Καλώς ήρθες άνοιξη!!!!🌷🌹💐🌻
Η 20η Μαρτίου σηματοδοτεί την εαρινή ισημερία, την επίσημη έναρξη της πιο πολύχρωμης και ζωντανής εποχής του χρόνου: της άνοιξης! Η φύση ξυπνά από τον χειμερινό της λήθαργο, τα λουλούδια ανθίζουν, τα πουλιά κελαηδούν και ο ήλιος λάμπει πιο ζεστά, φέρνοντας μαζί του φως και ελπίδα.
Οι μαθητές μας δεν έμειναν απλοί θεατές, αλλά έγιναν οι νομοθέτες του δικού τους μέλλοντος. Κάθε τάξη δημιούργησε τους δικούς της Οικοκώδικες.
Τι είναι όμως ένας Οικοκώδικας; Είναι ένα σύνολο από κανόνες, αξίες και καθημερινές συνήθειες που τα ίδια τα παιδιά συμφώνησαν να ακολουθούν. Δεν είναι κανόνες που επιβλήθηκαν από τους μεγάλους, αλλά υποσχέσεις που έδωσαν οι μαθητές μεταξύ τους:
Για ένα σχολείο χωρίς πλαστικά.
Για μια τάξη που ανακυκλώνει σωστά.
Για μια κοινότητα που σέβεται το πράσινο και την ενέργεια.
Αυτοί οι κώδικες είναι η πυξίδα μας. Μεταμορφώνουν το 44ο Δημοτικό Λάρισας από ένα κτίριο σε ένα ζωντανό εργαστήριο αειφορίας, όπου η βιωσιμότητα δεν είναι μάθημα, αλλά τρόπος ζωής. Σας προσκαλούμε να δείτε τους κώδικες που κοσμούν τους τοίχους μας και, γιατί όχι, να υιοθετήσετε μερικούς από αυτούς και στο δικό σας σπίτι!
Building a Zero Waste community is bigger than just changing individual behavior, and it’s bigger than just recycling or composting. Zero Waste addresses the entire social system of how we make, consume, and dispose of our “stuff.”
Through local Zero Waste actions, we can directly and positively impact the biggest global challenges of our time—climate change, human health risks, ecosystem collapse, and social/political conflicts over access to resources.
. . . and why we need to change the entire system of how we make, use, and dispose of the stuff in our lives. Currently, our production system goes one way—from the earth to the dump:
When we think about the problem of “waste,” we usually think about what’s in our trash cans, and we focus on how to make that waste “go away.” But the waste you see in your trash can is only a fraction of the REAL problem (1/87, to be exact).
For every can of garbage at the curb, there are 87 cans’ worth of materials that come from this linear production system and the way we extract, manufacture, and destroy our resources.
A Zero Waste system is cyclical, as in nature, and does two fundamental things: it redesigns our systems and resource use—from product design to disposal—to prevent the careless and polluting practices that lead to so much waste. It then captures discards and uses them, instead of natural resources, to make new products, creating a much cleaner manufacturing process with far less pollution. This new system carries with it new businesses and jobs to feed local economies.
The Zero Waste International Alliance adopted the first peer-reviewed, internationally accepted definition of Zero Waste. Eco-Cycle stands by this as the official definition of Zero Waste:
“Zero Waste is a goal that is ethical, economical, efficient and visionary, to guide people in changing their lifestyles and practices to emulate sustainable natural cycles, where all discarded materials are designed to become resources for others to use. Zero Waste means designing and managing products and processes to systematically avoid and eliminate the volume and toxicity of waste and materials, conserve and recover all resources, and not burn or bury them. Implementing Zero Waste will eliminate all discharges to land, water or air that are a threat to planetary, human, animal or plant health.”
Let’s dig deeper into discovering what Zero Waste IS by talking about what Zero Waste IS NOT:
Yes, we do want to recycle everything . . . but recycling comes AFTER waste prevention, product redesign, and reuse. Even when everything is recycled, there can still be unnecessary or poorly designed products or packaging that waste energy, water, and other scarce resources.
Take bottled water, for example. Even if we recycled 100% of our bottled water containers, it would be better to have avoided creating the container in the first place by refilling a reusable water bottle. Tap water uses far fewer resources, produces far fewer greenhouse gas emissions, and greatly reduces toxic emissions.
A Zero Waste approach evaluates a product’s entire life cycle, not just whether it can be recycled or composted.
The Zero Waste International Alliance defines Zero Waste as 90% diversion from landfills and incinerators. We can make a dramatic shift toward Zero Waste today by setting up policies and infrastructure to redesign our production system to use fewer resources and design products for recovery, not the dump. And while we’re moving toward Zero Waste, we can work with industries to fulfill their role by redesigning their products and packaging so there are no more leftover, toxic, and nonrecyclable items.
When we choose Zero Waste, it does not require getting to absolute zero. We are committing to pursue the goal of zero.
When you burn something to make energy, it can’t be used again, and that is the ultimate act of wasting. Waste-to-energy (WTE) systems perpetuate our throw-away society and unsustainable consumption. When we burn materials to produce energy, the resources used to make those products and packaging are destroyed, which means we must continue to extract more resources from the Earth to make new products. And we’ll use MORE energy in the process—more than was generated in the WTE facility. That is not moving us toward a circular economy, and that is not Zero Waste.
Mass burn incineration, pyrolysis, gasification, so-called “chemical recycling,” and plasma arc systems are all WTE systems that destroy resources and are not part of Zero Waste. Get the facts on why these technologies are bad for our environment, economy, and communities through the position papers on chemical recycling and so-called “plastics-to-fuel” technologies we authored as founding members of the Alliance of Mission-Based Recyclers.
Zero Waste only accepts one current technology for making energy from waste: anaerobic digestion. Anaerobic digesters use a low-temperature thermal process to speed up the decomposition of biodegradable, organic materials. The resulting biogas can be used to produce energy and the remaining solids, called digestate, can be conventionally composted.
Many companies and communities are adopting a “zero waste to landfill” goal (which focuses on reducing waste going to landfills) instead of a Zero Waste goal. The problem with having a singular focus on reducing landfill waste implies that making energy by burning waste is preferable. Waste-to-energy (WTE) is a disposal technology that destroys resources forever—it doesn’t reduce waste or protect natural resources, and in the end we will use more energy to manufacture new products from virgin materials than we produced burning trash for energy.
The true goal of Zero Waste is not just zero waste to landfill or zero waste-to-energy, but redesigning our entire cycle of resource extraction, consumption, and discard management so no resources are wasted at any point along the way.
There are legitimate businesses making great strides toward Zero Waste: Nearly half of General Motors (GM) factories recycle and reuse an average of 97% of their discards. But companies or communities that tout “zero waste to landfill” and then burn half of their discards are greenwashing their efforts, and we need to demand that they aim for true Zero Waste.
The modern waste industry was born out of the need to reduce public health risks from waste. Its goal is to manage waste in an economically and environmentally acceptable way. It accepts waste as a given.
The Zero Waste industry aims to eliminate the very concept of waste. There is no such thing as waste in nature, only resources—so we need a paradigm shift from managing waste to managing resources. And to get there, we need everyone on board, from citizens to government officials to industrial designers.
“Recycling is already making a major contribution to keeping down emissions. Indeed, its scale is so little appreciated that it might be described as one of the ‘best kept secrets’ in energy and climate change . . .”
We use a LOT of energy to heat our homes, to transport ourselves, and to make stuff. Energy went into making the computer you’re using right now, the clothes you’re wearing, the food you ate for breakfast, and pretty much everything you’ve ever bought, used, or thrown away. While communities tend to focus on cleaning up their energy production and transitioning to renewable energy sources when addressing climate change, we often overlook how we use all that energy that we produce and why we need it in the first place. It turns out a huge portion of our energy generation is used to make our stuff, which means our consumption is a primary driver of our climate emissions. And the more we buy and throw away stuff, the more energy it takes to make new stuff, and the faster climate change accelerates.
“Using more renewable energy and mass transit won’t be enough to reverse this. We have to reduce our consumption.”
More than 40% of our climate impact in the US comes from our stuff and our food—how we make it, haul it, use it, and throw it away. It’s called our consumption emissions.
Zero Waste addresses the entire system of how we make, consume, and dispose of our stuff, and can substantially reduce climate emissions by changing what and how much we buy, what resources went into making it, how long it’s designed to last, how much gets reused, recycled, or composted, and what we throw away.
Zero Waste reduces carbon pollution in three critical ways: saving energy, reducing methane emissions from landfills, and pulling carbon out of the atmosphere by applying finished compost to our soils. These solutions are covered in detail below.
The immediate and largest climate savings from Zero Waste come from the energy we save when we use recycled materials to make new products. Using recyclables such as old newspapers, plastic bottles, and aluminum cans to make new products requires 30–90% less energy than making products from trees, fossil fuels, or metal ores. This means we burn fewer fossil fuels—including oil, natural gas, and coal—and produce fewer GHG emissions. Recycling one ton of materials saves an average of three tons of carbon emissions.
Composting is a critical part of a Zero Waste system and provides two tremendous benefits for reducing climate pollution. First, we can reduce GHG emissions from landfills by composting organic materials instead. Then, when we add finished compost to our soils on our farms and gardens, these healthier soils and plants are better able to absorb carbon from the atmosphere and store it in our soils. This means composting not only reduces the emissions going up into our atmosphere, but it can actually decrease our current levels of carbon dioxide, making composting one of the easiest actions a community can take to reduce its climate footprint.
Modern landfills are designed so there is no oxygen inside the landfill once it’s covered. This means biodegradable materials, such as leftover food and grass clippings, decompose anaerobically, or in the absence of oxygen. This process creates methane, a greenhouse gas that traps 84 times more heat in our atmosphere than carbon dioxide in the short term. By contrast, composting breaks down biodegradable materials in the presence of oxygen and water, just like what happens in nature, and doesn’t produce potent methane emissions.
Landfills are the third largest source of methane emissions in the US. In 2017, they emitted 107 million metric tons of CO2 equivalent (MMTCO2e) as measured in terms of climate warming potential over 100 years. However, because warming from methane happens over a shorter period of time than warming from CO2, it is more meaningful to look at the impact of methane over the short term (e.g., over 20 years), than to average it over 100 years. When we consider the impacts of methane over the short term, we see that landfills are emitting 308 MMTCO2e every year—the amount of CO2 that would be produced annually by 79 coal-fired power plants.
Reducing methane emissions from landfills represents a huge opportunity to fight climate change, and the timing couldn’t be more important. There is global consensus that we need to rapidly reduce climate emissions by 80% by 2050. We need fast solutions to meet this rapidly approaching deadline, and reducing methane has been flagged as a critical focus in the next decade.
Methane is one of three special greenhouse gases called Short-Lived Climate Pollutants (SLCPs). True to their name, these gases are very short-lived, but they have an outsized impact on our climate: SLCPs are responsible for 40–45% of global warming to date. The good news is that if we can reduce SLCPs such as methane in the near term, we can see rapid results. Aggressive actions to reduce SLCP emissions could cut in half the amount of warming that would occur over the next few decades.
The best way to reduce methane emissions from landfills is simple: keep organic materials OUT of landfills by composting leftover food and yard debris and reducing food waste.
Composting not only reduces the powerful climate impacts of methane, it also creates an incredible carbon sink.
When compost is applied to soil, it provides several important benefits. First, compost creates healthier soil by adding carbon to the ground, which in turn grows healthier plants that photosynthesize more, thereby directly pulling more carbon out of the atmosphere. In addition, these healthier plants store more carbon in the soil and directly nourish soil ecosystems. All told, soils store three times more carbon than our atmosphere, making soil carbon storage one of our best strategies to reduce carbon levels in our atmosphere.
Modern agriculture has greatly depleted the amount of soil carbon around the world, which opens up the possibility to restore carbon in our soils through better agricultural practices and land use management. In addition to adding compost, manure, or other soil amendments that directly add carbon to the soil, other primary ways to increase carbon storage in our soil include:
Increasing soil carbon produces other important benefits as well, including improving soil fertility, water retention, and greater crop resilience, all of which would help agriculture adapt to a warming world. More soil carbon would also reduce the amount of fertilizer needed, decreasing emissions of another powerful GHG—nitrous oxide.
Research out of California shows that widespread compost use could make a big dent in our carbon emissions. Applying compost to 25% of California’s grasslands would sequester 21 million tons of carbon from the atmosphere—equivalent to taking nearly 4.5 million cars off the road each year.
This dual-action benefit of reducing methane emissions and pulling carbon dioxide down out of the atmosphere makes composting one of the most important, immediate actions a community can take to reduce its climate impacts.
“Recycling is already making a major contribution to keeping down emissions. Indeed, its scale is so little appreciated that it might be described as one of the ‘best kept secrets’ in energy and climate change . . .”
We use a LOT of energy to heat our homes, to transport ourselves, and to make stuff. Energy went into making the computer you’re using right now, the clothes you’re wearing, the food you ate for breakfast, and pretty much everything you’ve ever bought, used, or thrown away. While communities tend to focus on cleaning up their energy production and transitioning to renewable energy sources when addressing climate change, we often overlook how we use all that energy that we produce and why we need it in the first place. It turns out a huge portion of our energy generation is used to make our stuff, which means our consumption is a primary driver of our climate emissions. And the more we buy and throw away stuff, the more energy it takes to make new stuff, and the faster climate change accelerates.
“Using more renewable energy and mass transit won’t be enough to reverse this. We have to reduce our consumption.”
More than 40% of our climate impact in the US comes from our stuff and our food—how we make it, haul it, use it, and throw it away. It’s called our consumption emissions.
Zero Waste addresses the entire system of how we make, consume, and dispose of our stuff, and can substantially reduce climate emissions by changing what and how much we buy, what resources went into making it, how long it’s designed to last, how much gets reused, recycled, or composted, and what we throw away.
Zero Waste reduces carbon pollution in three critical ways: saving energy, reducing methane emissions from landfills, and pulling carbon out of the atmosphere by applying finished compost to our soils. These solutions are covered in detail below.
The immediate and largest climate savings from Zero Waste come from the energy we save when we use recycled materials to make new products. Using recyclables such as old newspapers, plastic bottles, and aluminum cans to make new products requires 30–90% less energy than making products from trees, fossil fuels, or metal ores. This means we burn fewer fossil fuels—including oil, natural gas, and coal—and produce fewer GHG emissions. Recycling one ton of materials saves an average of three tons of carbon emissions.
Composting is a critical part of a Zero Waste system and provides two tremendous benefits for reducing climate pollution. First, we can reduce GHG emissions from landfills by composting organic materials instead. Then, when we add finished compost to our soils on our farms and gardens, these healthier soils and plants are better able to absorb carbon from the atmosphere and store it in our soils. This means composting not only reduces the emissions going up into our atmosphere, but it can actually decrease our current levels of carbon dioxide, making composting one of the easiest actions a community can take to reduce its climate footprint.
Modern landfills are designed so there is no oxygen inside the landfill once it’s covered. This means biodegradable materials, such as leftover food and grass clippings, decompose anaerobically, or in the absence of oxygen. This process creates methane, a greenhouse gas that traps 84 times more heat in our atmosphere than carbon dioxide in the short term. By contrast, composting breaks down biodegradable materials in the presence of oxygen and water, just like what happens in nature, and doesn’t produce potent methane emissions.
Landfills are the third largest source of methane emissions in the US. In 2017, they emitted 107 million metric tons of CO2 equivalent (MMTCO2e) as measured in terms of climate warming potential over 100 years. However, because warming from methane happens over a shorter period of time than warming from CO2, it is more meaningful to look at the impact of methane over the short term (e.g., over 20 years), than to average it over 100 years. When we consider the impacts of methane over the short term, we see that landfills are emitting 308 MMTCO2e every year—the amount of CO2 that would be produced annually by 79 coal-fired power plants.
Reducing methane emissions from landfills represents a huge opportunity to fight climate change, and the timing couldn’t be more important. There is global consensus that we need to rapidly reduce climate emissions by 80% by 2050. We need fast solutions to meet this rapidly approaching deadline, and reducing methane has been flagged as a critical focus in the next decade.
Methane is one of three special greenhouse gases called Short-Lived Climate Pollutants (SLCPs). True to their name, these gases are very short-lived, but they have an outsized impact on our climate: SLCPs are responsible for 40–45% of global warming to date. The good news is that if we can reduce SLCPs such as methane in the near term, we can see rapid results. Aggressive actions to reduce SLCP emissions could cut in half the amount of warming that would occur over the next few decades.
The best way to reduce methane emissions from landfills is simple: keep organic materials OUT of landfills by composting leftover food and yard debris and reducing food waste.
Composting not only reduces the powerful climate impacts of methane, it also creates an incredible carbon sink.
When compost is applied to soil, it provides several important benefits. First, compost creates healthier soil by adding carbon to the ground, which in turn grows healthier plants that photosynthesize more, thereby directly pulling more carbon out of the atmosphere. In addition, these healthier plants store more carbon in the soil and directly nourish soil ecosystems. All told, soils store three times more carbon than our atmosphere, making soil carbon storage one of our best strategies to reduce carbon levels in our atmosphere.
Modern agriculture has greatly depleted the amount of soil carbon around the world, which opens up the possibility to restore carbon in our soils through better agricultural practices and land use management. In addition to adding compost, manure, or other soil amendments that directly add carbon to the soil, other primary ways to increase carbon storage in our soil include:
Increasing soil carbon produces other important benefits as well, including improving soil fertility, water retention, and greater crop resilience, all of which would help agriculture adapt to a warming world. More soil carbon would also reduce the amount of fertilizer needed, decreasing emissions of another powerful GHG—nitrous oxide.
Research out of California shows that widespread compost use could make a big dent in our carbon emissions. Applying compost to 25% of California’s grasslands would sequester 21 million tons of carbon from the atmosphere—equivalent to taking nearly 4.5 million cars off the road each year.
This dual-action benefit of reducing methane emissions and pulling carbon dioxide down out of the atmosphere makes composting one of the most important, immediate actions a community can take to reduce its climate impacts.
Zero Waste programs can create jobs in your community—whether you’re in a large or small, urban or rural area. And, Zero Waste programs strengthen your economy by keeping dollars and materials circulating through your region. Here’s why everyone from small towns all the way up to the United Nations is embracing Zero Waste programs as a strategy to drive economic development.
Zero Waste programs that reuse, repair, recycle, and compost materials create more jobs than landfills and incinerators per ton of materials handled:
On a national level, the US recycling industry generates $117 billion in economic activity annually. According to the EPA’s 2020 Recycling Economic Information (REI) Report, recycling and reuse activities in the United States accounted for:
This equates to 1.17 jobs for every 1,000 tons of materials recycled.
More than a dozen states have reports on the economic benefits and job creation from recycling within the state. Here are a few highlights and resources for more information:
Use this tool to estimate the economic impact in your state and check out this summary report on the economic impacts of recycling in various states.
Recycling, reuse, and manufacturing jobs are critical to meeting our local, state, and national goals to create more green jobs. Recycling creates strong job growth and opportunities for entry-level and mid-level workers, and can replace jobs lost in manufacturing. Jobs in the recycling industry typically have a low barrier to entry and offer an average of over $70,000 in wages and benefits.
To learn more, check out the report “More Jobs, Less Pollution: Growing the Recycling Economy in the U.S.,” which details how transforming the “waste” sector into a “materials management” sector will support the economy and the environment.
In addition to providing jobs directly in the recycling sector, Zero Waste gives value back to the community by keeping materials—and dollars—out of the landfill. Every ton of trash that gets buried in your local landfill contains products like paper, plastic, and metal that could have been sold for recycling. That’s money that could have supported community and local businesses. The US buries over $11 billion every year in potential revenue from materials that were trashed instead of being sold for recycling.
Οι μαθητές της Δ΄τάξης δημιούργησαν μια αφίσα, γεμάτη με πρακτικές συμβουλές για το πώς μπορούμε όλοι να συμβάλουμε σε ένα πιο πράσινο μέλλον.
Ήθελαν να δείξουν ότι η αλλαγή ξεκινά από εμάς.
Μπορεί να μην μπορούμε να λύσουμε μόνοι μας το πρόβλημα, αλλά μπορούμε να κάνουμε μικρές αλλαγές στην καθημερινότητά μας που, αν τις κάνουμε όλοι, θα έχουν μεγάλο αντίκτυπο.
Η αφίσα, αποτέλεσμα ομαδικής εργασίας και δημιουργικής σκέψης, περιλαμβάνει προτάσεις για την εξοικονόμηση ενέργειας και νερού, την ανακύκλωση, τη μείωση της χρήσης πλαστικών, την προτίμηση τοπικών προϊόντων και την ευαισθητοποίηση των γύρω μας.
Η πρωτοβουλία αυτή αποτελεί ένα φωτεινό παράδειγμα του πώς οι νέοι μπορούν να γίνουν φορείς θετικής αλλαγής και να εμπνεύσουν τους γύρω τους να υιοθετήσουν πιο φιλικές προς το περιβάλλον συνήθειες.
Ας ακολουθήσουμε το παράδειγμά τους και ας κάνουμε όλοι μαζί τη διαφορά!
Η 1η Μαρτίου δεν είναι μόνο η αρχή της άνοιξης, αλλά και μια ξεχωριστή ημέρα: η Παγκόσμια Ημέρα Θαλάσσιων Λιβαδιών! Γιορτάζουμε αυτά τα εκπληκτικά οικοσυστήματα που κρύβονται κάτω από την επιφάνεια της θάλασσας και παίζουν έναν τόσο σημαντικό ρόλο για τη ζωή στον πλανήτη μας.
Φανταστείτε απέραντες εκτάσεις πρασίνου, όχι σε κάποιο λιβάδι, αλλά κάτω από το νερό! Αυτά είναι τα θαλάσσια λιβάδια, υποβρύχια οικοσυστήματα που αποτελούνται από θαλάσσια φυτά, γνωστά και ως φανερόγαμα. Μοιάζουν με χορτάρι που μεγαλώνει στη θάλασσα και δημιουργούν πυκνά δάση που φιλοξενούν απίστευτη ποικιλία ζωής.
Τα θαλάσσια λιβάδια είναι οι “πνεύμονες” και η “καρδιά” της θάλασσας!
Δυστυχώς, τα θαλάσσια λιβάδια απειλούνται από την ρύπανση, την υπεραλίευση, την κλιματική αλλαγή και τις ανθρώπινες δραστηριότητες. Χάνουμε τεράστιες εκτάσεις κάθε χρόνο, με καταστροφικές συνέπειες για το περιβάλλον και την οικονομία μας.
Γι’ αυτό, η Παγκόσμια Ημέρα Θαλάσσιων Λιβαδιών είναι μια ευκαιρία να ευαισθητοποιηθούμε και να δράσουμε! Μπορούμε να στηρίξουμε τις προσπάθειες για την προστασία τους, να μειώσουμε τη ρύπανση, να επιλέγουμε βιώσιμα θαλασσινά και να ενημερώνουμε τους γύρω μας για τη σπουδαιότητα αυτών των μοναδικών οικοσυστημάτων.
Η εξοικονόμηση ενέργειας είναι μια σημαντική πρακτική που συμβάλλει στη μείωση του ενεργειακού αποτυπώματος, στην προστασία του περιβάλλοντος και στην εξοικονόμηση χρημάτων. Ακολουθούν ορισμένοι τρόποι εξοικονόμησης ενέργειας σε διάφορους τομείς:
Στο σπίτι:
Στις μετακινήσεις:
Στην εργασία:
Η εξοικονόμηση ενέργειας είναι μια συλλογική προσπάθεια που απαιτεί τη συμμετοχή όλων. Με μικρές αλλαγές στις καθημερινές μας συνήθειες, μπορούμε να κάνουμε τη διαφορά.
Το παγουρίνο δεν ξεχνάω
και παντού το κουβαλάω…
Απ΄τη βρύση το γεμίζω
πλαστικό δεν χαραμίζω!!!
Η περιβαλλοντική ομάδα του σχολείου μας έχει μια νέα, συναρπαστική πρόκληση για όλους! Θέλουμε να κάνουμε τη διαφορά και να βοηθήσουμε τον πλανήτη μας να γίνει πιο καθαρός και υγιής. Και ξέρετε πώς θα το κάνουμε αυτό; Με ένα μικρό, αλλά σημαντικό βήμα: χρησιμοποιώντας παγουρίνα αντί για πλαστικά μπουκάλια!
Έτσι….
Από σήμερα, καλούμε όλους τους μαθητές, τους δασκάλους και τους γονείς να φέρνουν στο σχολείο τα δικά τους παγουρίνα. Ας κάνουμε το σχολείο μας ένα “πλαστικό-ελεύθερο” περιβάλλον!
Τι μπορείτε να κάνετε;
Ας δείξουμε στον πλανήτη μας ότι τον νοιαζόμαστε και ότι μπορούμε να τον προστατεύσουμε. Ας κάνουμε την πρόκληση του παγουριού μια μεγάλη επιτυχία!
“ΤΟΥ ΣΧΟΛΕΙΟΥ ΟΙ ΧΩΡΟΙ ΝΑ ΕΙΝΑΙ ΚΑΘΑΡΟΙ
ΚΑΘΕ ΤΑΞΗ ΠΡΟΣΠΑΘΕΙ”
Έχουμε μια αποστολή: να κάνουμε το σχολείο μας το πιο καθαρό!
Η περιβαλλοντική μας ομάδα διοργανώνει έναν διαγωνισμό καθαριότητας μεταξύ των τάξεων.
Στόχος μας είναι να ευαισθητοποιήσουμε όλους τους μαθητές για τη σημασία της καθαριότητας και της προστασίας του περιβάλλοντος. Ποια τάξη θα καταφέρει να διατηρήσει τον πιο καθαρό χώρο στην αυλή κατά τη διάρκεια του διαλείμματος; Ας δείξουμε όλοι μαζί ότι φροντίζουμε το σχολείο μας!
Η περιβαλλοντική ομάδα θα αξιολογήσει την καθαριότητα, την τάξη και τη φροντίδα που δείχνει κάθε τάξη στον δικό της χώρο.
Η περιβαλλοντική ομάδα του σχολείου μας έχει μια νέα, συναρπαστική πρόκληση για όλους μας!
“Ενέργεια για να έχεις το φως πρέπει να ελέγχεις…”
Αυτή τη φορά, μας καλούν να δείξουμε τη δημιουργικότητά μας και να ευαισθητοποιηθούμε για την εξοικονόμηση ενέργειας.
Κάθε τμήμα καλείται να δημιουργήσει μια αφίσα που θα αναδεικνύει τη σημασία της εξοικονόμησης ενέργειας στο σχολείο μας.Θα χρησιμοποιήσουν τη φαντασία τους για να φτιάξουν αφίσες και θα μας ενθαρρύνουν όλους να σβήνουμε τα φώτα όταν δεν τα χρειαζόμαστε, να κλείνουμε τις ηλεκτρικές συσκευές και να αναζητούμε τρόπους να εξοικονομήσουμε ενέργεια.
Θα νικήσει το τμήμα που θα δημιουργήσει την πιο πρωτότυπη αφίσα!
Γιατί είναι σημαντική η εξοικονόμηση ενέργειας;
Να μην καταναλώνουμε ενέργεια πολλή, μόνο έτσι η φύση θα σωθεί….
“Σπαταλάς ενέργεια, σπαταλάς χρήματα, σπαταλάς το μέλλον.”
“Μην αφήνεις την ενέργεια να πηγαίνει χαμένη!”
“Σβήσε τα φώτα, σώσε τον πλανήτη!”
Έχουμε μια αποστολή: να κάνουμε το σχολείο μας το πιο καθαρό!
Η περιβαλλοντική μας ομάδα διοργανώνει έναν διαγωνισμό καθαριότητας μεταξύ των τάξεων.
Στόχος μας είναι να ευαισθητοποιήσουμε όλους τους μαθητές για τη σημασία της καθαριότητας και της προστασίας του περιβάλλοντος. Ποια τάξη θα καταφέρει να διατηρήσει τον πιο καθαρό χώρο στην αυλή κατά τη διάρκεια του διαλείμματος; Ας δείξουμε όλοι μαζί ότι φροντίζουμε το σχολείο μας!
