #Wildfire Susceptibility Prediction #Fusion with Remote Sensing #Data of Different Spatial Resolutions ✍️ Sepideh Tavakkoli Piralilou et al. 🔗 https://brnw.ch/21wPoYS