As Europe experiences one of its earliest and most intense heatwaves in recent years, World Environment Day 2026 arrives amid renewed discussions about climate adaptation, urban resilience, and the capacity of cities to respond to increasingly extreme temperatures. Across Portugal, France, Italy, Spain, Germany, Switzerland, Ireland, and the United Kingdom, temperatures have surged well above seasonal averages, prompting heat alerts, school closures, emergency planning measures, and growing concerns about the performance of buildings and public infrastructure under prolonged heat stress. The convergence of these highlights a reality that is becoming increasingly worldwide: climate change is no longer solely an environmental concern but an issue that is fundamentally reshaping the spaces where people live, work, and gather.
Henning Larsen, in collaboration with KHL Architects & Planners, Arup, and Flaviano Capriotti Architetti, has proposed the design for a 14-story residential building in Taipei for Continental Development Corporation. The project, titled Northern Lights, has a gross floor area of 3,464 square meters and is scheduled for completion in 2029. Situated adjacent to Daan Park, the development includes 46 residences and is positioned within a dense urban environment while maintaining proximity to one of the city's primary green spaces, which is described as a key contextual reference in the design.
For DB Studios, architecture is not only about building, but about belonging. It is about creating a situated practice, one that responds to its context, its people, and its local identity, expressed through materials, color, and spatial decisions. In this sense, design becomes a way of articulating a language rooted in its context and shaped by the people it serves.
This position becomes especially evident in Vision Pakistan, a project by DB Studios recently recognized with the 2025 Aga Khan Award for Architecture. Beyond recognizing the project's architectural qualities, the award highlights a broader commitment: creating a supportive environment for underprivileged youth in which education, vocational training, and spatial design work together to foster independence and social mobility. Through its form, façade, and interior organization, the building responds closely to its context, reinforcing a sense of ownership among its users while fostering pride in the surrounding community and among emerging local practitioners.
Establishing thermal comfort once demanded a far more deliberate and calibrated architectural intelligence—an interplay of orientation, massing, material behavior, ventilation potential, shading, and the ways daylight and surfaces absorb and release heat. This was not simply a matter of taste, but of necessity. When many of Hong Kong's post-war modernist buildings were constructed in the late 1960s and 1970s, forming a substantial portion of the city's public housing and broader residential stock, air-conditioning was not yet a ubiquitous, default service. Cooling, where present at all, was limited and unevenly distributed; comfort had to be negotiated through passive means, through section, façade depth, operable openings, and climatic detailing. It was only later, particularly through the 1970s and 1980s, as air-conditioning became increasingly standardized across the region, that mechanical cooling began to displace this earlier matrix of architectural decision-making.
Did air conditioning negatively affect architectural space, particularly in Hong Kong and the nearby region? The more precise claim is that widespread reliance on AC has profoundly rearranged the incentive structure of building design.
Across South America, environmental comfort is understood not as an interior condition, but as one shaped through space. In regions marked by heat, humidity, intense sunlight, and seasonal variation, architecture has long relied on spatial decisions to moderate climate and support daily life. Comfort emerges from how interiors are opened, shaded, ventilated, and inhabited over time.
Rather than isolating interior spaces from their surroundings, many contemporary projects across the region cultivate comfort through depth, porosity, and intermediate zones. Light is filtered rather than maximized, air is guided through aligned openings and voids, and thresholds become active spaces of use rather than residual edges. These strategies do not seek uniform environmental control, but produce interiors that remain temperate, adaptable, and closely attuned to changing climatic conditions. In this context, environmental comfort becomes inseparable from spatial experience.
Scandinavia is shaped by environmental conditions that test both human endurance and architectural ingenuity, with long winters defined by limited daylight, low sun angles, deep snowfall, and cold winds that transform everyday movement, gathering, and habitation into deliberate acts. In this context, architecture is never neutral, and hospitality is never incidental. Buildings that welcome visitors across cities, forests, and coastlines must respond directly to darkness and cold, not by denying them, but by creating interior worlds that offer orientation, warmth, and psychological relief. The act of welcoming in Scandinavia is therefore inseparable from the climate, grounded in the understanding that shelter, light, and human presence are fundamental resources in Arctic environments.
Earlier this month, news of Frank Gehry's passing prompted an outpouring of tributes to the architect behind flamboyant museums, concert halls, and sinuous residential complexes. Rather than revisit that well-charted terrain, it is worth pausing on a more contemplative work in his oeuvre: Maggie's Cancer Caring Centre in Hong Kong. Quiet, optimistic, and calibrated for everyday resilience, the building reflects multiple registers of Gehry's intent: a commitment to positivity and survival—and, more personally, an architect's own reckoning with loss and end-of-life care.
The remark reframes Maggie's Hong Kong as more than a commission; it suggests a design process shaped by grief and turned toward comfort, dignity, and the possibility of hope—an ethos that aligns closely with the organization's mission.
Les Bains des Docks Aquatic Centre. Image Courtesy of VELUX Commercial
Condensation, maintenance, and humidity are three familiar challenges that continue to test the buildings we design and construct. Whether stemming from climate conditions, limited airflow, or the specifics of construction detailing, these factors affect not only the durability of materials but also the everyday comfort and performance of inhabited spaces. When the setting is an aquatic center or an indoor swimming pool, the demands are even greater. The constant presence of steam, moisture accumulation, and the risk of mold can compromise both energy efficiency and the user experience. In such environments, ventilation and access to daylight, beyond their aesthetic value, become essential tools for maintaining equilibrium, enhancing indoor comfort, and ultimately improving how the space is perceived and utilized.
https://www.archdaily.com/1030573/letting-the-sky-in-4-case-studies-of-daylight-solutions-in-aquatic-architectureEnrique Tovar
Humid environments present some of the most complex challenges in architectural design. From the tropical monsoon season of Southeast Asia to the equatorial heat of Central Africa, these environments demand solutions that account for intense moisture, high temperatures, and the constant battle against mold, decay, and stagnation. Yet, for centuries, communities in these regions have developed architectural techniques that do not fight against humidity but instead work with it, leveraging local materials, climate-responsive design, and passive cooling techniques to create sustainable and livable spaces. By considering atmosphere as a sensory and climatic phenomenon, architects will craft spaces that are not only evocative but also responsive, adaptive, and sustainable.
We are on the brink of concluding the hottest year in the past 125,000 years. Recently, elevated temperatures have adversely impacted the daily routines of a significant portion of the population, particularly those who spend most of their day outdoors without access to air-conditioned environments. Excessive heat stems from various sources, both natural and human-induced. Given the grim outlook on this matter, it becomes imperative to explore structural measures to address and mitigate the potential deterioration of public health caused by escalating temperatures.
There are many ways to define architecture, from the most technical to the most poetic. It uses many aspects within its context: space, program, tectonics, and gesture, which refers to the stroke, the drawing, and the design. Perhaps the quick sketch that comes to mind when talking about gesture is that of shelter: a cut or elevation, with human scale, of vertical enclosures and coverings.
Country houses usually are found in remote areas, therefore, they often demand placement strategies that respect the context and dialogue with the landscape while bringing more thermal comfort and natural lighting. Most of the time, these solutions bring passive strategies that, along with the choice of materials and construction techniques, can provide an even more sustainable project. Get to know seven Brazilian residences that are examples of this theme.
The World Cup will take place between November and December. This is due to the host country’s climate in June and July when Qatar can reach average temperatures of 40 to 50°C.
