Sustainable urban regeneration of aging districts in Gulf region through GIS based diagnostics and scenario testing

This study develops and tests a GIS enabled framework for the regeneration of aging Gulf districts, demonstrated through two cases Al-Butina (Sharjah) and Al-Bustan (Ajman). Methodology involves Vector GIS modeling of road networks and land uses was built from recent satellite imagery and validated against Google Earth and OpenStreetMap; Artificial Intelligent (Architectural & Urban Design) assisted diagnostics and scenario testing then quantified gaps and evaluated interventions. In Al-Butina Sharjah site (200.4 ha) study has proposed, a 6.1-km walk/cycle lattice stitched through existing rights-of-way converts a car-oriented fabric into a permeable network supporting safe access and short trips. A structured land bank of under-utilized plots (68.2 ha; 34%) enables adaptive reuse and small-lot infill; consolidated parking (0.83 ha across 11 sites) unlocks curb reallocation to shade trees, wider sidewalks, and bicycle bays; ten pocket-green sites (1.68 ha) form “shade chains,” and a direct connector to the Sharjah Corniche channels visitor footfall into local circuits. In Al-Bustan (68 ha), study proposed a 6.40-km active grid reuses existing corridors to reduce embodied and operational emissions; a 63.81-ha land bank is positioned for repair/reuse hubs, maker spaces, micro-logistics, and mixed-use infill; parking consolidation (3.35 ha, 13 sites) and six green sites (5.47 ha) re-balance streets and open-space equity while linking eastward to Ajman Port/Free Zone to support proximity economies. Pareto analysis prioritized the highest-leverage assets (land bank and right-of-way), while Radar KPI benchmarking showed strong progress on connectivity and logistics, with greens and parking tracking toward targets and under-utilized land remaining the decisive gap. The results offer a replicable, no-greenfield pathway to low-carbon, people-first regeneration that delivers shorter trips, cooler streets, inclusive public realm, and long term local economic benefits.

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Publication Details

Journal
City Territory and Architecture
Published
2026-06-30
DOI
https://doi.org/10.1186/s40410-026-00313-y
Primary Topic
Sustainable Building Design and Assessment
Type
article
Field-Weighted Citation Impact
0.00
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article

Sustainable urban regeneration of aging districts in Gulf region through GIS based diagnostics and scenario testing

Afaq Hyder Chohan, Muhammad Yousif Mangi, Firas Noori, Jihad Awad
City Territory and Architecture
Sustainable Building Design and Assessment
article

Sustainable urban regeneration of aging districts in Gulf region through GIS based diagnostics and scenario testing

Afaq Hyder Chohan, Muhammad Yousif Mangi, Firas Noori, Jihad Awad
article en

Abstract

This study develops and tests a GIS enabled framework for the regeneration of aging Gulf districts, demonstrated through two cases Al-Butina (Sharjah) and Al-Bustan (Ajman). Methodology involves Vector GIS modeling of road networks and land uses was built from recent satellite imagery and validated against Google Earth and OpenStreetMap; Artificial Intelligent (Architectural & Urban Design) assisted diagnostics and scenario testing then quantified gaps and evaluated interventions. In Al-Butina Sharjah site (200.4 ha) study has proposed, a 6.1-km walk/cycle lattice stitched through existing rights-of-way converts a car-oriented fabric into a permeable network supporting safe access and short trips. A structured land bank of under-utilized plots (68.2 ha; 34%) enables adaptive reuse and small-lot infill; consolidated parking (0.83 ha across 11 sites) unlocks curb reallocation to shade trees, wider sidewalks, and bicycle bays; ten pocket-green sites (1.68 ha) form “shade chains,” and a direct connector to the Sharjah Corniche channels visitor footfall into local circuits. In Al-Bustan (68 ha), study proposed a 6.40-km active grid reuses existing corridors to reduce embodied and operational emissions; a 63.81-ha land bank is positioned for repair/reuse hubs, maker spaces, micro-logistics, and mixed-use infill; parking consolidation (3.35 ha, 13 sites) and six green sites (5.47 ha) re-balance streets and open-space equity while linking eastward to Ajman Port/Free Zone to support proximity economies. Pareto analysis prioritized the highest-leverage assets (land bank and right-of-way), while Radar KPI benchmarking showed strong progress on connectivity and logistics, with greens and parking tracking toward targets and under-utilized land remaining the decisive gap. The results offer a replicable, no-greenfield pathway to low-carbon, people-first regeneration that delivers shorter trips, cooler streets, inclusive public realm, and long term local economic benefits.

City Territory and Architecture
Mehran University of Engineering and Technology (PK), Ajman University (AE)
Sustainable cities and communities
Openalex Percentile: Top 11%
Sustainable Building Design and Assessment
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