Urban design is the process of shaping the physical form of settlements and the natural environment. It involves planning and designing the physical aspects of urban areas, such as streets, buildings, public spaces, and green areas, to create sustainable, functional, and aesthetically pleasing environments. Key aspects of urban design include community engagement, environmental sustainability, historical context, and urban economics.

Industrial heritage transformation in urban design refers to the process of revitalizing historical industrial sites by integrating them into the urban fabric. This practice involves preserving the architectural, cultural, and historical aspects of the heritage while also adapting it for contemporary use. It often requires careful planning and sustainable strategies to ensure the long-term viability of the transformed spaces.

Hong Kong cityscape refers to the urban landscape of Hong Kong, characterized by its towering skyscrapers, bustling streets, and stunning skyline. The city is known for its unique blend of Western and Eastern architectural styles, as well as its vibrant cultural scene.

This refers to a collection of photographs showcasing picturesque green cityscapes. These images typically depict urban environments that emphasize green spaces, sustainability, and harmony between nature and city life. Green cities are designed to reduce environmental impact, improve air quality, and enhance the overall well-being of residents.

Honeycomb landscape facilities typically refer to structures or elements in outdoor landscapes that are designed with a honeycomb pattern, often for aesthetic or functional reasons. These can include benches, planters, or decorative walls. Renderings of such facilities are used to visualize their appearance and are commonly used in architectural and landscape design presentations.

Spongy landscape facilities refer to a type of landscape design that incorporates elements that mimic the natural sponge-like properties of soil, allowing for water retention and filtration. These designs often feature permeable surfaces, green roofs, and rain gardens, which help manage stormwater runoff and reduce urban heat island effects. The design process involves analyzing site conditions, selecting appropriate materials, and ensuring the integration of sustainable practices.

Landscaping sponge water retention landscapes refer to the use of permeable and sponge-like materials in landscape design to enhance water retention and reduce runoff. These techniques are often used in urban areas to manage stormwater more effectively, promote sustainable water use, and reduce the impact of urban heat islands.

The Seaweed River Landscape refers to a natural or artificial landscape design that incorporates seaweed as a key element. This could involve using seaweed in water features, along riverbanks, or as an artistic component in gardens. Seaweed landscapes can serve both aesthetic and ecological purposes, such as providing a natural habitat for aquatic life and enhancing biodiversity.

Porous pavement design refers to a type of urban infrastructure that allows water to infiltrate through the surface, reducing stormwater runoff and promoting groundwater recharge. It is commonly used in areas with high rainfall or urban drainage challenges.

Sponge ground paving refers to a type of permeable paving material that is designed to allow water to infiltrate into the ground. It is commonly used in areas where water drainage is important, such as rain gardens, urban green spaces, and parking lots. The material is made from recycled rubber or other permeable materials, providing a sustainable and eco-friendly alternative to traditional concrete or asphalt pavements.

Sponge ground paving refers to a type of ground covering that uses sponge materials to create a soft, absorbent, and non-slip surface. This kind of paving is commonly used in outdoor and indoor spaces where water resistance and comfort are desired. The diagram would typically illustrate the layout, materials, and design of the sponge ground paving system.

Binhé Landscaping Zone Sponge refers to a type of green infrastructure that utilizes sponge-like materials to manage stormwater runoff. These systems are designed to absorb, retain, and slowly release water, thereby reducing runoff and promoting groundwater recharge. They are often found in urban areas along rivers and other water bodies.

Sponge-like paving design refers to the use of permeable materials and construction techniques that allow water to infiltrate into the ground, mimicking the natural water retention and drainage capabilities of a sponge. This approach helps manage stormwater runoff, reduce urban heat island effects, and maintain ground water levels. It is especially important in urban areas where traditional paved surfaces can lead to increased flooding and reduced water quality.

Sponge roof greenery is a green roof design that utilizes sponge materials to improve water permeability and reduce water runoff. This method is often used in urban areas to mitigate the urban heat island effect and provide additional green spaces. Cases of sponge roof greening can provide valuable insights into sustainable urban development and environmental benefits.

Honeycomb street paving design refers to the use of honeycomb-shaped pavers for road construction. These pavers are known for their strength, durability, and aesthetic appeal. They are often used in urban areas for pedestrian zones, parking lots, and driveways. The design can include various patterns and sizes, offering flexibility in street layout and drainage management.

Sponge road landscape design refers to the application of sponge city concepts in road design. It involves creating permeable and absorbent road surfaces to manage stormwater effectively. This design reduces urban runoff, improves water quality, and promotes sustainable urban development.

Sponge-type road landscape refers to a design approach where road surfaces are constructed to absorb rainwater, reducing runoff and promoting groundwater recharge. This method is often used in sustainable urban design to minimize the impact of urbanization on natural water cycles.

The honeycomb facility landscape effect refers to the aesthetic and functional outcome of incorporating honeycomb structures into landscaping designs. These structures are typically made of materials like metal or plastic and are designed to serve various purposes such as water management, noise reduction, or providing habitats for wildlife. The aesthetic aspect involves creating visually appealing patterns or integrating the structures with natural elements in the landscape.

Sponge facilities refer to infrastructure designed to manage stormwater by absorbing, retaining, and slowly releasing it into the ground, which helps in reducing urban flooding and improving water quality. Landscape effects involve the aesthetic and functional integration of these facilities into the urban environment. This combination enhances the urban landscape's ability to handle rainwater, promotes biodiversity, and contributes to sustainable urban development.