Ecological planning
Integrating natural systems into planning and design at urban and regional scales.
I work in landscape architecture, ecological planning and spatial analysis. I use satellite data and geographic information systems to support urban climate adaptation, nature-based solutions and disaster resilience.

A short AI-generated visualisation of ecological planning and spatial analysis.
I am a member of the Department of Landscape Architecture at Çukurova University’s Faculty of Architecture. My research spans urban open spaces, urban heat islands, accessible design and post-disaster spatial assessment.
By combining ecological planning with remote sensing and GIS, I aim to bring research findings into local decision-making and design practice.
View institutional profileI explore landscapes through ecological processes, satellite observations and human experience.
Integrating natural systems into planning and design at urban and regional scales.
Analysing land cover, surface temperature and spatial change using satellite data.
The contribution of green and blue infrastructure to climate adaptation and urban quality of life.
Spatial analysis of disaster impacts and design approaches for resilient settlements.
Accepted work and AVESİS records, organised by journal articles, conference papers, books and other publication types.
56 · Since 2021
4 · Since 2021
2 · Since 2021
Source: Google Scholar · Checked on: . Citation counts beside publications reflect the profile data on the same date.
No publications match these criteria.
Funded research and landscape design projects listed on AVESİS, with project types and roles.
A preparatory project to design an international, multidisciplinary master’s programme in disaster and emergency architecture.
An ecological planning and design learning network and adaptive training module for disaster-resilient and sustainable cities.
22 October 2026 · Related paper accepted
Assoc. Prof. Dr. Halil Duymuş’s sole-authored paper on the 2021 Manavgat wildfire, fire severity and carbon sink capacity has been accepted by Environmental Monitoring and Assessment (WoS Q3) and is awaiting publication.
Investigating forest fires and their environmental impacts using GIS and remote sensing.
Implementing the national GIS maturity model and developing supporting software.
Nature-based approaches and disaster-resilient urban development in Antakya.
A resilience strategy and action plan for the Eskişehir industrial ecosystem.
Automating sample collection processes for crop pattern classification.
Assessing the recreational service effectiveness of urban green spaces in Adana.
The relationship between the physical characteristics of public spaces and urban quality of life.
Assessing social amenities, cultural facilities, open spaces and green spaces in Adana in terms of urban quality of life.
An environmental and landscape design project.
An environmental and landscape design project.
An environmental and landscape design project.
An environmental and landscape design project.
Courses listed on AVESİS. Please check departmental announcements for the current semester’s schedule.
Interdisciplinary teaching that connects studio practice with field observation, environmental perception and spatial data. My work also includes campus design workshops and research on accessible public spaces.
Education and academic profileAcademic background from AVESİS, including education, appointments, teaching, professional development and scholarly activities.
Foreign language: English, B2 (upper intermediate).
Assessing Fire Severity Patterns and Carbon Sink Capacity Changes Following the 2021 Manavgat Wildfire Using Remote Sensing and Google Earth Engine
The sole-authored paper by Assoc. Prof. Dr. Halil Duymuş was accepted for publication in Environmental Monitoring and Assessment on 22 October 2026 and is awaiting publication. Journal classification: WoS Q3. The study addresses fire severity patterns and changes in carbon sink capacity following the 2021 Manavgat wildfire using remote sensing and Google Earth Engine.
Related project: EPD-Net. Supported by Erasmus+, the project aims to develop an ecological planning and design learning network and an AI-powered adaptive training module for disaster-resilient and sustainable cities.
Coordinated by Eskişehir Technical University, this Erasmus+ Mundus Design Measures project aims to design an international, multidisciplinary master’s programme in disaster and emergency architecture. EMERGE project website
A remote sensing study of the Manavgat fire’s effects on land surface temperature and the urban heat island. DOI ↗
A sole-authored study published in Environmental Science and Pollution Research. DOI ↗
International collaboration in ecological planning and design for disaster-resilient and sustainable cities.