From earth and stone to concrete, the reconstruction of Morocco's High Atlas is changing more than houses. It is changing the appearance, identity and future of mountain villages.
On the morning after Morocco's devastating September 2023 earthquake, the High Atlas looked different.
In villages scattered across the mountains of Al Haouz and surrounding provinces, homes had collapsed, walls had cracked and entire sections of settlements had been damaged.
But the earthquake did not simply destroy buildings.
It exposed a much older question about how people build and live in the mountains.
For generations, many High Atlas communities had built their homes using materials found around them: earth, stone and timber. These materials were shaped by local knowledge and adapted to the region's climate, terrain and way of life.
After the earthquake, however, reconstruction introduced another architectural language.
Concrete blocks, reinforced structures and manufactured materials began appearing beside traditional earthen walls.
For families who had lost their homes, these materials could represent safety, speed and a chance to build something new.
For architects, researchers and heritage specialists, they also raised another concern:
What happens to the traditional architecture of the High Atlas when rebuilding becomes modernization?
The answer is not simple.
The future of the region will probably not be a choice between preserving every traditional building exactly as it was and replacing everything with concrete.
Instead, the most interesting question may be whether traditional knowledge and modern engineering can be combined to create a new kind of High Atlas architecture.
The High Atlas Before the Earthquake
To understand what is changing, it is necessary to understand what existed before September 8, 2023.
The High Atlas is not architecturally uniform.
Villages differ according to altitude, geology, climate, available materials and local building traditions.
But across many communities in Al Haouz and neighboring areas, vernacular architecture developed around a relatively simple principle: build with what the landscape provides.
Earth, stone and timber became the principal materials in many rural settlements.
Researchers who carried out post-earthquake field investigations documented several forms of earthen construction, including rammed earth and adobe.
In some areas, buildings combined several techniques. A house could have a lower level made from stone masonry, protecting the earthen walls from moisture, with rammed-earth walls above. Timber was commonly used for lintels and traditional floor systems.
This is important because the phrase "traditional Moroccan house" can create the impression that there was one standard construction method.
There wasn't.
Traditional architecture in the High Atlas was a collection of local solutions. Walking between Amazigh villages still shows that variety today.
Earth, Stone and Wood: The Materials of Mountain Architecture
Rammed Earth
One of the most characteristic techniques in parts of the High Atlas is rammed earth, known in Morocco as pisé.
Earth is placed into formwork and compacted in layers to create thick walls.
The technique has several advantages.
The material can be sourced locally, reducing the need to transport large quantities of manufactured building materials. Thick earthen walls can also contribute to thermal comfort by moderating temperature changes between day and night.
But the technique also depends heavily on workmanship.
The quality of the soil, compaction, wall geometry, protection from water and structural connections all influence performance.
Adobe
Adobe construction uses earth formed into blocks and dried before being assembled into walls.
It appears in different forms across Morocco and was documented in some of the areas surveyed after the Al Haouz earthquake.
Stone
Stone was often used in foundations and lower portions of buildings.
In some High Atlas houses, stone masonry and rammed earth were combined rather than used separately.
This combination reflects a practical understanding of local conditions: stone can provide greater resistance to moisture near the ground, while earth can form the upper walls.
Timber
Wood was traditionally used in floors, roof structures, lintels and other elements.
It was not merely decorative.
Timber formed part of the structural system and connected different parts of the building.
Why Did People Build With Earth?
It is tempting to see earthen architecture as evidence of poverty or technological backwardness.
That interpretation misses much of the story.
Traditional construction developed because it responded to the conditions of the place.
Earth was available. Stone was available. Wood could be obtained locally where conditions allowed.
The resulting buildings could be thermally comfortable and visually integrated into their surroundings.
Traditional architecture also represented accumulated knowledge.
A builder did not necessarily need a modern architectural school to understand how a particular soil behaved, how a wall should be constructed or how a building should respond to the local climate.
This knowledge was transmitted through practice.
But traditional knowledge had limits too.
A technique developed for everyday environmental conditions was not automatically designed to withstand the extreme forces generated by a major earthquake.
That distinction becomes crucial when examining the events of 2023.
The Al Haouz Earthquake Exposed the Limits of Traditional Construction
On September 8, 2023, a magnitude 6.8 earthquake struck Morocco's High Atlas region.
The affected area included numerous rural communities where earthen and masonry construction remained common.
Post-earthquake reconnaissance teams documented extensive damage to traditional buildings.
The field evidence showed that earthen construction in the region was highly varied.
Researchers found rammed-earth structures, adobe buildings and mixed systems combining earth, stone and timber. Buildings were often one or two stories high, with relatively small openings and thick load-bearing walls.
The earthquake demonstrated that these buildings could be vulnerable to strong seismic shaking.
But the reasons were not simply "because they were made of earth."
Structural configuration mattered. Connections mattered. Foundations mattered. Construction quality mattered. Maintenance mattered. The location of the building mattered. And the way different materials interacted mattered.
Why Some Earthen Buildings Performed Poorly
Traditional earthen walls are often heavy.
During an earthquake, the building is subjected to horizontal forces that it was not necessarily designed to withstand.
Weak connections between walls and floors can become particularly problematic.
A wall can remain stable under normal vertical loads but become vulnerable when strong lateral movement is introduced.
Post-earthquake investigations observed cracking and failures at interfaces between different construction elements, including areas where rammed-earth walls interacted with floors and other materials.
This is why it is misleading to claim that traditional architecture is either "safe" or "unsafe" as a single category.
Two houses built from similar materials can perform very differently.
Traditional Does Not Mean Earthquake-Proof
This point deserves emphasis.
There is a growing interest in traditional and earthen architecture because of its environmental and cultural qualities.
But cultural value and structural safety are not the same thing.
A traditional house can be:
- culturally important
- well adapted to its climate
- built with low-impact local materials
and still require structural improvement to withstand major earthquakes.
Research published from post-earthquake investigations in Morocco reinforces this more nuanced view.
The vulnerability of vernacular buildings was associated with several factors, including construction practices, site conditions, material quality and structural details.
The lesson is not that traditional architecture should disappear.
The lesson is that traditional construction needs to be understood, tested and improved where necessary.
What About Modern Concrete Buildings?
The other side of the debate is equally important.
It would be just as misleading to say:
Traditional houses are dangerous, therefore concrete is the solution.
Concrete is not a magic material.
A reinforced-concrete building can perform well when properly designed, detailed and constructed.
But poor construction, inadequate structural design, unsuitable foundations, poor materials or weak workmanship can create serious vulnerabilities regardless of the material.
The earthquake therefore does not provide a simple comparison between earth = bad and concrete = good.
The real comparison is between different construction systems and how well they respond to the forces imposed on them.
Modern engineering can make buildings much safer, but engineering quality matters.
Why Is Concrete Becoming More Common?
So why is concrete becoming increasingly visible in the High Atlas?
The answer begins with the people who lost their homes.
For a family whose house collapsed, rebuilding is not an architectural debate. It is an urgent need.
They need a roof. They need privacy. They need a kitchen and bathroom. They need electricity and water. They need protection from winter temperatures. And above all, many want confidence that the new house will be safer.
Concrete and cement blocks can therefore appear attractive.
They are associated with modern construction. They are widely available. Builders are familiar with them. They can be incorporated into standardized construction systems. And they can create houses that resemble the contemporary homes found in Moroccan towns and cities.
For some residents, modernization is not a loss. It is progress.
That perspective is essential.
The Earthquake Did Not Create Modernization
Another important point is often forgotten.
The transformation of High Atlas architecture did not begin in September 2023. It was already happening.
Before the earthquake, many rural communities were experiencing changes in migration, tourism, road access, household expectations, construction materials, electricity and water infrastructure, education, employment and access to urban markets.
Concrete houses were already appearing in many rural areas.
The earthquake accelerated the process. It did not invent it.
This makes the current reconstruction more complicated than a simple return to the architecture of the past.
Why You See Old and New Houses Side by Side
If you travel through the High Atlas today, you may notice something striking: an old earthen house or stone wall standing only a few meters from a newly built concrete house.
This is not necessarily a contradiction, and it does not mean that traditional architecture has simply disappeared.
It is largely the visible result of a region undergoing reconstruction and gradual change.
The 2023 Al Haouz earthquake did not affect every building in exactly the same way.
Some houses were severely damaged and had to be demolished or rebuilt. Others suffered partial damage and could be repaired. Some traditional buildings survived with relatively limited damage and remain part of the village landscape.
Reconstruction also does not happen all at once.
A family may rebuild its house while a neighboring family is still repairing an older building. Another house may remain empty while decisions are being made about its future.
In some places, new infrastructure and roads have also appeared while older buildings remain around them.
This creates a landscape where different generations of architecture exist side by side.
You may therefore see:
- an old rammed-earth house next to a reinforced-concrete home
- a traditional stone wall beside a newly constructed building
- an older house that has been repaired rather than demolished
- a new house using modern construction but traditional earth-colored finishes
- partially damaged structures awaiting reconstruction
For visitors, this mixture can sometimes look unusual.
But it tells an important story.
The High Atlas is not being rebuilt from a blank page.
New buildings are being constructed among structures that survived, were repaired, or are still awaiting their next chapter.
This is why a walk through an Atlas village today can feel like a journey through several periods of architecture at once.
The contrast between earth-colored traditional buildings and newer concrete structures is, in many ways, a visible record of what the region has experienced: generations of traditional construction, decades of modernization, and an intense period of reconstruction following the earthquake.
For travelers, understanding this context changes the way the landscape is seen.
An old wall is not simply an old wall. A new concrete house is not necessarily a rejection of tradition.
Together, they show a community adapting to a new reality while carrying parts of its architectural past into the future.
Reconstruction Under Pressure
Post-disaster reconstruction creates an unusual situation.
There is enormous pressure to rebuild quickly.
Families need homes. Governments need to restore infrastructure. Construction materials need to be transported into remote mountain communities. Workers and engineers may be in short supply. Roads can be difficult. Weather can slow construction. And regulations must be applied to buildings in areas with significant seismic risk.
These pressures can favor standardized construction.
A standardized house can be easier to plan, approve and reproduce.
But standardization can also create tension with the physical and cultural diversity of mountain villages.
A house designed for one context may not necessarily fit another.
Ouirgane: A Different Way of Thinking About Reconstruction
The village of Ouirgane offers an interesting example of how architects are exploring alternatives.
A 2025 architectural research project developed at EPFL proposed an incremental housing system based largely on locally sourced materials and rammed earth.
The concept begins with a seismic-resistant core that can later be expanded as a family's needs and financial resources change.
The project also explores the reuse of earth from collapsed structures.
It is not presented as a universal solution to reconstruction.
Rather, it demonstrates that traditional materials and modern seismic thinking do not necessarily have to be opposites.
This idea is particularly interesting because it changes the question.
Instead of asking:
Should we rebuild with traditional materials or concrete?
we can ask:
How can traditional materials be used with modern engineering?
Can Traditional Earthen Buildings Be Made Safer?
Recent research suggests that at least some traditional earthen structures can be strengthened.
A 2026 study examining historic earthen construction in Morocco investigated interventions including crack stitching and wall-base widening.
The researchers found that timber crack stitching could help reduce wall collapse under certain in-plane forces, while base plinths could improve wall stability by lowering the center of gravity and strengthening vulnerable lower sections.
This is significant.
It does not mean every damaged house can simply be repaired. Nor does it mean traditional materials are automatically superior.
It means that there is engineering potential in traditional construction that should not be dismissed simply because it is old.
The future may lie in selective preservation, structural reinforcement and adaptation.
Tinmel: When Reconstruction Becomes a Cultural Question
The village of Tinmel illustrates another dimension of the problem.
Located close to the earthquake's epicentral region, Tinmel suffered severe damage.
The village is also home to the historic Tinmel Mosque, an important monument of Moroccan and Almohad heritage.
By 2025, reconstruction was still visibly underway, with construction sites and temporary shelters forming part of the landscape.
Field reporting from Le Desk described a village where concrete and stone represented competing approaches to reconstruction, while the future of the historic center remained a major concern.
Tinmel demonstrates that reconstruction is not simply about replacing individual houses.
A village has a collective identity.
When dozens or hundreds of buildings change at the same time, the visual character of the entire settlement can change.
When a Traditional Village Becomes a Different Village
Imagine walking through a mountain settlement before the earthquake.
The buildings may share a common palette because their materials come from the same landscape. Earth-colored walls blend into the mountains. Stone structures echo the surrounding geology. Roofs and openings follow local construction traditions.
Now imagine returning years later.
Some original buildings remain. Others have been demolished. New houses have concrete walls. Some are covered with traditional-looking finishes. Others use modern colors and materials. The road network may have changed. New utility infrastructure may appear.
The village may be safer and more comfortable. But it may also look completely different.
This is the hidden dimension of reconstruction.
Rebuilding a house can change a village. Rebuilding a village can change a landscape.
The Risk of Creating Traditional-Looking Modern Houses
There is another interesting development.
Some new buildings may appear traditional from the outside while being constructed using modern materials.
Research and field observations from Ouirgane have documented examples where houses that visually resemble earthen construction are actually built from concrete blocks and then finished with earth-colored materials.
This creates a new architectural category.
It is neither fully traditional nor fully modern in appearance.
For tourism, this distinction can be particularly important.
A village may retain the visual appearance of traditional architecture while the construction techniques underneath have changed completely.
That does not necessarily make the new building bad.
But it shows how architectural identity can survive visually even when traditional construction knowledge is disappearing.
What Could Be Lost?
The most obvious potential loss is visual.
But the deeper loss may be knowledge.
If fewer people build with rammed earth, fewer young builders may learn how to prepare the soil, construct formwork and compact walls.
If traditional timber techniques disappear, the skills associated with them can disappear too.
If local stone construction becomes rare, the craftsmen who understand it may become harder to find.
Eventually, the architecture may survive only as an aesthetic reference.
The original knowledge may no longer be part of everyday life.
But Preservation Has Its Own Problems
It would also be unfair to romanticize the past.
A traditional house can be beautiful and culturally significant while still being uncomfortable for a modern family.
A family may want:
- larger windows
- modern bathrooms
- better insulation
- heating
- electricity
- private bedrooms
- modern kitchens
- easier maintenance
They may also simply prefer a modern home.
Preserving architecture should therefore not mean preserving inconvenience.
Nor should local communities be treated as guardians of a museum for visitors.
The people who live in these villages have the right to choose how they want to live.
The challenge is finding ways to give them that choice without unnecessarily destroying the architectural character of the region.
The Case for Hybrid Architecture
This is where a third option becomes interesting.
Instead of traditional OR modern, consider traditional knowledge + modern engineering.
A future High Atlas house could potentially combine:
- modern seismic design
- reinforced structural elements where appropriate
- locally sourced stone
- improved rammed earth
- modern insulation
- contemporary plumbing
- electricity
- safer foundations
- improved wall-to-floor connections
- traditional proportions
- local colors and finishes
Such a house would not be a perfect reproduction of a pre-earthquake dwelling.
But perhaps that is not the goal.
Architecture has always evolved.
The objective could instead be to create buildings that are safe enough for the future while still belonging to the place.
Three Possible Futures for High Atlas Villages
Complete Modernization
Under this scenario, traditional buildings are progressively replaced by reinforced concrete and manufactured materials.
The advantages are speed, familiarity and access to contemporary construction systems.
The disadvantage is that the distinctive architectural character of some villages could gradually disappear.
Strict Preservation
Another possibility is to preserve traditional forms and materials as much as possible.
This could protect heritage and local construction knowledge.
But it would require specialized craftsmen, engineering expertise, appropriate regulations, maintenance and sufficient financial resources.
It also has to respect the wishes of residents.
Hybrid Reconstruction
The third possibility combines traditional and modern approaches.
Modern engineering provides seismic safety. Traditional materials and architectural principles provide local identity. Contemporary services provide comfort.
This may be the most difficult option. But it may also be the most interesting.
The Environmental Argument
There is also an environmental dimension.
Traditional earthen construction can make use of materials available near the building site.
Transporting large quantities of manufactured materials into remote mountain regions can have environmental and economic costs.
The Ouirgane research proposal specifically explores locally sourced materials, reuse of earth from collapsed walls and the potential to support local economies by reviving traditional knowledge.
But again, environmental benefits should not be confused with structural safety.
A low-impact material still needs to be used correctly.
The real challenge is finding construction systems that perform well across all three dimensions: safety, sustainability and cultural fit — a question that also sits at the heart of responsible travel in Morocco.
Reconstruction Is About More Than Houses
A village cannot be rebuilt simply by replacing roofs and walls.
People need functioning communities. They need roads, schools, healthcare, water, electricity, agricultural infrastructure, and access to markets and employment.
And in many High Atlas communities, tourism is part of the local economy.
The Moroccan government created the Agence de Développement du Haut Atlas (ADHA) to coordinate reconstruction, rehabilitation and broader development across affected territories.
As reconstruction continues, the work has moved far beyond the immediate emergency phase.
The physical reconstruction of homes is only one part of a much larger transformation.
What Does This Mean for Amazigh Architecture?
The term Amazigh architecture is sometimes used to describe the traditional architecture of communities across Morocco's Atlas and pre-Saharan regions.
But architecture does not exist separately from the people who create it.
If people change, their houses change. If their economic activities change, their houses change. If construction technology changes, their houses change.
The earthquake has accelerated these processes.
The future of Amazigh architecture therefore should not necessarily be defined as the preservation of an old visual style.
It could instead mean preserving the principles behind it: local adaptation, knowledge of materials, relationship with the landscape, community identity and the ability to build according to local conditions.
Those principles can potentially survive even when the exact construction technique changes.
A New Architecture for the High Atlas?
Perhaps the most interesting outcome of the reconstruction will not be the disappearance of traditional architecture.
It may be its transformation.
The High Atlas could develop a new architectural language that combines earth with engineering, stone with reinforced structures, traditional proportions with modern services, and local knowledge with scientific research.
That would be different from the architecture that existed before the earthquake.
But it could still be recognizably High Atlas.
And perhaps this is how architecture has always survived: not by remaining unchanged, but by adapting.
What Will the High Atlas Look Like in 10 or 20 Years?
It is impossible to know.
Some villages may become predominantly modern. Others may preserve more of their traditional character. Tourism may influence some communities more strongly than others. Remote villages may change more slowly. Roads and infrastructure may encourage new forms of development. Climate pressures may influence building materials and energy use. And future seismic research may lead to new construction standards.
But one thing is already clear.
The earthquake has created a turning point.
The High Atlas is being rebuilt at the same time that it is being redefined.
What Travelers Can See in the High Atlas Today
For travelers visiting the High Atlas, the architectural transformation may not always be obvious.
But once you know what to look for, it becomes part of the landscape.
You may see:
- an old rammed-earth wall beside a new concrete house
- a traditional stone wall beside a newly constructed building
- a new house finished in an earth-colored surface
- construction sites beside temporary shelters
- old village forms interrupted by new roads and infrastructure
These details tell a story that is much larger than architecture.
They show how mountain communities are adapting after one of the most consequential natural disasters in modern Moroccan history.
For visitors exploring areas around Imlil, Ouirgane, Amizmiz, Tinmel and other High Atlas communities, the landscape is therefore not static.
It is a region in transition.
Why This Story Matters Beyond Morocco
The debate taking place in the High Atlas is not unique.
Around the world, communities face the same question after disasters: Should we rebuild what existed, or build something completely new?
Traditional architecture can contain valuable environmental knowledge and cultural identity.
Modern engineering can provide improved safety and resilience.
Neither should automatically exclude the other.
The challenge is creating a reconstruction process in which scientific knowledge, local experience and the needs of residents are considered together.
Morocco's High Atlas provides a particularly important example because the region's architecture is so closely connected to its landscape and cultural history.
Frequently Asked Questions
What was the Al Haouz earthquake?
The Al Haouz earthquake struck Morocco's High Atlas region on September 8, 2023, with a magnitude of 6.8. It caused severe damage across numerous mountain communities.
How did the Al Haouz earthquake affect traditional architecture?
Many traditional buildings constructed from rammed earth, adobe, stone and timber suffered severe damage. Field investigations found different levels of damage depending on construction systems, materials and structural details.
What materials were traditionally used in High Atlas houses?
Common traditional materials included earth, rammed earth, adobe, stone and timber. Different villages combined these materials in different ways.
Why do some High Atlas villages have old and new houses next to each other?
Because reconstruction is gradual. Some buildings survived the earthquake or could be repaired, while others were severely damaged and had to be rebuilt. New construction therefore takes place alongside surviving traditional buildings.
Are traditional Moroccan houses earthquake-resistant?
Not automatically. The seismic performance of a traditional house depends on its structural configuration, construction quality, connections, foundations, materials, maintenance and site conditions.
Why are concrete houses becoming more common after the earthquake?
Concrete and cement-based construction can be attractive because it is associated with modern engineering, contemporary housing expectations and standardized reconstruction. For many residents, it also represents a chance to build a safer and more comfortable home.
Is concrete always safer than traditional construction?
No. Safety depends on design, engineering, construction quality, materials, foundations and workmanship. The building material alone does not determine seismic performance.
Can rammed-earth buildings be strengthened?
Research into Moroccan earthen heritage has identified strengthening approaches such as crack stitching and wall-base widening that can improve certain aspects of seismic stability when properly designed and implemented.
Is traditional architecture disappearing from the High Atlas?
Some traditional construction practices are under pressure as reconstruction and modernization accelerate. However, traditional materials, forms and knowledge may continue through adapted or hybrid construction.
What is hybrid architecture?
Hybrid architecture combines elements of traditional construction and local identity with modern engineering, materials, infrastructure and contemporary living requirements.
What will the High Atlas look like in the future?
The outcome will vary from village to village. Some communities may become increasingly modern, while others may preserve more traditional elements. A combination of modern engineering and local architectural knowledge is another possible path.
A Landscape Being Rewritten
The Al Haouz earthquake did not simply destroy houses.
It interrupted a relationship between people, materials and landscape that had developed over generations.
Now the rebuilding process is creating a new relationship.
Concrete is appearing where earth once dominated. New roads are changing how villages connect to the outside world. Modern services are changing what families expect from their homes.
At the same time, architects, engineers, researchers and local communities are asking whether the knowledge embedded in traditional construction can still contribute to the future.
There is no simple answer.
The traditional house should not be romanticized as a perfect solution. Concrete should not be treated as an automatic answer either.
The most promising path may lie somewhere between them.
A house can be modern without becoming completely disconnected from its landscape. A traditional material can be used without ignoring modern engineering. And a village can change without completely losing its identity.
The High Atlas will not return to exactly what it was before September 8, 2023.
Perhaps it should not.
The real challenge is to ensure that, as the mountains rebuild, the architecture of the future remains safe enough to protect the people who live there and rooted enough to still feel like home.
Explore the High Atlas
The best way to understand the High Atlas is not only to look at its mountains, but to spend time in its villages, valleys and communities.
Walking through the region with a local guide allows travelers to experience the landscapes, architecture and everyday life of Amazigh communities while seeing a region that is still evolving.
Explore the High Atlas, Imlil and Toubkal with Go Morocco Trek, or discover Berber village treks that pass through mountain settlements still carrying this history.