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Climate Change Mitigation
Climate change mitigation entails reducing emissions of heat-trapping greenhouse gases into the atmosphere by decreasing emissions and expanding carbon sinks, such as energy efficiency measures, renewables or using electric vehicles. Protecting natural landscapes such as forests can also support local livelihoods while offering numerous other advantages. Decarbonization will be necessary if we want to limit…
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Energy Policy
Energy policy addresses national issues and interests related to decarbonization, system reliability, resource diversification, technology export potential, economic costs and electricity accessibility. Furthermore, it serves as the blueprint for infrastructure development as well as governance standards. Governments should develop energy efficiency standards at cost-effective levels for buildings and appliances, and ensure all consumers can access…
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The Benefits of Mixed-Use Development
Communities across the nation are eagerly welcoming mixed-use development with open arms. It offers numerous advantages both to residents and businesses. Mixed-use developments offer an alternative model that integrates residential and commercial uses seamlessly, enabling individuals to live, work, and enjoy amenities close to where they reside and work. This humanizing way to denseify cities…
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Green Buildings
Green buildings are designed to be ecologically responsible and resource efficient from conception through completion, using innovative sustainability strategies to minimize energy use, water usage and pollution levels. Green buildings employ eco-friendly materials and use natural forces like wind, sunlight and thermal energy for maximum environmental benefit. Their construction prioritizes healthy ventilation systems with natural…
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Transit-Oriented Development
Successful TOD results in reduced per capita motor vehicle travel and associated traffic fatalities, household transportation costs, energy consumption and environmental footprint. Furthermore, TOD promotes economic development while improving housing affordability. TODs are defined by dense land use combined with high quality public transport services able to serve large numbers of people efficiently, such as…
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Sustainable Urban Infrastructure
Sustainable urban infrastructure refers to equipment and systems designed, built, and maintained with an emphasis on ecological, financial, social, environmental (including climate resilience) sustainability. Meristem Design provides solutions that harness nature to regenerate spaces such as cement and tarmac spaces into green, absorbent multifunctional zones – including living walls – using their powerful regeneration strategies.…
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What is Sustainable Development?
Sustainable development refers to meeting human needs while simultaneously protecting the environment. It takes an integrated approach, covering economic growth, environmental preservation and social wellbeing. This effort requires individual action and collaboration on an international scale, so you can help by making small adjustments in your everyday life – such as cutting energy consumption, eliminating…
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Energy Efficiency – What is it and Why is it Important?
Energy efficiency is a method for cutting back your energy consumption without compromising your quality of life. It can be accomplished through various technological solutions or making conscious choices every day. Reducing energy demand will also ease strain on the grid and help avoid power outages, while energy efficiency helps lower home and business energy…
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How Smart Cities Use Digital Technologies to Make Cities More Attractive
City leaders want to use digital technologies to make their cities more appealing for residents and businesses, yet success depends on setting specific objectives that align with the overall vision and mission of their cities. Technology advancement can improve urban planning and the delivery of city services, from waste collection to public transit, ultimately improving…
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Smart Grids and Battery Storage
Smart grid technology will increase electricity power system resiliency and mitigate disruptions by automating fault detection, isolation and restoration processes. Furthermore, these technologies increase energy efficiency as they integrate renewables into the network. These devices will enable you to reduce energy usage during periods of peak demand while helping your energy provider reduce costs. Their…
