Publications

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2022
Amin, D., K. Gaber, E. Keshta, and S. A. Ghoneim, "Assessing the Safety of Settlements from Flood Risk", Civil Engineering and Architecture, vol. 10, issue 5A, pp. 352-379, 2022. paper3_full_safaa_ghoneim.pdf
Ghoneim, S. A., and W. A. Abdellatif, "A Customized Indicator-Based Tool to Assess Resiliency of Egyptian Coastal Cities: Case Study of Red Sea Cities", Civil Engineering and Architecture, vol. 10, issue 6, pp. 2554-2571, 2022. paper1_full_safaa_ghoneim.pdf
Ghoneim, S. A., "EIA of new and upgrading projects in four slums within Greater Cairo to support public services and infrastructures", African Journal of Biological Sciences , vol. 18, issue 1, pp. 79-95, 2022.
Ghoneim, S. A., M. M. Elsayed, and H. S. Amer, "A GIS Vulnerability Assessment Tool to Support Strategic Planning of Cities Facing Flash Floods - Case Study of Nuweiba City –Egypt", Civil Engineering and Architecture, vol. 10, issue 5A, pp. 288 - 312, 2022. paper2_full_safaa_ghoneim.pdf
2021
El‑Shahat, S., A. M. El‑Zafarany, T. A. B. O. U. E. L. SEOUD, and S. A. Ghoniem, "Vulnerability assessment of African coasts to sea level rise using GIS and remote sensing", Environment, Development and Sustainability, vol. 23, issue 2, pp. 2827-2845, 2021.
2016
Ghoneim, S. A., and S. Ibrahim, "Ecosystem approach based methodology to support land use planning and management: the Egyptian experience", Journal of Marine Science Research and Development , vol. 6, issue 4, pp. 1-7, 2016. Website
Ghoneim, S. A., and S. Ibrahim, "Ecosystem approach based methodology to support land use planning and management: the Egyptian experience", Journal of Marine Science Research and Development , vol. 6, issue 4, pp. 1-7, 2016. Website
2014
Ghoneim, S., "a novel framework in the ECSEE 2014", The IUCN-CEM quarterly newsletter , pp. 6, Oct. 2014. newsletter.pdf
Ghoneim, S., "An Ecosystem Approach for Planning & Management", ECSEE: The 2nd European Conference on Sustainability, Energy and the Environment., Brighton, the UK, 5 July 2014. ecsee_2014.pdf
Ghoneim, S., R. Salim, and G. Hassan, "Slum rehabilitation Projects: their Sustainability, and Beyond", , 6th international conference: responsive urbanism in informal areas, Habitat III, Conrad-Cairo, Egypt, 26 Nov., 2014.
2013
Ibrahim, H., and S. A. Ghoneim, "Integration as a significance factor in effective coastal management", The international journal of marine science, vol. 3, issue 46, pp. 389- 341, 2013.
2012
Ghoneim, S., "An Integrated Methodological Framework for Planning and Management of Coastal Wetlands", Planet Under Pressure, London, pp. 39, 2012. Abstractposter_session_2.pdf

This poster presents a simplified picture of a PhD research's results. This research is nominated for Ramsar's international prize of scientific research by Faculty of Urban and Regional Planning- Cairo University, and recommended for wider applications and teaching within environmental planning education modules, by the experts who participated in its evaluation workshop (from different disciplines: Environmental science, Environmental Planning, GIS and remote sensing, and Decision makers). The main outcomes of this research include:

Developing An Ecosystem Approach Methodological Framework for Planning and Management of Coastal Wetlands: Coastal Wetlands are among the most productive ecosystems in the world. They are playing vital environmental roles, although they are facing serious increased challenges; such as effects of global warming and the dramatic impacts of human activities. The huge losses and deteriorations of this unique ecosystem on one hand and the rich and wide variety of development potentials on the other hand are requiring a special framework (FW) for planning and management to make the balance between objectives of preservation and development in order to reach sustainable development. Although the Ecosystem Approach (EA) is the most recommended one to meet sustainable development especially in such sensitive ecosystems, it is still in its initial generic stage. The suggested framework transformed principles of EA into an integrated methodology for planning and management in coastal wetlands. However it has high capabilities for wider applications
Developing an Adaptable Ecosystem Services Assessment Tool: Sustaining the Ecosystem Services is crucial objective of the suggested FW. It is integrated in several stages such as assessment of current status, evaluation of development proposals, and evaluation of outcomes. So the research developed it especially to meet these objectives.
Then, Integrating GIS and remote sensing in the suggested assessment tool.

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