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Pakket i plast

Kinga Zablocka on 5. February 2025

Authors: Kate Fletcher and Ingun Grimstad Klepp

This talk was a part of the Forskning i Friluftsliv 2024 Conference, in Oslo (se more on norskfriluftsliv.no).

Watch the talk or read the full text below.

Abstract

Friluftsliv (outdoor life) is not only a part of the solution, but also a part of the problem when it comes to misuse of nature (Aall et al., 2011). We will reflect around this dilemma in the following text, using synthetic (plastic) clothing as a starting point, additionally we will ask how plastic influences outdoor wear and with our experience of nature. The research question we will discuss is: How do the clothes and shoes we use in friluftsliv create feelings of closeness, control and distance to nature? We will ground our discussion by contrasting plastic and natural materials.

Method

A case study was used to gather data on the experience in nature with non-synthetic outdoor wear and shoes. Life Writing (Fletcher, 2022), photography and sensory ethnography (Vannini, 2024) were the methods. We used ourselves as informants, spending three autumn days in Vågå (Norway) in 2024. The methodologies are self-biographical and make use of feelings and bodily experiences that take place when out in nature wearing non-synthetic garments and shoes. The aim was to describe what we experienced, both positive and negative by not using plastic clothes while in nature. This fieldwork is only one part of a bigger initiative that we hope will result in a project where we can explore the theme of outerwear in friluftsliv in more depth.

Water, valleys, mountains, birds and much more under, over and around us played a part in our experiences. We also collaborated with other partners, most importantly a small leather tanning company ULU¹, operated by Sofie and Roni. ULU tans leather and hides gathered in the area, in addition to reconstructions and guided nature tours. Reindeer is the most important resource, and they tan the hides using natural resources such as bark and brain mass from the reindeers (Klepp & Haugrønning, 2021). Accompanying us on one of the days was a film crew from Frys Film². We wish to thank all our partners, from the reindeer and rain to Sofie and Roni and all their children.

Synthetic clothing in friluftsliv

Friluftsliv has the same environmental challenges as society at large, growing volumes of things. This challenge is driven by another important factor when it comes to clothes and textiles; plastification. These two growing aspects are connected because bigger volumes of textiles would not be possible without plastification (Changing Markets Foundation, 2021; Klepp et al., 2023). Plastification contributes to pollution during production, use and waste by the means of plastic and microplastics (Kounina et al., 2024).

There is no doubt that plastification and growing volumes of outerwear has had a lot of positive effects. We can pack lighter and be safer when outside. The road to the goal, not matter how high or far, is both shorter and faster be it sun or rain, with safer and more remarkable activities added to the mix. The consumption connected to friluftsliv is right for Norway and this growth meets little criticism (Klepp & Skuland, 2013). Few have asked what we lose with this development and little real alternatives to synthetics exists on the marked for many types of garments. Plastification has come such a long way that many consumers do not see it as a serious substitute to go on long trips without synthetic clothing.

The use of synthetics has a very short history. Humans have existed for approximately 300 000 years on this earth. Clothes have been used for only one third of that time. Synthetic textiles, meaning fibers made of fossil fuels (plastic), were invented almost 100 years ago, but they did not explode in popularity until the 1980s. This period saw the invention of synthetic textiles such as polyester, fleece and Gore-Tex, which has since become staples of the outerwear industry³. Our dependency on synthetics in outerwear is, historically, a short one. Furthermore, these past decades humans have spent more time inside than ever before. Our wish to spend time outside without plastic is therefore grounded in many historical role models and references. The garments we used were a combination of copies of old garments (form the Iron and the Viking ages) and newly developed garments made with old techniques and principles.

Results

We both use a lot of clothing made from natural fibers, yet being clothed without any plastic felt different. We had chosen four examples form the empirical material and structured them around four senses; sight, touch, smell and hearing.

Sight

The sense of sight is important for friluftsliv. We enjoy the view and lose ourselves in the colors and details around us. Yet, we do not only see the nature. We also see each other not only while out in nature, but also on pictures from the trips afterwards.

In the presentation we showed Figure 1, a picture form the trip where Ronny, Sofie and Frys film crew were with us. The film crew documented as we walked up the path on Snaufjellet in the drizzle. The picture is of Ingun and Sofie in a grand scenery with the sky, mountains, fog and the mountain we walked on covered in low heather. The colors are muted, with warm rust-tones and cautious greys in the forefront, on our clothes and in the nature around us. The reindeer moss and a light grey hint of a clearing in the clouds bring most contrast to the picture. In the presentation we showed a close up of the two people on the right of the image. And then we panned out, showing the same photo but with a wider angle. Here the Frys film crew is also visible. In this angle the eye travels away from the greys and rustics and attaches itself to the strong synthetic colors of raincoats and backpacks. Yellowish greens, orange, turquoise and black appear in the foreground and catch the eye. These clothes and equipment are not derived from natural materials, not ‘belonging’ in the nature, but create a contrast to it, which is often the case in photos of the outdoors. Photos of nature with and without humans are inherently different this way. Synthetic clothing and clothing made of natural fibers with synthetic colors change the way we look and what we see.

Figure 1: the affect of outdoor wear colour palettes on the visual sense. Photo credit: Kate Fletcher

Touch

The sense of touch is understood as everything we feel through our skin. We experience heat, cold, wind, different surfaces and much more. We feel the clothes we have on our body. We use clothes and shoes to avoid feeling too much and perhaps avoid feeling every pinecone on the path and every needling wind gust.

A lot of synthetics in outerwear are used to avoid feeling different sensations, such as being wet or cold. Fig 2 shows Ingun in the rain , to reflect on what we lose when using plastic. Gore-tex and other technologies of the same sort are characterized by the use of microporous film containing the forever-chemical from the PFAS group. The aim of the film is to keep away moisture, while at the same time having so-called “breathable” qualities. This in turn means that the film is letting water vapor through. In theory, this film is keeping the wearer dry by letting out the vapor created by the body when moving (or even when sitting still or sleeping), while it simultaneously is supposed to keep rain or sea spray out. In reality, this does not always work.

Figure 2: alternative rain wear. Photo credit: Kate Fletcher

Other techniques to keep water out can be used. One such way is to lead the water away. The double coat which used to exist on sheep of older species, before being bred off in order to adapt the wool to modern spinning machines, comprises of long covering or guard hairs which lead water and moisture away from the soft underwool. We humans use this technique when hanging up a chain from gutters rather than installing a pipe to lead away the water. The water follows the chain down to the ground.

Ingun wore a short cape on the trip, which was made out of seal skin. The raindrops dripped from her hair and down the seal skin before being led away by the guard hairs on the collar. Ingun was warm beneath the hair and skin. The clothing she wore did not cover her entire body. Her knees and calves were uncovered. “I am particularly fond of water in all forms. Sea, rain, ice, snow and fog. Being able to feel water run down the skin is lovely” she explains. Taking off clothes is one way to keep them dry of course. Going out in nature without clothes or with some body parts uncovered allows for the feeling of rain against the skin. To be wet is not always synonymous with being cold. Our habit of wearing garments that keep the water out, robs us of the feeling of rain against the skin. This is further enforced when using tightly woven clothing which not only keeps the water away, but also keeps the wind and yes, even air out from our biggest sensory apparatus, our skin.

The feet are the body part that has been affected by plastification the most. This is not a theme that will be explored further as being barefoot or nude, meaning without shoes or clothes, changes the way we exist in the world. We hope to be able to return to this subject and many others at a later date.

Smell

Clothes smell. In actuality, we do a lot in order to control the smell of clothing, such as washing them (Klepp et al., 2022; Laitala et al., 2022; McQueen et al., 2022). The sense of smell has a fascinating history, being perceived as animalistic and subjugated to sight as a less intellectual and less human sense (Classen et al., 1994) Klepp et al., 2022).

Textiles, as well as leather and fur have a distinct odor. Different fabrics are also affected differently by sweat and other bodily functions. Sweat lends most odor to synthetics and least to wool (Klepp et al., 2016; Rathinamoorthy & Thilagavathi, 2014). Synthetic fibers are therefor put through different chemical process to supress the development of smells. Materials also have a distinct smell, which we can like or dislike. The following is a quote from Kate’s dairy about the experience of smell when it comes to clothing:

I am wearing a skin jacket made from reindeer hide and tanned with bark. It is light on my body, my shoulders, my arms, and it fills my nose with the scent of animal. The smell is full, strong and heavy. In a culture obsessed by cleanliness and fragrance, it is an odour of significance. It is a jacket marked in a way that synthetic ones never are – directly by a life, by a body that gave us its skin, by a heart of blood, the flex and taint of muscle. Does Friluftsliv have a smell?

Hearing

Both silence and noise are important aspects of friluftslivet (Faarlund 1992). When it comes to clothing this topic is most discussed in relation to hunting. Silent clothing is what differentiates hunting attire from other outdoor wear. But the sound clothes make is important for not only potential hunting prey.

Woven fabrics make more noise than their knitted counterparts, and the sound is often an important and appreciated part of the fabric’s aesthetic. The rustling of a silk underskirt is well described in novels. Woven synthetic textiles such as Gore-tex jackets and trousers make a lot of noise. They rustle when movement makes the fabrics rub against each other. This became obvious on the trip where the film crew joined us. Instead of the birds surrounding us, all we could hear was their clothing. making it almost impossible to hear anything other than our own selves. Environmental philosophers might say that this is the root of the problem. We always put ourselves in focus. What is necessary for us to start dressing in a way that allows us to listen to the world around us and less to ourselves? The big portion of outdoor wear comprising of synthetics with water- and wind resistant properties contributes to putting ourselves in focus.

Conclusion

We have shown that friluftsliv does not gain a lot by the use of synthetics and on the other hand loses something by looking at how plastic effects out senses (sight, hearing, touch, smell) when out in nature. Outdoor wear contains more plastic (synthetic fibres) than other types of clothing. Synthetics fibres and the laminates that come with, create a literal barrier between us and nature. Sometimes this is what we want, other times not. Plastic is closely related to overproduction and waste generation due to low cost and easy production. The fibres are so strong that they outlast the wearer and keep polluting even when breaking down back to earth. The garments that we use to be safe and comfortable in nature also keep the nature away from us, raise a barrier between us and the world and do not fit into earth’s natural cycle.

Environmental philosophers have long argued that the root of the environmental challenges we face is connected to our willingness to see ourselves as separate from nature (e.g. Plumwood, 1998). Therefore, it is possible to say that the synthetic fibres in clothing are the embodiment of techniques used to dominate and control nature, despite us being very much dependent on it and wishing to unite with it by the ways of friluftsliv. This paradox is at the heart of our work.

References

Aall, C., Klepp, I. G., Støa, E., Engeset, A. B., & Skuland, S. (2011). Leisure and sustainable development in Norway: part of the solution and the problem. Leisure Studies, 30(4), 453-476. https://doi.org/10.1080/02614367.2011.589863

Changing Markets Foundation. (2021). Fossil Fashion: The hidden reliance on fossil fuels. C. M. Foundation. http://changingmarkets.org/wp-content/uploads/2021/01/FOSSIL-FASHION_Web-compressed.pdf

Classen, C., Howes, D., & Synnott, A. (1994). Aroma: the cultural history of smell. Routledge.

Faarlund, Nils 1992. Støy og stillhet i Friluftslivet. SFT rapport 93:39. https://www.nb.no/items/URN:NBN:no-nb_digibok_2011011405039

Klepp, Ingun Grimstad: syntetiske fibre i Store norske leksikon på snl.no. Hentet 29. desember 2024.

Klepp, I. G., Berg, L. L., Sigaard, A. S., Tobiasson, T. S., Hvass, K. K., & Gleisberg, L. (2023). THE PLASTIC ELEPHANT: overproduction and synthetic fibres in sustainable textiles strategies (SIFO-Project report 5-2023, Issue. https://hdl.handle.net/11250/3086387

Klepp, I. G., Buck, M., Laitala, K., & Kjeldsberg, M. (2016). What’s the problem? Odor-control and the smell of sweat in sportswear. Fashion Practice: The Journal of Design, Creative Process & the Fashion Industry, 8(2), 296-317. https://www.tandfonline.com/doi/full/10.1080/17569370.2016.1215117

Klepp, I. G., & Haugrønning, V. (2021). Naturgarvet skinn i et miljøperspektiv. In: Forbruksforskningsinstituttet SIFO, OsloMet.

Klepp, I. G., Laitala, K., & Rathinamoorthy, R. (2022). The Consumer Perception of Odour. In G. Thilagavathi & R. Rathinamoorthy (Eds.), Odour in Textiles: Generation and Control (pp. 1-13). CRC Press. https://doi.org/10.1201/9781003141426-1

Klepp, I. G., & Skuland, S. (2013). The Rationalisation of Consumption Reasons for Purchasing Outdoor Recreational Outfits. In M. Vaccarella & J. L. Foltyn (Eds.), Fashion Wise (pp. 43-52). Inter-Disciplinary Press.

Kounina, A., Daystar, J., Chalumeau, S., Devine, J., Geyer, R., Pires, S. T., Sonar, S. U., Venditti, R. A., & Boucher, J. (2024). The global apparel industry is a significant yet overlooked source of plastic leakage. Nature Communications, 15(1), 5022. https://doi.org/10.1038/s41467-024-49441-4

Laitala, K., Klepp, I. G., & Haugrønning, V. (2022). Textile Cleaning and Odour Removal. In G. Thilagavathi & R. Rathinamoorthy (Eds.), Odour in Textiles: Generation and Control (pp. 197-222). CRC Press. https://doi.org/10.1201/9781003141426-10

McQueen, R. H., Kowton, J. E., & Degenstein, L. M. (2022). More than Just Appearance: Management of Clothing-Related Odor in Everyday Life. Fashion Practice, 1-26. https://doi.org/10.1080/17569370.2022.2062830

Rathinamoorthy, R., & Thilagavathi, G. (2014). Effect of Antimicrobial Finish on Odor Control Properties of Apparel Fabric. Journal of Textile & Apparel Technology & Management (JTATM), 9(1).

Defibering the future

tobiasson on 4. February 2025

The Wasted Textiles project took the trip to Norsk Tekstilgjenvinning in Sandefjord, and were privy to an introduction to one of the few recycling projects that can actually have something to offer, as the founder Pål Erik Haraldsen has understood the limitations and that it may sometimes be wise to say ‘no’.

Photo, behind, from left: Anita Austigard, IVAR, Bjørn Erik Rui, Vesar, Kristiane Rabben, Mepex, Jens Måge SIRK Norge, Anne-Lene Lundsett, RIG, Ingun Grimstad Klepp, SIFO, Håkon Bratland, SIRKNorge, Alexandra Eng, Revise/NG, journalist, Sofie Nesse Horsberg, Revise/NG. Front row, from left Nazia Nourin Moury og Solveig Birgitte Jacobsen Aarak, both NTNU.

As February started, the SIFO project Wasted Textiles arranged a study tour of the start-up company that has been praised by, among others, the Minister of Environment and Climate as a solution for the future Norsk Tekstilgjenvinning (Norwegian Textilerecovery). Twelve curious men and women from SIFO, Sirk Norge, Mepex, NTNU, Vesar, IVAR, Revise/NG and RIG took the trip and received answers to the many questions they had about this project.

Before a tour of the open and clean factory premises (no reason to take for granted for those of us who have visited recycling companies further south in Europe), we received a clear introduction to the background of NT and the plans for the future. – As of now we sort 1 to 5 tons a day, explained Pål Erik, who started in 2021 – after many years on the supplier side with Healthworkers hospital clothing. Thus, it was the health and hotel sectors that he also started with, because these have uniform products that are easier to work with than textiles from private households.

But what primarily distinguishes this factory from others we have seen, or heard about, is that the fiber to fiber recycling is neither mechanical nor chemical, in the classical sense; it is a ‘defibration’, a more advanced form for mechanical recycling. – I had to come up with a completely new word, explains Pål Erik. The machine, which ‘opens up’ the materials and fibers, is rather unique; the founder found it in Italy and believes it is one of a kind, at least on this scale. Each material that goes into the process, whether it is wool, cotton, polyester or polycotton – requires fine-tuning to obtain fibers that are long enough that they can be carded and spun into new thread and only a small proportion end up being downcycled. Through windows on the machine, we get to see the entire process in practice. Above us, an ingenious humidity system pumps out water vapor, while at the same time the textile dust is sucked out of the air. Should a fire occur, everything stops automatically and is isolated.

Ambitious goals

The latter is incredibly important, because the dust is highly flammable, and when some of us visited a downcycling plant in Poland, we learned – in the smell of foul-smelling anti-mold chemicals – that spontaneous combustion of the textile dust occurred at irregular intervals. That’s just how it was.

During 2025, Pål Erik believes that the plant will have a capacity of 5,000 tons, while long-term plans are for 30,000. To achieve this, automation, AI training and robots are part of the future. In the meantime, the world’s most advanced camera technology is used to identify the fiber content of reference textiles in all mixing ratios. It is the ‘clean’ textiles that can be recycled and defibrated into new thread today, even though they have also experimented with the ‘worst possible mixtures’. – Wool is probably the first thing we will achieve profitability for, he says, showing off the raw material that Gudbrandsdalens Uldvarefabrik will spin from the factory’s own offcuts that previously went to incineration. – We are also working on a project with Aclima, with merino wool.

Economic sustainability and social responsibility are the two most important pillars for NT, sustainability in a more conventional sense he would rather not use about the process, even though it uses both minimal electricity and water – and since they sort by color – no hazardous chemicals. – We have also chosen to say ‘no’ to products from Shein and Temu in our production line, because we do not know enough about the chemicals they use. So, we take these products out.

Pål Erik shows off the nurse’s uniform where over 50 percent is recycled fiber. Photo Jens Måge.

They collaborate with many, including Kirkens Bymisjon and Fretex, who send them what is too damaged to reuse. If they still find things that should be reused rather than shredded, Tise and Finn are the recipients. While we are standing there, a home-knitted polar bear sweater from the 1980s appears. – It is probably acrylic, since it has not been taken out, Pål Erik speculates. We are standing by the machine that takes pictures of all the garments with a hyperspectral “camera”, and based on what it registers and is set to identify, blows the garments out for further processing – today’s do was to sort into cotton, viscose and polyester with a minimum of 95% of this fiber content.

-They must be as clean as possible, in terms of fiber content and of course laundered. We cannot use wet or dirty textiles, and unfortunately the collection towers get damp when they are outdoors. There must be better solutions. For example, collection inside shopping malls. We have also found a solution for 50-50 cotton and polyester.

Because he has hired a Ukrainian textile engineer, he gets good support precisely in finding solutions for the fiber qualities; and when the raw materials, threads or fabrics are tested in the company’s lab, they get a report card that others can be green with envy over. – Maybe we will build a spinning mill here too, as it is not necessarily so labor-intensive.

Not that finding employees is a problem, many people want a job here, we understand. And the prospects for the company – which has received a lot of financial support from Innovation Norway, the Norwegian Retail and Environment Fund and the Research Council, totaling 50 million kroner – are that they could become profitable in 2026. Despite having gone from 50 to 5,000 square meters in no time. But then they charge at ‘both ends’, both from those who want to get rid of the textiles and those who buy the recycled fiber: The cotton is sold to Spain, the wool to Norwegian customers and polycotton also has a market, as mentioned. He also showed off hospital uniforms with 52% recycled fiber, which have withstood both washing and use, and which appear both softer and more comfortable than regular uniforms.

Not a goal to have recycled fiber in everything

They are constantly trying out new solutions, but taking one step at a time. He wants to and believes in trying out hemp as a replacement for polyester in a cotton blend. And otherwise says ‘no’, not only to Shein and Temu, but is also clear that the EU’s idea that all textiles should have recycled content is nonsense. – Curtains are fine with recycled fibers, but fine wool t-shirts, that’s really just nonsense, emphasizes Pål Erik, even though he may be undermining his own business model with such a statement.

He also hopes that there are products that could disappear from use or at least not end up as hostages in the circular economy, as they create major problems. When we ask for a wish list of these, which the Ecodesign for Sustainable Products Regulation could use more ink to get rid of rather than the current focus on physical strength, repairability and recycled content, Pål Erik lists: – Clothes with printed logos, with electronics and sequins, and sportswear with lots of Spandex. He is also not particularly enthusiastic about thin nylon stockings, thongs and bras with underwire – and believes that they belong in residual waste and should be sent to incineration rather than recycling, which is the opposite of what the official policy currently demands. GoreTex jackets, on the other hand, he believes must first and foremost be used ‘up’, and then must be treated as toxic waste and incinerated separately.

Today’s incineration of these does not take into account PFAS, Pål Erik believes. Thus an intermediate storage of such textiles might be necessary until better solutions are found.

Dutch textile policy envisions consumption reductions and production and imports quotas.

Kinga Zablocka on 17. January 2025

SIFO’s advocacy work is influencing international public policy, step by step.

The Dutch Circular Textile Policy Program for 2025-2030, released in December 2024, includes measures to reduce the volume of raw materials used in textiles, including the reduction of incentives that stimulate consumption (low price, advertising, sales), measures to help consumers to make sustainable choices, and limiting the production and import of textiles. As such, this policy takes a daring step towards acknowledging that overproduction and overconsumption are the key challenges in enabling a sustainable clothing sector. In doing so, it shows a higher level of awareness and ambition of impact than the EU Strategy for Sustainable and Circular Textiles issued in 2022, where these issues are completely ignored.

The work of SIFO has been influential to these developments. Irene Maldini has conducted research on growth in the volumes of clothing circulating in the Netherlands and the associated environmental challenges since 2016 and on the development and impact of the Amsterdam policy initiatives to limit local consumption levels since 2020. This research was conducted in her previous affiliation at AUAS. In late 2024, a continuation of this research was published in the Routledge Handbook of Climate Change and Society, in the context of the CHANGE project and her affiliation at SIFO.

In 2023, she was assigned the task of inspiring and helping local companies to reduce production volumes by the Amsterdam Economic Board and the new Dutch national program for 2025-2030 refers to it, acknowledging that:

It was long thought that the amount of production is determined by demand, in particular the demand to replace a garment. Research shows that this is not true. The production volume is determined by growth objectives of companies and demand is driven by companies, including by the rapid succession of collections. This means that there is a production-driven system. As a result, textile consumption continues to grow, even though most Dutch people already have more than enough clothing at home. It therefore seems a logical step to investigate a production quota as a solution.

The way that this quota will be implemented has not been yet disclosed, but the Dutch Ministry of Infrastructure has assigned the consultancy Sufficiency the task to investigate possibilities and implications. SIFO has provided input stemming from all relevant research conducted during recent years on this, including the proposal for a Targeted Producers Responsibility instrument.

In the context of rapidly emerging policy in recent years, we have worked hard to combine our research activities with advocacy work, so that the results of this research are considered and make an impact. It has not been easy, and we have found that scientific knowledge does not have the place it deserves in environmental policy development. But sometimes, we have found a way in, by being in the right place at the right time.

Overcoming barriers for “strong” sustainable consumption policy: the case of the Amsterdam Doughnut

Kinga Zablocka on 14. January 2025

Abstract

This case study of the Amsterdam Doughnut highlights how barriers for “strong” sustainable consumption policy pinpointed in the literature were to some extent overcome in the city policy of Amsterdam, the Netherlands, in the period of 2018–23. The study builds on interviews conducted in 2020 and 2023 with key stakeholders participating in the policymaking process, and on the analysis of relevant policy documents. It identifies a few factors that played a role as levers of the barriers mentioned in the literature. These factors facilitated the inclusion of upper consumption limits in a few policy areas at a conceptual and strategic level. However, resistance to “strong” sustainable consumption measures hindered their translation into concrete actions, targets, and implementation. Lastly, a change of emphasis in the city strategy towards the “social foundation” of the Doughnut Economy framework during the period under study led to a stronger focus on the lower levels of sufficiency, leaving the emphasis on the upper levels behind.

Click here to find the chapter (taylorFrancis.com).

Telling it like it is: Lambasting consumer-facing Higg-based label

tobiasson on 14. January 2025

Ingun Klepp discussing the NCA ruling in Nürnberg.

In a newly published article from Consumption Research Norway SIFO at Oslo Metropolitan University, Who Can Stop the Greenwashing, penned by Ingrid Haugsrud and Ingun Grimstad Klepp, the authors literally lambaste how the Sustainable Apparel Coalition (now Cascale) misused outdated and faulty data for their launch of a Higg (now Worldly) consumer-facing sustainability label.

In a detailed and thorough review of the case brought forward by Naturvernforbundet (Friends of the Earth) in Norway against sportswear actor Norrøna, who used the Higg MSI tool-based labeling scheme to market an organic cotton t-shirt as ‘less thirsty’ than a conventional cotton t-shirt, the authors question who has both the will and the impetus to stop greenwashing.

In the chapter, which is published in Mediating Sustainability in Consumer Society (Routledge 2024), they highlight the specific case in which The Norwegian Consumer Agency (NCA) issued a ruling in 2022: “the Higg MSI data did not constitute sufficient documentation for the claims made by the Norwegian trader in their marketing. The NCA concluded that the trader’s use of Higg MSI data in marketing was misleading, and therefore prohibited under the Norwegian Marketing Control Act”.

How the Higg Index Sustainability Profile Label was presented by Norrøna.

The result of the ruling was massive international media coverage, name-changes for both Higg and SAC, and that the Higg MSI-based label was discontinued. Assistant Director Tonje H. Drevland was responsible for the case on behalf of the NCA and is therefore an important part of this case. In addition to ruling that “Higg MSI data in marketing [is] misleading, and therefore prohibited under the Norwegian Marketing Control Act, which is based on the EU Unfair Commercial Practices Directive (UCPD). This conclusion could be seen as a warning to other traders operating in the EU/EEA area, as the NCA found that the use of Higg MSI data in marketing towards consumers in general could easily be misleading.”

The NCA has for a long time provided general guidance on the use of environmental claims in marketing. As a result of the ruling, the SAC (Sustainable Apparel Coalition) asked for more specific guidance. This resulted in “GUIDANCE TO THE SUSTAINABLE APPAREL COALITION ENVIRONMENTAL CLAIMS IN MARKETING TOWARDS CONSUMERS BASED ON THE HIGG MSI” – written in collaboration with the Netherlands Authority for Consumers and Markets (the ACM).

Brad Boren (Norrøna) and Tonje Drevland (NCA) discussing the ruling.

The ruling was presented in letters, on webpages, in the aforementioned guidance, in lectures, and in the SAC’s annual conference for the textile industry. Here, Drevland’s message is particularly clear: “I want H&M, Inditex, all large players to take a step back and realize that the steps they are taking internally may feel [like a great cost] to them but remember to look at it from the other side, from the environmental perspective.” She also stressed that “wrong information is worse than no information“.

Which, of course, is counter to the argument used by SAC (Cascale), who have repeatedly claimed that lack of perfection should not come in the way of using the Higg data, nor hinder it from being fed into the Product Environmental Footprint Category Rules data-base.

Ingun Grimstad Klepp explaining the process that is also described in the recent publication.

The critique from the NCA on the use of the Higg MSI or rather the Higg Index Sustainability Profile is as follows:

Global averages are not product-specific.
The LCA data that backs the global averages and the Higg MSI is outdated.
In addition, the LCAs underpinning the claims were not intended for the comparisons that were made.

More consequences followed: The NCA sent a warning to the Swedish fast fashion actor H&M, in case they considered using the Higg Index Sustainability Profile in marketing in Norway, as well as a letter to the SAC (Cascale) telling them to inform all their members about the ruling, and what consequences similar claims on the market in Norway could trigger. In addition, they informed other consumer authorities in the EU/EEA about the decision and issued a general warning to “other traders operating in the EU/EEA area”. Furthermore, NCA started a coordinated action from the Consumer Protection Cooperation Network (CPC), coordinated by the European Commission and led by four consumer protection authorities from Germany, Denmark, Norway, and Sweden against Zalando. According to a press release from the EU from February 2024, Zalando removed all their misleading environmental claims from their website. Thus, a large international player was forced to follow “the ruling”.

The SAC issued a response to the NCA ruling, stating that they will launch a third-party expert review of the Higg MSI and collaborate with the NCA on how to present information to consumers, and in 2023 KPMG did publish a report, but this did not answer the main question whether the data was suited for consumer-facing information or not. They wrote that this would depend on how PEF developed. The NCA’s strong criticism of the Higg Index Sustainability Profile was particularly serious as the SAC and their work with the Higg have been central to the development in the early stages of the EU’s planned anti-greenwashing weapon, PEF. Seeing the ruling and PEF (and the data underpinning PEF) in coherence is a discussion theme – which the EU Commission has tried to avoid – repeatedly dodging the “bullet” and insisting that they are not at all related.

The SAC (Cascale) is also a member of the Policy Hub. Prior Chair of the Policy Hub Baptiste Carriere-Pradal has been the Chair of the Technical Secretariat of the Apparel EU Product Environmental Footprint. The secretariat voting members are dominated by the industry, and the SAC members have a majority of the vote, which they pay a substantial sum to have. As already mentioned, the data and the studies that underpin the Higg MSI are to a large extent the same data and studies that are being used in the development of the PEFCR.

Discussing the ruling during the IWTO Roundtable in Nürnberg in 2022.

The European Commission’s Joint Research Centre has been tasked with verifying the scientific robustness of the database. Obtaining new Life Cycle Assessments (LCA) suitable for comparison is both challenging and expensive, and even more difficult if global averages cannot be used, which is the mainstay of the LCA-based Higg MSI. Another problem is that parts of the tool are behind a paywall and therefore unavailable to consumers and for documentation, further hindering a democratic process. When the complaint was filed by Friends of the Earth Norway, they chose to pursue the case because the complaint referred to scientific papers that questioned the Higg MSI data.

This gave research and critical journalism an important role in unpacking the issue. Most notable was the work of Veronica Bates Kassatly, an independent analyst and consultant who has authored several white papers with Dorothée Baumann-Pauly: The Great Green Washing Machine: Part 1 and more importantly Part 2) The Use and Misuse of Sustainability Metrics in Fashion. Worth mentioning is also her significant contributions related to cotton and other fibres, and how the incorrect claims and misuse of LCA data abound. The articles can be found here.

Both academic research and critical journalism have pointed out serious weaknesses in the Higg MSI in general, and the claims surrounding cotton in particular. It is also evident that research and critical journalism played a role in documenting the controversies and providing the necessary information to the consumer authorities.

The NCA’s ruling stated that the Higg Index Sustainability Profile was greenwashing if the use of the scheme was consumer-facing. In contrast, their authority had no means to say anything about the tool as such. It can still be used business to business (B2B). The same information used B2B could be particularly harmful because it is to a greater extent used as a basis for decisions – which in turn affects the consumers’ options and the downstream producers. It is also possible that the power of consumer authorities, and especially the NCA, shown in the ruling, is easily pulverized if the communicator of the unreliable information is no longer the company itself, or industry organizations such as the SAC (Cascale), but authorities such as the EU, through tools like the PEF.

The article stresses that this perspective is important, and also resulted in a lot of attention in the international press in the aftermath of the ruling. Articles with headlines like “EU PEF tool’s regulations in question now after Higg’s MSI” stating that “A group of 12 organisations have expressed their concerns over the EU Commission’s plans to use Product Environment Footprint category rules (PEF-CR) ‘as a standalone method’ for communicating green claims in apparel and footwear” or “After Higg Came Under Fire for Greenwashing, Now This One’s in the Hot Seat, Too”. PEF might, in other words, just as well be a powerful greenwashing tool – if the knowledge it is based on is insufficiently documented, outdated, contested, or irrelevant, to mention some of the criticisms against the Higg MSI.

The SAC (Cascale) themselves, have called for speeding up the PEF process, and one can wonder why.

It will become more difficult to stop greenwashing based on a lack of documentation if this is hidden in the PEF system. Finding the numbers behind the score will demand a lot of detective work from consumers and others. It will perhaps become even more important to establish what is essential and relevant information for consumers.

Tonje Drevland discussing the consequences of the ruling during an OECD conference.

“Mediating Sustainability in the Consumer Society”, edited by Astrid Skjerven, Lisbeth Løvbak Berg, Liv Merete Nielsen and Dagny Stuedahl, will be launched in Oslo January 29th 2025, 4 PM. More info here.

The article Who Can Stop the Greenwashing, can be accessed here (routledge.com).

Clothing Research’s Lisbeth Løvbak Berg, who is co-editor, also has written the last article in the book: Indigenous approaches to mediation of the climate and nature emergency: a conversation with Vanessa Andreotti.

Access the book here (routledge.com).

Hello from Melbourne!

Kinga Zablocka on 14. January 2025

In September 2024, we left autumnal Oslo behind to embark on a research exchange at the University of Melbourne with the Critical Fashion Studies research collective. This group, led by Professor Natalya Lusty and Dr. Harriette Richards, brings together fashion scholars, practitioners, and industry members to advance research on sustainability, ethics, and innovation in fashion.

During our stay, we had the privilege of attending several inspiring events. In October, we participated in an Ethical Fashion Walking Tour, facilitated by Ethical Clothing Australia as part of Melbourne Fashion Week. The tour took us around the suburb Fitzroy, where we visited local fashion businesses, including Denim Smith, Remuse Designs, and The Social Studio – all ethically accredited.

Among these, we were particularly impressed by Remuse, which works with recycled materials and natural, low-impact dyes. Inspired by their designs, we attended a highly anticipated fashion show later that week, where Remuse was featured. The show was an incredible experience, blending art and fashion in memorable performances.

In the week before Christmas, we were invited by Dr. Alice Payne and Dr. Yassie Smith to give a talk at the RMIT School of Fashion and Textiles for the staff. During the session, we shared insights and findings from our projects and received valuable comments and questions following our presentations. This opportunity allowed us to meet several colleagues who have worked with similar theoretical and methodological perspectives, fostering important connections for potential future collaborations.

The second week of January brought the highlight of our exchange: the Critical Fashion Studies Symposium at RMIT. The symposium focused on rethinking clothing and textile practices and consisted of three panels that explored key themes within sustainable fashion research. Anna participated in the first panel, which delved into circularity and disposal. She presented findings from her project on disposal practices and garment care, with a specific focus on participants’ expressions of care, both towards other people and their clothes. The following panel discussion touched on the challenges facing second-hand clothing markets in Australia. This session provided fascinating insights into how circularity is approached within the local context. The audience expressed interest in and prior knowledge of SIFO’s clothing research and inquired about funding opportunities in Norway.

The second panel explored wardrobe stories, and the personal relationships people have with their clothing. Vilde shared findings from her research on interviews with couples, emphasizing how gender dynamics play a significant role in shaping clothing consumption. She also mentioned some findings from our scoping review of wardrobe studies and encouraged those in the audience that have worked with wardrobe studies to contribute to the wardrobe studies blog on the website. The panel highlighted how wardrobe studies can capture everyday practices that support sustainability and included findings from an intriguing wardrobe study with individuals who are blind and therefore rely on sensory engagement with their clothing.

The final panel examined remaking and repair as innovative pathways to sustainability. Topics included remake collaboration processes, community repair in Melbourne, fashion-based social enterprises, and local fashion ecologies. The discussion emphasized the need for systemic changes to promote circularity, transparency, and place-based regenerative practices in the fashion industry.

Anna returned to Oslo after the symposium while Vilde still has some travelling to look forward to and will be returning later in February. Our exchange has been an incredible journey of learning and collaboration, filled with inspiration and new perspectives on fashion, design and sustainability.

– Vilde & Anna

New papers accepted in international journals

tobiasson on 13. January 2025

Two new papers have been accepted by international journals relating to the WOOLUME project, one on the biodegradation of wool fibers and one on the acoustic properties.

The very latest is on the acoustic properties of tufted carpets coupled with the underlayment made from tannery wool waste: Acoustic Performance of Tufted Carpets Coupled with Underlayment Produced from Tannery Wool Waste in the journal Materials. The authors are Jan Broda, Katarzyna Kobiela-Mendrek, Marcin Baczek and Monika Rom.

To better use local sources of wool, the coarse wool of mountain sheep was used to form a carpet pile layer, while the waste wool from the tannery industry was applied to form carpet underlayment. During investigations, the acoustic performance of the carpets was assessed. The carpets’ sound absorption coefficients and transmission loss were studied, and it was revealed that the adding of underlayment improves the carpet’s sound absorption only at medium sound wave frequencies.

It was concluded that wool nonwovens can be used as an effective, eco-friendly, sound-absorbing carpet underlayment, which can improve wool utilisation and contribute to the reduction in environmental pollution caused by plastic residues.

Excessive noise has become a severe and pervasive pollutant that harmfully influences physical and mental health. Exposure to domestic noise negatively affects human well-being, impairs productivity, generates higher stress, and contributes to somatic complaints. Given the adverse effects of noise, the urgent need to reduce noise levels in homes, classrooms, open-plan offices, workplaces, and public facilities is highly significant and desirable today. For many years, various textiles used as window curtains, tapestries, upholstery, wall and ceiling panels, screens, rugs, and carpets have been used to reduce noise and improve the acoustic comfort of interiors. Among these products, carpets are the most versatile, controlling indoor noise in various ways. First, carpets lower the level of noise by absorbing airborne sound. Second, they reduce the generation of floor impact sounds produced by footfalls, furniture movement, and objects dropped onto the floor. Third, carpets minimise the noise transmission through floors to adjoining rooms in multi-storied buildings.

Pile carpets, in particular, demonstrate a significant potential for noise reduction. These carpets are made of two layers that perform different functions and have different structures.

Local Polish mountain sheep (photo: Jan Broda).

The sound absorption in the pile layer depends on the pile type (loop or cut) and its height and density. Due to the open fuzzy structure, carpets with cut piles have higher sound absorption capacity than carpets with loop piles. Increasing pile height and density increases the interphase contact surface between piles and vibrating air molecules. Then, the energy dissipated by friction is higher and the resulting sound absorption increases. The influence of other parameters characterising the pile layer, such as fibre type, yarn parameters, or knot type in knotted-pile carpets, is less distinguishable and difficult to estimate.

To access the article, click on this link.

The second of the two papers is on wool biodegradation: The Morphology of Wool Fibers Biodegraded in Natural Conditions in Soil authored by Monika Rom, Jan Broda, Tomasz Kukulski, Andrzej Gawlowski & Katarzyna Kobiela-Mendrek in the Journal of Natural Fibers.

The morphology of sheep wool applied as organic fertilizer biodegraded in the soil was examined. The investigations were conducted in natural conditions for unwashed waste wool, which was rejected during sorting and then chopped into short segments and wool pellets. Different types of wool were mixed with soil and buried in experimental plots. The wool samples were periodically taken and analyzed for one year using Scanning Electron Microscopy (SEM) and Energy-dispersive X-ray Spectroscopy (EDS). During examinations, the changes in the fibers’ morphology were observed. It was stated that cut wool and pellet are mechanically damaged, which significantly accelerates wool biodegradation and quickly destroys the whole fiber structure. On the contrary, for undamaged fibers biodegradation occurs slowly, layer by layer, in a predictable sequence. This finding has practical implications for the use of wool as an organic fertilizer, suggesting that the method of preparation can influence its biodegradation rate.

The ability of wool to support plant development in agricultural and horticultural crops has been repeatedly demonstrated. The application of wool fertilizer has led to higher yield for various vegetables and cereals. These studies have used wool of different origins and waste generated in various stages of wool processing. For instance, unprocessed and unwashed wool obtained by sheep shearing, wool sheared from animals intended for slaughter, the waste derived from scouring and carbonization, and wool recycled from shredded carpets have all been tested. In some cases, loose wool fibers were mixed with soil using agricultural machines or spread on the ground’s surface and covered with a layer of topsoil. To avoid compounding issues, the wool was cut into short segments in certain studies. In other cases, the wool was added as easily applicable pellets.

The article is available at this link.

New article from WOOLUME: Acoustic Performance of Tufted Carpets Coupled with Underlayment Produced from Tannery Wool Waste

Kinga Zablocka on 13. January 2025

Authors: Jan Broda, Katarzyna Kobiela-Mendrek, Marcin Baczek and Monika Rom

Abstract

Sheep wool is a precious, renewable raw material that is nowadays disregarded and wasted. To better use local sources of wool, it was used to manufacture tufted carpets. The coarse wool of mountain sheep was used to form a carpet pile layer, while the waste wool from the tannery industry was applied to form carpet underlayment. During investigations, the acoustic performance of the carpets was assessed. The carpets’ sound absorption coefficients and transmission loss were determined using the impedance tube. It was revealed that the adding of underlayment improves the carpet’s sound absorption only
at medium sound wave frequencies. The underlayment significantly increases transmission loss in the whole frequency range. The acoustic performance of the carpets with the wool underlayment is similar to the acoustic characteristics of the carpets with an underlayment made from polyester. It was concluded that wool nonwovens can be used as an effective, eco-friendly, sound-absorbing carpet underlayment, which can improve wool utilisation and contribute to the reduction in environmental pollution caused by plastic residues

Click here for full text (ebscohost.com)

Clothing Care – The Palgrave Handbook of Sustainability in Fashion

Kinga Zablocka on 12. January 2025

Authors: Ingrid Haugsrud, Ingun Grimstad Klepp and Kirsi Laitala

Abstract

The impact of the fashion industry on the environment is undoubtedly size-able. In response, the last decade has seen various changes in the fashion industry landscape, from new digital technologies that enhance zero waste productions, the emergence of the digital platform economy, to the development of innovative materials. This Handbook captures key innovations within the fashion industry and brings together work from leading academics, but also practitioners in the field. Offering a comprehensive and global perspective, it covers core topics such as: technological innovations and their impact on sustainable fashion, alternative models of consumption, the circular economy, the role of activism and the future of sustainable fashion. With clear managerial implications, chapters uniquely supplement conceptual work with short practitioner-led case studies that bridge the gap between theory and practice, making this a valuable resource for students and researchers.

Click here to get the full text and book (springer.com)

4th International Artefacta Conference: Resolutions

Kinga Zablocka on 12. January 2025

Conference, 13-14 February 2025

University of Helsinki, Finland

The conference will be organised on 13th and 14th of February 2025 in Helsinki, Finland and the conference venue is in the Main Building of the University of Helsinki, right in the centre of the town. They keynote speakers; SIFO’s own Ingun Grimstad Klepp will speak on “Product attachment in politics and wardrobes” and Professor Daniel Miller from University College London will be holding a talk about “What kind of person is a thing?”. The talks will be held on Thursday the 13th and Friday the 14th respectively.

Programme can be found here (University of Helsinki webpage)