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SIMPLE ADVISES FOR REDUCING OUR LITTERING FOOTPRINT

Land and sea, no matter where we are, are connected.

Any trash that is disposed of improperly can potentially enter the ocean or other waterways, and anyone who disposes of trash improperly can be a source of marine debris! Yes, even you!

Marine debris is one of the greatest threats our ocean faces (check our post Plastic pollution: a wave of plastic for more details about the extent and the effects of marine plastic pollution) but luckily it is an issue with which we can all play a part in the solution.

We all should be aware that plastics and plastic chemicals are ubiquitous, and we truly can’t eliminate all risks associated with plastics. But we can reduce them, and we can choose to support businesses and institutions that are attempting to do the same.

Plastic pollution can be reduced by using less plastics products and switching to alternatives.

Among the existing solutions recycling is one of the most convenient and easiest ways. As consumers, the recycling only requires one easy step of putting plastic wastes in right bins for disposal. Separating the plastic waste from other waste will prevent plastics to be land filled and will allow it to be recycled with other plastics of the same kind.

Source reduction (Reduce and Reuse) can occur by altering the design, manufacture, or use of plastic products and materials.
To be effective our actions should embrace the so called five R’s: ‘reduce, reuse, recycle, recover and redesign’.

On each Friday and over the last two months, on our Facebook page, we have published an advise on a simple, easy to implement but effective action for reducing our plastic footprint (haven’t you like it yet? Link here Artemis Eyes Project Facebook page).

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These advises have now been collected altogether in a new video published on the Artemis Eyes Youtube channel. There would be many other actions that could be implemented, but already starting with these would make a huge difference!

Watch this video and try to implement these simple actions, it’s really not hard at all! You can make a huge difference, especially if a lot of us will do the same: help us sharing the voice! Share this video with your friends! 

(Link to the video on youtube: Simple Advises for Reducing our Littering Footprint)

 

PLASTIC MICROBEADS: MAKE A RESPONSIBLE CHOICE WHEN IT COMES TO YOUR BEAUTY ROUTINE.

Microplastics (<5 mm in their longer dimension) have become ubiquitous within our aquatic environments and are understood to be the most abundant type of plastic in the ocean. Microplastics  have been found almost everywhere scientists have sampled; from near-shore environments to the open ocean, within sediments of estuaries and deep sea waters and in freshwater or intertidal/coastal ecosystems. Microplastics have been studied globally and the most recent oceanographic modelling predictions estimate that 5.25 trillion plastic pieces, the majority microplastics, are floating in the world’s oceans.

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Microplastics are solid plastic particles of less than 5 mm in their longer dimension

The consequences of microplastic pollution for marine fauna are only just emerging. Microplastics represent a threat to marine life because their small size makes them bioavailable to organisms throughout the food webs. Marine invertebrates, fish, seabirds, and mammals have all been shown to ingest microplastics, often with negative health consequences. Microplastic ingestion can reduce feeding, deplete energy reserves, and decrease ecophysiological function as a result of physical injury, physiological stress, and false satiation. Furthermore, microplastics are susceptible to contamination by waterborne organic pollutants and to the leaching of potentially toxic plastic additives known as ‘‘plasticizers’’. If consumed, microplastics can thereby introduce toxins into the food chain, which can biomagnify to higher trophic levels.

Where do microplastics come from? Once released into the environment, plastics items breakdown though mechanical processes facilitated by sunlight. In addition to the plastic particulates that comes from the breakdown of larger plastics items, microplastics can be released directly into the environment as a direct consequences of our cleaning and beauty routines. From facial and body scrubs to toothpastes, soaps to sprays, you might be surprised to learn that the gritty polishers and sparkly glitters used in a plethora of bathroom products are actually tiny pieces of plastic. Commonly known as microbeads, these tiny pieces of plastic (or microplastics) are designed to wash straight down the drain and invariably flow out to sea because they are too small to be filtered out during sewage treatment.

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Microbeads are tiny pieces of plastic that can be found in many cosmetics products. They are too small to be filtered out during sewage treatment and they are washed directly into the oceans. A single use of these cosmetic products can release up to 94,500 plastic particles into the environment!

A recent scientific study has estimated the amount of microplastics which is washed out to the ocean with a single use of facial scrubs containing microbeads and the numbers are….truly alarming. During this study, polyethylene microbeads were extracted from several cosmetics products, and were shown to have a wide size range (mean diameters between 164 and 327 µm). Scientists estimated that between 4594 and 94,500 microbeads can be released in a single use. Yes, you read properly: between 4594 and 94,500 microbeads are released into the ocean every single time you use a scrub containing microbeads!! Once they reach the sea, microbeads are impossible to clean up and add to the growing volume of plastic in the world’s oceans.

There is no valid reason for keep using cosmetic products which contains microplastics; microbeads are a pointless source of plastic pollution, which we should all stop right now. In 2012, Unilever announced it would phase out the use of microbeads in all of its products by 2015. The Body Shop, Johnson & Johnson and Beiersdorf have also agreed to starting phasing plastic out but no end dates have been set. Although the US announced a ban on microbeads in January of this year, and campaigns to do the same are building momentum all around the world, the choices you make today can help to reduce the amount of microplastics which is wash down the drains to our oceans.

As a consumer, you have a great deal of power. By choosing products that are free of microplastics, you will not only help stem the tide of microbeads into our oceans, but you will also be voting with your wallet – sending a clear message to manufacturers that you want to see an end to this pointless pollution.

You should always check the ingredients list of your cosmetic products and avoid by all means all those which contain plastics. You should watch out for (and avoid): all products which contains  Polyethylene and Polypropylene. Polyethylene and Polypropylene are the main type of plastic microbeads used in exfoliators. To be on the safe side, also check the product is free from polyethylene terephthalate (PET), polymethyl methacrylate (PMMA), polytetrafluoroethylene (PTFE) and nylon and you’re good to go.

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Avoid cosmetic products containing plastic (Polyethylene and Polypropylene in the ingredients list) and resort to natural, effective alternatives.

For your beauty routine, you can resort to alternatives; for example, you can make an organic and very effective homemade scrub using materials which surely you already have in your home. Not only you will protect the environment, but you will also use a natural product which will benefit your skin and, last but not least, will help you saving money.

You can find countless receipts online, but here we suggest you the one we have already tried, which takes less than 5 minutes to make and works…..brilliantly (give it a try if you do not believe us :D).

Lemon sugar scrub receipt

Supplies:

  • 2 1/2 cups granulated sugar
  • 1/4 cup coconut oil (almond oil will also work)
  • 1 lemon or lemon natural oils
  • 1 little glass jar

Procedure:

  1. Put sugar in a large bowl and set aside.
  2. Measure out 1/4 cup of coconut oil and place it in a microwave safe bowl. Heat the coconut oil in the microwave for about 30 seconds, or until the oil is melted.
  3. Pour the melted coconut oil over the sugar and mix to combine.
  4. Using a zester or small grater, zest the rind of 1 lemon and add it to the sugar- coconut oil mixture. Stir well.
  5. Then, cut the same lemon you just zested in half and, by using a juicer, juice the lemon. Remove any seeds from the lemon juice and add the juice to the sugar mixture. Stir to combine.
  6. If the sugar scrub is still too “wet”, add up to 1/2 cup more sugar until desired consistency is reached.
  7. Then grab a little jar of some sort and pour your new lemon sugar scrub into the jar. All done!
  8. A small trick for your scrub to look fancy and colourful. Once you have your scrub done, divide it into two equal parts in two separate containers. Then  add some colour to one of the containers. You can use a little bit of food colouring for this, just a couple of drops will do. Stir well. Now, make a large funnel out of a piece of paper and add a small amount of the not coloured scrub into the jar. Press the scrub lightly down so it is leveled. Then add a colour layer so that they are about the same height and flatten it. Continue back and forth with as many layers and as thick or thin a layer you would like.  Pretty, isn’t it?

What each and every one of us does in our daily life will make the difference. Take responsibility and spread the voice!!

References
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PLASTIC POLLUTION: A WAVE OF PLASTICS

Covering nearly three-quarters of the Earth, the ocean is an extraordinary resource. We depend on our ocean for the food we eat, the water we drink and the air we breathe. The ocean sustains nearly half of the global primary production and it is home for a multitude of marine organisms. It supports fishing industries and coastal economies, as well as providing recreational opportunities. Land and sea, no matter where we are, are connected. For too long, we have used the ocean as a receptacle for our trash; marine litter has become one of the most pervasive pollution problems facing the world’s oceans.

Marine litter is any persistent, solid material that is manufacturer or processed, and that is directly or indirectly, intentionally or unintentionally discarded, disposed or abandoned in marine and coastal environments. Marine litter includes objects that typically do not naturally occur in the marine environment. The most common materials are: plastic, glass, paper, metal,  rubber  wood and cloth. These materials can enter the environment in two ways: directly through human action or indirectly when blown or washed out to sea via rivers, streams, and storm drains.

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Paper is a marine debris which can biodegrade in about 6- 8 weeks

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Metal is a marine debris. An aluminium can take up to 200 years to biodegrade. A total of 6,753,260 aluminium cans have been collected on beaches and shoreline worldwide by volunteers during the International Coastal Cleanup (1986 – 2010).

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13,585, 425 caps have been collected on beaches and shoreline worldwide by volunteers during the International Coastal Cleanup (1986- 2010)

Once marine litter enters into the ocean, how long it will remain depends upon the material by which they are made of: plastic and synthetic rubber are the most persistent between marine debris.

Over  80 % of marine debris is plastic.

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Plastic is the most persistent between marine debris

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Over 80 % of marine debris is plastic.

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Up to 10 % of plastics produced is estimated to end up in the oceans.

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9,549,156 plastic bottles have been collected on beaches and shoreline worldwide by volunteers during the International Coastal Cleanup (1986- 2010)

Look around you. Everywhere we look we will find plastic: in the clothes we wear, in the houses we live in, in our cars, bicycles, planes and trains we travel with. We use plastic for cleaning ourselves, we use plastic for packaging our food, we use plastic for fun in our toys and games, we use plastic in almost every single aspect of our life. Plastic is made of a wide variety of artificial chemical compounds and it can be manufactured in many different shapes, sizes and colours. Plastics are inexpensive, lightweight, strong, durable, corrosion resistant and have with high thermal and electrical insulation properties.

World plastics production has  kept  growing for more than half a century, rising from approximately 1.9 tons in 1950 to 300 million tons in 2013.  In Europe alone, the plastics industry has a turnover in excess of 300 million euros and employs 1.6 million people.

Even though some plastic waste is recycled, up to 10 % of plastics produced is estimated to end up in the oceans.

Researchers estimates that out of a total of 192 countries with coastlines, just 20 countries are responsible for 83% of the plastic debris put into the world’s oceans. These 192 countries produce some 275 million metric tons of plastic waste each year. Of that volume, about 5–13 million metric tons of mismanaged plastic waste is thought to have entered the ocean in 2010. Without improvements to waste management infrastructure, this volume of plastic debris could more than double by 2025.

Plastic enter the oceans from land based sources, when items that are not thrown away correctly, or when they are blown or washed into waterways from landfills and recycling plants. Plastic can also enter the environment from ocean based sources including fishing and cargo vessels, as well as recreational boaters and oil and gas drilling platforms.

Irrespective of how plastics enter the marine environment, they never, truly disappear.

Over time, it will break down to small, microscopic pieces and persist in the environment: plastic never truly goes away, it just becomes smaller and smaller…

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Plastic never truly goes away. It just break down into smaller pieces.

Plastics in fact do not biodegrade. Instead, it  breakdown into small pieces due to oxidation or to the physical action of waves, currents, and the grazing activities of fish and birds. Plastic can also break down when exposed to sunlight, a process called photodegradation. Unlike natural material that will break down and be utilised by living organisms, plastic never truly goes away, it just becomes smaller and smaller and smaller….When it breaks into pieces smaller than 5 or 1 mm in diameter, it is known as microplastics.

Microplastics are the most abundant type of plastic in the ocean, and they have been found in every corner of the ocean sampled by scientists to date, from near-shore environments to the open ocean, including remote pacific islands and the Arctic.

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Microplastics are  defined as plastics which is anything less than 5 mm in its longer dimension.

Most small microplastics fragments results from the breakdown of larger plastic items but the breakdown of larger pieces of plastic is not the only way in which microplastics end up in the ocean.  The plastic pellets used as a feedstock for producing plastic goods can spill from ships or land-based sources, and “microbeads” used as scrubbing agents in personal care products such as skin cleansers, toothpastes, and shampoos, can escape through water treatment facilities and pass into watersheds with treated water. Eventually, once in the marine environment, microplastic can be transported between all compartments of the water column from surface waters to deep sea sediment. High concentrations accumulate in convergence zones and along exposed coastlines, and in areas with limited water circulation or those surrounded by densely populated urban areas.

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High concentration of plastics accumulate along exposed or densely populated coastlines, as well as in areas with limited water circulation, in convergence zones and in the Gyres. A Gyre is a system of rotating ocean currents. The North Pacific Central Gyre (1 in the figure) contains the most well publicized area of plastic accumulation, known as the “Great Pacific Garbage Patch”. Microplastics concentration has here increased by two order of magnitude in the last 40 years.

Recent scientific researches estimate that 5.25 trillion of plastic pieces, the majority microplastics, are floating in the world’s oceans and meet with phyto and zooplankton, crustaceans, molluscs, fish, turtles,  seabirds and marine mammals every single day.

Scientists have found that plastic affects at least 267 species worldwide, including 86% of all sea turtle species, 44% of all seabird species, and 43% of all marine mammal species. It is quite scary to think that this numbers may be highly underestimated as most victims are likely to go undiscovered by scientists, as many sink or are eaten by predators.

Plastics harms wildlife in both a direct and indirect ways. The direct effects of plastic include plastic ingestion and entanglement.

Entanglement in plastic debris, especially in discarded fishing gear, is a very serious threat to marine animals. It can cause wounds that can lead to infections or loss of limbs; can impair an animal’s ability to swim, which may lead to drowning, or make it difficult for the animal to move, find food, and escape from predators, or can cause strangulation, choking, or suffocation. More than 100,000 marine mammals die every year from entanglement or ingestion of marine debris.

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More than 100,000 marine mammals die every year from entanglement. Picture of a grey seal.

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Between all marine mammals, seals and sea lion are the most affected by plastic entanglement  because of their natural curiosity and tendency to investigate unusual objects in the environment. Photo of harbour seals.

Fishing nets, fishing line, ropes, plastic sheeting and packing straps can be a major problems for animals that interact with fisheries, such as dolphins. Fish and crustaceans are frequently entangled in lost or discarded fishing items, a phenomenon  known as ghost fishing. Thousands of seabirds are thought to die from entanglement or ingestion each year. When birds prey upon entangled fish, they can become entangled themselves.

Wildlife eat plastics. Some have the ability to remove it from their mouths, but ingestion occurs when an animal swallows the plastic item. Ingestion can be accidental, but animals may ingest debris because it actually looks like food.

Once ingested, plastic can cause the blockage of the secretion of gastric enzyme, can diminish the  feeding stimulus,  can lower the levels of steroid hormone or even delay ovulation and cause reproductive failure.

Many types of birds have been found to feed on plastic pieces, most likely because they mistake them for food. Plastic eaten by adult birds can be regurgitated as food for hatchlings, potentially generating a population problem, especially when the offspring are never fed real food. Also loggerhead sea turtles have been found to feed on plastic and at least 26 species of cetaceans have been documented to ingest plastic debris. A number of benthic invertebrates including lugworms, amphipods and blue mussels can feed directly on microplastics. Microplastics are ingested by commercially important invertebrate species, including crustaceans and bivalves. Also microplastic ingestion by wild caught fish species is not an uncommon observation. For example, commercially caught fish and mesopelagic fish from the English Channel and the North Pacific had microplastics in their digestive tracts.

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Wildlife eats plastics. Stomach content of a beached Northern Fulmar, dissected by Heidi Acampora as part of The Republic of Ireland Beached Seabirds Survey, a project that uses beached seabirds to describe the ingestion of marine litter in Ireland. Foam and plastics fragments are the main component of the sample

The indirect effects of plastic may include chemical leaking. Plastic debris contains chemicals that are added to the polymers in the production phase in order to give to the material the required characteristics of colour, texture and flexibility. But they also absorb environmental contaminants from the water. Plastic acts in fact as a sort of sponge, accumulating pollutants such as PCBs from seawater. These chemicals could have negative effects on animals that ingest contaminated plastics.

Another indirect effect of plastic pollution is the introduction of alien species. Plastics floating at sea may be colonised by various encrusting organisms such as bacteria, diatoms, algae, barnacles, hydroids and tunicates. Drift plastics can introduce species into an environment where they were previously absent. The arrival of unwanted and aggressive alien species could be detrimental to littoral and shoreline ecosystems.

Land and sea, no matter where we are, are connected.

Any trash that is disposed of improperly can potentially enter the ocean or other waterways, and anyone who disposes of trash improperly can be a source of marine debris! Yes, even you!

Marine debris is one of the greatest threats our ocean faces, but luckily it is an issue with which we can all play a part in the solution.

We all should be aware that plastics and plastic chemicals are ubiquitous, and we truly can’t eliminate all risks associated with plastics. But we can reduce them, and we can chose to support businesses and institutions that are attempting to do the same.

Plastic pollution can be reduced by using less plastics products and switching to alternatives.

Among the existing solutions recycling is one of the most convenient and easiest ways. As consumers, the recycling only requires one easy step of putting plastic wastes in right bins for disposal.

To be effective our actions should embrace the so called five R’s: ‘reduce, reuse, recycle, recover and redesign’.

There are some very simple actions which everyone of us can take to reduce our plastic footprint:

  1. Try to avoid using or buying items that used an unnecessary amount of plastic.
  2. Avoid plastic bottled water (carry around with you your own flask, fill it when you are thirsty)
  3. At home, drink tap water. If you do not like the taste, add a few slice of fruit or filter the water thanks to in-expensive filter jugs. Tap water is better than bottled water because it isn’t stored in plastic and has much higher regulation standards
  4. Don’t buy beverages bottles made of plastic
  5. Bring your own cloth bags when shopping. Remember that between 500 billion and a trillion plastic bags are consumed worldwide each year. Less than 1% of bags are recycled. Plastic bags are used for an average of 12 minutes, but a single plastic bag has a life expectancy of up to 1,000 years!!!
  6. Cosmetic choice: avoid all scrubbing products containing plastic. Did you know that the best scrub ever is done with inexpensive and completely biodegradable products, such as honey and brown sugar? Give it a try!
  7. Carry your own reusable steel or ceramic beverage container.
  8. Store all your food in glass containers instead of plastic containers.
  9. Don’t buy convenience foods packages in plastic, avoid fruit wrapped in plastic and prefer fresh eggs in reusable paper containers.
  10. Prefer natural fabrics
  11. Say no to plastic straws. You can buy stainless steel and glass straws to carry with you
  12. Do not release balloons: you may have fun, but the animal that is ultimately going to encounter it won’t be of the same opinion!
  13. Recycle your six-pack holders wherever is possible. If you can’t recycle, you can always cut or tear the rings to prevent marine animals entanglement.
  14. Smokers: Use matches instead of plastic encased lighters and use portable ashtray to prevent the loss of plastic filters (cigarette butts) into the environment

WHAT EACH AND EVERY ONE OF US DOES IN OUR DAILY LIFE WILL MAKE THE DIFFERENCE. TAKE RESPONSIBILITY FOR YOUR OWN WASTE: SPREAD THE VOICE!!

 References:

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PLASTIC WAVE

In collaboration with Nicolo’ Ongaro (@Llumblava), Artemis Eyes just published a new video on its channel, called Plastic Wave.

Plastic Wave wants to tell you about plastic pollution in our oceans, by interviewing renowned scientists researching on this issue, by summarizing some of the knowledge achieved by scientists to date and by taking you for a dive underwater.

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Nicolo’ Ongaro filming Heidi Acampora (GMIT) showing us some of her research. Heidi is a PhD student at GMIT (Ireland) where she leads “The Republic of Ireland Beached Bird Survey”, a project that involves the collection of dead seabirds for marine litter research.

For too long, the vastness of the ocean has prompted people to overestimate its ability to safely absorb our wastes. Marine litter has become one of the most pervasive pollution problems facing the world’s oceans and waterways. Marine litter is defined as any persistent, solid material that is manufacturer or processed, and that is directly or indirectly, intentionally or unintentionally discarded, disposed or abandoned in the marine and coastal environment.

Plastic and synthetic rubber are the most persistent between marine debris. Plastics are different from all the other marine debris. Plastics indeed do not biodegrade. Instead, they breakdown into small pieces due to oxidation or due to the physical action of waves, currents, and the grazing activities of fish and birds. Plastic can also break down when exposed to sunlight, a process called photodegradation, but it never truly goes away!

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Nicolo’ Ongaro filming Dr. Amy Lusher. Amy completed her PhD at GMIT (Ireland) in 2015. Her research focuses on the impact of microplastics in the marine environment.

 

While there is still relatively little information on the impact of plastic pollution on the ocean’s ecosystems, there is an increasing knowledge about its deleterious impacts on marine life.

Any trash that is disposed of improperly can potentially enter the ocean or other waterways, and anyone who disposes of trash improperly can be a source of marine debris! Yes, even you!

Marine debris is one of the greatest threats our ocean faces, but luckily it is an issue with which we can all play a part in the solution.

We all should be aware that plastics and plastic chemicals are ubiquitous, and we truly can’t eliminate all risks associated with plastics. But we can reduce them, and we can chose to support businesses and institutions that are attempting to do the same.

Plastic pollution can be reduced by using less plastics products and switching to alternatives. Among the existing solutions recycling is one of the most convenient and easiest ways. As consumers, the recycling only requires one easy step of putting plastic wastes in right bins for disposal. Separating the plastic waste from other waste will prevent plastics to be land filled and will allow it to be recycled with other plastics of the same kind. Source reduction (Reduce and Reuse) can occur by altering the design, manufacture, or use of plastic products and materials.

To be effective our actions should embrace the so called five R’s: ‘reduce, reuse, recycle, recover and redesign’.

Stay tuned for more contents and tips about how to reduce your plastic footprint!