Geospatial Analysis of Urban Green Infrastructure: Enhancing Air Quality and Building Climate Resilience
Project Title | Geospatial Analysis of Urban Green Infrastructure: Enhancing Air Quality and Building Climate Resilience |
Project Description | The project aims to analyze the role of urban green infrastructure in improving air quality and enhancing climate resilience using geospatial tools. By mapping and assessing green spaces within urban environments, the study will explore how green cover mitigates air pollution, supports environmental sustainability, and contributes to healthier, more resilient cities. The research will employ spatial data analysis, remote sensing, and GIS techniques to evaluate the effectiveness of green infrastructure in fostering sustainable urban development and combating climate change impacts. The outcomes will inform urban planning strategies that integrate green spaces for long-term environmental and public health benefits. |
Tasks and Responsibilities | The project involves conducting a literature review, collecting spatial data on urban green spaces and air quality, performing geospatial analysis using GIS tools, assessing the impact of green infrastructure on air pollution and climate resilience, developing predictive models, and presenting findings to stakeholders for informed urban planning and policy development. |
Minimum Qualifications | The minimum qualifications for this project include a degree in Environmental Science, Urban Planning, Geography, or a related field. Proficiency in GIS software ( ArcGIS, QGIS), remote sensing tools, and spatial data analysis is required. Candidates should have experience with literature reviews, data collection, and environmental impact assessments. Strong analytical skills to interpret data and develop predictive models are essential, along with the ability to write reports, present findings, and engage with stakeholders effectively. Project management skills are also necessary to manage timelines and coordinate tasks. |
Terms of the Project (ex: 6 months or one year) | The project will be completed within 6–12 months, focusing on urban green infrastructure and air quality analysis using geospatial methods. Data will be owned by the project team, and regular progress reports will be provided, with key deliverables including reports, maps, and presentations. Collaboration with stakeholders is integral, and feedback will be incorporated to ensure practical outcomes. |
First Name | Fath Alrahman |
Last Name | Jaweesh |
Job Title | Assistant Professor |
Organization | The University of Edinburgh |
Email |