Geo-RemoteSensing

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Geo-RemoteSensing � Educator | Geo & Remote Sensing
� GIS | Cartography |
� Learn • Map

Big shout out to my newest top fans! 💎 Abdul Kodir, Mohammed Areef, Arif Hussain, D**g Danje, शांतनु मंडल, Adeyemi Israe...
23/09/2026

Big shout out to my newest top fans! 💎 Abdul Kodir, Mohammed Areef, Arif Hussain, D**g Danje, शांतनु मंडल, Adeyemi Israel, Carlos Lozada

Drop a comment to welcome them to our community,

Shout out to my newest followers! Excited to have you onboard! Junji Bongabong, Jorge Galindo, Anna Elpisi, Samson Kipsa...
23/09/2026

Shout out to my newest followers! Excited to have you onboard! Junji Bongabong, Jorge Galindo, Anna Elpisi, Samson Kipsang, Jonathan Toniok, Mohammed Aboualazayem, Surendra Reddy, Mukesh Soni, Kennis Huang, Martín Treviño, VasuDevarao Bogi, Ricardo Torres Mendarus, Yogesh Prajapati, Jay Fuentes Mendoza, Arturo Torralba III, Crisanto Jr Afable, Ian Edd Arquero, Srikanth Dev Gorla, Sajid Hussain, Asif Shah, Raj Pariyar, Marcocyrill Ugo Nwadiogbu, Nirmal Neupane, Vijay Singh Sirsam, Atul Trivedi, Tohamie Abas, Alfred Allkoja, Arzon Pandey, Mahen Gusain, Kolawole Tunmise, Vicky Kashyap, Malak Umair Hassan, Manjunatha Rajanna, Ayush Dhungel, Lê Minh Tuấn, Froylan Matus, Sunil Jaiswal, Anshul Nainta, Ashish Meshram, Suraj Shrestha, Abdul Rehman Munna, Ahmed Shafique, Rana Bhanu Pratap Singh, Hoàng Vũ, Manny Adanza Mirador Jr., Uday Bhaskar, Олена Король, Muhammad Fuad, Ancheta Mjay, Jim Diola

22/09/2026

🗺️ Shapefile to Raster Conversion in ArcMap | Vector to Raster Conversion

In this video, you'll learn how to convert a Shapefile or Vector Data into Raster Data in ArcMap and generate a raster dataset step by step using the appropriate conversion tools.

This method is very useful for GIS mapping, spatial analysis, remote sensing, land use and land cover studies, watershed management, environmental studies, suitability analysis, hydrological analysis, research projects, dissertation work, and geospatial analysis**.

1. Add Shapefile or Vector Data in ArcMap
2. Open and Check the Attribute Table
3. Identify the Appropriate Value Field
4. Open ArcToolbox
5. Navigate to Conversion Tools
6. Select Polygon to Raster Tool
7. Select the Input Vector Shapefile
8. Select the Required Value Field
9. Set the Output Raster Dataset
10. Define the Raster Cell Size
11. Configure Environment Settings
12. Set Processing Extent if Required
13. Use Snap Raster for Raster Alignment
14. Run the Vector to Raster Conversion
15. Check the Output Raster Dataset
16. Open and Examine the Raster Attribute Table

Vector to Raster Conversion:

Vector Data → Raster Data

In this workflow, the attribute values of the selected vector field are transferred to raster cells according to the defined cell size, processing extent, and environment settings.

For polygon data, the Polygon to Raster tool is used to convert the shapefile into raster format.

For other vector geometries, ArcGIS provides specific tools such as Point to Raster and Polyline to Raster.

This workflow is commonly used in GIS, Remote Sensing, Spatial Analysis, Land Use Land Cover Mapping, Environmental Studies, Watershed Management, Hydrology, Suitability Analysis, Climate Studies, Natural Resource Management, and Geospatial Research.

Geo-RemoteSensing



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Thanks for being a top engager and making it on to my weekly engagement list! 🎉 Felix Oduro, Shaheer Said Akhunzada, Eda...
22/09/2026

Thanks for being a top engager and making it on to my weekly engagement list! 🎉 Felix Oduro, Shaheer Said Akhunzada, Edao Amano, Hasibullah Hanif, Carlos Mazo Rivera, Uma Devi, Touy Mta, Gaaddisaa Dirribsaa, Fakrudeen Khan, Reekong Ekong

19/09/2026

🌧️ Annual Rainfall Map in ArcMap Using IMD Rainfall Data 2025

In this video, you'll learn how to create an Annual Rainfall Map in ArcMap using IMD 0.25° × 0.25° Gridded Rainfall Data for 2025 and generate an annual rainfall distribution map step by step.

This method is very useful for rainfall mapping, climate studies, watershed management, hydrological analysis, drought assessment, environmental studies, agriculture, research projects, dissertation work, and geospatial analysis.

1. Add IMD 2025 NetCDF Rainfall Data in ArcMap
2. Add Study Area Shapefile
3. Zoom to the Study Area
4. Export Rainfall Data According to Study Area Extent
5. Create Composite Raster Using 365 Daily Rainfall Bands
6. Project Data to WGS 1984 UTM Zone 44N
7. Calculate Annual Rainfall Using Cell Statistics
8. Select SUM for Annual Rainfall Calculation
9. Convert Rainfall Raster to Point Features
10. Use GRID_CODE as Rainfall Value
11. Perform IDW Interpolation
12. Set Processing Extent and Raster Analysis Mask
13. Export the Final Annual Rainfall Raster
14. Apply Suitable Symbology
15. Visualize Annual Rainfall Distribution

Annual Rainfall Calculation:

Annual Rainfall = Sum of Daily Rainfall

For 2025, the daily rainfall values from **365 days** are summed cell-by-cell to calculate the annual rainfall.

This workflow is commonly used in GIS, Remote Sensing, Climate Studies, Hydrology, Watershed Management, Rainfall Analysis, Environmental Monitoring, Water Resource Studies, Disaster Management, and Geospatial Analysis.

Geo-RemoteSensing



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