Green Corridors: Inclusive and Accessible Cities in the MENA Region

Connective Cities, in cooperation with GIZ projects in the region, will bring together representatives from Constantine (Algeria), Hebron and Gaza (Palestine), drawing on experiences from other cities in the MENA region.

The workshop will focus on accessibility and inclusion in urban development. How can cities ensure that streets, parks and green public spaces are safe, welcoming and usable for everyone – including children, older people and people with different mobility needs?

Through peer exchange and AI-supported visualisations, participating cities will explore practical solutions for greener, more inclusive and climate-resilient urban spaces.

The exchange forms part of the ongoing Green Corridors learning process, fostering municipal cooperation and knowledge sharing across the region.

Insight Session: Bringing Nature Back into Bhutan’s Urban Future

As Bhutan’s towns and municipalities continue to grow, they face the challenge of accommodating urban development while preserving the country’s strong environmental legacy. Urban heat, flooding, habitat loss and changing relationships between people and nature are making new approaches to urban development increasingly important.

In this virtual Connective Cities Insight Session, the Bhutan Ecological Society (BES) will share how Nature-based Solutions and eco-regenerative development can help create greener, healthier and more climate-resilient urban areas.

Drawing on practical and emerging initiatives from across Bhutan, the session will explore how biodiversity conservation, ecological restoration, green-blue infrastructure, recreation and community development can be integrated into urban development.

A particular focus will be the planned Eco-Regenerative Park at Rinchending, Phuentsholing, where biodiversity conservation, green space, nature interpretation, sustainable recreation, wellness, regenerative tourism and benefits for local communities are being brought together. Further examples from Samdrup Jongkhar and the Gelephu Mindfulness City landscape will illustrate how ecological restoration and nature-based experiences can contribute to more resilient and liveable urban areas.

The session will feature

  • Nawang Norbu, Executive Director, Bhutan Ecological Society
    Setting the Scene: Nature, Climate Resilience and Bhutan’s Urban Future
  • Namgay Dendup, Nature-based Solutions Specialist, Bhutan Ecological Society
    Bringing Nature Back into Bhutan’s Urban Future: Nature-Based Solutions in Practice

 

The presentations will be followed by an open discussion and exchange with participants, offering municipalities and practitioners from different regions an opportunity to reflect on Bhutan’s experiences and share how Nature-based Solutions are being translated into practical and locally appropriate urban interventions in their own contexts.

Date: Thursday, 22 October 2026
Time: 10:00–11:00 CEST
Format: Online
Language: English

More information and registration: https://community.connective-cities.net/en/node/1616

Green Corridors in Egypt: From Urban Challenges to Practical Solutions

Connective Cities brings together Egyptian municipalities and international experts to explore innovative approaches to greener, more resilient urban spaces.

On 28–29 September 2026, Connective Cities organised a two-day hybrid peer-learning workshop in cooperation with the Urban Development Fund (UDF) and GIZ Egypt. Representatives from Aswan, Port Said and Alexandria worked with international experts to develop practical solutions for urban greening and climate-resilient public spaces.

The workshop focused on a central question: How can cities transform existing streets and underused urban spaces into green corridors that improve urban liveability and strengthen climate resilience?

Three cities, three urban challenges

Aswan explored opportunities to introduce shade, greenery and pedestrian-friendly spaces in a residential area affected by high temperatures and limited vegetation.

 

A street intersection in front of yellow, partly dilapidated apartment buildings with satellite dishes. A car is parked in front of a pharmacy; a few people are walking along the sidewalk. Green and orange brushstrokes mark areas slated for redevelopment.
Residential neighborhood as it currently stands. Green and orange brushstrokes indicate areas slated for redevelopment.
AI-Visualization of a redesigned residential neighborhood: Green pergolas, sunshades, and a playground are nestled among white apartment buildings. People are strolling in the sun, and cacti and palm trees line the street.
An AI visualization for the redesign of the residential neighborhood. Advantages: Residents and children benefit from shaded, greener community and play areas. Disadvantages: Drivers must expect the street to be narrower and will only be able to drive through it slowly.

Port Said focused on greening public spaces despite saline soils, water scarcity and limited financial resources.

A bird's-eye view of a large, sandy vacant lot with scattered trash next to a road. Behind it lies a walled-off open area with a multi-story building and residential houses.
Unused open space in Port Said
AI visualization of the previously barren vacant lot as a city park: Paths wind through flower beds, trees, and shrubs between residential buildings; people are strolling, and benches invite visitors to sit down.
AI visualization of the previously barren vacant lot as a city park. Advantages: Residents and pedestrians benefit from shade, recreational opportunities, and safer, step-free paths. Disadvantages: Drivers lose through traffic capacity and faster access.

Alexandria examined ways to improve streetscapes and introduce appropriate vegetation while addressing poor soil conditions, water availability and maintenance challenges.

A wide, nearly empty street between multi-story apartment buildings under a blue sky. A soccer goal stands in the middle of the road. A yellow tuk-tuk is parked on the right.
Sealed surfaces worsen the urban climate in Alexandria.
An AI visualisation of the previously empty street as a green communal space: beneath a sunshade, people tend to raised beds; older people sit on benches; and in the background is a playground. Trees provide shade.
AI visualisation of the previously empty street as a green communal space. Advantages: Local residents gain shaded seating areas, play areas and vegetable patches for growing food. Disadvantages: Local residents lose parking spaces and have fewer opportunities to drop off passengers quickly.

 

Through structured Peer Advice, municipal representatives and experts jointly identified feasible interventions adapted to local conditions. Proposed solutions ranged from shaded pedestrian routes and small green pockets to soil improvement, locally adapted tree species and partnerships with schools, communities and local organisations.

Combining peer learning with AI-supported visualisation

A distinctive feature of the workshop was the integration of AI-supported visualisations into the peer-learning process. Based on photographs of existing urban spaces, alternative future scenarios were developed to illustrate how proposed interventions could transform the selected sites.

These visualisations helped translate technical recommendations into tangible spatial concepts, supporting discussion, comparison and refinement of different options. Rather than presenting predetermined designs, the AI-generated images served as a collaborative tool, enabling participants to explore possibilities and assess their feasibility against local realities.

From ideas to action: Backcasting—back from the future

The workshop also introduced Backcasting, a planning approach that starts with a desired future and works backwards to identify the steps needed to achieve it. Building on the Peer Advice and AI-supported scenarios, participants explored how long-term visions for greener urban spaces could be translated into practical priorities, partnerships and implementation steps. The backcasting method thus enriched the planning activities.

The combination of Peer Advice, AI-supported visualisation and Backcasting demonstrated how digital tools and structured international exchange can complement one another, helping cities move from shared challenges towards locally adapted solutions.

International expertise and regional exchange

The learning process benefited from contributions by Prof. Dr. Heba Khalil and Stefan Scharfe, who shared international experiences and technical perspectives on sustainable urban development, green infrastructure and climate resilience.

The workshop was conceived and led by Jelena Karamatijevic (Connective Cities) and facilitated by Aida Tarhouni. It was organised in close cooperation with Dr Marwa Ahmed of the Urban Development Fund (UDF) and GIZ Egypt. Special thanks go to Dr Marwa Ahmed for her collaboration with the Egyptian partners and to colleagues from the Connective Cities project (CBUID) for their valuable support in preparing and delivering the workshop. Positive feedback from the participating institutions highlighted the value of combining municipal experience, international expertise and innovative digital approaches.

What’s next?

The workshop in Egypt forms part of the broader Connective Cities regional learning process on Green Corridors in the MENA region. Further exchanges with municipalities across the region will build on the results, promote cross-border knowledge sharing and support the development of practical approaches to climate-resilient urban development.

The experience from Egypt illustrates how peer learning can evolve: from exchanging ideas to jointly visualising solutions and identifying pathways towards implementation.

Further Information:

Jelena Karamatijevic | Advisor on Sustainable Urban Development
Connective Cities · GIZ | jelena.karamatijevic@giz.de

 

Connective Cities at the 19th Federal Congress on German National Urban Development Policy

From 14 to 16 September 2026, the 19th Federal Congress on National Urban Development Policy will take place in Cologne. The theme is “Act together, act faster, think further: shaping cities for everyone”. This event will bring together stakeholders from local governments, politics, public administration, academia and civil society to discuss innovative approaches to sustainable, resilient and forward-looking urban development.

For the first time this year, Connective Cities will have a stand at the event run by the Service Agency Communities in One World (SKEW). The congress offers an excellent opportunity to raise the profile of the international city network and its services for facilitating professional exchanges between local authorities. We will be focusing on discussions with local authority experts from the fields of urban development, mobility, climate adaptation and sustainable transformation.

At the SKEW stand, we particularly want to show experts what Connective Cities has to offer and discuss potential opportunities for participation and cooperation. We will also present selected examples of good practice from the relevant specialist areas, as well as the Connective Cities Media Centre as a knowledge platform. We warmly invite network members attending the Federal Congress to take this opportunity to speak to the team at the stand. We look forward to exchanging ideas, making new contacts, and generating new impetus for municipal development cooperation.

Further information: 19th Federal Congress on National Urban Development Policy

How Can Municipalities Cope with the Heat?

Heat affects us all. It is one of the world’s fastest-growing and deadliest climate risks.

However, we are not powerless against it. Municipalities around the world are developing and sharing comprehensive strategies. These range from heat action plans and green and blue infrastructure planning to smart rainwater management, the use of AI, and the creation of digital twins for risk-informed crisis management.

Naturally, municipalities have also been tackling this crucial topic within the Connective Cities framework. We’ve put together a selection of examples from the Connective Cities context along with additional resources for you.

Heat in the City – The Connective Cities Deep Dive Learning Process
From 2023-2025, six municipalities joined forces to analyse the impact of heatwaves and heat islands, and developed solutions tailored to local conditions.
Detailed interim report: https://www.connective-cities.net/en/media-center/heat-in-the-city-2/


Cities Leading by Example

This guidebook on risk-informed planning and heat mitigation, developed by the Connective Cities’ Deep Dive, serves as a practical guide for municipal actors, urban planners, policymakers and community leaders who wish to adopt a risk-informed approach and integrate heat adaptation into their planning processes.
https://www.connective-cities.net/wp-content/uploads/2025/10/cities-leading_guidebook.pdf

The „Walkable Triangle“ in Kisumu, Kenya
The pedestrian-friendly redeveloped commercial district is now a lovely place to linger with its mature trees keeping it pleasantly cool and the air fresh
https://www.connective-cities.net/media-center/das-walkable-triangle-in-kisumu-kenia/

 

Greater climate protection and quality of life: Green corridors in the MENA region lower ambient temperatures in cities and their surroundings
An AI-based visualisation exercise focusing on green corridors and green neighbourhoods, designed to bring together different perspectives on urban planning from the fields of administration, politics and academia. https://www.connective-cities.net/en/media-center/greater-climate-protection-and-quality-of-life-green-corridors-in-the-mena-region/

The Digital Twin Platform of Bağcilar, Türkiye
Read about how a municipality in Istanbul combines citizen services with data-driven urban risk management also in terms of heat assessments.
https://www.connective-cities.net/en/media-center/the-digital-twin-platform-of-bagcilar-turkiye/

Recommended Papers:

Ibero-American Urban Climate Atlas
This project covers 11 cities in Spain and South America. The research aims to analyse the local context of each city with regard to the impact of heat islands. The objective is to assess changes in temperature patterns and their territorial effects within cities.
Union of Ibero-American Capital Cities (UCCI) and ICLEI South America
https://e-library.iclei.org/uploads/IBER_ATLAS_EN_2.pdf

Financing heat resilience
How governments can finance heat resilience through risk-informed investments, innovative financing mechanisms, and resilient infrastructure.
United Nations Office for Disaster Risk Reduction (UNDRR), Centre for Disaster Protection, National Disaster Management Authority (India)
https://www.undrr.org/publication/documents-and-publications/financing-heat-resilience

Heat Action Plans in Local Government Practice (in German)
Implementation of the recommendations for drawing up heat action plans in local government practice (Plan°C)
German Institute for Urban Studies (Difu)
https://repository.difu.de/items/c805c6fb-c3c1-4288-b1c9-eff356fb04bd

Smart Sponge Cities and Modern Heavy Rainfall Management (in German)
Ideas on how cities can further strengthen their climate and risk resilience and protect themselves against both heavy rainfall events and droughts
German Association of Cities
https://www.staedtetag.de/positionen/positionspapiere/2026/diskussionspapier-smarte-schwammstadt-modernes-starkregenmanagement

Insight Session Urban Tiny Forests in drought-affected Regions

On July 8th, 2026, Connective Cities hold an online Insight Session to explore ways, by which urban forests can be cultivated under difficult climate conditions. Attempts to do so are notoriously difficult in dry regions with high temperatures and low precipitation, where the usage of scarce water resources has to be distributed between (urban) populations, local businesses, agriculture and industry. Planting and watering urban trees is regularly considered secondary under such circumstances, leading to unsuccessful attempts of urban afforestation due to a lack of financial support and maintenance work. The Insight Session was joined by 34 participants from 13 countries, representing a broad range of municipalities from Africa and the Middle East.

Over the past decades, the Miyawaki-method of planting tiny forests has become an outstanding success story around the globe. In this technique developed by Japanese botanist Akira Miyawaki, a small dense forest is made from native trees and plants. The specifically dense way of planting a miscellany of indigenous plants accelerate the growth of flora and fauna, so that after around five years, micro forests may already be entirely self-sustaining. The forests improve air quality, reduce heat and bring back lost biodiversity, thereby stabilizing ecosystems and countering the environmental degradation as a result of the climate crisis. A videographic overview of the Miyawaki-Method can be found here.

Stefan Scharfe, speaking on behalf of Miya-Forest, a forest-planting/educating/researching NGO based in Eberswalde, Germany explained the success of the Miyawaki method through the instance, that planting trees is usually broadly accepted among a range of actors such as urban populations, housing providers and local administrations. However, the participatory approach of planting urban micro forests must be facilitated through a small group of core actors who take ownership of the project. Especially a thorough soil study can significantly increase the chances of the micro forests to become self-sustainable after an initial, intense phase of watering and caring.

Coming from the highly urbanized and biodiversically degraded context of Amman, Jordan’s Capital, Deema Assaf from the ecological research studio TAYYŪN joined the Insight Session as a second speaker, providing the participants with valuable hands-on insights from the MENA region. Mrs. Assaf elaborated on the tedious work with paleobotanists to collect evidence of indigenous species from the region, proven evolutionary resilient towards the local climate conditions. The seeds of these plants known to the soil form the base for a multi-layered ecosystem featuring canopy, sub-canopy, shrubs and ground cover tiers. Over the course of its growth, the micro forest attracts insects, mushrooms and birds. Also edible plants may be included, turning micro forests into sites of (urban) gardening.

In result, the Insight Session provided the participants with new inspiration for their own project development within the scope of the currently running Connective Cities learning processes on ‘Nature at the Heart of Municipal Resilience’ and ‘Green Corridors in the City and its Surroundings’. The potential of the Miyawaki Method to produce fast and self-reinforcing benefits through various ecosystem services and according to the local circumstances makes urban micro forests a tangible and fitting intervention in the current situation of intensifying climate crisis. However, forestry-related preparation – i.e. soil data and seedlings –, as well as institutional backing, secured funding and maintenance of the planting project are key elements for micro forests to thrive.

Connective Cities provides the network for future engagement on the topic and looks forward to share expertise among urban practitioners

Water Resilience – Preparing Municipalities for Drought and Heavy Rainfall

Water is becoming a key challenge for an growing number  of local authorities worldwide. On the one hand, they are increasingly exposed to heatwaves and drought. But on the other hand, heavy rain and high water levels are leading to more frequent flooding. These risks come together to not only impact public health, but jeopradize private property and public infrastructure. Global water demand could significantly exceed available supplies by 2030. Water is thus becoming a strategic resource. It is therefore critical for municipalities to strengthen their water resilience.

Examining their own challenges regarding water resilience, learning from experiences on other continents and developing the courage to implement innovative ideas – all these were the ingredients of the first in-person meeting as part of the Connective Cities Deep Dive, held from 5 to 7 May 2026 in Wuppertal. The group had already met for a virtual kick-off in March 2026. In early 2026, a total of 16 experts from the German municipalities of Dresden, Wunstorf and Wuppertal, as well as from Akkaraipattu (Sri Lanka), Homa Bay (Kenya), Hyderabad (India), Natitingou (Benin) and Niš (Serbia) have started a two-year long working together to explore and analyse innovative approaches such as sponge city concepts, blue corridors and integrated blue-green-red infrastructure, and the possibilities for their implementation. On this basis, they develop and implement locally adapted solutions to address their specific challenges.

The report describes practical examples from Wuppertal and Leipzig, outlines the planned pilot projects of the six municipalities and summarises the key takeaways from the process so far.

Connective Cities at the World Urban Forum 13 in Baku

At the 13th World Urban Forum in Baku, the German Association of Cities and Connective Cities hosted an interactive Academy Session on “AI-supported Visualisation for Affordable Housing and Informal Settlement Upgrading”. The session explored how AI-supported visual tools can help municipalities discuss challenges related to affordable housing, neighbourhood development and informal settlement upgrading in a more concrete and accessible way.

The session built on the work of the Connective Cities Working Group on Sustainable and Affordable Housing. It was deliberately designed not as a technology demonstration, but as a practice-oriented municipal learning format based on real municipal cases. The aim was to explore how visualisation can make complex planning questions more understandable and open new spaces for dialogue between municipalities, technical departments, decision-makers and local stakeholders.

The process started from real images provided from municipal contexts. With the support of CoPlan AI, these images were translated into possible development scenarios. The AI-generated visuals were not intended as final plans. Instead, they served as discussion inputs. They allowed participants to discuss housing quality, density, public space, greenery, climate adaptation, mobility, social infrastructure and possible implementation steps in a more tangible way.

A central added value of the format was the joint work around the images. The visualisations made abstract planning questions visible and enabled a creative, yet critical discussion: What future images are being created? Which assumptions lie behind them? Which opportunities and risks become visible? Which social, spatial, environmental, institutional and financial conditions would need to be assessed before an image can become a realistic planning step?

The session was moderated by Prof. Hilmar von Lojewski, German Association of Cities. Jelena Karamatijevic, Connective Cities / GIZ, provided the conceptual framing and introduced the Connective Cities perspective on municipal practice and peer learning. CoPlan AI, represented by Damiano Cerrone and Sampo Ruoppila, supported the participatory AI-based visualisation process.

Municipal case contributions and reflections came from Nairobi, Huye, Mariental, Hebron, Berlin and the Urban Development Fund in Egypt. Contributors included Godfrey Ngugi, Richard Ndicunguye, Sunday Haimbodi, Husam Shweiki, Lars Loebner and Dr. Marwa Ahmed. They reflected on the visual scenarios from the perspective of local planning realities, implementation constraints and possible next steps.

From Berlin, Lars Loebner from the Senate Department for Urban Development, Building and Housing contributed an important perspective on the role of images in public debates on housing and neighbourhood development. Visual representations can strongly influence how new housing is perceived. Used responsibly, they can help communicate not only abstract plans, but also positive and realistic images of liveable, socially mixed and green neighbourhoods.

A methodological input was provided by Ruvi Y. Suárez Subirana, GIZ / ProUrbano, Santa Cruz, Bolivia. Under the title “From AI Visualisation to Scenario Assessment”, she showed how AI-supported visualisation can be linked to scenario thinking and impact reflection. Her contribution complemented the discussion by underlining that AI images are not plans. Their value emerges when they are used to reflect jointly on impacts, trade-offs and possible implementation pathways.

The discussion showed that AI-supported visualisation can be a useful tool for making planning options more accessible and supporting joint learning. At the same time, participants underlined that visualisations must be used responsibly. They can create expectations and therefore cannot replace planning, participation, feasibility assessments, cost estimation or political decision-making.

From a Connective Cities perspective, the Academy Session provides an important starting point for a deeper exchange on affordable housing, informal settlement upgrading and implementation-oriented municipal project ideas. The added value lies not in the technology itself, but in its potential to strengthen municipal learning processes and help translate visualisation and mapping into realistic, inclusive and financeable urban development pathways.

Visual documentation: Current state / after AI-assisted visualisation

The following visualisations were developed as discussion inputs during the WUF13 Academy Session. They use real municipal images as starting points and AI-generated scenarios to support dialogue on affordable housing, informal settlement upgrading, public space, climate resilience and implementation pathways. The images are not final plans.
Source: Connective Cities, generiert mit CoPlan AI.

Ruanda, Huye — suburban affordable housing area

From serviced land to a liveable affordable housing neighbourhood with public space, shade and community facilities.

Initial scenario (left) and AI-generated discussion scenario (right)

Kenia, Nairobi County — Mji wa Huruma

From an informal settlement to upgrading, safer public space and climate-sensitive housing.

Initial scenario (left) and AI-generated discussion scenario (right)

Namibia, Mariental — incremental housing approach

From incremental housing conditions to a safer street environment with basic services, shade and walkability.

Initial scenario (left) and AI-generated discussion scenario (right)

Palestine, Hebron — affordable housing in context

From an existing street section to a scenario with mixed-use edges, greenery and pedestrian-oriented housing.

Initial scenario (left) and AI-generated discussion scenario (right)

Germany, Berlin — new neighbourhood development

From open land along a road to a dense, green and mixed-use housing scenario

Initial scenario (left) and AI-generated discussion scenario (right)

Egypt, Sharqia — urban infill and affordable housing

From underused urban land to a compact housing scenario with shaded courtyards and public space.

Initial scenario (left) and AI-generated discussion scenario (right)