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Trends in Urban Energy Independence



Future Trends in Urban Energy Independence: U.S. Cities Preparing Renewable Power Grids for the 2025 Presidential Transition

By Jane Marsh

 

Like any transition of power, many wonder what the future holds for urban energy independence amid the incoming Administration. President-elect Donald Trump promised sweeping environmental policy changes throughout his campaign, particularly regarding renewable energy. 

Now, after nominating fracking executive and climate skeptic Chris Wright as Secretary of Energy, cities nationwide are preparing their renewable power grids for uncertainty.

Trump Vows to Undo Green Energy Progress

Among President-elect Trump’s plans on his first day back in office are major rollbacks of green energy policies. The National Energy Council he intends to start will allow him, he says, to achieve “energy dominance” over the rest of the world. To do this, Trump wants to ramp up oil and gas drilling in the United States.

Trump’s plans are likely to encounter roadblocks. For one thing, oil and gas companies must determine whether supply and demand warrant expanding drilling activities. Likewise, Mexico and Canada are the two largest oil importers for the U.S., which will likely result in higher costs and national security threats if Trump follows through on his proposed tariffs. 

The president-elect also intends to undo President Biden’s renewable energy progress by approving the Keystone Pipeline, speeding up permitting for fossil fuel projects and halting wind power. According to Trump, wind power is the most costly energy source and kills whales and birds — an unfounded claim, according to scientists. 

Many states will be affected if the federal government pulls funding and permits for offshore wind energy projects. For example, New York counted on wind turbines to provide one-sixth of its electricity portfolio within a decade. The wind energy industry would have also delivered 14,000 green jobs to the state. 

How Cities Are Ramping Up Their Renewable Power Grids

Cities across the U.S. aren’t waiting to see what happens when the White House changes power. They’re taking matters into their own hands and ramping up their renewable capacity to ensure urban energy independence in the years ahead.

New York City

One renewable energy source unlikely to go anywhere is solar power — a green energy source NYC is leaning into to boost grid resilience. The city government set a goal to operate on 100% clean electricity by 2025, hoping to install 1,000 megawatts of solar citywide by 2030.

A new Sunset Park solar development in Brooklyn also plans to install a 725-kilowatt solar array, generating $1.24 million in energy savings for about 150 households in the neighborhood. 

To meet its solar installation goals by 2030, NYC has installed 105 rooftop solar projects on school buildings, accounting for 80% of the city’s total clean energy progress. School buses will also generate electricity from solar panels, four of which are already in operation.

Los Angeles

Solar panels only work when there is sunlight to produce energy, making Los Angeles the perfect city to continue working toward clean electricity.

California has achieved renewable energy growth across the state. Now, L.A. is getting a new solar farm, Eland, which will supply 7% of the city’s electricity at an affordable rate. With hopes to achieve 100% clean energy by 2035, Eland is expected to help L.A. reach 64% of its goal by the end of next year. 

The Eland Solar-plus-Storage Project by Arevon Energy, Inc., will be operational in Q1 2025. Its combined solar and storage capacity will make it reliable during peak electricity demand throughout Southern California. 

Seattle

In June 2024, the City of Seattle invested $2.24 million to recruit and train workers from areas most affected by environmental injustice. These individuals will then be placed in competitive construction and clean energy jobs, enabling them to attain a steady career and livable wage.

Technology startup Modern Hydrogen also raised $25 million to produce hydrogen fuel using existing gas infrastructure. The company’s unique device will enhance carbon capture and apply clean energy to industrial activities.

Challenges Cities Face for Future Energy Resilience

Regulatory hurdles imposed by the incoming Trump Administration will present several roadblocks to progressing urban energy independence. While the President-elect will only upend renewable initiatives for four years, his climate action — or lack thereof — can significantly damage U.S. cities’ headway toward clean energy.

The existing grid requires major upgrades to become a resilient energy infrastructure. However, these updates are a costly investment and unlikely to occur at the federal level. Instead, cities will need to fund clean, renewable power projects and grid revamps themselves — a feat urban areas with budgetary constraints will find challenging.

Although progress has been impressive, better renewable energy storage is needed in the coming years to balance supply and demand, especially as city populations boom.  

Solution for a Cleaner, Energy-Resilient Tomorrow

The outlook might look grim to many — and some areas will indeed feel the effects of the Trump Administration’s deregulation — but cities can continue their work toward a cleaner and greener future. Prioritizing energy infrastructure, including modernizing grid technologies and distribution networks, is vital. More diverse energy portfolios will also alleviate reliance on one type of power source. 

Collaboration will be key to energy independence in the coming years. Cities should continue working with their states to create policies and guidelines to continue their transition. Partnering with the private sector will further expand access to knowledge, tech and funding for prospective projects. 

At the local level, urban areas should consider incentivizing clean energy, including tax credits for solar power installations and electric vehicle purchases. Continuing investments in research and technology innovations will also allow cities to remain on the path toward their climate goals. 

Of course, energy independence and resilience are only possible with an engaged community. Public forums and outreach campaigns encourage city dwellers to participate in renewable initiatives, including decision-making and advocacy.

Clean Energy Independence Is Still Within Reach

The Trump Administration’s plans have many concerned about urban energy independence over the next few years. However, there’s hope as cities have their own objectives to stay on course toward a greener future.



Article by Jane Marsh

Jane works as an environmental and energy writer. She is also the founder and editor-in-chief of Environment.co



Sustainable Hempcrete Homes



Eco-Conscious Living: The House Manure and Hempcrete House Revolution

Sustainable construction trends continue to employ advanced tech such as AI and solar. However, one organic revolutionary development making waves in the name of innovation is the use of hempcrete in construction. It is not just hempcrete but also the added surprising element of horse manure that redefines how people perceive eco-friendly housing options. Here’s all you need to know about the hemp and horse-dropping combo.

What Is Hempcrete and How Is It Used in Construction?

As the name suggests, hempcrete is a hemp-based, sustainable alternative to concrete. This bio-composite material is fashioned from the industrial hemp plant, also known as “shiv” or “hurd,” and then mixed with a lime-based binding mortar. Its high silica content allows it to bond well with lime in the form of calcium hydroxide.

This combination creates a lightweight and breathable insulating material that lacks the brittleness of concrete. However, unlike traditional concrete, hempcrete is not load-bearing, requiring a structural framework to support it. Still, it’s an excellent sustainable material for insulation, interior walls, and cladding.

Hempcrete can be used in new builds and retrofitting since its flexibility allows it to be installed through cast-in-place methods, prefabricated panels, or spray-applied insulation.

The textured, cork-looking finish of hempcrete allows for other organic finishing options, including lime render, plaster, or even natural finishes like tadelakt.

Horse Manure in Hempcrete

Hempcrete is already quite impressive, but that doesn’t stop those seeking to enhance its properties further. Enter horse manure, an unexpected additive. It’s rich in cellulose and fibers, which act as a natural binder when mixed into hempcrete. This additive enhances the durability and thermal insulation of the composite.

While it may sound unconventional, horse droppings are uniquely suited for such applications because of how horses digest their food. Food passes through a horse’s digestive tract within 45 to 72 hours thanks to their forage-based diet and relatively small stomachs.

This process leaves behind fibrous manure ideal for blending with hempcrete—a closed-loop sustainability system in which one industry’s trash is another’s treasure.

The success of horse poo in hempcrete highlights just how viable it is in the construction industry. By exploring unconventional alternatives, hempcrete builders are pushing the boundaries of what’s thinkable in sustainable construction. Will it be the next revolutionary trendsetter?

The Environmental Benefits of Hempcrete Houses

Its positive environmental impact is among the driving forces for why hempcrete should be widely adopted in the construction industry.

Carbon Sequestration

Hempcrete is a carbon-negative material — it continues to absorb carbon long after construction, storing more than what was emitted during construction. This is made possible by the lime binder, which absorbs CO2 from the atmosphere, reducing greenhouse gases. 

Raw, Renewable, Sustainable

Industrial hemp is able to mature for fiber production in as little as 60 days. It requires minimal water and no pesticides. This fast grower regenerates soil health and is a sustainable alternative to resource-intensive materials like traditional cement or insulation. Additionally, curing hempcrete requires significantly less water than conventional cement.

Thermal Regulation

Hempcrete has a lower thermal conductivity, about half of concrete. This mostly depends on the amount of shiv added, which affects density. Low thermal conductivity allows it to resist heat transfer more effectively and makes it ideal for energy-efficient homes. 

Fire and Pest Resistance

Since hempcrete is mineral-based, it is naturally resistant to fire, rodents, and other pests. This reduces the need for additional treatment required of conventional materials used in construction, such as wood. In the case of a fire, the lime coating provides enough time and fire resistance for inhabitants to evacuate the building. 

Waste Product By-Product

Additives like horse manure reduce agricultural waste and improve the performance of hempcrete. This is a win for the environment and innovation. Despite being a by-product, manure-infused hempcrete is odorless.

Challenges of Using Hempcrete in Homebuilding

The attractive benefits of hempcrete do not come without challenges.

> Non-load-bearing nature: This is the biggest hurdle for hempcrete since it requires an added structural framework for walls. This makes it a limited option in high-rise buildings or structures with great foundation demands.

> Production scale: Industrial hemp is making waves worldwide due to its flexibility, but the supply chain is still maturing. Fortunately, the Farm Bill passed in the United States in 2018, allows hemp to grow. Pricing and availability may be affected, although the increasing demand may offset this in the future.

> Building code acceptance: Since hemp is considered a fairly new material in many regions, builders may face obstacles when utilizing it for projects. However, partnering with architects, engineers, and contractors who are highly familiar with hempcrete is easy to resolve.

Holistic Hempcrete Homes

Hempcrete houses represent another emerging holistic option for sustainable construction. Their carbon sequestration, renewability, and energy efficiency are shaping how people think about environmentally committed homes. It’s one innovative package that might not be as technologically advanced as artificial intelligence and solar panels but is ingenious in its organic efficiency.


When paired with other green construction innovations, like solar panels and rainwater harvesting, hempcrete homes significantly reduce a household’s environmental impact. With every hempcrete wall built and every bag of horse manure repurposed, the waste loop is closed, and sustainable living becomes a reality, one house at a time.



 

Permeable Pavement



How Permeable Pavement Improves Sustainability

The world is increasingly facing the brunt of global warming and climate change. Cities need green cooling methods to improve air quality. In addition to green landscaping and renewable energy usage, permeable pavements are becoming a standard in urban planning.

What Is Permeable Pavement?

Permeable pavement is an alternative to walkways and roads that improves stormwater management and reduces conventional pavement’s environmental impact. It’s designed with porosity in mind to ensure rainwater and snow melt seep through and are recycled or stored in a reservoir for slow release or future use.

Many types of permeable pavement materials exist, including interlocking pavers, porous asphalt, and concrete and grass pavers. Interlocking pavers are brick or concrete blocks arranged to allow water to pass through the gaps into the ground, whereas grass pavers have cells planted with turf. 

Three Ways Permeable Pavements Enhance Sustainability

Permeable pavements work in many ways to improve sustainability and elevate the green lifestyle in an urban environment.

Address Urban Heat Islands

Traditional pavements use heat-trapping materials like concrete and asphalt, which increase the temperature in the surrounding areas by absorbing warmth and radiating it into the air above. Pavements with asphalt can cause temperatures to reach 152 degrees Fahrenheit in the afternoons.

This elevated temperature contributes to urban heat islands, where the temperature increases in one area compared to neighboring regions. Urban heat islands can cause pollution and heat-related illnesses and increase greenhouse gas emissions. Consequently, disruption of sustainability can worsen the effects of climate change.

Permeable pavements include green materials such as pervious concrete, porous asphalt, permeable interlocking concrete pavers, plastic and concrete grids and amended soils. Most of these materials have cooling abilities, reducing heat absorption. In addition, these pavements improve the breathability of the ground, providing better air transfer and heat reduction.

Reduce Flash Floods

Permeable pavements drain water into the ground, decreasing the chances of flash floods, especially in urban settings, where heavy rain can cause sudden surges in water pooling in parking lots, roads, and sidewalks. By implementing permeable pavements, local governments can optimize flood management efforts.

In addition, pooling rainwater usually sweeps dried leaves, rubbish, and debris into the drains, obstructing stormwater systems. This further contributes to flash flooding problems and various damage in the city. Blocked drains can also destroy the structural integrity of underground plumbing.

In an industrial setting, companies dealing with stormwater management must conduct inspections four times yearly to ensure standards adherence. Missed assessments can contribute to various environmental problems.

When the water from the drains overflows, contaminants spill into the roads and disrupt the natural ecosystem. This can also cause air and odor pollution. Permeable pavements can avoid these issues, allowing better flood and stormwater management, which may be more necessary as climate change makes extreme weather more common. 

Enhance Energy Efficiency and Resource Allocation

As mentioned above, elevated temperatures cause urban heat islands. This also increases energy consumption because buildings use their heating and cooling systems more frequently.

Heating and cooling use significant power — about 50 percent of global consumption, which accounts for 40 percent of electricity-related carbon dioxide. Permeable pavements absorb less heat, thus improving the surrounding temperature. This reduces the heat in buildings and optimizes the usage of heating and cooling systems. These structures can then improve their energy efficiency and focus on enhancing other aspects of their sustainability efforts.

Apart from energy, permeable pavements could also address the groundwater depletion crisis. Of the world’s 37 largest aquifers, 21 are not filling up quickly enough. Considering groundwater makes up about 30% of the world’s freshwater supply, this can become a significant issue. 

With some types of permeable pavements, when it rains, the water not absorbed by the soil fills the groundwater tables. This can be used during droughts or when water reservoirs are critically low, allowing better resource allocation in residential areas. In addition, other permeable pavements hold the water in an underground reservoir and release it slowly to benefit the adjacent soil and plants.

Permeable Pavement Can Address Heat-Related Climate Change Impact

With the dangers of climate change becoming more imminent, city and residential planners must take sustainability seriously. Permeable pavements can contribute to these efforts, enabling everyone to have a cooler and greener future.



 

Future Urban Solar-Powered Solutions



How Urban Areas Are Integrating Solar Energy into Their Infrastructure

Cities constantly evolve, and clean energy is at the forefront of this transformation. Today, urban areas integrate solar energy to address growing energy demands and combat climate challenges. Solar energy is reshaping how cities function, from powering skyscrapers to illuminating public spaces.

This shift reduces reliance on fossil fuels and promotes sustainability and long-term cost savings. In this blog, you’ll explore the innovative ways cities adopt solar power and how these changes shape greener, more efficient urban landscapes.

Why Cities Are Choosing Renewable Energy

Cities worldwide are turning to solar energy as they rethink their energy strategies for a cleaner and more sustainable future. The shift highlights the differences between renewable and nonrenewable energy, with renewables like solar offering clear advantages over fossil fuels.

Unlike coal or natural gas, solar power generates no harmful emissions and relies on an endless energy source: sunlight. Beyond environmental benefits, renewable energy projects lower long-term costs and create local jobs, making them a wise investment. These combined benefits drive urban areas to embrace solar and lead the way in sustainable development.

Solar-Powered Buildings: Lighting Up the Skyline

Future Urban Solar Powered Solutions
Freiburg City Hall is a prime example of how urban areas are integrating solar energy

Cities are transforming their skylines by adopting solar-powered buildings, blending energy efficiency with modern architecture. Many skyscrapers now feature integrated solar panels, which generate clean energy without altering their sleek designs.

Older structures are being retrofitted with rooftop panels or innovative solar glass, turning them into sustainable landmarks. For example, the EDGE building in Amsterdam uses solar panels to meet its energy needs while serving as a model for sustainable urban architecture. These efforts highlight how urban areas creatively incorporate solar energy into their infrastructure to build a more sustainable future.

Solar Farms Within City Limits

Urban areas are integrating solar energy by repurposing unused spaces for solar farms, bringing clean power closer to the communities that need it. Vacant lots, abandoned industrial sites, and even large rooftops are being transformed into urban solar farms. These installations supply electricity to nearby homes and businesses and reduce the strain on traditional power grids.

In New York City, the Brooklyn Army Terminal hosts a solar farm that powers thousands of households, demonstrating how creative land use can drive sustainability. These projects highlight how cities can harness unused spaces to support renewable energy goals.

How Urban Areas Are Integrating Solar Energy into Public Infrastructure
Future Urban Solar Powered Solutions
Solar infrastructure can be both functional and beautiful

Urban areas are getting smarter about energy by installing solar panels on public infrastructure to power essential services. Bus shelters with solar panels provide lighting and power digital displays, improving safety and accessibility. Streetlights powered by solar energy are increasingly common, especially in areas aiming to reduce energy costs and outages.

Municipal buildings, like libraries and schools, also embrace rooftop solar to cut operating expenses while promoting sustainability. One notable example is Los Angeles, where solar installations on public facilities contribute significantly to the city’s renewable energy goals. These projects demonstrate how cities are turning everyday infrastructure into clean energy sources.

Solar-Powered Transportation Solutions

Cities are revolutionizing mobility by adopting solar-powered transportation solutions. Solar charging stations for electric vehicles are popping up in urban areas, making it easier for drivers to power up sustainably. Public transportation systems are also upgrading, with solar panels installed on buses and trains to reduce emissions and energy costs.

For example, a solar-powered bus fleet in João Pessoa, Brazil, features buses with solar panels on their roofs, demonstrating how clean energy can drive mass transit. These advancements make urban transport cleaner, more efficient, and less reliant on fossil fuels, paving the way for a greener future on the move.

Smart Grids and Solar Energy Storage

Smart grids and solar energy storage are transforming how cities manage power. Additionally, smart grids use advanced technology to distribute energy efficiently, balancing supply and demand in real-time. When paired with solar storage systems, these grids ensure that solar energy collected during the day can be used at night or during cloudy weather.

Cities like San Diego are leading the way with large-scale battery installations that store solar power for critical use. These innovations reduce reliance on conventional power plants and make urban energy systems more resilient and sustainable.

Solar Energy for Urban Parks and Recreation Areas

Solar energy is powering a new wave of sustainability in urban parks and recreational spaces. Parks install solar-powered lights along walkways, ensuring safety and energy savings at night. Solar energy is also used to power water features, like fountains, reducing electricity use from the grid.

In some cities, entire parks are becoming self-sustaining, with solar panels providing energy for lighting, charging stations, and even public restrooms. For example, the Bhadla Solar Park in India showcases how large-scale solar installations can support eco-friendly spaces, setting a global standard for sustainability. These projects show how solar power is enhancing urban landscapes while promoting green living.

Policies and Incentives Driving Urban Solar Integration

Government policies and incentives are crucial to accelerating solar energy adoption in cities. Many urban areas offer tax credits, rebates, and subsidies to make solar installation more affordable for businesses and homeowners. Local governments are also partnering with solar companies to bring large-scale projects to life, reducing costs and expanding access.

In California, the California Solar Initiative has provided millions in rebates to encourage solar use across the state. These supportive policies lower the financial barrier to solar energy and drive cities toward their renewable energy goals.

Challenges Cities Face in Solar Adoption

While solar energy offers many benefits, urban areas face challenges in its widespread adoption. One major hurdle is space; densely populated cities often have limited rooftop space for solar panels. The initial cost of solar installations can also be high, even with incentives, which may deter some businesses and residents.

Additionally, older buildings may require significant retrofitting to support solar technology. Cities must also address issues related to grid integration, ensuring solar power can be distributed efficiently. Despite these challenges, many cities are finding innovative ways to overcome them, making solar adoption more feasible.

The Future of Solar Energy in Cities

Green City Times
Solar energy solutions provide sustainable, eco-friendly cities for the future

The future of solar energy in cities looks bright, with new technologies making it easier and more efficient than ever to integrate solar power. Innovations like transparent solar panels, which can be used on windows, are set to revolutionize how buildings capture sunlight. As solar storage technology improves, cities will be able to store more energy for use during cloudy days or at night.

In the coming years, we can expect to see even more urban areas embracing solar as a primary energy source, with cleaner, smarter grids and more solar-powered infrastructure.

The continued push for sustainability means cities will increasingly rely on solar energy to create a greener, more resilient future.


Conclusion: Your Role in a Solar-Powered Urban Future

As urban areas embrace renewable energy, urban areas are integrating solar energy in ways that transform cities and reduce environmental impact. You can play an important role in this movement by supporting local solar initiatives and considering solar solutions for your own home or business.

Whether advocating for more solar installations in your community or simply switching to solar-powered appliances, every small action counts. Together, we can build a future where cities are more energy-efficient and sustainable, ensuring cleaner air and a healthier planet for future generations.



 

Urban Sustainability Revolution



Urban Sustainability Revolution: Emerging Trends Shaping Green Cities of the Future

By Jane Marsh

 

If you live in a city, surely you’ve noticed how climate change, pollution and limited resources have presented unique challenges as urban centers face unprecedented environmental impacts. In response, cities have created comprehensive frameworks for greater resilience, tying sustainability and cutting-edge technologies into the fabric of their infrastructure.

The sustainable city integrates urban planning with renewable energy solutions, waste management, electrification, green spaces, and ample resource availability to improve your quality of life and environmental well-being. These six emerging trends are reshaping a green city near you.


Green Building Design

An emphasis on green construction has been on the rise in recent years. According to the International Energy Agency, 30% of global power consumption and 26% of global emissions derive from building operations. 

Constructing green buildings requires resource efficiency, including sustainable materials and those with second life cycles. Ultimately, the materials, systems and architectural designs should minimize the structure’s long-term environmental impact while prioritizing your indoor comfort at work.

Many green buildings include passive solar designs, energy-efficient retrofits, green roofs, and water-conserving products and techniques. This approach allows commercial spaces to decrease their carbon footprints and contribute to an environmentally friendly urban environment. 

Sustainable Urban Agriculture

Urban agriculture will become more prevalent as sprawl and land use changes threaten farmlands. Currently, urban farming contributes 15%-20% of the world’s food supply. Of course, this won’t feed all residents — nearly 30% of the city environment would have to be transformed into farms to achieve this. However, it does provide fresh produce locally, especially if you don’t live near a supermarket.

Urban agriculture coupled with sustainable farming practices could comprise the following:

> Community gardens

> Rooftop gardens

> Rooftop greenhouses

> School gardens

> Edible landscapes

> Indoor farming

> Hydroponics and aquaculture

Vacant lots can be converted to community gardens, which foster connections between city dwellers, boost mental health and promote physical activity. Insights show the average community garden produces 20 servings of fruits and vegetables every 11 square feet, which can reduce residential food insecurity by 90%.

Renewable Energy Sources

Renewable energy will be at the forefront of creating green cities in the future, especially as socioeconomic disparities and energy costs rise. Currently, 30% of extremely low-income households in Los Angeles don’t have air conditioning while spending over 50% of their paycheck on rent and utility costs. Yet, middle-class residents feel just as much of a financial burden, earning too much money to qualify for low-income benefits. 

Cities are transitioning to solar, wind, geothermal, and hydroelectric energy to reduce their carbon footprints. Solar Renewable Energy Certificates (SRECs) help incentivize the shift toward clean solar power in urban areas. Some states require electric companies to yield a portion of electricity from solar energy, and an SREC is issued for each unit generated. After launching in Illinois in 2014, SRECs have been implemented in 20 states and reached over 20,000 customers. 

Mixed-Use Spaces

Amid rapid urbanization, mixed-use developments are increasingly emerging in cities. Urban sprawl has increased by 95% over 24 years, with Europe experiencing the most significant increase, at 51% since 1990. This is more than any other continent.

Mixed-use spaces integrate residential, commercial, and recreational activities in one area. These developments promote walking and biking to limit public transportation needs and incorporate sustainable urban planning principles. Many also utilize innovative technology and renewable energy to progress sustainability and lower emissions, all while preventing further sprawl. 

Green spaces also promote biodiversity, creating new habitats and food sources for local pollinators and wildlife within a city’s borders. New York City’s High Line is a prime example of supporting biodiversity in cities. The park’s design considered microclimatic conditions, with different zones designated for various types of flora. Native plants have attracted migratory and local birds, including the American kestrel, house sparrow and mourning dove.

Innovative Waste Management

Cities can anticipate greater amounts of waste because of growing urban populations. However, your dream of living in a pristine urban center may not be so far-fetched. New technologies help revamp disposal methods and encourage less waste generation. 

Emerging strategies include increasing recycling rates through new programs and incentives and creating a circular economy. Many of these programs also provide resources to help you grow more aware of what’s recyclable. 

As for innovative solutions, the latest sorting mechanisms will streamline the processing of recycled materials for reuse. Additionally, the newest incineration methods and anaerobic digestion — a biological process used to break down organic materials — can transform waste into energy. Cities can also integrate composting to avoid landfilling organic waste, using it in community gardens and other urban agriculture projects.

San Francisco has pioneered impressive waste management solutions. The city set a goal of 75% waste diversion by 2010, intending to reach zero waste over time. However, it successfully surpassed 80% in the first two years, decreasing citywide disposal by half. 

Electrified Transportation

Transportation is a significant producer of emissions in urban areas, increasing climate change risk. Therefore, cities must seek ways to reduce vehicle-induced air pollution in the future.

The U.S. has seen an uptick in electric vehicle purchases in recent years. However, studies show that electrifying city buses can reduce emissions by 68%, which is a costly upfront investment that is expected to decrease over time. The environmental benefits make it a plausible solution for more sustainable transportation systems. 

Electric buses produce fewer emissions, though—they also make less noise. According to the United Nations Environment Programme 2022 Frontiers report, nine in 10 people who use mass transit in NYC are exposed to sound levels over the recommended 70 decibels. Nearly 2 million New Yorkers take mass transit daily. 

Traffic is a major producer of noise pollution in cities, affecting low-income neighborhoods the most. Loud environments harm human health, contributing to high stress, hearing loss, sleep disruptions, and lower productivity.


Transforming Cities for a Greener Future

 

Revolutionizing cities for tomorrow’s environmental problems requires adopting sustainable practices and green infrastructure. By striving for net-zero emissions, building energy-efficient structures, and integrating smart technologies, the world can create a place where you and the natural environment can coexist seamlessly.



Article by Jane Marsh

Jane works as an environmental and energy writer. She is also the founder and editor-in-chief of Environment.co



Creating Sustainable Warehouses



Design Strategies To Create More Sustainable Warehouses

Sustainability is a key concern in many industry practices, including warehousing. Many business owners and warehouse managers understand the importance of adopting sustainable practices. These practices benefit the environment, provide cost savings, improve efficiency, and promote a better brand image. We’ll explore design strategies to create more sustainable warehouses that meet modern demands.

Maximize Warehouse Efficiency

Efficiency is the backbone of any successful warehouse operation. Streamlining processes to minimize waste and energy consumption is one of the best ways to promote sustainability. Efficient layouts that reduce travel time and optimize space usage can lead to significant energy savings.

Implementing advanced inventory management software can further enhance efficiency by supporting stock control and reducing overstock scenarios. An efficient warehouse is all about balancing speed and adjusting operations to conserve resources.

Get the Most Use out of Your Building

Before expanding your warehouse by moving to a larger environment or building additions, consider how you can optimize the existing structure. Retrofit your warehouses with energy-efficient materials and systems to reduce the need for new construction.

For example, consider expanding your working space by understanding warehouse mezzanines and their many benefits, including extra space. They allow you to section your warehouse and create more designated spaces for various applications. Utilizing every corner of your building ensures you’re saving energy and maximizing your financial investment.

Incorporate Green Energy Sources

Transitioning to green energy sources can dramatically cut down on a warehouse’s carbon footprint. For example, business leaders can install solar panels on rooftops to harness sunlight for a sustainable power source. Wind turbines, where feasible, can also contribute to the energy mix.

These renewable energy solutions help the environment and reduce energy costs for your business. Investing in green energy is an essential step toward a sustainable future for warehouses.

Increase Energy Efficiency

Improving energy efficiency in everyday operations is a practical approach to sustainability. This includes upgrading to energy-efficient lighting, such as LED warehouse lighting solutions, which consume less power and have a longer lifespan than other fixtures. Installing motion sensors can further save energy by ensuring lights are on only when needed.

Energy-efficient heating and cooling systems can maintain comfortable working conditions while minimizing energy use. Simple changes can collectively impact overall energy consumption.

By focusing on these design strategies, warehouse managers and business owners can promote environmental preservation by creating more sustainable warehouses. The shift toward greener practices benefits the planet and enhances the operational efficiency and cost-effectiveness of warehousing. It’s time for the warehousing industry to lead by example and adopt these sustainable strategies for long-term success.



 

Honor a Loved One Sustainably



These Are the 5 Principles of a Green Funeral

By Beth Rush

 

Green funerals are an increasingly popular way to say goodbye to loved ones while being mindful of the environment. They strip away many wasteful and harmful practices traditionally associated with funerals, focusing on sustainability, simplicity, and harmony with nature.

If you’re curious about what makes a green burial distinct, it all comes down to five core principles that help protect the planet while celebrating life.

What Is a Green Burial?

A green burial is an eco-conscious alternative to traditional funeral practices, designed to minimize the environmental impact of laying someone to rest. Unlike conventional burials that involve embalming, cement vaults, and hardwood or metal caskets, a green burial avoids materials and processes that are harmful to the earth.

By returning the body to the soil in the most natural way possible, green burials allow for a gentle and organic decomposition process, restoring and sustaining the surrounding ecosystem.

Traditional funerals can have significant environmental consequences, from using toxic embalming chemicals to extracting natural resources for coffins and grave vaults. Embalming fluids also contain harmful substances, which can leach into the ground, while metal and wood caskets consume finite resources and take decades to break down. 

Additionally, the concrete used in burial vaults contributes to high carbon emissions during production. Green burials aim to counter these effects by promoting sustainability and reducing the overall ecological footprint of end-of-life practices.

Principles of a Green Funeral

A green burial is built around principles that align with a commitment to sustainability and respect for nature. These key aspects guide every step of the process, ensuring the funeral honors the deceased and the environment. Here are the core principles: 

> Sustainability

Green funerals focus on sustainability. Every element of the funeral, from the materials used to the processes followed, is designed with environmental conservation in mind. This means opting for natural, biodegradable materials like cotton shrouds or wicker coffins, avoiding synthetic materials that take centuries to break down.

A green funeral minimizes waste by reducing unnecessary embellishments and ensuring that whatever is used will return to the earth in a non-toxic and harmless way.

> Non-Toxic and Natural Processes

Traditional funerals and burials often use embalming chemicals like formaldehyde to preserve the body, which can seep into the soil and pollute groundwater. In green funerals, toxic embalming chemicals are avoided. Instead, natural preservation methods, such as refrigeration or dry ice, are used to keep the body in its natural state. Environmentally friendly lotions and disinfectants can also preserve the body. 

This protects the environment from harmful pollutants and allows the body to decompose naturally. By prioritizing non-toxic processes, a green burial ensures the earth remains uncontaminated.

> Resource Conservation

A green funeral strongly emphasizes conserving natural resources. Traditional funerals often involve concrete vaults, elaborate caskets made from hardwoods, and extensive use of energy-intensive machinery.

In contrast, green burials use eco-friendly and minimalistic materials, avoiding hardwood, metals, and non-biodegradable products. By reducing resource consumption and opting for simple, natural elements, sustainable funerals ensure the footprint you leave behind is as tiny as possible. 

> Connection With Nature

Green burials often strengthen the connection between meadows and the natural world. They may occur outdoors, in natural burial grounds, meadows, or forests. Many people find this setting comforting, as it symbolizes the natural cycle of life and death. It’s also a good idea if the deceased experienced a spiritual connection to nature or the land.

Sustainable funerals might also incorporate personal rituals, like planting a tree or scattering wildflower seeds, to honor the deceased in a way that gives back to the earth. 

> Eco-Friendly Transport

Transportation is another key aspect of a green funeral. The transportation industry is responsible for 28% of greenhouse gas emissions in the U.S. While long-distance transportation of the body and mourners can contribute to carbon emissions, a green funeral seeks to minimize this impact. Many people choose to hold the ceremony close to home, reducing the need for extensive travel. In some cases, eco-friendly vehicles like electric or hybrid cars are used for the procession. 

Alternatively, the funeral may take place in natural settings like conservation areas, eliminating the need for a large funeral home or chapel. Funeral services can also be streamed for those who live too far away to attend, further saving on emissions.

Why Choose a Sustainable Burial?

Choosing a green burial is a decision rooted in respect for the environment and the desire to minimize one’s impact on the planet, even in death. As more people seek sustainable lifestyles, it’s only natural to consider how our end-of-life choices affect the earth. Here’s why a green burial might be the right choice for you or a loved one:

> Green burial grounds often function as nature preserves, protecting land from overdevelopment and supporting local ecosystems. 

> Green funerals significantly lower carbon emissions by eliminating chemical processes and using biodegradable materials.

> These burials restore soil health and encourage the growth of native plants.

> With fewer materials and less elaborate services, green burials tend to be more affordable.

> Many find comfort in the idea of returning to the earth naturally, fostering a spiritual connection to the cycle of life.


Honor a Loved One Consciously

A green funeral offers a meaningful way to honor a loved one while being conscious of the planet. Focusing on sustainability and natural processes, these funerals provide a respectful and environmentally responsible alternative to traditional practices. For those who value leaving a smaller footprint and returning to the earth in the most natural way possible, a green funeral is a beautiful way to say goodbye.



About the author: Beth Rush is the green wellness editor at Body+Mind, where she covers topics like the power of climate consciousness at all stages of education. You can find Beth on Twitter @bodymindmag. Subscribe to Body+Mind for more posts by Beth!



 

Energy-Efficient Home Remodeling



Energy-Efficient Remodeling Ideas for a Greener Home

In today’s world, homeowners are increasingly focused on reducing their carbon footprint while also lowering utility bills. Energy-efficient remodeling benefits the environment and can add long-term value to your home. Whether you are planning a full renovation or making smaller updates, there are several strategies you can implement to create a greener, more sustainable living space.


1. Upgrade to Energy-Efficient Windows

One of the easiest and most impactful ways to improve a home’s energy efficiency is by replacing old, drafty windows. Single-pane windows let heat escape in the winter and let in unwanted heat during the summer.

Opting for double-pane or triple-pane windows can significantly reduce energy loss, helping to maintain a comfortable indoor temperature throughout the year. Additionally, modern windows are often equipped with low-emissivity (Low-E) coatings, reflecting heat while allowing natural light to enter.

2. Improve Insulation

Proper insulation is critical in maintaining an energy-efficient home. Many older homes lack adequate insulation, leading to higher energy consumption as your heating and cooling systems work overtime. Focus on areas such as the attic, walls, and floors where heat loss or gain is most noticeable. Adding or upgrading insulation in these spaces can help reduce heating and cooling costs by keeping the air inside your home at a consistent temperature.

Tip: Consider using eco-friendly insulation materials like cellulose or spray foam, which offer high R-values and are often made from recycled materials.

3. Install a Smart Thermostat

A smart thermostat is an excellent investment for homeowners looking to save energy while maintaining comfort. These devices learn your schedule and adjust the temperature of your home accordingly.

For example, your thermostat can lower the heat or cooling during the hours you’re away and bring it back to a comfortable level before you return. Many smart thermostats can be controlled remotely via a smartphone app, giving you complete control over your home’s temperature even when you’re not there.

4. Energy-Efficient Appliances

When remodeling, consider upgrading to energy-efficient appliances that use less energy to perform the same tasks. Modern appliances, from refrigerators and dishwashers to washing machines and dryers, are designed to reduce energy consumption.

Look for the ENERGY STAR label, which indicates that the appliance meets stringent efficiency standards. Not only will these appliances help lower your utility bills, but they also have a smaller environmental impact.

5. Switch to LED Lighting

Switching to LED lighting is a simple and effective way to make your home more energy-efficient. LEDs use at least 75% less energy than traditional incandescent bulbs and have a much longer lifespan.

You can reduce electricity usage without compromising brightness by replacing old lighting fixtures with energy-efficient LED bulbs. Additionally, LED lights come in various styles and colors, making it easy to match your home’s décor while saving energy.

6. Upgrade Your HVAC System

A modern, energy-efficient HVAC (heating, ventilation, and air conditioning) system can drastically reduce energy consumption. Older systems tend to be less efficient and require more energy to maintain a comfortable temperature. When remodeling, consider upgrading to an ENERGY STAR-rated HVAC system.

These systems use advanced technology to optimize performance and minimize energy waste. Additionally, ensure your ducts are properly sealed and insulated to prevent air leaks and further improve efficiency.

7. Install Solar Panels

Solar panels are one of the most popular renewable energy options for homeowners looking to reduce their energy usage and environmental impact. While the initial installation cost can be significant, solar panels can save you money in the long term by generating clean, renewable energy for your home.

Many local governments and utility companies offer incentives and rebates to encourage homeowners to install solar panels, making the investment more affordable. Once installed, solar panels can reduce reliance on the grid, lower electricity bills, and even increase a home’s value.

8. Use Sustainable Materials

Opt for sustainable, durable, and energy-efficient materials during your remodeling project. For example, bamboo flooring is an eco-friendly alternative to traditional hardwood flooring, as it grows quickly and requires less energy to produce.

Recycled materials, such as reclaimed wood or metal, can also add character to your home while reducing the demand for new resources. Look for materials with low volatile organic compounds (VOCs) to improve indoor air quality and create a healthier home environment.

9. Add Green Landscaping

The exterior of your home plays a significant role in its overall energy efficiency. Planting trees strategically around your property can provide natural shade, reducing the need for air conditioning in the summer.

Additionally, incorporating drought-resistant plants into your landscaping design can reduce water usage, an essential consideration in areas with water scarcity. Installing a rainwater harvesting system can further increase your home’s sustainability by collecting rainwater for irrigation.

10. Choose a Sustainable Contractor

When remodeling your home with energy-efficient upgrades, working with a contractor who understands green building practices is crucial. A professional contractor can guide you through the process of selecting eco-friendly materials, energy-efficient systems, and sustainable design elements.

If you’re looking for reliable expertise in energy-efficient remodeling, consider contacting https://www.bryantconstruction.net/, a company that specializes in creating homes that are both beautiful and sustainable.



Energy-efficient remodeling is not just about lowering your utility bills; it’s about contributing to a healthier planet. There are countless ways to make your home greener, from upgrading to energy-efficient windows and appliances to installing solar panels and choosing sustainable materials.

By incorporating these energy-efficient ideas into your remodeling project, you can create a comfortable, cost-effective, and environmentally responsible space for years to come.



 

Compliance in Sustainable Construction



The Role of Compliance in Sustainable Construction

Sustainable construction is crucial to addressing global environmental challenges. Compliance in sustainable construction involves ensuring that building practices adhere to environmental standards and regulations.

Compliance enhances the integrity of construction projects and promotes safety, efficiency, and sustainability. Let’s explore the concept of green building compliance further.

Understanding Compliance in Construction

Compliance in the construction industry involves adhering to a set of regulations and standards established by governmental bodies. These regulations ensure that construction practices minimize environmental impact, promote worker safety, and use resources efficiently.

Compliance helps to create a framework within which sustainable construction can thrive. By following these regulations, construction companies can significantly reduce their carbon footprint and contribute to the broader goals of sustainability.

The Importance of Environmental Standards

Environmental standards play a pivotal role in sustainable construction. They set benchmarks for resource use, waste management, and emissions. Adhering to these standards protects the environment and enhances the reputation of construction companies. 

Clients are increasingly aware of sustainability and often prefer companies that demonstrate a commitment to environmentally friendly practices. In this context, compliance isn’t just a legal obligation; it’s a strategic advantage that can lead to increased business opportunities.

Safety and Compliance Training

Implementing compliance requires comprehensive training programs for all employees. Safety training programs can benefit your business by ensuring workers understand the standards they must adhere to.

These programs provide essential knowledge about safety regulations, environmental laws, and best practices. By investing in training, companies can foster a culture of safety and sustainability that permeates every level of the organization. This commitment protects workers and enhances project outcomes and efficiency.

Collaborating With Stakeholders

Collaboration is key to achieving compliance in sustainable construction. Stakeholders, including architects, contractors, suppliers, and regulatory agencies, must work together to create projects that meet environmental standards.

Open communication between all parties helps to identify potential compliance issues early in the construction process. This proactive approach allows teams to address concerns before they escalate and is a best practice in multi-site construction.

The Future of Compliance in Sustainable Construction

The construction industry is evolving and under increasing pressure to adopt sustainable practices. Compliance will continue to play a vital role in this transformation. As governments and organizations strengthen regulations and standards, construction companies must adapt to remain competitive. 

Embracing compliance as a core value can position companies as leaders in sustainable construction. By prioritizing adherence to regulations, businesses can enhance their reputation and contribute to a more sustainable future.

The role of compliance in sustainable construction is to ensure that building practices are environmentally responsible and safe. Construction companies can significantly impact global sustainability by understanding the importance of compliance, investing in safety training programs, collaborating with stakeholders, and adapting to evolving standards. Prioritizing compliance fosters a culture of safety and efficiency within the industry, paving the way for a sustainable future. 



 

Managing Risks of Pigeons in Urban Areas



What Are the Risks of Pigeons in Urban Areas? | Safe and Proven Ways to Manage Pigeons Sustainably

Pigeons are a common sight in urban areas worldwide, often seen as part of the cityscape. While these birds may seem harmless, their presence can pose various risks to public health and urban infrastructure. Pigeons can carry diseases, damage buildings with their droppings, and create unsanitary conditions in public spaces.

Urban environments provide ideal habitats for pigeons, offering abundant food sources and nesting sites. As pigeon populations grow, so do the challenges associated with their presence. Cities grapple with maintaining cleanliness, preserving architectural integrity, and population control through humane methods is sometimes necessary to safeguard public health in an eco-friendly manner.

Addressing pigeon-related issues requires a balanced approach. Effective management strategies focus on population control and habitat modification. OvoControl’s most humane approach to pigeon population control offers a safe and proven method to address these challenges while promoting coexistence between humans and urban wildlife.

Key Takeaways

> Pigeons in urban areas can pose health risks and damage infrastructure

> Effective management combines population control and habitat modification

> Humane solutions exist for balancing urban ecology and public health concerns

Impacts of Urban Pigeons on Public Health and Ecology

Urban pigeons pose significant risks to human health and local ecosystems. Their presence in cities can lead to disease transmission and disrupt native wildlife populations.

Risks to Human Health

Pigeons can carry and transmit various diseases to humans. Their droppings may contain harmful bacteria, fungi, and parasites. Cryptococcosis, a fungal infection, can be contracted by inhaling spores from dried pigeon feces. Histoplasmosis, another fungal disease, is also associated with pigeon droppings.

Pigeons may harbor ectoparasites like ticks and mites, which can infest buildings and bite humans. These birds can also contaminate food supplies and water sources with their droppings, potentially leading to salmonella infections.

The World Health Organization recognizes pigeons as potential vectors for diseases like psittacosis and influenza. Urban areas with large pigeon populations require careful monitoring and management to minimize public health risks.

Effects on Local Wildlife and Bird Populations

Pigeons compete with native bird species for food and nesting sites in urban environments. Their adaptability and rapid breeding can lead to overpopulation, outcompeting smaller birds for resources.

Native birds like sparrows and finches may struggle to find suitable nesting spots when pigeons dominate building ledges and rooftops. Pigeons’ aggressive feeding behavior can deprive other birds of food sources in parks and public spaces.

However, some predatory birds benefit from pigeon populations. Peregrine falcons, for instance, have successfully adapted to urban areas by preying on pigeons. This has contributed to the conservation and recovery of peregrine falcon populations in many cities.

Urbanization continues to alter bird habitats, making it crucial to balance pigeon management with the preservation of urban biodiversity. Effective strategies must consider the complex interactions between pigeons, native wildlife, and the urban ecosystem.

Strategies for Mitigating Risks and Promoting Coexistence

Effective management of urban pigeon populations requires a balanced approach that addresses public health concerns while respecting animal welfare. This involves implementing practical measures and understanding legal frameworks.

Urban Wildlife Management

Exclusion methods are key to reducing pigeon-related issues. Installing physical barriers like netting or spikes on buildings prevents roosting and nesting. Bird-proofing techniques can be applied to windows, ledges, and other potential nesting sites.

Modifying habitats is another crucial strategy. Removing food sources by securing garbage bins and enforcing anti-feeding regulations discourages pigeons from congregating in specific areas.

Population control through humane methods is sometimes necessary. Contraceptive feeds can limit reproduction rates without harming the bird aligning with sustainable and ethical management practices.

Public education plays a vital role in urban wildlife management. Informing residents about proper waste disposal and the ecological role of pigeons can foster a more harmonious coexistence.

Legal Perspectives on Animal Cruelty and Protection

In the United States, laws regarding pigeon control vary by state and municipality. Many areas have regulations against harming or killing pigeons, classifying such actions as animal cruelty.

The Migratory Bird Treaty Act protects most bird species, including some pigeons. This federal law prohibits the capture, killing, or possession of protected birds without proper permits.

Local ordinances often address feeding restrictions and property owners’ responsibilities in managing pigeon-related issues. These laws aim to balance public health concerns with animal welfare.

Conservation efforts focus on maintaining ecological balance. Some cities have implemented programs to create designated habitats for pigeons away from densely populated areas.

Animal welfare organizations advocate for humane control methods. They promote strategies that deter pigeons without causing harm, aligning with ethical treatment standards.

Conclusion

Pigeons pose several risks in urban areas that require attention. These include health hazards from droppings, property damage, and noise pollution. Effective management strategies exist to mitigate these issues safely.

Implementing a combination of deterrents, exclusion methods, and public education can significantly reduce pigeon-related problems. Regular cleaning, proper waste management, and modifying building designs also play key roles in urban pigeon control.

With consistent effort and appropriate measures, cities can maintain a balance between urban wildlife and human needs. This approach promotes cleaner, safer environments for both residents and visitors.



 

Managing Risks of Pigeons in Urban Areas 51304 blog

Managing Risks of Pigeons in Urban Areas 51304 blog