Projects and Activities
- Preparing Strategic Development and Investment Plan for Bethlehem Governorate (Spatial Development Planning).
- Preparing Strategic Development and Investment Plan for Tubas and Qalqeliah Governorates ' Spatial Development Planning).
- Dead Sea Net- Seismic Triangle Project- phase III.
- Pilot Transnational Seismic Network in the Dead Sea Rift (M30 – 023).
- Local Monitoring of Microseismicity and Active Fault Mapping in the Jericho Basin (MERC31-017).
- Support Action for Strengthening Palestinian - administrated Areas capabilities for seismic Risk Mitigation (SASPARM) -2- H2020.
- Support Action for Strengthening Palestinian - administrated Areas capabilities for seismic Risk Mitigation (SASPARM) - EC GA no: 295122.
- Seismic Risk Assessment of UNDP/ PAPP Building in Jerusalem.
- Conservation and consolidation of historical buildings – Capacity building management.
- Dead Sea Research Venue – DESERVE: Geophysical Research on Climate, Water and Solid Earth in the Dead Sea Region.
- Dead sea Rift Transect: An interdisciplinary research project to study the Dead Sea Transform.
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Project Name |
Description |
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Support Action for Strengthening Palestinian- administrated Areas capabilities for seismic Risk Mitigation (SASPARM) -2- H2020
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Making Cities Sustainable and Resilient: Implementing the Sendai Framework for Disaster Risk Reduction 2015-2030 in Nablus City
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Civil Protection Knowledge Partnership Platform – Middle East (HEUREKA )
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Main Objectives The Civil Protection Knowledge Network Partnership Platform – Middle East (HEUREKA) will bridge across knowledge holders relevant to disaster management and humanitarian aid actors, to enhance coordination, cooperation, compatibility and complementarity between capacities and will improve the competence of experts; it will be a bridge between the different actors in our field of work at a crucial moment - between the European Union and its Southern Neighborhood, specifically the Middle East, and will also create synergies between humanitarian and civil protection actors. At the same time, the network will support the introduction of an organizational approach in fostering and transferring of knowledge in civil protection, so that organizations and communities can make use of the enhanced knowledge provided.
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تقييم المخاطر وإدماج القدرة على الصمود في الحكم المحلي-الضفة الغربية وغزة. (RFP No.: GZ-MDLF-245788-CS-QCBS)
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الوصف بعد الجدول |
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مشروع مدن الغدTomorrow Cities |
The Tomorrow’s Cities Vision Tomorrow’s Cities works internationally, to reduce disaster risk for the poor and most marginalized in future development. It facilitates a transition from reactive crisis management to proactive risk-informed, people-centred, and pro-poor urban planning of future development. Current, historically unprecedented, urbanization, social inequality, and climate change, makes this ambition critically time-sensitive; the global urban population will increase by more than 2 billion in the next 30 years. 95% of this urban expansion will happen in the developing world, and by 2050 it is forecast that 70% of the global population will be urban. رؤية مدن الغد تعمل مدن الغد على الصعيد الدولي للحد من مخاطر الكوارث على الفقراء والأكثر تهميشًا في التنمية المستقبلية. فهي تسهل الانتقال من الإدارة التفاعلية للأزمات )إدارة الأزمات القائمة على ردة الفعل( إلى التخطيط الحضري الاستباقي للتنمية المستقبلية المستنير بالمخاطر والتركيز على الناس والمناصر للفقراء. إن التوسع الحضري الحالي غير المسبوق تاريخيا، وعدم المساواة الاجتماعية، وتغير المناخ، يجعل هذا الطموح شديد الحساسية للوقت؛ حيث سيزداد عدد سكان الحضر في العالم بأكثر من ملياري شخص في الثلاثين سنة القادمة، وسيحدث 95 ٪ من هذا التوسع الحضري في العالم النامي ، وبحلول عام 2050 من المتوقع أن يكون 70 ٪ من سكان العالم في المناطق الحضرية. |
مشروع تقييم المخاطر وإدماج القدرة على الصمود في الحكم المحلي-الضفة الغربية وغزة.
Integrating Resilience in Local Governance in West Bank and Gaza (WB&G) (RFP No.: GZ-MDLF-245788-CS-QCBS)
مقدمة:
بتمويل من البنك الدولي وبإدارة صندوق تطوير وإقراض الهيئات المحلية، يقوم المركز الوطني لإدارة مخاطر الكوارث بتنفيذ المشروع المذكور من خلال التعاقد مع فريق استشاري وفني من مركز التخطيط الحضري والتخفيف من مخاطر الكوارث التابع لجامعة النجاح الوطنية، وقد بوشر في تنفيذ المشروع في السابع من شهر كانون أول 2021.
أنشطة / مهام المشروع:
يتضمن المشروع المهام / الأنشطة التالية:
- اجراء تقييم للأخطار المتعددة وللمخاطر الناتجة عنها ورسم الخرائط
Conduct of a Multi-Hazard Risk Assessment and Mapping
- تطوير مبادئ توجيهية حول التخطيط للقدرة على الصمود على المستوى المحلي.
Development of Guidelines on Local Resilience Planning
- صياغة خطط القدرة على الصمود للحكومات المحلية (لعينة تجريبية تشمل الضفة الغربية وغزة).
Formulation of Resilience Plans for Pilot Local Governments
- صياغة معايير القدرة على الصمود للبنية التحتية الحيوية.
Formulation of Resilience Standards for Critical Infrastructure
- بناء قدرات المركز الوطني لإدارة مخاطر الكوارث NDRMC
Capacity building of the National Disaster Risk Management Center (NDRMC).
Additional Part within the Assignment المرحلة الثانية للمشروع
- إعداد الإستراتيجية الوطنية للحد من مخاطر الكوارث في فلسطين (2023-2027)
- Preparing of National Strategy for the Disaster Risk Reduction (DRR)/ Disaster Risk Management (DRM) in Palestine (2023-2027)
- اعداد حملة وطنية للتوعية االعامة.
- Preparing a Plan for Public Awareness Campaign
وتتضمن مهمة المشروع كذلك:
- تحديد الثغرات والقدرات الموجودة بين المؤسسات الوطنية؛
- تقديم إرشادات حول كيفية بناء هذه القدرات من خلال تحديد الإجراءات الرئيسية التي يمكن دمجها في الاستراتيجية الوطنية لإدارة مخاطر الكوارث.
- التوصية بالبنية التحتية ذات الأولوية لتحصينها او إعادة تأهيلها، والتي يمكن للبلديات اتباعها في إطار برنامج تطوير البلديات MDPIII.
مخرجات المشروع
A summary for the project assignment outputs. For more information, please refer to the submitted deliverables (D2, D3.1, D3.2, D4, D5, D6, D7 and D8) by using the links in Table 1.1:
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Deliverables |
Chapters |
Deliverables - Links |
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N.A. |
1 |
Introduction and Background |
N.A. |
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D2 |
2 |
Guidelines on Local Resilience Planning |
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D3.1 |
3 |
Multi-Hazard Assessment |
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D3.2 |
Exposure and Vulnerability Assessment Full Module with Maps, Tools, etc |
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D4 |
4 |
Completion of resilience plans for pilot municipalities |
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D5 |
5 |
Capacity building for NDRMC |
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D6 |
6 |
Resilience standard for critical infrastructure |
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6.1 |
Resilience Guidelines for Critical Infrastructure |
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6.2 |
Guidelines for Retrofitting of Existing Buildings |
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Additional Part within the Assignment: |
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D7 |
7 |
Preparing of National Strategy for the Disaster Risk Reduction (DRR) in Palestine (2023-2027) |
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D8 |
8 |
Preparing Public Awareness Campaign plan on Disaster Risk Reduction in Palestine |
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N.A. |
9 |
Lesson Learnt/Findings and Recommendations |
N.A. |
- Conducting training courses for Engineers in the design of earthquake resistant structures.
- Publishing bulletins for civil engineers and architects about general recommendations for designing earthquake resistant buildings, and for the public about the guidelines of safety measurements in the event of an earthquake.
- Offering consultation in the field of seismic resistant buildings, site effect, building vulnerability, rehabilitation and retrofitting of buildings, and land use planning.
- Participating in national and international conferences, meetings and workshops in the fields of seismic hazard mitigation, earthquake studies, seismic engineering, applied geophysics, environmental geology, natural hazards and land use policy.
- Offering academic courses for different faculties in the University in applied geosciences and earthquake engineering (Seismic Risk Mitigation, Disaster Management and Emergency support, Applied Geophysics, Geophysical exploration, Earthquake Engineering, Disaster Management and Emergency support and Environmental Geology and Natural hazards).
- Offering consulting services for development projects in the Palestinian community.
- Publishing 'awareness' materials in national journals, as well as radio and TV interviews.
- Conducting geophysical experiments to achieve the following:
- Site effect investigations.
- Landfill investigations.
- Velocity as a guide to rock strength and assessment of rock quality.
- Delineation of bedrock.
- Delineation of potential collapse features.
- Delineation of shallow faults and cavities.
- Groundwater exploration and water quality.
- Delineation of aquifer boundaries in sedimentary layers.
- Mapping boundaries of saline groundwater.
- Mapping chemical pollution.
- Delineation of water-saturated zones in landslide bodies.
- Seepages flow in dams and reservoir floors.
- Producing gravity and magnetic anomaly maps.