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Internal Market, Industry, Entrepreneurship and SMEs

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Commission Regulation (EU) 2023/2055 restricting synthetic polymer microparticles on their own or intentionally added to mixtures - better known as "the microplastics restriction" - starts applying on 17 October 2023.

The Commission is working on a detailed Q&A document to help with the implementation of the new rules. The document is expected to be made available on this page by the end of 2023.

Meanwhile, while waiting for the Q&A document to be ready, we are informing stakeholders about our current thinking on the application of the microplastics restriction, including to plastic glitter on its own and in products. The information below will be further detailed in the Q&A document, following discussions with the Member States.
Why does the Commission want to ban glitter?
The purpose is not to ban all glitter but replace plastic glitter with more environmentally friendly glitter that does not pollute our oceans.
Is the sale of glitter completely banned as of 17 October 2023?
No, only certain types and uses of glitter are concerned, depending on what the glitter is made of, what is used for and whether it is loose, trapped in or attached to an object. In addition, products already on the market - e.g. products on shelves or in suppliers' stocks - can continue being sold until stocks run out.

Composition: Only glitter made of non-biodegradable, insoluble plastic is concerned. Biodegradable, soluble, natural or inorganic glitter is not considered microplastics and can continue being sold.

Uses: Only the sale of (non-biodegradable, insoluble) plastic glitter for uses that do not have a transitional period are concerned by the sale ban, for example art and crafts, toys, textiles (with certain exceptions). Glitter used in cosmetics and detergents (and for other uses benefiting from a specific transitional periods under paragraph 6 of the restriction) can continue being sold until the end of that period.

Loose trapped affixed glitter: Loose plastic glitter for uses without a transitional period - such as art and crafts, toys - is banned as of 17 October 2023 (unless biodegradable or soluble). However, plastic glitter is not affected by the ban if, when used, it is trapped in a solid matrix (e.g. glitter glue), solid films (e.g. paints, inks) or solid objects (e.g. inside jewellery, spray can caps, etc.) or is fully contained (e.g. in snow globes). Concerning plastic glitter that is affixed to objects, the sale ban would apply as of 17 October 2023 only to glittered decorative objects (such as - but not limited to - Christmas decorations or party hats) from which glitter detaches during normal use.
More details
The microplastics restriction concerns synthetic polymer microparticles - better known as microplastics - on their own or intentionally added to mixtures. Articles are not in the scope.

Plastic glitter on its own (also called loose plastic glitter) is to be regarded as a mixture under REACH and therefore is in the scope of the restriction.

- The prohibition of placing on the market (paragraph 1 of the restriction) applies as of 17 October 2023 to microplastics - including plastic glitter, on their own or intentionally added to products, for uses for which no transitional period is set under paragraph 6 (e.g. art and crafts kits, toys, Christmas decorations, etc). However, there are exceptions that are not concerned by the restrictions

products, including glitter, made of material that is inorganic (e.g. glass, metal), natural, biodegradable or soluble in water (out of scope because they are not regarded as microplastics)

beads and sequins (and other decorations) intended to be threaded or sewn (articles; not in scope)

microplastics, including plastic glitter, that contained by technical means (e.g. enclosed in a snow globe) or permanently incorporated in a solid matrix (e.g. trapped in glue, paints or inks, or inside solid objects) (derogated under paragraph 5)

products to be regarded as articles under REACH (see below)

products already on the market on 17 October 2023 (see below)

Microplastics, including plastic glitter, that are used on their own or in products for uses for which a specific transitional period is set under paragraph 6 (e.g. cosmetics, detergents) can continue being sold until the end of that transitional period. For example, loose plastic glitter used as a cosmetic product, as well as cosmetics containing glitter ( or other microplastics) are granted specific transitional periods under paragraph 6 and can continue being sold until

16 October 2027 included, for rinse-off cosmetics (paragraph 6b)

16 October 2029 included, for leave-on cosmetics (paragraph 6d)

16 October 2035 included, for make-up, lip and nail cosmetics (paragraph 6c). Note that, from 17 October 2031 until 16 October 2035, in order to continue to be sold, make-up, lip and nail products need to bear a label indicating they contain microplastics.

When microplastics, including glitter, are affixed to an article, the scenario is more complex and depends on whether the microplastics can be considered an integral part of that article (and therefore the ban does not apply, because articles are out of scope) or not (in which case the ban applies to the microplastics), in accordance with Chapter 2.3 of ECHA's guidance on substances in articles under REACH.

- In the specific case of plastic glitter, based on the above guidance:

o in case of glittered articles for which the decorative function is secondary - such as textiles used for garments or footwear, glitter is always regarded as an integral part of the article. These glittered articles - eg: clothing, shoes, curtains - are out of the scope of the restriction;

o for glittered articles having a purely decorative function, or for which the decorative function is the main function of the article - such as textiles used in certain art and craft kits, toy/party hats, Christmas decorations, etc. - glitter can only be regarded as an integral part of the article if it does not detach from the article during normal end use (including storage). In case glitter detaches from the article during normal end use, the glittered article is to be regarded as a combination of an article (e.g. the article without the glitter) and a mixture (the glitter). In the latter case, the ban applies to the glitter (but in practice, the whole glittered article cannot be sold).

- in a nutshell, the sale ban would apply as of 17 October 2023 only to glittered objects having mainly a decorative function (such as - but not limited to - Christmas decorations and party hats) from which glitter detaches during normal end use.

- At this stage, the Commission is not in a position to recommend a standard test to prove whether glitter detaches during normal end use.

Finally, products containing plastic glitter or other microplastics (for uses other than those laid down in paragraph 6) that have been placed on the market before 17 October 2023 do not need to be recalled or withdrawn from the market but can continue being sold, in accordance with paragraph 16. This would be the case, for example, of finished products in distributors/importers/retailers stocks. Note however that

if a large bag of plastic glitter (or other microplastics) is bought before 17 October 2023 but is repackaged into a new product (such as a smaller pack), the new product needs to be placed on the market before 17 October to continue to be sold.

in order to benefit from the derogation in paragraph 16 of the restriction and continue to be sold, imported products not benefiting from a transitional period under paragraph 6 (e.g. art and craft kits, toys) need to arrive on the customs territory of the EU before 17 October 2023.

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Commission Regulation (EU) 2023/2055 - Restriction of microplastics intentionally added to products

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Mission Blue | Official Trailer [HD] | Netflix

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While about 12 percent of the land around the world is now under some form of protection (as national parks etc.), j ust 8.2 % of the ocean is protected according to WDPA/Protected Planet, and 2.9% of the ocean is fully or highly protected from fishing impacts. Hope Spots allow us to plan for the future and look beyond current marine protected areas (MPAs), which are like national parks on land where exploitative uses like fishing and deep sea mining are restricted. Hope Spots are often areas that need new protection, but they can also be existing MPAs where more action is needed. They can be large, they can be small, but they all provide hope due to:

A special abundance or diversity of species, unusual or representative species, habitats or ecosystems

Particular populations of rare, threatened or endemic species

A site with potential to reverse damage from negative human impacts

The presence of natural processes such as major migration corridors or spawning grounds

Significant historical, cultural or spiritual values

Particular economic importance to the community

The idea is that anyone can nominate a site special to him or her-a site that gives HOPE. Collectively all of these Hope Spots will create a global wave of community support for ocean conservation that leaders and policymakers can't ignore.

Creating more Hope Spots and supporting our existing Hope Spots allow us to move closer to achieving our goal of protecting 30% of the oceans by 2030.

Want to nominate a Hope Spot?

STEP ONE: Read the guidelines HERE and make sure you are up to the challenge!

STEP TWO:

Please contact us by filling out the form HERE and a team member will reach out to you to discuss your nomination and requirements.

Click on each Hope Spot below to dive in!

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Hope Spots are special places that are scientifically identified as critical to the health of the ocean. Our Hope Spots are championed by local conservationists whom we support with communications, expeditions and scientific advisory. I wish you would use all means at your disposal - films, expeditions, the web, new submarines, campaigns - to ignite [...]Read More...

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The mission of the Donella Meadows Project is to preserve Donella (Dana) H. Meadows's legacy as an inspiring leader, scholar, writer, and teacher; to manage the intellectual property rights related to Dana's published work; to provide and maintain a comprehensive and easily accessible archive of her work online, including articles, columns, and letters; to develop new resources and programs that apply her ideas to current issues and make them available to an ever-larger network of students, practitioners, and leaders in social change. Read More

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This Project works to preserve Donella (Dana) H. Meadows's legacy as an inspiring leader, scholar, writer, and teacher. We aim to maintain an easily accessible archive of Dana's work online.

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Sandrine Dixson-Declève, co-president of The Club of Rome, co-author of Earth for All and co-lead of the Earth4All initiative

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Is it time to reassess our relationship with nature?

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Is it time to reassess our relationship with nature?

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Is it time to reassess our relationship with nature? | BBC Ideas

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What happens if we cap carbon emissions at current levels? Or continue their growth? Or reduce them? This simple animated simulation of the global carbon system is great for helping people explore the relationship between carbon emissions and atmospheric CO2.

The animation below is out of date, it runs on Flash which is not supported on modern browsers. If you are able to use flash, click the image below to download the animation.

The Climate Bathtub Simulation is a brief, animated, interactive simulation game that teaches several principles regarding the dynamics of the global carbon cycle and climate change. Designed for both students and professionals, its purpose is to improve understanding of how changes in carbon dioxide emissions will affect levels of carbon dioxide in the atmosphere.

We would love to find someone who has the resources or skill to be able to remake this interactive, so that it is updated and doesn't rely on Flash. If you are interested, please contact us.

Resources for Using and Sharing the Bathtub Sim

Sim Background

The mathematical model underneath the animation is a System Dynamics model built by Dr. Thomas Fiddaman as part of his 1997 PhD thesis at MIT. A portion of the model was then distilled into a simplified stock-and-flow framework by his thesis advisor, Dr. John Sterman of the System Dynamics Group at MIT. Dr. Sterman and Dr. Linda Booth Sweeney, then a graduate student in education, used the stock-and-flow framework to study the public misunderstandings of climate change dynamics, confirming the need for new tools to improve public understanding. They published their findings in the journal, Climatic Change. Andrew Jones and Don Seville also wrote an article on these findings and identified the need for better learning tools.

SEED, the community development program of Schlumberger Ltd, led by Michael Tempel and Simone Amber, and Linda Booth Sweeney then convened these collaborators plus Dr. Peter Senge of the Society for Organizational Learning (SoL) and MIT to create the Climate Bathtub Sim. They worked with Dr. Idit Caperton and MaMaMedia to create the interactive simulation with children and youth in mind. The Bathtub Sim is copyrighted by Schlumberger Ltd and is one of many simulations on science, climate, and systems thinking.

Various members of the team are now engaged in developing further simulations to help people better understand the complex dynamics in our world, like the World Climate Simulation a game for groups to simulate the dynamics of negotiating a global climate change agreement using the computer simulation C-ROADS.

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What happens if we cap carbon emissions at current levels? Or continue their growth? Or reduce them? This simple animated simulation of the global carbon system is great for helping people explore the relationship between carbon emissions and atmospheric CO2. The animation below is out of date, it runs on Flash which is not supported on modern browsers.

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Interact with this global scenario of climate action

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Your browser does not support the video tag.
Editor's Note: This story is the third part in a series. Please read part 1, part 2, and part 4 for a more complete picture of Amazon deforestation.
Scientists have used satellites to track the deforestation of the Amazon rainforest for several decades - enough time to see some remarkable shifts in the pace and location of clearing.

During the 1990s and 2000s, the Brazilian rainforest was sometimes losing more than 20,000 square kilometers (8,000 square miles) per year, an area nearly the size of New Jersey. "It was open season on the rainforest back then," said Michael Coe, a senior scientist with the Woods Hole Research Center. "Ranchers, soy farmers, land speculators, loggers, and miners were coming to the frontier and clearing virtually anything they wanted."

In 2004, following several years of particularly rapid deforestation, public pressure turned the tide. That was the year the Brazilian government adopted an aggressive policy called the Action Plan for the Prevention and Control of Deforestation in the Legal Amazon (PPCDAm). The government created a large network of national and state parks, established protected territories for indigenous groups, strengthened environmental enforcement agencies, made it more difficult to export goods produced on illegally deforested land, and strengthened satellite monitoring systems.

It was ambitious, and it worked. Within a few years, large-scale deforestation dropped by roughly 50 percent. By 2012, forest clearing was down nearly 80 percent, or roughly 5,000 square kilometers (1,900 square miles) per year. The turnaround was heralded as one of the world's most dramatic environmental success stories.

Satellite-based forest monitoring systems played a key role in slowing deforestation, explained Raoni Rajão, an expert in environmental policy at Federal University of Minas Gerais. In 1998, the government established a data-collection system called PRODES, based on Landsat 5 and 7 observations. Scientists at Brazil's national space agency (INPE) used that data to calculate how much rainforest was being clear-cut each year in the Legal Amazon.

For more than a decade, PRODES data was mostly kept within government labs and agencies. In 2002, with public outrage about deforestation growing, INPE began posting the full dataset online, complete with deforestation maps for all of the Brazilian rainforest. "That move toward transparency and accountability proved crucial because it made it possible for the science community, NGOs, and the public to engage," said Rajão.

A second satellite-based system, DETER, went into operation in 2004 and further advanced the cause. While PRODES collected Landsat images once every few weeks and deforestation totals were updated once per year, DETER made use of daily observations of deforestation, fire, and vegetation health from lower-resolution sensors ( MODIS) on NASA's Terra and Aqua satellites. Though the image quality was lower, the daily coverage allowed forest monitors to identify some newly cleared areas in near-real time. When DETER was first set up, it sent deforestation alerts to enforcement officers within two weeks. By 2011, the system was sending alerts within a day.

"DETER completely changed the way rangers went about enforcement work," said Rajão. Rather than doing random patrols and checking for permits, rangers would send squads of enforcement officers - with satellite images in hand - to investigate areas of recent, suspicious activity. That made it much easier to remove or apprehend equipment. The word spread among deforesters. The existence of DETER meant that environmental authorities would likely notice if large tracts of land were cleared, and fines and agents would follow soon enough.

Early in his career, NASA forest ecologist Doug Morton spent several years working with Brazilian colleagues to develop DETER. In those days, there were plenty of technical challenges to overcome. "With a system that looked over such a large area, we had to be very careful to avoid false detections," Morton explained. "We learned we had to be quite conservative with the deforestation alerts."

For instance, even though MODIS could detect subtle shifts in vegetation as soon as loggers started to remove some trees, the system did not flag something as deforestation until it had been fully cleared and burned, which was sometimes months later. And due to the resolution of MODIS, the system only detected relatively large clearings - those that were at least 25 hectares (62 acres).

Prior to DETER, clearings that were hundreds or even thousands of hectares were common along deforestation frontiers in Pará, Mato Grosso, and other states. After DETER was launched, the average size of patches began to decline. Within five years, the largest clearings virtually ceased. "The big players saw the writing on the wall and either changed their behavior or shifted their operations out of the rainforest and into the Cerrado," said Coe, referring to the drier, savanna-woodland vegetation areas to the south and east of the rainforest.

"The trend toward smaller patch size is something that we now see all over the Amazon," added Benjamin Jakimow, a Humboldt University researcher. "It is likely partly a strategy to avoid satellite monitoring and enforcement."

University of Leeds scientist Michelle Kalamandeen has been watching the smaller clearings closely using forest change data from the University of Maryland. In one recent analysis of Landsat observations, she found that the number of new large clearings (greater than 50 hectares) in the Amazon declined by 46 percent between 2001-2007 and 2008-2014, while the number of small clearings (less than 1 hectare) had increased by 34 percent. Most of the newer deforestation patches were below the threshold detected by DETER (less than 25 hectares).

Kalamandeen has also tracked basin-wide shifts in deforestation. Notably, hotspots of forest loss moved away from large soy farms in Mato Grosso and Pará and shifted north and east, into drier Cerrado areas in other Brazilian states and in Bolivia. Changing global demand and prices for soy, leather, and beef contributed to the migration, but analysts also attribute the shift to initiatives like the Soy Moratorium, which sought to keep products from recently deforested areas out of global markets.

Since 2008, new forest-clearing hotspots have emerged in Peru and Colombia. While the spread of small-scale cattle ranching played a key role, other activities have also contributed. In Peru, gold mining, road building, and the establishment of oil palm plantations have all helped push annual clearing rates to some of the highest levels in that country since the early 2000s. In Colombia, the pace of deforestation began rising rapidly in 2015, when a civil war ended and made clearing forests for timber, coca production, subsistence farming, and other uses more viable.

"Small-scale mining is also a factor outside of Brazil in explaining the increase in small clearings, particularly in the northern Amazon," Kalamandeen said. Indeed, the data shows spikes in deforestation of small patches (less than 1 hectare) in Venezuela, Guyana, Suriname, and French Guiana in 2012 - the same year that gold prices peaked. "However, the deforestation footprint from mining does seem to be small and short-lived in comparison to cattle," she added. The image below shows deforestation around Las Claritas, a mine in Venezuela.

As deforestation tactics in Brazil evolved, so have satellite monitoring systems. In addition to the shift toward smaller plots, one response to DETER and PRODES that scientists have detected is an increase of clearing during the rainy season, when clouds obstruct most satellite views of the rainforest.

"There could be a benefit to incorporating more radar data into forest monitoring systems because radar can detect deforestation through clouds," explained Africa Flores, a scientist based at NASA's Marshall Space Flight Center.

Flores is helping NASA and USAID set up a new research and application collaboration in the Amazon. One of their first projects involves helping the International Center for Tropical Agriculture (CIAT) and the Amazon Conservation Association to integrate synthetic aperture radar (SAR) data into their Terra-i and MAAP forest monitoring systems.

SAR sensors work by transmitting microwave signals at an oblique angle toward features on the land surface, and then measuring how the signal scatters and returns to the sensor. Changes in the signal over time indicate changes in the landscape. Beyond seeing through clouds and making observations by day and night, SAR can pick up on subtle changes in the texture of forest canopies that neither Landsat nor MODIS instruments can provide-information that could make it easier to detect deforestation at an earlier stage.

In a few years, the launch of the NISAR Mission should sharply increase the amount of freely available radar data needed to monitor deforestation in the Amazon. In the meantime, an updated version of DETER is now ingesting higher-resolution data from the ResourceSat-2 and CBERS satellites, bringing the deforestation detection threshold down to 3 hectares (7 acres).

"NASA's commitment to free and open data was what first made DETER possible in 2003, and that data policy system is why MODIS was the backbone of the system," said Morton. "The approach now is to get a view of the Amazon as often as possible by feeding every type of available data into the system."
NASA Earth Observatory images by Lauren Dauphin, using Landsat data from the U.S. Geological Survey, MODIS data from NASA EOSDIS/LANCE and GIBS/Worldview and forest loss data from the University of Maryland. Forest patch size chart uses data from Kalamandeen, Michelle, et al. (2018). PRODES deforestation rate data from INPE. Story by Adam Voiland.

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Tracking Amazon Deforestation from Above

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Satellites have played a key role in monitoring and reducing the rate of deforestation in the rainforest.

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NASA Scientific Visualization Studio | A Map of Freshwater

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Fifteen years of satellite data show changes in freshwater around the world. || Freshwater is found in lakes, rivers, soil, snow, groundwater and ice, and is one of the most essential of Earth’s resources, for drinking water and agriculture. However, the distribution of freshwater around the planet…

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Global fire map and data. NASA | LANCE | Fire Information for Resource Management System provides near real-time active fire data from MODIS and VIIRS to meet the needs of firefighters, scientists and users interested in monitoring fires. Fire data is available for download or can be viewed through a map interface.

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'We are sinking': Tuvalu minister gives Cop26 speech standing in water to highlight sea level rise

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Elementary School - Joze Surana Visnjan, Croatia

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Elementary School - Joze Surana Visnjan, Croatia

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Secondary School of Civil Engineering, Zilina -  Slovakia

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Secondary School of Civil Engineering, Zilina -  Slovakia

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The truth behind the greenwashing

Shell is still committed to exploring for new sources of oil and gas and does not have any plans to reduce the overall amount of oil and gas it produces by 2030, the date by which IPCC scenarios say emissions from oil, gas, and coal will need to have substantially reduced.

Shell mentions "using lower-carbon energy products to reduce GHG emissions", but the company's plans include growing its fossil gas business by 20% in the coming years. Whilst the company believes its oil production peaked in 2019 and will decline slightly by 1-2% per year until 2030, the company wants to grow its fossil gas operations until this occupies over half of Shell's energy business by 2030.

Despite Shell's climate pledges, the Climate Action 100+ Net Zero Company Benchmark finds that the company only meets some of the Benchmark's targets criteria - Shell does not have both an ambition to reach 'net-zero' and net zero-aligned short, medium and long-term GHG reduction targets, which cover all its relevant emissions.

Shell is also scored 'No' for failing to disclose an aim to align its capital allocation (investments) with its targets, let alone with the Paris Agreement goal to limit global temperature rises to 1.5°C above pre-industrial levels.

The Benchmark estimates that over $3.9 billion of Shell's 2019 capital expenditure on 'upstream' fossil fuel extraction and production, and 66% of the company's future capital expenditure, conflict with the International Energy Agency's 'Beyond Two Degrees' scenario. In this scenario, total temperature rise is limited to 1.75°C by 2100. More and quicker emissions reductions would be required to limit temperature rise to the Paris goal of 1.5°C and to avert more climate harms to people and to the environment.

But its ads tell a different story...

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The Greenwashing Files - Shell | ClientEarth

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Advertising vs. reality - discover the greenwashing practices of Shell

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We promote use of the Sustainable Development Goals in learning so that children can contribute to a better future for all. From citizenship and justice to climate change and the environment, inspire children to make a difference!

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Orti di Pinti, il primo community gardern di Firenze.

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Kate Raworth | Exploring Doughnut Economics

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Kate Raworth is a renegade economist, creator of the Doughnut of social and planetary boundaries, and co-founder of Doughnut Economics Action Lab.

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Systems thinking: a cautionary tale (cats in Borneo)

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An interactive educational toolkit for upper secondary high school educators and students to integrate circular thinking into the classroom.

TAKE ACTION!

This is all about co-creation. We encourage you to work together with your fellow educators and students to develop new activities and multimedia content on how you have applied this approach in your school. This will help activate more positive change globally!

Send us your videos, your feedback, or your ideas for extra in-class activities, and we can incorporate them into the suggested materials or share it with the world using the hashtag #circularclassroom

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An interactive educational toolkit for upper secondary high school educators and students to integrate circular thinking into the classroom.

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Education and learning towards a circular economy

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We support circular economy learning across a growing global community of schools, colleges and higher education institutions.

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Whether you wear them to work, on hikes, or out on the town, a sleek pair of boots is a closet staple. Luckily, you don't have to worry about them falling apart on you after just a few seasons. There are accessible (and affordable!) brands that work with skilled artisans to create beautiful and durable pairs.

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The world's leading source for information on non-toxic and sustainable fashion.

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Looking for vegan friendly Christmas gifts for men? You can't go wrong with these 10 ethical, eco-friendly, and vegan holiday gift ideas.

Read More "

Looking for holiday gifts that also make a positive impact? Check out our holiday guide to affordable Christmas gift ideas for her. All from

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12 ethical Christmas gifts for men ranging from $12 to $100 with an average price of $50. From tumblers to skincare, socks, boxers, wallets, and

Read More "

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Your Guide to Certified Sustainable Clothing Brands | Eco-Stylist

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Discover 100+ certified sustainable clothing brands, shop 1,500+ curated sustainable fashion favorites, and learn more about ethical fashion with Eco-Stylist's in depth guides on our blog. We've done the work for you: no fast fashion; no sweat shops; no greenwashing. We make it easy to dress like you give a damn.

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If you think fast fashion is bad, check out SHEIN

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H&M and Zara: Can fast fashion be eco-friendly?

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Greencajg | Personal / Community: Community project, Food sub-categories: Waste, Local food hub, Diet, Description: Bulk store, vegan options, homemade vegan desserts, Website about this solution: https://www.greencajg.hr, Why I love this solution: It has great bulk section, so you can bring your ow…

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Thank you guys for everything and contact me if u are in Slovakia 😊

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Free teaching resources, lesson and assembly plans | Fairtrade Schools

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Download free teaching resources, lesson & assembly plans & discover how your school or nursery could become a Fairtrade School.