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In our increasingly modern world, energy consumption and human activities have a profound impact on the environment. From the way we build our homes to the choices we make in our daily lives, each action can either harm or help the planet. As we face the challenges of climate change and biodiversity loss, it’s essential to recognize the relationship between our energy use, the environment, and how we can make sustainable choices that foster positive change.
Natural pools, also known as man-made swimming ponds, are a sustainable alternative to traditional swimming pools. Unlike conventional pools, which rely on chemicals like chlorine and energy-intensive pumps to keep the water clean, natural pools use biological filters and plants to keep the water crystal-clear. So how do they do it? These pools mimic the natural processes of a pond or lake, where plants and beneficial microorganisms work together to purify the water. The result is a beautiful, eco-friendly swimming space that harmonizes with the surrounding environment.
Making the switch from traditional swimming pools may seem unnecessary. After all, why bother making a natural pool when the old fashioned ones can do the trick as they are? Pools can be great but they can come with significant environmental costs that extend far beyond their initial price.
To start off, the construction process alone demands large amounts of concrete—a material notorious for its substantial CO2 emissions—as well as additional resources like piping, plaster, heaters, and pumps, all of which consume enormous amounts of energy and resources. Once built, these pools then require thousands of gallons of water to fill, placing tremendous pressure on local water resources.
The environmental impact doesn’t end there. Maintaining a traditional pool involves the regular use of chemical disinfectants and substantial energy to heat the water and power filtration systems. Over time, these factors contribute to water pollution, increased energy consumption, and a higher carbon footprint. Not to mention that the chemicals used in pool maintenance can disrupt local ecosystems, preventing plants and animals from thriving and erasing the biodiversity that once existed in your backyard.
Natural pools, on the other hand, offer the same luxury and relaxation as a traditional pool while delivering significant environmental benefits. Because they rely on plants and natural filtration systems, they don’t require harmful chemicals, making them safer for both swimmers and the ecosystem. The plants used in natural pools not only purify the water but also provide a habitat for wildlife, promoting local biodiversity. Natural pools can even be designed to blend seamlessly with the landscape, creating a visually stunning and environmentally friendly feature in your backyard. With reduced energy and water usage, natural pools are a smart choice for those who want to enjoy a fun and relaxing swimming experience without compromising on sustainability.
There are many reasons to opt for a natural pool over a traditional pool. To start off, building a natural pool can be more economically beneficial in the long run compared to a traditional pool. While the initial setup might be similar in cost, the ongoing maintenance expenses are significantly lower. Natural pools require fewer resources to maintain, as there’s no need to purchase chemicals or pay for high energy consumption. Even the long-term value of a natural pool can be higher due to its low environmental impact and the growing demand for eco-friendly living spaces.
Curious about how you can make more environmentally conscious choices? Visit Smart Energy Education to learn more about how our choices can hurt or benefit the environment. Explore engaging careers in the energy sector and discover how you can create a more positive future!
Emerging in 1970 amid an environmental movement fueled by mounting concerns over pollution, biodiversity loss, and the degradation of natural habitats, Earth Day has since become an annual global celebration held on April 22nd. Over the years, it has transformed into a powerful force for environmental action, galvanizing millions worldwide to champion environmental awareness and sustainable practices. Today, Earth Day serves as a resounding call to action for individuals, communities, and governments to prioritize environmental stewardship and collaborate towards a more sustainable future. But, above all, it serves as a poignant reminder of our collective responsibility to safeguard and nurture the planet we all call home.
In 2024, Earth Day's central theme, "Planet vs. Plastics," underscores the urgent imperative to combat plastic pollution and achieve a 60% reduction in plastics by 2040. This includes everything from addressing the detrimental impacts of single-use plastics to pushing for legislation to penalize the fast fashion industry for the damage it continues to inflict on our environment. With an eye towards forging a plastic-free legacy for future generations, Earth Day 2024 is dedicated to mobilizing action across various fronts. This includes raising public awareness about the adverse effects of plastic waste on human, animal, and environmental well-being, alongside advocating for a complete phase-out of all single-use plastics by 2030.
In our modern world, plastic seems to be everywhere from our food deliveries and our water bottles to our accessories and shoes. But what exactly are plastics, and how do they impact the environment?
Plastic is a synthetic material made from long chains of molecules derived primarily from fossil fuels known as polymers. It's a material that has become ubiquitous in modern society due to its versatility, durability, and low cost of production. Typical uses of plastic can include anything from packaging and consumer goods to construction materials and textiles. However, it's important to note that not all plastics are equal. There is a wide variety when it comes to plastic types, which are categorized based on both their chemical composition and properties. Some common types include polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), and polyethylene terephthalate (PET). This means that while some plastics can be recycled, not all types are equally recyclable. In fact a large amount of plastics are unable to be or are not bothered to be recycled at all, leading to extreme environmental damage.
Plastics became popular in part due to their amazing versatility and durability. After all, a material that can protect goods from the elements at a low cost can be a great asset. However it is this longevity that makes plastic problematic for the planet's health. If left to decompose in a landfill or body of water, plastics can persist in the environment for hundreds of years, contaminating ecosystems and harming wildlife. Lack of regulation and persistent overuse has resulted in millions of tons of plastic waste that today can be found in the planet's oceans, rivers, lakes, soil, and even in the air we breathe. This disrupts natural habitats, threatening biodiversity, and altering the balance of delicate ecosystems.
To complicate things further, plastics can also enter our bodies through various pathways, including ingestion, inhalation, and dermal absorption. Microplastics, tiny plastic particles less than 5 millimeters in size, have even been detected in food, water, and air samples, raising concerns about their potential health impacts. Exposure to plastics and their associated chemicals have additionally been linked to a range of health risks, including reproductive disorders, hormonal disruptions, and respiratory problems. Yet, the plastics alone aren't the only problem. Certain additives used in plastics, such as phthalates and bisphenol A (BPA), have been identified as potential endocrine disruptors with adverse effects on human health.
Various alternatives to traditional plastics have emerged to address the challenges posed by plastic pollution. These include biodegradable plastics made from renewable resources, such as plant-based polymers, as well as innovative materials in the form of compostable plastics and edible packaging. Additionally, initiatives promoting the use of reusable containers, eco-friendly packaging, and sustainable materials aim to reduce reliance on conventional plastics and promote a circular economy model. By embracing alternatives to plastics and adopting sustainable consumption practices, individuals and businesses can contribute to mitigating the impacts of plastic pollution and building a more sustainable future for our planet.
Given the omnipresence of plastics in our modern lives, challenges are inevitable. Therefore, it is imperative to advocate for policies that penalize environmentally destructive industries who rely heavily on these types of materials. Furthermore, prioritizing investments in innovative technologies is crucial to facilitate the transition towards a plastic-free future. As a consumer the best thing you can do is avoid single use plastics whenever possible. Bringing reusable bags to the grocery store, purchasing a metal straw and making use of your favorite reusable water bottle are a great way to start. Are you interested in learning more about the energy sector, energy careers and the impact of our actions on the environment? Visit Smart Energy Education today to learn more.
From climate change to depleting natural resources, the world faces unprecedented environmental challenges. In response to the crises that have surfaced from these events, careers in green energy, conservation, technology, and sustainability have emerged as essential forces in the fight for a better future. While this sector is undoubtedly transformative, it has an outstanding flaw that impedes its ability to thrive at its full capacity.
In a decades-long struggle to mend a lack of diversity, women, in particular, continue to be underrepresented in pivotal roles when addressing these global challenges. The energy and technology sector has long been notorious for its gender imbalance, but change is on the horizon. With more women entering the field and thriving in various roles, they are making a significant impact on the industry's direction and the development of innovative solutions. Here are just a few pioneering women who are at the forefront of this movement.
An environmental activist and physicist, Dr. Vandana Shiva is renowned for her unwavering advocacy of sustainable agriculture and preserving traditional farming practices. Through her work, she has succeeded in many impressive accomplishments, including multiple campaigns to raise awareness of the importance of conserving biodiversity and empowering local communities in the face of agricultural challenges.
Christina Figueres, the former executive secretary of the United Nations Framework Convention on Climate Change (UNFCCC), is an essential character in the world of environmental stewardship due to her tireless efforts to drive nations toward a more sustainable future. At the forefront of her achievements stands the pivotal role she played in the Paris Agreement negotiations, which helped shape global climate policy for years to come.
A marine biologist, policy expert, and writer, Dr. Ayana Elizabeth Johnson has dedicated her life to ocean conservation and climate solutions. These topics are some of the most important regarding sustainability, yet they are also often neglected in the modern political environment. Her work is significant because it highlights the role of the oceans in mitigating climate change, underscoring the importance of an interdisciplinary approach.
An accomplished economist and author, Mariana Mazzucato's work on mission-oriented innovation and public sector investments has been integral in advancing sustainability goals. Her visionary thinking emphasizes the potential of the public sector to lead the way in building a sustainable community.
Laura Nelson, serving as the Executive Director of Green Hydrogen Strategy at Southern California Gas Company, stands at the forefront of the clean energy revolution. Her dedication and expertise have not only fostered advancements in clean hydrogen production but have also played a pivotal role in establishing Southern California Gas Company as a leading force in sustainable energy. Her pioneering work in developing green hydrogen infrastructure has significantly accelerated the transition to cleaner energy sources, reducing greenhouse gas emissions and promoting a greener planet.
The energy and sustainability sector is not just about careers; it's about making a difference in the world. Women are pivotal in pioneering the transition toward a more sustainable and greener future. By pursuing careers in this field, women can be part of a vital movement that addresses pressing environmental and social challenges. The accomplishments of these inspiring women pioneers highlight the significant role women can play in making our world better.
It's time for more women to join the ranks and lead the way in energy and technology careers. At Smart Energy Education, we aim to encourage women to pursue careers in energy and sustainability and shed light on some remarkable women pioneers who are breaking barriers in this field. If you want to learn more about careers in the energy sector, scholarships, and more, visit Smart Energy Education today!
At home, jobs are on the rise, and for good reason. After all, what's better than being able to wake up, brush your teeth, and get to work at your desk in the next room? This new style of nine-to-five has been a game-changer for millions around the globe. However, comfort and convenience are not the only reasons for the popularity of remote work. The money saved from eliminating the need to power large office spaces can be exceptional from a business perspective. For workers, no longer having to pay for transportation can significantly affect spending. Yet, just because you're at home doesn't mean energy saving should go out the window. It may be easy to leave things running as you would in the office, but not using your electronics responsibly can lead to unnecessary costs. What's the point of saving money on gas if your electricity bill goes through the roof? Thankfully, there are strategies you can implement to make sure you make the most of your sweet at-home deal, so keep reading to learn more!
Natural light is an effective strategy for individuals working from home to save energy and money. By positioning your workspace near windows and making the most of daylight, you reduce your reliance on artificial lighting, ultimately lowering your electricity consumption. This practice not only cuts down on energy costs but also has a positive impact on your well-being by providing a more comfortable and aesthetically pleasing environment.
Turning off your computer and monitor at the end of your workday is a straightforward yet highly effective way to save energy and money when working from home. Many electronic devices, especially computers and monitors, continue to consume power even when in standby mode. You prevent this "vampire" energy drain and reduce your electricity bill by powering them down completely. This strategy not only cuts costs but also extends the lifespan of your equipment, saving you money in the long run by reducing the need for replacements or repairs.
Transitioning to energy-efficient LED (Light Emitting Diode) lighting is a smart choice for remote workers seeking to conserve energy and save money. LED lights consume significantly less electricity than traditional incandescent or fluorescent bulbs, resulting in lower energy bills. Furthermore, LEDs have a longer lifespan, reducing the frequency of bulb replacements and saving you money on maintenance. This eco-friendly choice not only benefits your wallet but also contributes to a more sustainable and environmentally responsible home office.
Employing a power strip in your home office setup can be a game-changer for energy and cost savings. A power strip lets you quickly turn off multiple devices and peripherals (like printers, chargers, and speakers) with a single switch, preventing them from drawing "phantom power" when not in use. This simple habit significantly reduces energy waste and lowers your electricity expenses. By making it a routine to switch off the power strip when you finish working, you can take control of your energy consumption and budget more effectively.
Investing in Energy Star-rated appliances, such as computers, monitors, and other office equipment, is a long-term strategy for energy efficiency and cost savings. Energy Star appliances are designed to meet strict energy efficiency guidelines, using less energy and reducing your utility bills. While the initial investment may be slightly higher, the savings over time in reduced energy consumption make it a financially wise decision for remote workers. Plus, it's an environmentally responsible choice, aligning with sustainable practices and reducing your carbon footprint.
Are you interested in learning more about energy and energy savings? Visit Watt Watchers to discover amazing energy education resources and activities that will help you save money at home and at school. Also, don't forget to visit Smart Energy Education to learn more about energy careers and how you can get involved to build a more sustainable future!
People everywhere now seek assurance that their homes and workplaces are safe for both themselves and the planet. As the global population continues to expand and environmental consciousness becomes more prevalent, green building careers have emerged as essential contributors to a sustainable future. This transformation in the construction industry is a game changer when it comes to sustainability measures and goes beyond traditional practices. By emphasizing the creation of structures that are energy-efficient, environmentally responsible, and socially conscious, these revolutionary structures aim to provide comfort, stability, and safety without compromising the health of our delicate ecosystems. These careers, especially those within the skilled trades, can offer extensive opportunities for growth and development, not only in traditional work settings but also in educational environments. But how can one embark on a green construction career?
You've likely never heard of Green Roofing as a career path. However, this trade is another crucial aspect of sustainable construction and involves the installation of eco-friendly roof systems that reduce energy costs and minimize environmental impact. So, what is a green roof? These infrastructural supplements, otherwise known as living roofs or vegetative roofs, are just that! A structurally implanted garden or vegetation roof that aims to use plants as a means to collect water and reduce heat. When installed correctly, these roofs can save buildings a significant amount of money on their energy bills while lending the planet a helping hand. Because of this, roofers with expertise in green roofing techniques are becoming increasingly valuable.
Building Automation Technicians are skilled professionals responsible for installing, maintaining, and optimizing building automation systems (BAS) within various structures. They ensure that building systems, including HVAC, lighting, security, and more, operate efficiently and in coordination. Additionally, these professionals program control systems, troubleshoot technical issues, and implement energy-saving strategies, enhancing energy efficiency, occupant comfort, and building security. These responsibilities can lead to some serious energy savings, making them one of the most valuable members of a building's management team.
Sustainable Landscapers specialize in designing, creating, and maintaining outdoor spaces in an environmentally responsible and eco-friendly manner. They employ landscaping techniques that minimize environmental impact, conserve water, reduce chemical use, and promote biodiversity. Sustainable Landscapers often utilize native plants, xeriscaping principles, rainwater harvesting systems, and organic gardening practices to enhance the sustainability of outdoor environments. Better yet, they get to do their job out in the fresh air while collaborating with their clients.
Green Building Consultants provide expert guidance on sustainable and environmentally responsible building practices. They assist clients, architects, builders, and developers in incorporating eco-friendly strategies and technologies into construction projects. Green Building Consultants assess a project's environmental impact, energy efficiency, and overall sustainability, offering recommendations to minimize resource consumption, reduce carbon footprints, and achieve various environmental certifications like LEED (Leadership in Energy and Environmental Design).
These amazing trades incorporate eco-friendly principles, consider energy efficiency, integrate renewable energy sources, and prioritize resource conservation and the use of environmentally friendly materials. All while allowing students to access a lucrative and fulfilling career without having to worry about a University degree. So why wouldn't you go for a career that provides you with the specialized skills needed to design structures with a strong focus on environmental responsibility and long-term sustainability?
Green-building careers offer enticing financial rewards. The high demand for skilled tradespeople in the green building sector consistently exceeds supply, often leading to higher salaries for professionals in these fields. Additionally, green building practices prioritize long-term cost savings. Builders, contractors, and homeowners are willing to invest more upfront for energy-efficient solutions that reduce utility bills and maintenance costs. Governments also promote green building practices by offering incentives and tax credits, reducing the cost of implementing green technologies, and increasing demand for skilled workers. Its industry is still evolving, presenting countless opportunities for career growth and specialization as technology advances and environmental awareness grows, so if you're interested, don't hesitate to look into a green energy career.
Are you interested in learning more about energy, the environment, and the incredible green careers set to lead us to a better future? Visit Smart Energy Education for more information!
Sustainability and environmental consciousness are becoming increasingly paramount in our modern environment, augmenting the need to maximize our renewable energy resources. Since the Industrial Revolution, energy has demonstrated a pattern of highlighting the birth of new eras, catapulting new technology into existence, and often improving our quality of life. However, it has also become evident that today's solutions often prove to be tomorrow's problems.
Modern energy has allowed us to achieve milestones faster than was ever thought possible. Now, as we stand at the crossroads of technological innovation and ecological stewardship, the significance of renewable resources cannot be overstated. Clean energy jobs saw a job growth of 3.9% from 2021 to 2022, exceeding the overall U.S. employment rate, which saw only a 3.1% increase in the same period. This demand isn't merely driven by environmental concerns—it's an acknowledgment of the economic and social potential that renewable energy holds.
Solar energy has been a trailblazer in the clean energy industry since the 17th century. Consequently, it has emerged not only as a green solution to our energy obstacles but also as a beacon for transformative opportunities. So much so that in recent years, solar energy jobs have risen to the forefront of discussions, offering pathways into an environmentally responsible and economically promising future. Solar energy has the potential to encompass an entire ecosystem of professions, careers, and industries dedicated to harnessing the sun's boundless energy. The pathways in this realm are as diverse as they are promising, ranging from research and development to installation and maintenance.
For those looking to get moving and enjoy an active, hands-on type of job, there is the option to pursue a trade career as a Solar Equipment Technician, Solar Electrician, Solar Panel Installer, and more. For those looking to get into clean energy from the comfort of office space, they may consider a career as a Solar Energy Analyst, Solar Marketing Specialist, Solar Energy Consultant, and more. In the end, the solar industry is not just about reducing emissions; it's about fostering innovation, driving economic growth, and contributing to the overall well-being of our planet and its inhabitants. The opportunities are endless, and those who choose to pursue them can rest assured that their job is making a positive difference.
In this landscape of solar energy jobs, pathways are not merely limited to employment; they represent a journey of discovery, innovation, and impact. As we navigate toward a world powered by clean, renewable sources, the opportunities that solar energy presents are as vast as the sun's rays that grace our planet every day. This is an era of transformation, where solar energy jobs aren't just careers—they're conduits for change, shaping the narrative of progress and sustainability in a world that's ever-conscious of its ecological footprint.
At Smart Energy Education, one of the most effective ways to make a difference is through actively taking action. To access amazing, fun energy activities and lessons, visit Watt Watchers! Also, if you want to learn more about how our actions impact the planet and the amazing energy careers that can help create a brighter future, visit Smart Energy Education, and don't forget to follow us on Facebook!
People have been fighting, experimenting, and inventing in the name of food and access to natural resources since the beginning of humanity. Thanks to the Industrial Revolution, advancements in technology and innovation skyrocketed. The constant improvements experienced in industrial productivity were mirrored, thanks to new technology, by the agriculture industry and resulted in the ability to grow, raise and distribute food like never before. But how have these agricultural adjustments impacted the environment? And how can we help prevent destructive practices from taking away the ability to provide for our population in the future?
The consequences of modern agricultural practices seem only recently to be taking the spotlight in the fight for sustainability. Modern-day people, especially those residing in large metropolitan areas, have become accustomed to accessing the food of their choice with speed, ease, and convenience. Unfortunately, these luxuries have also proven to come at a steep cost. Let's take a look at the significance of water, soil, and crops in the future of agriculture and how each of these categories influences the health of the planet and the prosperity of upcoming generations.
Water
Currently, 70% of global groundwater withdrawals are used in the agricultural industry. Despite this, 17% of global food production is wasted yearly. In fact, the United States alone wastes a whopping 30 to 40 percent of its food supply. Water is the most consumed product on the planet. Yet, it is NOT a renewable resource. This means that if community and industry leaders fail to prioritize water conservation efforts, water scarcity could become a reality for a greater part of the population sooner than anticipated.
Already in 2023, the United Nations reported that 2 billion people, or 26% of the world population, do not have access to safe drinking water, and 3.6 billion, or 46% of the population, are unable to access safe sanitation. These numbers not only demonstrate a severe lack of regulation in water consumption but a drastic fault in the agricultural industry. One that prioritizes profits through high-volume production over environmental health, longevity, and sustainability. With an already strained fresh water supply, conservative practices and waste reduction should be the number one goal for everyone, both within the agricultural industry as well as from a consumer standpoint.
Soil
We don't often think of the soil used to grow our food. Yet, sustainable soil management is one of the fundamental keys to securing sustainability in agriculture. Thanks to the discoveries of the green revolution, which resulted in significantly greater crop yields and revolutionary technology still used to this day, the way we grow our food changed dramatically. However, the increased use of synthetic fertilizers and pesticides and overuse of the land have led to nutrient loss and high levels of erosion in the soil around the world. Historically, this has been shown to feed into the consequences of natural disasters like floods or droughts. The Dust Bowl, for example, which devastated the south-central United States in the 1930s thanks to a series of unfortunate events including severe droughts and the Great Depression, was further exacerbated by irresponsible land management practices in the 1920s.
The intensity of natural disasters is only increasing thanks to climate change and could easily combine with improper soil management to result in devastating consequences like the Dust Bowl if precautions are not taken. Thankfully some modern-day farmers have taken note of this, not just in terms of the planet but for their own businesses, and are now implementing practices such as crop rotation, reduced tilling, and the use of cover crops to limit erosion, increase water infiltration rates and improve overall soil health by promoting biodiversity. As a consumer, embracing a more diverse diet and making sure to eat crops that are in season could also help encourage these measures.
Crops
Finally, crop selection can have a significant impact on the environment. This is because, nowadays, many of the crops planted in our fields are not fully resistant to the environment where they are being grown. This can make certain crops, for example, almonds, extremely water intensive. Additionally, failing to alternate the types of crops that are plants, also known as crop rotation, makes the land vulnerable to disease, erosion, and nutrient loss, increasing the need for fertilizers and pesticides and leading to lower crop yields over time.
Food is an essential part of life. However, without proper management and regulation, more can quickly equal less. With so much access to technology, food insecurity should be a thing of the past, not on the rise. At Smart Energy Education, we believe that sustainable agriculture is critical to a prosperous future. If you are interested in learning more about how our actions impact the planet and the amazing energy careers that can help create a brighter future, visit Smart Energy Education, and don't forget to follow us on Facebook!
Humanity has used concrete to build, protect and fortify communities for centuries. Made from a mixture of cement, water, sand, and gravel, its durability and cost-effectiveness have made it one of the most popular mediums for everything from the world's largest construction projects to homemade decorative vases. As time has passed and new building techniques and technologies have been invented, the recipe for concrete has been tweaked and modified to fit the needs of different projects. This has allowed concrete to become one of the most versatile and commonly used building materials available.
Why is concrete important today?
Nowadays, people use concrete to build nearly everything. Our roads are paved with concrete to help provide safe, bumpless travel, and coastal cities are fortified with it to protect from tsunamis and hurricanes. Even permanent benches and tables for public spaces are built using concrete. The significance of this ever-present medium can be seen in the most fundamental elements of our communities. The ability to pour a uniquely modified stone mixture to create giant, all-withstanding structures was revolutionary for the construction industry. Life-changing architecture and engineering, such as hydroelectric dams built with watertight concrete, have helped ensure the energy powering our cities is safe from collapse and available for years to come. In fact, concrete has proven to be so reliable that it is now the second most consumed substance on the planet, second only to water. So, what seems to be the problem?
The downsides of traditional concrete
Unfortunately, the characteristics that make concrete so popular, its strength, durability, and easy application, are also what make it a primary culprit when it comes to environmental damage. Without the ability to absorb water or allow plants and fungi to grow and thrive as usual, concrete eliminates essential organisms needed to absorb CO2, regulate temperatures and absorb excess rainwater. Consequently, communities with high amounts of concrete have been associated with higher temperatures, loss of biodiversity, reduced air quality, and higher flooding possibilities.
To make matters worse, concrete is highly water intensive. The concrete industry uses an estimated one billion cubic meters of water each year worldwide, without including curing and wash water. Only .5% of the water on Earth is fresh, available water. We need water for nearly everything and cannot afford to let a single drop go to waste. Opting for concrete without looking toward less water-intensive alternatives like Mycelium or Hempcrete could have dire consequences in the future.
Finally, cement, the main ingredient in concrete, is produced by combining limestone, clay, shale, and other minerals. The combination is then heated to extreme temperatures to form a rock-like substance called clinker that is then ground into a powder called cement. The problem with this process is that by bringing the combination of limestone and minerals to such high temperatures, significant amounts of co2 are released into the atmosphere. This process is consequently extremely damaging to the environment and has made concrete responsible for 8% of global carbon emissions each year.
The Pantheon and the Colosseum, each made from an ancient form of volcanic material called Pozzolanic cement, are testaments to the longevity and durability of concrete. However, as incredible as these structures are, discovering new ways of building is essential if we want to reach net zero by 2050. We need innovative ideas to achieve lasting change. Companies like Solida Concrete, for example, are working to make a difference from within the industry by pioneering revolutionary processing techniques that reduce the energy intensity and co2 emissions of cement and concrete by modifying their production processes.
Smart Energy Education strives to create a more sustainable world through energy and water education. If you are looking to learn more about how to make a positive difference in the environment, are interested in energy careers, or would like to participate in some fun energy activities, visit us at Smart Energy Education and Watt Watchers!
Did you know that the type of lawn you have can contribute to global warming and significantly impact energy and water consumption? It's true! From overwatering to using gas-powered lawn mowers and spraying chemical fertilizers, there are several ways in which your lawn care routine could wreak havoc on the environment. So what is there to do? When guests visit, your lawn is the first chance to make a first impression. Thankfully there is no need to stress; you can make many simple and easy changes to reduce your lawn's effect on the environment while keeping it healthy and beautiful. Let's dive in and explore some tips and tricks to help you create a beautiful, eco-friendly yard!
Switch to native grasses and plants
The average American lawn looks like a plot of short dark green Kentucky Bluegrass. There may be a couple of bushes and flowers near the front door, but other than that, not much is likely to vary. This has been the norm for many years. So much so that it's also most often even required by local homeowners' associations. Yet the practice of maintaining lush green grass lawns can be more damaging than you might imagine.
Despite the neat, clean aesthetic of a well-groomed Kentucky Bluegrass lawn, the amount of water and fertilizers needed to keep it healthy in a non-native environment can be substantial. Native grasses, on the other hand, are much more accustomed to their environment and are more likely to survive on the natural rainfall experienced in the area. Because of this, switching to native grasses and plants can help combat water waste and erosion by significantly reducing how much you need to water your lawn and avoiding unnecessary runoff.
Provide habitat for wildlife
When creating the perfect lawn for your home, you may realize that your local wildlife is often pushed to the side. Your main concern may be to build the most beautiful, easy-to-maintain outdoor space possible. However, it's essential to understand the importance of the little creatures in your area. Bees alone are one of the world's most important pollinators, yet they are continually and increasingly under threat by human activities. Creating a habitat for local wildlife by providing food, water, and shelter can help maintain some balance in your local ecosystem. For example, planting local flowers for bees to pollinate or installing bird feeders and baths can make a big difference.
Opt for natural fertilizers
Synthetic fertilizers are one of the number one culprits when it comes to environmental damage. It may seem convenient to ensure your grass is always greener by buying a bottle of chemicals certified to get the job done. Yet, while these products work well, they are eventually washed away with the rain and, more often than not, end up in our waterways. Avoid this by opting for natural fertilizers like compost, manure, or bone meal. Your lawn will be happy, and you can avoid adding chemicals to your local ecosystem.
Collect rainwater
Installing a rainwater harvesting system is one of the easiest ways to maximize your resources while reducing your energy consumption. By installing a simple barrel, in-ground tanks, or even a cistern in your yard or garden, you can gather the water needed to keep your plants alive without having to rely on the treated, energy-intensive water pumped to your home. You could even use the water you have left over to wash your car, flush your toilets, or for other non-potable uses.
These harvesting systems can even help prevent erosion by collecting the water that would otherwise run off the roof and other impervious surfaces, taking essential soil with it, and keeping the native ecosystem from thriving as it should. Watering plants with untreated rainwater permit you to provide water where it's needed most. They help give your plants the nutrients and minerals they need to thrive and create a system where your yard can support the ecosystem instead of depleting its resources.
Use eco-friendly lawn care practices
Keeping your yard looking tidy and trimmed requires some manpower. To avoid contributing to global warming and air pollution, swap out your gas-powered mower and leaf blower for a manual push mower and a rake. You could even let your grass grow longer than usual to promote healthier roots and save water.
The name of the game is supporting ecological diversity. Climate change impacts us all. For those looking to help fight for the planet, making changes at home is the perfect way to start. To learn more about how your actions impact the environment, the connection between energy, global warming, the importance of water, and more, visit Resourcefulness.org! Also, remember to follow us on Instagram and Facebook.