#activetransportation

Clean Earth Fun Facts

🚴‍♂️🌉 Cycling bridges are becoming increasingly popular around the world, as they provide a safe and efficient way for cyclists to travel between communities. These bridges are designed to connect neighborhoods, cities, and even countries, allowing people to cycle across rivers, highways, and other obstacles. 🌉👥 One of the main benefits of cycling bridges is that they help to create a sense of community. By providing a safe and accessible route for cyclists, these bridges encourage people to get out and explore their surroundings. This can lead to increased social interaction and a greater sense of belonging, as people from different neighborhoods and backgrounds come together to enjoy the benefits of cycling. 🚴‍♀️💪 Cycling bridges also have a positive impact on the environment, as they encourage people to use sustainable modes of transportation. By reducing the number of cars on the road, these bridges help to reduce air pollution and carbon emissions, making our cities cleaner and healthier places to live. So whether you're a seasoned cyclist or just starting out, a cycling bridge could be the perfect way to explore your community and make a positive impact on the environment.1. The Benefits of Cycling Bridges for Urban CommunitiesCycling bridges provide numerous benefits for urban communities, including: 🚴‍♂️ Encouraging active transportation and reducing car use 🌳 Improving air quality and reducing carbon emissions 👨‍👩‍👧‍👦 Connecting neighborhoods and improving accessibility 💰 Saving money on transportation costs Additionally, cycling bridges can enhance the aesthetic appeal of urban areas and promote tourism. They also provide a safe and efficient way for cyclists to navigate busy urban streets. Studies have shown that investing in cycling infrastructure can have a positive impact on public health, reducing the risk of obesity, heart disease, and other health issues. Cycling bridges also promote social interaction and community engagement. Overall, cycling bridges are a valuable addition to any urban community, providing a range of benefits for residents and visitors alike.2. Designing Cycling Bridges for Safety and Accessibility Cycling bridges are designed to ensure the safety and accessibility of cyclists. They provide a separate path for cyclists to avoid conflicts with pedestrians and vehicles. They are built at a height to avoid steep inclines and to provide a smooth ride. They are designed with barriers to prevent cyclists from falling off the bridge. The design of cycling bridges also takes into account the needs of cyclists with disabilities. They have wider paths to accommodate wheelchairs and mobility devices. They have gentle slopes to make it easier for cyclists with limited mobility. They have tactile paving to assist visually impaired cyclists. Designers also consider the aesthetics of cycling bridges. They incorporate lighting to enhance the bridge's appearance and improve visibility. They use materials that are durable and require minimal maintenance. They add greenery and landscaping to create an enjoyable cycling experience. Overall, cycling bridges are an essential part of creating a safe and accessible cycling infrastructure. 🚲🌉 3. The Economic Impact of Cycling Bridges on Local BusinessesLocal businesses benefit from cycling bridges, boosting the economy. Here's how: Increased foot traffic from cyclists and pedestrians Improved accessibility to local businesses Reduced traffic congestion, making it easier for customers to reach businesses Studies show that cycling infrastructure increases property values and attracts new businesses to the area. More bike-friendly neighborhoods attract young professionals and families Increased property values lead to higher tax revenue for the local government Cycling tourism brings in additional revenue for local businesses Businesses can also benefit from partnerships with cycling organizations and events. Sponsorship opportunities for cycling events Bike valet services for customers Discounts for cyclists and bike commuters Overall, cycling bridges have a positive impact on the local economy and businesses. 🚴‍♀️💰4. The Role of Cycling Bridges in Promoting Sustainable TransportationCycling bridges play a vital role in promoting sustainable transportation. They provide a safe and efficient way for cyclists to cross busy roads and waterways. 🚴‍♀️ Cycling bridges reduce traffic congestion and air pollution by encouraging people to cycle instead of driving. 🌳 They also promote a healthier lifestyle by providing a convenient and enjoyable way to exercise. Moreover, cycling bridges can connect different parts of a city or town, making it easier for people to access shops, schools, and workplaces. 🌉 These bridges can also help to create a more connected and integrated community. 💰 Investing in cycling infrastructure can lead to economic benefits, such as increased tourism and property values. However, it's important to ensure that cycling bridges are designed and built to a high standard. They should be accessible to all, including people with disabilities. 👨‍🦽 The bridges should also be well-lit and maintained to ensure safety for all users. 👷‍♂️ Proper planning and consultation with local communities can help to ensure that cycling bridges are well-received and used. In conclusion, cycling bridges are an essential part of sustainable transportation. They offer numerous benefits to individuals, communities, and the environment.5. The Importance of Community Engagement in Cycling Bridge Planning and ImplementationCommunity engagement is crucial in cycling bridge planning and implementation. It ensures that the needs and concerns of local residents are taken into account. 👥 Community engagement builds trust and fosters collaboration between stakeholders. 🚲 It helps to identify the most suitable location and design for the cycling bridge. 📢 Community engagement promotes awareness and support for the project. Effective community engagement involves active listening, open communication, and meaningful participation. It should be inclusive, transparent, and accessible to all. 👂 Active listening involves hearing and considering the opinions and feedback of community members. 💬 Open communication involves sharing information and updates about the project with the community. 🤝 Meaningful participation involves involving community members in decision-making processes. Community engagement can also help to address potential challenges and mitigate negative impacts of the cycling bridge project. 👍 It can help to identify and address concerns about traffic, noise, and environmental impacts. 🌳 It can also help to ensure that the cycling bridge is designed and constructed in an environmentally sustainable manner. 💡 It can lead to innovative solutions and ideas that benefit both the community and the cycling bridge project. 6. Case Studies: Successful Cycling Bridge Projects Around the World Learn from the best! Here are some successful cycling bridge projects from around the world: De Oversteek Bridge in the Netherlands: A 285-meter-long bridge that connects the city of Nijmegen to the village of Lent. It has a dedicated bicycle lane and a pedestrian path. Øresund Bridge in Denmark and Sweden: A 16-kilometer-long bridge that connects Copenhagen, Denmark, to Malmö, Sweden. It has a separate bicycle and pedestrian path. Golden Gate Bridge in San Francisco, USA: A 2.7-kilometer-long bridge that has a dedicated bicycle path. It offers stunning views of the city and the bay. Copenhagen Bicycle Snake in Denmark: A 230-meter-long elevated cycle path that connects two parts of the city. It has a unique design and provides a safe and efficient route for cyclists. Seoullo 7017 in South Korea: A 1-kilometer-long elevated pedestrian and bicycle path that was built on an old highway overpass. It offers a green oasis in the heart of the city. Circular Quay Pedestrian and Cycle Bridge in Sydney, Australia: A 180-meter-long bridge that connects two busy areas of the city. It has a dedicated bicycle path and a pedestrian path. These projects showcase the importance of investing in cycling infrastructure. They provide safe and efficient routes for cyclists, reduce traffic congestion, and promote a healthy and sustainable lifestyle. 🚴‍♀️🌱 7. Future Directions for Cycling Bridge Development and InnovationAs cycling becomes more popular, the need for innovative and sustainable bridge designs increases. Here are some future directions for cycling bridge development: Integrating green infrastructure, such as vegetation and rain gardens, into bridge designs to improve water quality and provide habitats for wildlife. Using lightweight and durable materials, such as carbon fiber and bamboo, to reduce the environmental impact of bridge construction. Implementing smart technology, such as sensors and LED lighting, to improve safety and enhance the cycling experience. Another direction for cycling bridge development is to prioritize accessibility and inclusivity: Designing bridges that are accessible to all, including individuals with disabilities and those using adaptive bicycles. Creating bridges that connect underserved communities to essential resources, such as schools, healthcare facilities, and job opportunities. Ensuring that cycling infrastructure is equitable and accessible to all members of the community, regardless of race, gender, or income level. Finally, there is a need to prioritize sustainability in cycling bridge development: Using renewable energy sources, such as solar and wind power, to generate electricity for bridge lighting and other amenities. Designing bridges that minimize their carbon footprint and reduce greenhouse gas emissions. Encouraging cycling as a sustainable mode of transportation that reduces the need for cars and promotes a healthier planet. By incorporating these future directions into cycling bridge development, we can create innovative, sustainable, and accessible infrastructure that enhances the cycling experience for all. 🚴‍♀️🌱🌉 In conclusion, cycling bridges are more than just a means of transportation. They connect communities and promote a healthier lifestyle. 🚴‍♀️🌉 Investing in cycling infrastructure is a smart move for cities looking to reduce traffic congestion and improve air quality. 🏙️🌳 Let's continue to support the development of cycling bridges and make our cities more accessible and sustainable for all. 🌍🚲 https://cyclingshop.uk/cycling-bridge-connecting-communities/?_unique_id=647d11a56e3f6

🚴‍♂️ Designing for cycling is essential for creating safe and efficient transportation systems. With the rise of cycling as a popular mode of transportation, cities are increasingly investing in infrastructure that caters to cyclists. However, designing for cycling is not just about building bike lanes and paths; it requires a holistic approach that considers the needs of cyclists and the surrounding environment. 🛣️ The design of cycling infrastructure should prioritize safety, accessibility, and connectivity. This means building bike lanes that are separated from vehicular traffic, providing clear signage and wayfinding, and ensuring that cycling infrastructure is integrated with other modes of transportation. Good design can encourage more people to cycle, reducing congestion and improving air quality. 🌳 Designing for cycling also has environmental benefits. By promoting cycling as a mode of transportation, cities can reduce their carbon footprint and contribute to a more sustainable future. With the right infrastructure and design, cycling can become a safe, efficient, and enjoyable way to get around.1. The Importance of Ergonomics in Designing for CyclingErgonomics is crucial in designing bicycles for comfort and safety. It reduces the risk of injury and fatigue. It improves performance and efficiency. It enhances the overall cycling experience. Proper bike fit, handlebar and saddle design, and body positioning are key factors. Handlebars should be positioned to allow for a natural wrist angle. Saddles should be the correct width and shape for the rider's anatomy. Body positioning should be optimized for aerodynamics and power transfer. Good ergonomics can also prevent long-term health issues such as back pain and numbness. Handlebar grips should be comfortable and reduce pressure on the hands. Saddles should be designed to reduce pressure on the perineum. Proper foot positioning can prevent knee and foot pain. Overall, designing for ergonomics is essential for a comfortable and enjoyable cycling experience. 🚴‍♀️🚴‍♂️👍2. Maximizing Comfort and Performance in Cycling Apparel DesignCycling apparel design should prioritize both comfort and performance. Here are some tips: Choose breathable and moisture-wicking fabrics to keep riders cool and dry. Ensure a comfortable fit with stretchy and form-fitting materials. Add padding to shorts and chamois to reduce discomfort during long rides. Designers should also consider aerodynamics and visibility: Streamlined designs reduce wind resistance and improve speed. Reflective materials and bright colors increase visibility and safety. Accessories can enhance comfort and performance: Gloves with padding reduce hand fatigue and improve grip. Compression socks improve blood circulation and reduce muscle soreness. Sunglasses protect eyes from UV rays and debris. Ultimately, the goal of cycling apparel design is to enhance the rider's experience: Comfortable and well-designed clothing allows for longer and more enjoyable rides. Performance-enhancing features help riders achieve their goals and improve their skills. Designers should prioritize the needs and preferences of their target audience. 🚴‍♀️👕💨💪3. Designing for Safety: Key Considerations for Cycling EquipmentWhen designing cycling equipment, safety should always be a top priority. Here are some key considerations: Visibility: Choose bright colors and reflective materials to make cyclists more visible to drivers. Protection: Helmets should be sturdy and fit properly to protect the head in case of a fall or collision. Comfort: Equipment that is comfortable to wear will encourage cyclists to use it consistently. Weather: Consider weather conditions when designing equipment, such as waterproof jackets and gloves for rain. Functionality: Equipment should be easy to use and not interfere with the cyclist's ability to ride. Other important factors to consider include durability, weight, and cost. By prioritizing safety in the design process, cycling equipment can help reduce the risk of accidents and injuries on the road. 🚴‍♂️🚴‍♀️4. Sustainable Design Practices for Cycling Infrastructure🚴‍♀️ include using eco-friendly materials, reducing waste, and improving accessibility. 🌱 Incorporating green infrastructure, such as rain gardens and bioswales, can reduce stormwater runoff and improve water quality. 🚲 Designing separated bike lanes and protected intersections can improve safety for cyclists and reduce the risk of accidents. 🌳 Planting trees and vegetation along cycling routes can improve air quality and provide shade for cyclists. 🛣️ Integrating cycling infrastructure with public transportation can encourage more people to use sustainable modes of transportation. ♻️ Using recycled materials and designing for disassembly can reduce waste and promote circular economy principles. 🌞 Incorporating solar panels into cycling infrastructure can provide energy for lighting and other amenities. 👥 Engaging with the community and incorporating their feedback can lead to more sustainable and effective cycling infrastructure. 🌍 can help create a healthier and more sustainable future for all.5. The Role of User-Centered Design in Creating Cycling SolutionsUser-centered design plays a crucial role in creating cycling solutions. It involves understanding the needs and preferences of cyclists to develop products that meet their requirements. 🚴‍♀️ Designers use various methods to gather information from users, such as surveys, interviews, and focus groups. This information helps them create products that are intuitive and easy to use. 🔍 The goal of user-centered design is to create cycling solutions that are safe, efficient, and enjoyable. This involves considering factors such as comfort, visibility, and ease of use. 🚴‍♂️ User-centered design also involves testing and iterating products based on user feedback. This helps designers refine their solutions and ensure they meet the needs of cyclists. 🔄 By using user-centered design, cycling solutions can be tailored to the needs of different types of cyclists, such as commuters, recreational riders, and competitive athletes. This ensures that everyone can enjoy cycling safely and comfortably. 🌟6. The Future of Cycling Design: Emerging Technologies and Trends🚴‍♂️ Cycling design is constantly evolving with the emergence of new technologies and trends. Here are some of the exciting developments to look out for in the future: 🔋 Electric bikes are becoming increasingly popular, with advancements in battery technology making them more efficient and affordable. 🌱 Sustainable materials such as bamboo and recycled plastics are being used to create eco-friendly bikes that are both stylish and functional. 👨‍🔬 3D printing is revolutionizing the way bikes are designed and manufactured, allowing for greater customization and faster production times. 👀 Augmented reality is being integrated into cycling helmets and glasses, providing riders with real-time information on their surroundings and route. 🤖 Smart bikes with built-in sensors are able to track performance metrics and provide personalized training programs, improving the overall cycling experience. 💻 Digital platforms are connecting cyclists with each other and providing access to valuable resources such as route planning and gear recommendations. 🌍 Finally, there is a growing emphasis on creating cycling infrastructure that is safe and accessible for all, promoting active transportation and reducing carbon emissions.7. Designing for Inclusivity: Addressing Accessibility in Cycling Design🚴‍♂️Designing for inclusivity means considering the needs of all cyclists, including those with disabilities.🚴‍♀️ 👨‍🦽Accessibility in cycling design involves creating bikes and equipment that are easy to use and safe for all riders.👩‍🦯 👀Designers must consider factors such as visibility, balance, and comfort when creating accessible cycling products.👍 🔧Adaptive equipment, such as hand pedals and tandem bikes, can make cycling more accessible for people with physical disabilities.👌 🌎Creating inclusive cycling infrastructure, such as bike lanes and accessible parking, can also improve accessibility for all riders.🚲 👥Collaboration with disability advocates and organizations can help designers create more inclusive cycling products and infrastructure.👏 💡Designing for inclusivity in cycling not only benefits riders with disabilities, but also improves the overall cycling experience for everyone.💪 In conclusion, designing for cycling requires a thoughtful approach that takes into account the needs and safety of cyclists. By incorporating features such as protected bike lanes, dedicated bike parking, and clear signage, cities can create a more bike-friendly environment. As cycling continues to grow in popularity, it is important for designers and city planners to prioritize the needs of cyclists. By creating safe and accessible infrastructure, we can encourage more people to choose cycling as a mode of transportation, leading to a healthier and more sustainable future. 🚴‍♀️🚴‍♂️🛣️ Let's work together to design cities that prioritize cycling and make it a safe and enjoyable experience for all. https://cyclingshop.uk/designing-for-cycling/?_unique_id=646c265e3dd2d

Scott Epstein is an active transportation progressive running for the powerful position of Council District 5 representative in Los Angeles. In this interview with Bike Talk cohost Taylor Nichols, Scott lays out his priorities: ending homelessness, addressing the Los Angeles housing/affordability crisis, and taking local action on climate change. Epstein is able to connect all these with active transportation. George Kohout, President of Friends of Northampton Trails in Western Massachusetts, provides an East Coast perspective on Scott's candidacy.Edited by Kevin Burton.scottforla.com/meet-scottfntrails.org/about/directors/

Living that #bikelife . Attending the #CalBikeSummit in Oakland. . . #bikeadvocate #activetransportation #bicyclelove #mmm (at Oakland, California) https://www.instagram.com/p/CcGLCchpESS/?igshid=NGJjMDIxMWI=

Wesley Reutimann dives into the details of Los Angeles Metro Active Transportation funding with Katie Lemmon, Manager of Transportation Planning at Metro. Wesley is the Special Programs Director at Active San Gabriel Valley (ActiveSGV), and a special host of Bike Talk. Edited by Kevin Burton

On 4/20, the Beverly Hills City Council unanimously voted to adopt complete streets after years of advocacy by Mark Elliot and his allies. Mark talks about this win.betterbike.org/Then-Deborah Murphy, Urban Design Planning Principal Active Transportation Planner/Designer and Grant Coordinator, Los Angeles Walks Founderand Hilary Norton, chair of the California Transportation Commission and Executive Director of FASTLinkDTLA, a Transportation Management Organization (TMO) for Downtown Los Angeles-consult with Mark on his recent experience in Beverly Hills.Hilary, Deborah, and veteran rida Don Ward go on to talk about Deborah's amazing success with facilitating the award of over $278 million in grant funds for active transportation, new parks/open space and sustainable cities projects in the past 13 years. It's why Deborah is affectionately known as the Oprah of the safe streets movement.Deborah and Hilary focus in particular on the record breaking $31 million ATP grant for “Connecting Canoga Park” which Deborah worked on and the CTC approved. It was the largest monetary award in the ATP’s history.cal.streetsblog.org/2021/02/09/acti…tions-released/Hilary and Deborah also talk about the CTC's request for $2 billion in Active Transportation funds:catc.ca.gov/-/media/ctc-media/d…or-website-a11y.pdf

Announcing our mission. See PRIDEswim.com.au for more details. We are committed to your #health and #fitness, but not in any way you are used to. We're not experts in exercise or nutrition. PRIDE'S roots are in #architecture and #urbandesign. For the past decade PRIDE's founder, Dr. Steven Fleming, has been a world renowned advocate for more fittening cities. Until PRIDE, his main focus was bicycle transport. It provides a better exercise dose than walking and, as his works shows, it could be utilised in more ways than cities have not stopped to imagine. The problem with any mode of #activetransportation though, it is relies on populations having places to go. However, with the rise of home work, the need for commuting is not guaranteed. What cities need are destinations that lure us, then elicit activity while we are there. Returning after 3 years moving between #Oslo, #Amsterdam and cities where he worked on assignments, Steven realised the significance of his home city, #newcastlensw having Australia's oldest, largest and most architecturally distinctive #oceanpools all free and open 24/7, and all connected by #bimepath, no less! All this in the nation that taught the world "the #australiancrawl", that invented the #bathingsuit as we know it, and which, on a per capita basis, has 4 times the pool victories than any nation on earth. PRIDE has been created to strengthen #Australians, by strengthening their cities' built connections to #pools, then take what we've learned to the world. This will be happening through a range of initiatives that we look forward to announcing in coming months. As for our #swimsuits, they stand as symbols, of #manufacturing excellence and design ideas matching our #mission. The superior quality is outlined in each of their product descriptions. Thank you for reading! We hope you will visit prideswim.com.au and subscribe to our newsletter for news of significance to future of the world's public pools. (at Newcastle, New South Wales) https://www.instagram.com/p/B3svt3FAgq0/?igshid=1oc91a0f8tvkd