GeoDevix

Gilgit Flood 2024 – Interactive GIS Dashboard

Flood disasters are not just natural events — they are spatial phenomena that can be analyzed, understood, and predicted through geospatial intelligence.

This interactive flood analysis dashboard for Gilgit (Pakistan) integrates multiple remote sensing and GIS datasets to explore how terrain, rainfall, and land cover influence flood vulnerability in mountainous regions.

Using satellite data and geospatial analysis, this project combines:

🔹 SRTM DEM elevation analysis to understand terrain structure
🔹 Low-lying area detection (

Mean Precipitation Map – Zara, Turkey

Understanding rainfall patterns is essential for water resource management, agriculture planning, and climate studies. This map visualizes the spatial distribution of mean precipitation in Zara, Turkey, highlighting areas of low to high rainfall intensity.

At GeoDevix, we transform raw geospatial data into meaningful visual insights using GIS and remote sensing techniques, helping decision-makers better understand environmental trends.

📍 Study Area: Zara, Turkey
🗺️ Data Type: Mean Precipitation
📊 Method: GIS-based spatial analysis & classification

If you’re working on climate analysis, hydrology, or environmental mapping, this kind of spatial visualization can make complex data easy to interpret.

Mean precipitation map | Zara Turkey rainfall | GIS precipitation analysis | Climate data visualization | Spatial rainfall distribution | Remote sensing and GIS | Hydrological mapping | Environmental GIS | Thematic mapping | Geospatial analysis

Roads Network Map of Charsadda District 🗺️
This map visualizes the transportation network within Charsadda boundary, developed using GIS techniques for spatial analysis and infrastructure understanding.

📍 Region: Charsadda, Khyber Pakhtunkhwa
🛠 Tools: GIS & Remote Sensing
🎯 Purpose: Network visualization & planning support









Roads Network Map | Charsadda District | GIS Mapping | Spatial Analysis | Transportation Network | Geographic Information System | Infrastructure Mapping | Urban Planning | Remote Sensing | Cartography | Geospatial Data | Pakistan GIS | Khyber Pakhtunkhwa | Roads | Charsadda Boundary | Road Connectivity Analysis

🌊 Exploring Libya’s Water Network!
Check out the detailed map of Libya’s water resources—rivers, water bodies, and administrative divisions. Understanding water distribution is key for planning, sustainability, and environmental studies.

Agricultural Ecological Zones of Pakistan

This map illustrates the major agricultural ecological zones of Pakistan based on climate, terrain, and irrigation patterns. Each zone represents distinct farming conditions and land-use potential, highlighting the country’s environmental and agricultural diversity.

Understanding these zones is essential for:
• Crop suitability analysis
• Agricultural planning
• Climate adaptation strategies
• Sustainable land management

📌 Map prepared for academic and geospatial visualization purposes.

GIS | Remote Sensing | Agro-Ecological Zones | Pakistan Agriculture | Thematic Mapping | Cartography | Spatial Analysis | Land Use | Climate Zones | Irrigation Patterns | Environmental Mapping | Geospatial Analysis | GeoDevix | Digital Mapping | Geography

🌍 Spectral Indices Analysis of Ajloun City, Jordan

This map presents a comparative spatial analysis of:

🌱 NDVI (Vegetation Health)
🏗️ NDBI (Built-up Areas)
💧 NDWI (Water Features)

Using satellite-based remote sensing and GIS techniques, these indices help in understanding land cover patterns, urban expansion, and environmental conditions of Ajloun City.

📊 Such analyses are essential for:
✔️ Urban planning
✔️ Environmental monitoring
✔️ Resource management

📌 Created by GeoDevix
Turning spatial data into meaningful insights.

🌱 NDVI Map of Sharjah, UAE

This map illustrates vegetation health and distribution across Sharjah using the Normalized Difference Vegetation Index (NDVI) derived from satellite imagery.

The classification highlights areas with:
🟥 Very Low vegetation
🟧 Low vegetation
🟩 Moderate vegetation
🟢 High to Very High vegetation

Such analysis plays an important role in:
✔ Environmental monitoring
✔ Urban and regional planning
✔ Climate and ecological studies
✔ Sustainable development strategies

📍 Study Area: Sharjah, United Arab Emirates
🛰 Data Source: Satellite imagery
🗺 Tool: GIS & Remote Sensing techniques

GeoDevix – Turning geospatial data into meaningful insights.

When elevation becomes information. 🗺️

This shaded relief map reveals the true character of the landscape its ridges, valleys, and natural flow using high-resolution elevation data and advanced cartographic styling.

From raw terrain to refined visualization, this map is designed for:
✔️ Geospatial analysis
✔️ Environmental & terrain studies
✔️ Research and academic use
✔️ Professional cartographic presentation

At GeoDevix, we don’t just map places —
we interpret the land through data, precision, and design.

📩 Looking for custom maps or GIS solutions? Message GeoDevix.

Digital Elevation Model (DEM) of Northern Areas, Pakistan
This map illustrates elevation variation classified into flat, low, moderate, high, and very high terrain using DEM analysis.
Created using GIS and remote sensing techniques.

Every analysis begins with a clear study area.
Here is the Study Area Map of Faisalabad, prepared for GIS-based research and spatial modeling.

At GeoDevix, we turn locations into insights.

🗺️ Clean cartography
📍 Accurate boundaries
📊 Research-ready

Carbon Sequestration Mapping using GIS & Remote Sensing

Understanding where and how carbon is stored is essential for combating climate change. By integrating satellite-derived vegetation indices (NDVI), land use/land cover data, and spatial analysis, GIS enables the quantification and monitoring of carbon stocks across landscapes.

This approach supports climate change mitigation, sustainable forest management, and informed land-use planning by identifying high carbon sink areas and tracking changes over time.

📍 Data-driven insights for a sustainable future.
📊 Precision in every pixel.

Urban Heat Island Mapping
Cities trap heat where concrete replaces greenery.
Using GIS and satellite data, we map urban hot spots and cooler green zones to support smarter urban planning and climate solutions.

Maps don’t just show heat; they show where change is needed.

📩 For GIS & Remote Sensing analysis services, contact us.