# Built From the Ground It Stands On: How Architects Worldwide Are Solving Climate and Housing at Once

> From fire-resistant timber in California to solar-powered pods in Antarctica and earthen blocks in Niger, designers around the world are building homes out of local materials that shelter people without speeding up climate change.

**Type:** article · **Category:** Lifestyle · **Published:** 2026-06-16 · **Source:** TrendKia
**Canonical:** https://trendkia.com/en/lifestyle/apani-hi-zamina-se-ugate-ghara-duniya-bhara-ke-arkitekta-kaise-jalavayu-snkata-a-1305 · **Language:** English
**Tags:** sustainable architecture, local building materials, mass timber, rammed earth, embodied carbon, climate resilient homes, affordable housing

Climate change and the shortage of affordable housing often look like two problems pulling in opposite directions. Yet a growing band of architects, scientists, and engineers around the world is chasing building techniques and materials that answer both at once. Their shared idea is disarmingly simple, keep everything local.

## Why local materials are the most sustainable
The logic rests on embodied carbon, the emissions a material releases across its whole life, from extraction and manufacturing to transportation and, finally, disposal. Seen this way, the most sustainable building is the one made from what already surrounds it. Rather than hauling supplies across continents, forward-thinking minds are testing both high-tech and low-tech approaches in every corner of the planet. From solar pods that can shrug off the most extreme weather on Earth to homes built, quite literally, from the soil around them, each project offers a solution tuned to its site, culture, and local tradition, and yet each one can potentially be adapted for use far away. The common lesson running through the examples below is a commitment to both the planet and the people who live on it.

## Fire-resistant mass timber in California
For the past decade, the Seattle-based firm Atelier Jones has been probing the potential of one of the Pacific Northwest's most accessible new building materials, mass timber. Locally harvested and low in carbon, the engineered wood is sustainable, structurally strong, and, crucially, highly fire-resistant. After founder Susan Jones led the push to change the International Building Code so the material could be used in taller construction, she used it to design Heartwood, a 67,000-square-foot apartment building in Seattle that became the first tall mass timber structure in the US in late 2023.

Jones and her team then carried the material into Greenville, a small town in Northern California. Working with the local nonprofit Sierra Institute for Community and Environment, they created the Sierra Houses, three prototype mass timber homes. Because they can be prefabricated, the houses can be built quickly and affordably enough to help rebuild a community that fire itself devastated in 2021. Offered in one-, two-, and three-bedroom models, the lean-to or gable-roofed homes wrap a mass timber frame in Cor-ten steel and aluminum façades, and inside the open-plan interiors that same timber doubles as a design feature. In similarly forested parts of the country, the material could deliver safer, environmentally sensitive, locally sourced housing.

## Solar-powered pods in Antarctica
The coldest, driest, and windiest continent on Earth is, under international law, no one's permanent home. Even so, plenty of scientists and intrepid tourists stay for long stretches on the South Pole landmass, and the buildings that shelter them must survive an environment where average outdoor temperatures swing from 14°F on the coast to −76°F inland.

White Desert, the company that introduced the first luxury hotel experience in Antarctica, remains the most inventive option for staying on land. Its two explorer camps, Echo Base and Whichaway, are made of heavily insulated, igloo-like pods whose modular construction lets them rest lightly on the landscape and be dismantled without a trace at the end of their life. Inside, the domes offer floor-to-ceiling windows and futuristic living spaces that exploit Antarctica's greatest summer resource, 24-hour sunlight. The suites, which include the first showers with running hot water in Antarctica's hospitality industry, run entirely on solar and wind energy, proof that even the harshest setting can support planet-friendly design.

White Desert CEO and founder Patrick Woodhead developed the pods in-house with his expedition team. "For us, true luxury is about creating a sense of ease and comfort in an extreme setting," he says, "while ensuring that Antarctica remains exactly as we found it."

## Compressed-earth blocks in Niger
In Niamey, the capital of Niger, rapid migration has created a severe shortage of affordable places to live. There, architect Mariam Issoufou is drawing on West African tradition to build dense, climate-resilient urban housing. Leaning on local compressed-earth masonry blocks and passive thermal design, Issoufou and her united4design collaborators Elizabeth Golden, Yasaman Esmaili, and Philip Sträeter built Niamey 2000, which provides 18,300 square feet of multifamily living space, including private courtyards.

As in the precolonial mud-brick building of Mali, Nigeria, and Niger, the thick earthen walls regulate indoor temperatures, while shaded circulation areas and carefully placed windows keep residents comfortable through the city's extremely arid heat waves. The project worked so well that Issoufou has kept using compressed-earth blocks in her own practice, which has offices in Niamey, New York City, and Zurich. She is now building an office tower from bricks made of soil gathered right on-site; once finished, it will be the tallest building in Niamey and will stay cool on minimal energy thanks to the material's performance and a self-shading, triangulated façade. In a city where most modern buildings are concrete and cooled by standard air conditioners, her work shows that traditional methods and site-derived materials are not just kinder to the environment but a high-performance choice for the people inside them.

## Light-touch living in New Zealand
"Māori, New Zealand's indigenous people, live by a series of underlying natural principles and behaviors," says Stephen McDougall, a founding director at Studio Pacific Architecture in Wellington. "Guardianship is one of these principles." Embracing that duty to the land, McDougall designed Kāpiti House, his own off-grid retreat set within 16 acres of regenerated wetlands on the Kāpiti coast, just north of Wellington. The house is built to leave little trace and is operationally carbon positive, pulling more carbon dioxide out of the atmosphere than it adds.

The compound takes the form of two rural vernacular structures, a 1,750-square-foot barn for the main house and a separate two-story tower for guests. They are built from cross-laminated timber, tempered hardboard, recycled local rimu wood, New Zealand wool insulation, and fly ash concrete, all of which carry a far smaller carbon footprint than their conventional equivalents. Solar panels, rainwater collection, on-site wastewater treatment, and a permaculture garden and orchard make the project self-sufficient. Passive strategies, including deep eaves for self-shading, cross-ventilation, and a high-efficiency envelope, mean it needs no heating or cooling at all. "This approach reflects a shift from designing isolated buildings to designing systems that support the land over time," McDougall says, setting a striking example of low-impact rural living.

## Earthquake-safe wattle and daub in Chile
In intensely seismic Chile, an 8,000-year-old building technique has proven one of the best defenses. Quincha, or wattle-and-daub construction, covers an interwoven wood framework, the wattle, with a mix of mud and straw, the daub, and waterproofs it with a thin layer of lime plaster. The lattice-like timber and heavy thermal mass make it inherently stable, letting it shake without damage.

The ancient method is both sustainable and hyperlocal, since its ingredients can usually be found on-site, and architects are now reviving it for earthquake-safe, passively cooled housing across the country. Outside the capital, Santiago, architect Marcelo Cortés recently designed the 1,075-square-foot, two-story Casa Peñalolén using quincha metálica, a modern version that covers a steel frame and metal wire with tecno-barro, mud stabilized with lime, to reinforce walls and ceilings. Architects Bárbara Barreda and Felipe Sepulveda, cofounders of the Chilean firm Base Studio, are exploring the historic style in a new organic form too, adding local clay to the mix by wrapping a house in 10,000 fired tiles. The project is still underway, and the pair is building a 1:1 scale mockup this fall.

## Bamboo, bricks, and recycled plastic in Malaysia
Architect Eleena Jamil has built her firm in the Malaysian state of Selangor around contextual architecture, "a departure from the modernist ideal of the air-conditioned glass box prevalent in many tropical developing regions," she explains. "In Malaysia, the standard way of building [contemporary] houses is based on reinforced concrete floor slabs and frames, with plastered brickwork for walls. Roofs are typically held up by metal trusses and covered with interlocking tiles." Her practice sets out to offer a lower-carbon, locally sourced alternative.

About 40 minutes south of the capital, Kuala Lumpur, on the one-acre site of a former palm oil plantation, Jamil has designed a 4,000-square-foot home with a 1,600-square-foot studio, using a blend of inventive local materials, bamboo culm columns and roof trusses, compressed-earth block walls, roofing made of recycled plastic food containers, and salvaged hardwood doors, furniture, and fencing. Her firm occupies the studio, while the house will host family, friends, and potential design workshops. Drawing on traditional Malay design and construction, which mixed natural materials chosen for their passive heating and cooling properties, Jamil turned her courtyard-centered buildings away from direct sun, raised them slightly off the ground with strategic wind gaps at low and high elevations, and added large overhangs for comfortable indoor-outdoor living.

"Experimental in nature, [this project] is drawn from my practice's longstanding interest in material culture … and how to create an architecture that grows from place," Jamil says. "It is an approach in which the form is a direct response to the climate and how people use the space, with a materiality inspired by their vernacular origins, and that does the least possible damage to the planet." In a country with hot, humid weather, this context-driven design produces a space that is naturally cooler than a standard structure, built through a process that minimizes waste and heavy machinery while making the most of local materials.

## Rammed earth revived in England
The site of a former Victorian brick factory in the Wiltshire countryside of southwest England came with an abundance of clay-rich soil. To build an 8,720-square-foot private home on it in 2024, Tuckey Design Studio, an architecture firm based in London and Andermatt, Switzerland, turned to an ancient technique that could exploit that supply, unstabilized rammed earth.

The material is a manually compacted mix of water, clay, gravel, and brick and concrete aggregate salvaged from demolishing the site's original, unusable structure, and it contains no chemical binders. With technical help from the Austrian specialist Martin Rauch of Lehm ton Erde, the team devised an on-site circular construction method, building entire walls layer by layer with a rammer that compresses the mixture into a wooden formwork. With castle-like walls made from the very ground around them, the home is finished with Douglas fir and oak frames, cedar shingle roofing, and copper drainpipes. Though it is one of the only modern examples of rammed earth in the UK, the firm is proving the technique can scale. Since finishing the compound, the team has designed a community of 30 terraced rammed-earth houses in nearby Gloucestershire, where the soil has a similar clay profile and enough construction waste aggregate to prefabricate blocks of the revived historic material.

## What this means for you
- **For home buyers:** Locally made materials such as compressed-earth blocks and mass timber can deliver homes that are cheaper, naturally cooler, and far less reliant on electricity for heating or cooling.
- **For the environment:** Houses built from nearby soil and wood cut the need for long-distance transport and concrete, sharply lowering the carbon released during construction.

## Questions & Answers

### 1. What does embodied carbon mean?
It is the emissions a material releases across its entire life, from extraction and manufacturing to transportation and disposal. That logic is why a building made from its surroundings is considered the most sustainable.

### 2. What is the first tall mass timber building in the US?
Heartwood, a 67,000-square-foot apartment building in Seattle, which became the first tall mass timber structure in the US in late 2023.

### 3. How are the Antarctica pods powered?
White Desert's Echo Base and Whichaway camps run entirely on solar and wind energy, and they include the first showers with running hot water in Antarctica's hospitality industry.

### 4. Which ancient technique is being used for earthquake-safe homes in Chile?
Quincha, or wattle-and-daub, an 8,000-year-old method that covers an interwoven wood frame with mud and straw to create stable walls that can shake without damage.

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