Greenways (GWs) are multifunctional linear landscapes that offer socio-ecological benefits and contribute to sustainable territorial development. They are a domain of landscape planning research that gained traction in the late 20th century. Green infrastructure is a multiscale, multifunctional concept that works with urban environments to achieve social-ecological sustainability. Greenways are designed to show linear consistency, linking open and green spaces, and providing development into urban texture. Examples of greenways include bicycle passages, wild life routes, and improved water.
There are three predominant design typologies of greenways: connector design, containment design, and composite network design. Greenways design and planning practice can help meet sustainable development challenges more effectively and advocate for landscape synergy. Greenways can be defined as linear parks that also serve as pedestrian spaces. Greenways can be a component of sustainable design, with an ecological approach in a wide context, particularly landscape ecology.
Greenways can help prevent environmental degradation by controlling stormwater runoff and protect essential functions usually performed by natural ecosystems. They are developed as a concept of sustainable land use compatible with ecological, recreational, cultural, aesthetic, and other purposes. Greenways encourage citizens to use zero-carbon forms of transportation and make neighborhoods and communities more walkable and rideable. The green infrastructure movement is rooted in studies of the land and the interrelationship of man and nature that began over 150 years ago.
📹 What is a greenway? Q&A
‘Greenway’ is a new name for an old idea. A greenway can be defined as a route that is good from an environmental point of view.
What are some examples of environmental design?
Environmental designers work in various settings, including commercial, recreational, residential, and leisure. They provide various services such as parks, courtyards, green roofs, garden centers, and public squares. The U. S. Bureau of Labor Statistics (BLS) classifies environmental design professionals as urban and regional planners, with most having a master’s degree from an accredited school. Many colleges offer bachelor’s degree programs in environmental design, geography, economics, or political science, which take about four years to complete, with an additional two years for a master’s degree.
What is the difference between environmental design and sustainable architecture?
Environmental design and architecture are related but distinct fields, with architecture focusing on structural and aesthetic aspects of buildings and environmental design emphasizing sustainable and functional design. In the UK, undergraduate environmental design courses typically last three to four years, while postgraduate degrees like a Master’s in Environmental Design take one to two years. Popular job positions in the UK include Environmental Consultant, Urban Planner, Landscape Architect, Sustainable Designer, and Green Building Specialist, which involve designing and implementing environmentally friendly solutions in urban development, infrastructure, and architecture.
What is the difference between eco-design and sustainable design?
Ecodesign is a sustainable design approach that focuses on reducing environmental impact at every stage of a product’s life cycle. It is closely linked to the European Ecodesign Directive, which aims to make durable and sustainable products the norm. Initially developed for energy-consuming electronics, the directive now extends to construction, textile, packaging, and chemicals. The proposed “Ecodesign for Sustainable Products Regulation” (ESPR) encourages sustainable products that are energy efficient, have a longer lifespan, use recycled materials, and are marketed using circular business models.
Which cannot be a sustainable design principle?
The tenets of sustainable development do not inherently encompass an improvement in the quality of human life.
What are three examples of sustainable technologies and green architecture?
A successful sustainable building system is one that incorporates a variety of green systems and practices, including radiant floors, gray water systems, solar energy, geothermal systems, and energy-efficient window systems.
What is the difference between green design and sustainable design?
Green design and sustainable design are distinct concepts due to their distinct approaches to environmental protection. Green design focuses on minimizing negative impacts without wasting natural resources, while sustainable design aims to build a better future for future generations. Both approaches can enhance a building’s appearance, indoor environment quality, and minimize environmental impact through material and resource conservation. Combining both approaches can lead to a sustainable green design, which can also increase the chances of earning LEED certification.
What is considered a sustainable design?
Sustainable design is a holistic approach that positively impacts a building’s life-cycle and encourages compromise and tradeoffs. Federal agencies must design buildings to achieve energy efficiency at least 30% better than ASHRAE 90. 1 standards, as per the 2005 Energy Policy Act. They are encouraged to use the 2020 Energy Use Target Guidance to establish energy usage intensity targets and comply with energy efficiency laws, executive orders, and P100 sections.
Federal agencies must follow the 2020 Guiding Principles for Sustainable Federal Buildings to optimize performance and maximize asset life-cycle value, with annual progress towards 100% portfolio compliance.
What are the four main areas of sustainable design?
Sustainability refers to the preservation of resources and focuses on four pillars: human, social, economic, and environmental. Human sustainability focuses on maintaining and improving human capital in society, including investments in health and education systems, access to services, nutrition, knowledge, and skills. It emphasizes the importance of balancing growth with health improvements and economic wellbeing for everyone.
Social sustainability aims to preserve social capital by investing and creating services that form the framework of society. It accommodates a larger view of the world in relation to communities, cultures, and globalization. It means preserving future generations and acknowledging the impact of our actions on others and the world. Social sustainability emphasizes maintaining and improving social quality, focusing on concepts such as cohesion, reciprocity, honesty, and relationships among people.
Sustainable development, as defined by the United Nations sustainable development goals, addresses social and economic improvement that protects the environment and supports equality. The economy, society, and ecological system are mutually dependent on each other, and sustainable development is essential for achieving these goals.
What is environmental sustainable design?
Environmentally sustainable design is a philosophy that focuses on designing physical objects, the built environment, and services to comply with ecological principles and improve the health and comfort of occupants. It aims to reduce negative environmental impacts, minimize waste, and create healthy, productive environments. Sustainable design requires renewable resources and innovation to minimize environmental impact and connect people with the natural environment.
The Upcycle by Michael Braungart and William McDonough emphasizes that humans have a design problem, not pollution. Good design allows for abundance, endless reuse, and pleasure, reducing waste, contamination, and scarcity. Sustainable design requires skillful, sensitive design that connects people with the natural environment and minimizes the impact of non-renewable resources.
📹 8 Sustainability ideas that will change the world | FT Rethink
Diving into some of the most innovative ideas across retail, city planning, policy, technology and construction. Ideas that will truly …
1 FabricNano 2 Empire Building Challenge 3 Making electricity from human-powered steps 4 Grow wood in a lab 5 Making affordable fashion sustainable 6 NCAVES, environmental and ecosystem accounting 7 InVest has created a set of modelling tools 8 Costa Rica reversed deforestation Before we waste our time and energy let’s go through this quick checklist – Is it solving the right problem? Is it scientifically viable? Does it obey the known laws of physics? Is it technologically viable? Is there a demonstration project working today? Is it scalable? Are there resources available for everybody in the world to do this? Is it resources viable? Is there a sustainable supply of minerals available? Is it land a viable? Is there enough space available without taking away from a forest or agricultural land? Is it politically viable? Can it be made acceptable to the general population? Links to the original projects would be useful for fact checking Thanks
Couldn’t make it past #3 it clearly shows no one with any knowledge in carbon emissions ever verified any of those ideas. Energy harvesting has its place, but in some specific niche applications. The amount of energy you could pull from those floor panels would never exceed energy required to manufacture them in a first place!
As a person that invented a unit that makes power let me tell you since 2016 i have learned that solar and wind are the flavor of the month as it were. BUT as the public starts to see that today the only recycling of wind farm blades is to cut them up and bury them or grind them up to powder and added to wet concrete & solar is no better SO THE CLOCK IS TICKING DOWN FOR THAT MARKET
All that water in California could be put to good use as any other stormwater. Canals coast to coast. Biofuel farms, fish farms, shrimp farms, shellfish farms, hydroponic farms, fruit tree farms, and nuts, wineries, hemp farms for textiles and bioplastics, animal husbandry, Drainage, reservoirs, canals, pumps, water reclamation, energy storage with dams, mechanical and electric wind turbines to pump water, recreation, distribution of water coast to coast, freight distribution, water distribution with the canals. You have nothing without water . That’s a lot of jobs and an unimaginable amount of work and labor. Every ancient civilization built its economy and huge cities around rivers and irrigation.
All that water in California could be put to good use as any other stormwater. Canals coast to coast. Biofuel farms, fish farms, shrimp farms, shellfish farms, hydroponic farms, fruit tree farms, and nuts, wineries, hemp farms for textiles and bioplastics, animal husbandry, Drainage, reservoirs, canals, pumps, water reclamation, energy storage with dams, mechanical and electric wind turbines to pump water, recreation, distribution of water coast to coast, freight distribution, water distribution with the canals. You have nothing without water 💦. That’s a lot of jobs and an unimaginable amount of work and labor. Every ancient civilization built its economy and huge cities around rivers and irrigation.