
Full stack developer | Dual bachelors (Dental Tech & CS) | Documenting my journey to mastery | #BuildInPublic
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ALT Screenshot of the Iraq Flaring Watch displaying a high-resolution satellite view of an active gas flare at the Bai Hasan Field on mobile browser. A popup window over the map shows detailed data for the selected flare, including a unique ID (13529484803), coordinates, and a critical demographic metric estimating that approximately ~24,778 people live within a 5km radius of this flare, based on WorldPop Project estimates. The interface includes interactive buttons for zooming into the site and editing the data on OpenStreetMap.

ALT Screenshot of "Iraq Flaring Watch," an open-source tool tracking gas flaring across Iraq. Gas flaring (burning natural gas during oil extraction) contributes heavily to emissions and pollution. The tool empowers citizen scientists to visualize flare stacks using spatial data to evaluate their impact. The left sidebar contains several sections: National Stats: Displays "284 active" under Mapped Flares and "7 fields" under Oil Fields. Search Field or Operator: Contains a search bar with a "Go" button. Inspect Button: A prominent button labeled "🔥 Inspect Random Flare" sits directly beneath the search bar. Data Engine Source: A toggle switch with "Preloaded" currently selected over "Live OSM". Base Satellite & Canvas: Shows three map style options, with "Esri Satellite (Tracing)" currently selected. Focal Oilfield Selection: A dropdown menu set to "All Fields / Areas (Iraqwide)".

ALT Screenshot of the "Iraq Flaring Watch" tool showing the result of clicking the "Inspect Random Flare" button. The map on the right has zoomed all the way in using high-resolution satellite imagery, revealing a close-up, top-down view of an active industrial site. Several bright orange flames from active gas flares are vividly visible burning on the ground. Overlaid on the satellite imagery is a dark interactive information popup card. This card displays the specific metadata for the citizen-mapped flare stack, including its unique OpenStreetMap ID number, assigned oilfield location, precise latitude and longitude coordinates, and operator details. The card also features quick-action buttons to "Zoom Flare" or "Edit OSM." While the left control sidebar remains visible, the primary focus of the image is demonstrating how the application allows users to immediately jump from nationwide statistics to inspecting individual emission points up close from space.






























