How Western Consumption Affects Global South Environment

How Western Consumption Affects Global South Environment

Above is a high-angle view of a vast landfill site in South Tangerang, Indonesia, showing environmental impact. by Tom Fisk via Pexels, despite the fact that, per many studies, the majority of people everywhere support the environment.

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How Western consumption becomes the Global South’s environmental nightmare

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Rachida Bouhid, Université du Québec à Montréal (UQAM)

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Industrialized countries send millions of metric tonnes of used clothing, electronic equipment and other products to the Global South, and with them, the environmental and health costs tied to producing, consuming and disposing of those goods.

In Accra, Ghana, thousands of pieces of secondhand clothing arrive each week at the Kantamanto Market, one of the world’s largest textile resale hubs. Some of these garments will find a new buyer and get a second life. Others — unsellable or low-quality — will end up in dumps, waterways or informal landfills.

The environmental accountability that applied to these products back in Europe or North America doesn’t follow them to Ghana.

It’s a paradox rarely discussed: materials circulate globally, but environmental responsibility stops at the border.

When we drop off a used phone at a collection point, donate clothes to an organization or replace an obsolete computer, we often feel like we’ve done our part for the environment. But the story doesn’t end there. Many of these items begin a second life elsewhere, or simply reach the end of the road, sometimes thousands of kilometres away.

Complex and hard-to-trace chains

This issue came up earlier this year at a symposium entitled When the Global South Inspires the Global North, held during the 93rd Acfas (Association canadienne-française pour l’avancement des sciences) congress.

I was in attendance as part of my research on organizational governance models and the shift toward a regionalized circular economy.

In her opening remarks, Jocelyne Landry Tsonang of the African Circular Economy Network pointed out that products often travel without the responsibility mechanisms, eco-taxes or funding that should come with them. The environmental and social costs associated with the end of a product’s life are then shifted to regions that generally have fewer resources to manage them.

Electronic waste is a particularly telling case. According to the Global E-waste Monitor 2024, the world generated 62 million metric tonnes of electrical and electronic waste in 2022. Yet only 22.3 per cent of this waste was officially collected and recycled through documented channels. The rest often follows paths that are difficult to trace, feeding into complex global markets.

As Canadian geographer Josh Lepawsky demonstrated in his 2018 book Reassembling Rubbish, electronic waste doesn’t just flow in a straight line from north to south. It moves through globalized networks where reuse, repair, material recovery and dismantling all intersect.

But even when these flows generate economic value, the environmental and health risks tend to stay concentrated in the regions where the products end up.

The uneven distribution of pollution

In several African cities, waste pickers extract copper, aluminum and other metals from used electronic devices. Their work helps recover resources that would otherwise be lost. However, these activities are frequently carried out without adequate protective equipment, under precarious conditions and with little institutional recognition.

This is what Canadian scholar Max Liboiron calls an unequal distribution of pollution. In her 2021 book Pollution is Colonialism, she argues that environmental harm is never spread neutrally. Some populations benefit while others absorb a disproportionate share of the fallout.

The textile industry provides another striking example. Every year, large volumes of used clothing are exported to second-hand markets in Africa, Latin America and Asia. When a significant portion of these shipments consists of low-quality clothing that is unsellable or difficult to recycle, the receiving countries are left with a waste management problem they did not create.

The Kantamanto market captures this perfectly. It’s often held up as a circular-economy success story thanks to the sheer scale of reuse and repair happening there. But it’s also stuck with mountains of clothing nobody will buy. The environmental cost of that clothing doesn’t fall on the markets that shipped it out — it falls on Ghana.

Better integrating circular economy practices

A 2017 analysis by the Copernicus Institute of Sustainable Development at Utrecht University defines the circular economy simply — it’s a model that cuts resource extraction and waste through reuse, repair, recycling and longer product lifespans.

But as early as 2015, researchers writing in Economy and Society warned that debates on circularity tend to fixate on material flows and technical fixes, sidelining the social, political and territorial questions underneath.

This critique is particularly relevant for Global North-Global South trade. The articles compiled in the December 2024 special issue of VertigO, dedicated to the circular economy in the Global South, show that circular practices — far from being limited to the institutional models promoted in industrialized countries — are based on local systems of repair, reuse and recovery that have long existed, often outside formal frameworks.

The people who sustain these systems contribute to value creation, waste reduction and resource circularity, yet they are rarely factored into the financing or governance of the circular economy.

The issue therefore goes beyond recycling. It is about how responsibilities get distributed globally. The Basel Convention regulates the transboundary movement of hazardous waste, but plenty of gaps remain when it comes to used goods, textiles or electronics meant for reuse.

How Western Consumption Affects Global South EnvironmentThe Adidas logo is visible on a piece of fabric in a landfill

The environmental costs associated with products are shifted to the destination regions rather than borne by the markets that put them into circulation. (AP Photo/Misper Apawu)

A better approach to responsibility

There are increasing calls for a broader definition of responsibility, one where the benefits of bringing a product to market, and the costs of its end of life, don’t simply stop at the border. A truly sustainable circular economy means circulating more than materials: it means circulating responsibility, funding and protections too.

None of this means shutting down the global trade in used goods. In many parts of the world, these flows support real economic activity, extend product life and create local jobs. The challenge is making sure financial and regulatory responsibility travels with the products themselves.

Canada isn’t immune to this problem. Our recycling, deposit-return and extended-producer responsibility systems are still built around national or provincial borders, even though the products we consume, and the waste they eventually become, are part of global supply chains.

Sorting our waste more carefully is a good first step. But a real shift toward circularity means asking where things go once they leave our homes, who’s responsible for them and what resources back that responsibility up. If our waste crosses borders, our accountability needs to as well.The Conversation

Rachida Bouhid, Ph.D Scholar, Université du Québec à Montréal (UQAM)

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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Finding Beauty in Chaos: Human Resilience in Cities

Finding Beauty in Chaos: Human Resilience in Cities

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Above is a captivating view of Kuwait Towers on a foggy morning with swings and people. by Haroon Shabbir Hashmi via Pexels

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Finding Beauty in Chaos: Human Resilience in Cities The simulation part of the exhibition showcases the different human actors who shape a built environment, accompanied with items usually associated with them.

The simulation part of the exhibition showcases the different human actors who shape a built environment, accompanied with items usually associated with them.

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Finding beauty in chaos

Hamad Almuzaini’s Precarious Beings explores how people quietly reshape public spaces in Kuwait through everyday improvisation

As he walked between Al-Watiya and the Panasonic Tower in Kuwait City in 2021, Hamad Almuzaini encountered a sidewalk completely blocked off by an active construction site. A massive ditch had severed the sidewalk, guarded by a tall construction fence. But pedestrians still managed to squeeze through a small opening. First, they stepped onto a flat trail forged by pedestrian footprints in the sand, then they balanced across a single wooden plank suspended beside the deep ditch.

“It’s extremely unsafe but it was the most efficient path,” he said. “People were walking on this path while being on their phone. It’s like second nature.” Having recently returned to Kuwait after years of living abroad, including in the United States, Almuzaini was experiencing a reverse culture shock. “There’s a lot of chaos. … At the beginning it was a bit frustrating,” he said.

Driven by curiosity rather than annoyance, he began using his phone to photograph these seemingly small details. Soon, Almuzaini found comfort in Kuwait’s chaos. He said he appreciated how it allowed people to contribute to the rules governing how a public space is utilized. “Chaos allows for autonomy. So we are all inventing together … Sometimes we are repurposing things,” he said. “It’s really beautiful.”

Finding Beauty in Chaos: Human Resilience in Cities

Finding Beauty in Chaos: Human Resilience in Cities

Hamad Almuzaini

Although an architect by training, Almuzaini had grown disillusioned with the rigidity of corporate architecture. “In school it was all fun and very theoretical and conceptual, but later I was doing kitchens and bathrooms, and there was a large disconnect,” he said. He eventually stepped away from traditional architecture and turned toward art and product design, while continuing to draw on the 3D modeling and drafting skills he had developed as an architect.

 

Since then, Almuzaini has continued observing how people actually use and adapt public spaces. He documented many examples of this ingenuity over the years. In one instance, people repurposed a bent metal safety barrier into a makeshift bench. In another, he observed commuters creating an informal bus stop because the designated stop was too far away. People began leaning against nearby poles and leaving their bags there. Gradually, the spot turned into a visual signal for buses to stop and pick them up.

 

From photos to Precarious Beings

These observations ultimately culminated in Almuzaini’s debut solo exhibition, “Precarious Beings”. The exhibition examines the everyday objects and pieces of infrastructure that shape how people use and experience a place. “I chose (to refer to the objects as) beings because … I’m trying to show how animated they can be and how all these stories and narratives can be compressed into a single object.”

The objects are precarious because their meanings are also precarious, he added. “Everything is subject to change… nothing in the built environment should ever be taken for granted.”

Almuzaini’s process is rooted in de-acceleration, an attempt to slow down and better understand the world around him. For the exhibition, Almuzaini distilled his photos into graphite sketches and took notes of his thoughts on each object. In some cases, he translated the artworks into sculptures and ceramics. Through photography, drawing and sculpture, Almuzaini traces the subtle relationships between people, objects, systems and the built environment.

The exhibition gradually expands from individual “subjects” to broader “situations” and, finally, “simulations.” In the “subjects” section, Almuzaini presents hand-drawn graphite studies of individual pieces of infrastructure on a series of cards, arranged to reflect how he encounters them in everyday life.

One of the artworks features trash cans hanging off poles outside the Kaifan Co-op, near Almuzaini’s family home. When a trash can breaks off the pole, the parking attendant at the co-op continues placing it beside the pole instead of replacing it with a new one. Another installation features a street curb made of lightweight toilet paper and joint compound that can be lifted with a single finger. However, it is painted in “heavy” safety-yellow and black, prompting viewers to question whether visual color carries physical weight in urban infrastructure.

In the simulation series, wooden panels represent human actors who shape a built environment, such as security guards, shopkeepers and maintenance workers. Each actor is accompanied with everyday items usually associated with them. In the case for the security guard, it’s a Lipton tea bag, a Styrofoam cup, a cigarette and a Casio watch.

A love letter to Kuwait

Almuzaini views his body of work as a sentimental “love letter to Kuwait”. “It’s special in its own way, and I think I feel that even more when I’m away from it,” said Almuzaini, who lives between Kuwait and Dubai. Precarious Beings is on display at the Tashkeel Studio and Gallery in Dubai until October 11. Tashkeel’s year-long Critical Practice Program gave him the time, space and mentorship to develop his practice.

The experience also highlighted something he feels is missing in Kuwait: long-term programs that give emerging creatives the time and guidance to grow. Kuwait has plenty of “raw talent”, he said, but much of it remains unseen. He hopes more sustained mentorship programs can help bring that creative energy to wider audiences.

Almuzaini hopes his work encourages both architects and the public to slow down and appreciate the wisdom embedded in ordinary, everyday details. “Everyone in Kuwait is involved in shaping the city, and it’s on display,” Almuzaini said. “You just have to go and look.”

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Saudi Youth Reimagine the Circular Economy Trends

Saudi Youth Reimagine the Circular Economy Trends

Skyline of Riyadh, Saudi Arabia featuring modern skyscrapers and construction cranes at sunset. by Tayssir Kadamany via Pexels

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From Waste to Opportunity: Saudi Youth Reimagine the Circular Economy

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Through UNDP’s Summer Academy, young Saudi innovators are turning environmental challenges into practical solutions for textile and electronic waste.

UNDP September 8, 2026

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Through UNDP’s Summer Academy, young Saudi innovators are turning environmental challenges into practical solutions for textile and electronic waste.

What if the same delivery network that brings a new piece of clothing to your doorstep could take an unwanted one away? And what if disposing of an old electronic device could be as simple as scanning a barcode and connecting it to the right recovery channel?

These were among the ideas presented by young Saudi innovators during a Youth Innovation Showcase held at the UN House in Riyadh on 21 July 2026 as part of the UNDP Summer Academy Training Programme, implemented in partnership with the Saudi Youth Society.

The session brought together young participants with representatives and experts from the United Nations Development Programme (UNDP), the Resident Coordinator Office (RCO) and the United Nations Environment Programme (UNEP). More than a presentation of winning projects, the gathering created a space for young people to test their ideas, receive technical feedback and explore how innovative concepts can respond to real sustainability challenges in Saudi Arabia.

Turning fast fashion waste into opportunity
The first-place team tackled a challenge increasingly familiar around the world: fast fashion waste.
Rather than proposing an entirely new collection infrastructure, the team started with a simple observation: convenience shapes consumer behaviour. Their solution therefore builds on systems people already use e-commerce and delivery networks.

Under the proposed model, customers receiving online purchases could hand unwanted clothing to the same delivery driver. The collected garments would then move through existing logistics networks before being sorted by charitable organizations. Clothes that remain wearable could be redistributed, while damaged textiles could enter recycling streams and potentially be transformed into new materials, including thermal and acoustic insulation for the construction sector.

The idea reflects a central principle of the circular economy: what is considered waste can become a resource.

By extending the life of garments and finding new uses for textiles that can no longer be worn, the proposed solution could help reduce landfill waste while opening opportunities for partnerships, recycling activities and job creation. Importantly, the team looked at how existing private-sector infrastructure could help make such a system scalable.

Rethinking the journey of electronic waste
The second-place team turned its attention to electronic waste, presenting a national roadmap supported by a digital platform connecting consumers, recyclers, private-sector partners and government institutions.

Their proposal was structured around six pillars: policy implementation, collection infrastructure, digital innovation, public awareness, recycling capacity and data management.

At the centre of the concept is a system through which electronic devices could be registered, assessed and directed towards the most appropriate recovery pathway. Working devices could be refurbished and resold; usable components could be recovered; and materials such as copper, aluminium and plastics could be sent to certified recycling facilities. During the presentation, the team demonstrated the digital concept through a live barcode scan with the audience.

Rather than proposing immediate nationwide implementation, the team envisioned a phased approach beginning with a pilot in Riyadh and subsequently expanding across the Kingdom. The roadmap also drew on international practices, including Extended Producer Responsibility and formal collection networks.

Learning beyond the classroom
The showcase was also an opportunity to put the lessons of the Summer Academy into practice.
During the programme, participants developed skills that helped them strengthen their proposals, from building a clear theory of change and examining international benchmarks to considering financial sustainability and potential risks. The resulting presentations demonstrated how structured learning can help young people move from identifying a development challenge to designing a potential response.

Following the presentations, UN experts and environmental specialists challenged the participants to look beyond conventional approaches to waste management.

The discussion explored questions of product design and repairability, producer responsibility, manufacturing practices and consumer behaviour. Participants were encouraged to think of waste not simply as something to be disposed of, but as material whose value can remain within the economy for as long as possible. Experts also highlighted the role of education and environmental awareness in encouraging more sustainable lifestyles from an early age.

This exchange reflected a broader purpose of the Summer Academy:
giving young people opportunities not only to learn about sustainable development, but also to engage directly with practitioners and specialists working on these challenges.

Young people as partners in sustainable development
Both winning projects were rooted in different waste streams, but they shared a common idea: environmental challenges can become opportunities for innovation when young people are given the space, knowledge and connections to develop their ideas.

Their proposals also demonstrated links to the Sustainable Development Goals, circular economy principles and the ambitions of Saudi Vision 2030, according to the programme report.

The participation of UNDP, UNEP and the Resident Coordinator Office further brought together expertise spanning sustainable development, environmental management, partnerships and UN coordination, allowing the young innovators to examine their proposals from different perspectives.

The next challenge is to continue that journey, refining promising ideas, building partnerships and exploring opportunities for pilots and implementation.

Because youth engagement is not only about giving young people a voice. It is also about creating the conditions for their ideas to be heard, challenged, strengthened and, where possible, transformed into solutions.

In Riyadh, two teams offered a glimpse of what that can look like: young people looking at what others might call waste and seeing, instead, possibility.

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Plants’ Response to Rising CO₂ and Water Scarcity

Plants’ Response to Rising CO₂ and Water Scarcity

Architecture, building, skyscraper, plants, green, modern, nature, hanging garden by Squirrel_photos via Pixabay

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Plants’ response to rising CO₂ could put the brakes on dryland expansion

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drylands

Credit: Pixabay/CC0 Public Domain


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Drylands are defined as regions where rainfall is low relative to the atmosphere’s ability to draw water from soil and plants. Expanding boundaries of these regions are frequent concerns in climate change considerations. While they can support large populations and ecosystems, dryland expansion can worsen water scarcity, land degradation and desertification.

Many projections of future dryland expansion assume warming simply raises evaporation, but a new study suggests the process is more complex. The study, published in Environmental Research Letters, incorporates the reduced evapotranspiration that plants exhibit under increased carbon dioxide (CO2) levels and finds that previous estimates of dryland expansion may be off.

Estimating current and future dryland area

Previous estimates of Earth’s total dryland area have varied, ranging from roughly 37% to 47% of land area, depending on the data and methods used. These estimates typically use the aridity index, which is defined as the ratio of precipitation to potential evapotranspiration (PET), where PET is the maximum amount of water that would evaporate from the soil and transpire from plants if an unlimited water supply were available. The data used to calculate rainfall and PET vary among studies, however.

The authors of the new study write, “Many of these assessments, however, relied on climate data prior to 2010, whereas global climate conditions have changed substantially over the past decade. Recent drought intensification and land-atmosphere feedbacks further suggest that some regions may already have shifted toward drier conditions. Because dryland boundaries are defined by aridity index (AI), which integrates precipitation and PET, changes in water supply or atmospheric evaporative demand can alter the spatial extent of drylands. Therefore, the current spatial distribution of global drylands needs to be reassessed using updated climate data.”

The issue extends to future assessments as well. The authors note that projected dryland expansion in conventional aridity-index studies has varied from about 4% to 10% and 11% to 23% of land area under different greenhouse gas scenarios. However, these models usually leave out changes in plant evapotranspiration under high CO2 levels.

Weaker expansion when including plant responses to CO2

The researchers sought to better quantify the current and future distribution of global drylands and identify hotspots of increasing drying and wetting under three different emissions scenarios by incorporating plant responses to CO2. They combined historical climate observations with projections from 19 major climate models. They used multiple classes of dryland, from semi-arid to hyper-arid, and compared a standard evaporation calculation with one adjusted for the effects of rising CO2 on plant water use.

Their results indicated that drylands covered 38.58% of the world’s land, excluding Antarctica, during the period 1994–2023, with semi-arid zones accounting for the largest percentage of global drylands. Hyper-arid zones occurred in Algeria, Libya and Saudi Arabia. The team also says global dryland area increased overall from 1960 to 2023, though the pace slowed in more recent decades.

The way plants respond to increased carbon dioxide might actually slow the net expansion of drylands

Projected spatial distribution of global drylands and associated climate zones under different emission scenarios. Credit: Environmental Research Letters (2026). DOI: 10.1088/1748-9326/ae9b29

 

The new future projections indicate that even under the highest-emissions pathway, drylands are projected to cover about 40.28% of land by 2100, which corresponds to around 2.37 million square kilometers (915,000 square miles). Under the lowest-emissions pathway, the model shows a dryland cover of 39.31%, or 1.09 million square kilometers (421,000 square miles). Leaving out CO2 plant effects raises the projected dryland share from 40.28% to 42.11%—a difference of about 2.44 million square kilometers (942,000 square miles) under a high-emissions scenario. Australia, eastern Brazil and parts of northern Africa stand out as persistent or emerging drying risk regions, while parts of northern and northwestern China show continuing wetting trends.

Net changes vs. regional changes

Although the net global dryland expansion is predicted to be more limited in this model, the study found substantial spatial reorganization of drying and wetting hotspots across global drylands. For example, under the SSP585 emissions scenario, transitioning areas shifting between drying and wetting hotspots reach 13.0% of land area, in which drying-to-wetting transitions actually dominate, covering 11.4%.

“The limited net increase in global dryland area does not imply weak regional change. Under SSP585, the global dryland fraction increases by only 1.7 percentage points relative to the 1994–2023 baseline, but climate-zone transitions affect 14.75% of the global terrestrial area. Changes in total dryland extent summarize only the net outcome of spatial gains and losses, whereas climate-zone redistribution captures shifts in dryland boundaries and subtype transitions. Thus, a limited net change in global dryland area can coexist with marked regional reorganization,” the study authors explain.

The team notes that climate-model disagreement is greatest at the edges of drylands, where small changes can shift a region between categories, and that it does not fully include irrigation, groundwater pumping, land-use change or other human water demands. Future studies may improve estimates by testing multiple evaporation methods and more detailed land-atmosphere models and combining climate projections with vegetation change, soil moisture, groundwater, irrigation and land management.

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Traditional Design to Mitigate Coastal Jeddah Summer Heat

Traditional Design to Mitigate Coastal Jeddah Summer Heat

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Historic Jeddah Architecture Uses Traditional Design to Mitigate Coastal Summer Heat

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Traditional Design to Mitigate Coastal Jeddah Summer Heat

Historic stone gateway with a large arched opening in Jeddah, with modern buildings and a road visible beyond it.    Source: The Saudi Press Agency (SPA)

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Historic Jeddah’s narrow alleyways, shaded arcades and closely clustered buildings demonstrate traditional architectural techniques developed to mitigate the intense summer heat and humidity of the coastal city. The district’s urban design uses local materials, shading and natural airflow to reduce direct solar radiation and improve thermal conditions without modern air conditioning.

Builders used local coral stone and timber to create an integrated approach to urban cooling. Densely arranged multi-storey buildings provided mutual shade, while covered walkways reduced exposure to direct sunlight along pedestrian routes. The narrow alleys also helped channel sea breezes through the district, supporting natural ventilation within the urban environment.

Projecting wooden latticework windows, known as mashrabiyas or rawashin, complemented the design of the buildings. These structures helped regulate airflow and provide diffused natural light while maintaining privacy for residents. Their projecting forms also cast broad shadows over exterior walls and streets, contributing to the cooling of surrounding spaces.

The architectural features reflect an approach to adapting buildings and urban spaces to Jeddah’s coastal climate. The combination of building density, shaded pedestrian routes, natural ventilation and locally available materials created a distinctive built environment suited to the region’s climatic conditions.

Known as “Historic Jeddah, the Gate to Makkah”, the district has been inscribed on the UNESCO World Heritage List since 2014. Its architecture provides an example of traditional climate adaptation and represents part of Jeddah’s tangible cultural heritage.

The Ministry of Culture continues efforts to safeguard and revitalise Historic Jeddah under the National Culture Strategy and Saudi Vision 2030. These efforts seek to preserve the district’s historic character while supporting contemporary cultural tourism.

The continued revitalisation of Historic Jeddah highlights the role of traditional architectural knowledge in understanding how historic urban environments responded to local climatic conditions. Its coral stone buildings, timber elements, shaded passages and wooden latticework remain defining features of the historic district.

Source: The Saudi Press Agency (SPA)

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