Landscape Design Types

"Landscape design types refer to various styles and approaches to designing outdoor spaces. These include formal gardens, naturalistic gardens, xeriscaping, Japanese gardens, and more. Each type has distinct characteristics, such as the use of plants, hardscaping elements, and overall layout."...

three-dimensional landscape rendering

A three-dimensional landscape rendering is a visual representation of a landscape created using computer graphics. It is often used in architectural design, urban planning, and environmental design to visualize proposed developments or natural landscapes in a realistic or stylized form.

hand-drawn landscape three-dimensional effect drawing

Hand-drawn landscape three-dimensional effect drawings are artistic representations that depict landscapes in a three-dimensional form using hand-drawn techniques. These drawings are commonly used in architecture, landscape design, and urban planning to visualize and communicate design concepts and ideas. They often include detailed textures and perspectives to provide a realistic and immersive view of the proposed landscape.

Landscape 3D rendering

Landscape 3D rendering refers to the creation of a three-dimensional image of a landscape or garden design. It is used in architecture, urban planning, and marketing to visualize outdoor spaces before they are constructed.

Creative Three-dimensional Greening Landscape

Creative three-dimensional greening landscape refers to innovative landscape designs that incorporate greenery vertically into urban or architectural spaces. These designs often use climbing plants, vertical gardens, or hanging gardens to create green walls or ceilings, enhancing urban aesthetics and promoting environmental sustainability. Techniques may include hydroponics, green roofs, and green facades.

Vertical Greening Landscape Design

Vertical Greening Landscape Design refers to the integration of green plants into architectural structures or urban spaces. It includes green walls, green roofs, and vertical gardens. This design approach aims to enhance urban aesthetics, improve air quality, and provide additional green spaces in limited urban environments.

3D Greening Landscape Design Effect

3D Greening Landscape Design Effect refers to the visual representation of a landscape design that incorporates vertical greenery. This can include the use of plants, vines, and other greenery to cover walls, buildings, and other vertical structures, creating a visually appealing and environmentally friendly space.

Landscape hand-drawn 3D illustration

Landscape hand-drawn 3D illustration refers to the creation of three-dimensional images of landscapes using hand-drawn techniques. This can include rendering natural scenes with mountains, rivers, and vegetation in a detailed and artistic manner. It is a form of illustration often used in architectural design, landscape architecture, and art.

three-dimensional landscape hand-drawn illustration

A three-dimensional landscape hand-drawn illustration refers to a hand-drawn artwork that depicts a three-dimensional landscape, typically used in architectural design, landscape architecture, or art. It is a visual representation of a scene or environment, often used to convey the spatial layout, perspective, and aesthetic aspects of a design before it is physically built or realized.

Global Vertical Greening Cases

Global vertical greening refers to the practice of incorporating greenery into urban and architectural spaces. This can include vertical gardens, green roofs, and green walls. It aims to improve air quality, reduce urban heat island effect, and provide habitats for urban wildlife.

World Vertical Greening Cases

World vertical greening refers to the practice of incorporating greenery into urban spaces such as buildings, walls, and rooftops. It aims to improve air quality, provide habitat for wildlife, and increase biodiversity. Examples include the 'Green Wall' in Beijing and the 'Living Roof' of the Allianz Arena in Munich.

Bagged vertical greening

Bagged vertical greening refers to the practice of growing plants in bags attached to walls or other vertical surfaces. This method is used to create green spaces in urban areas where traditional gardening is not possible due to space limitations. It involves using special bags filled with soil and planted with various vegetation, which can be hung or placed on walls. This technique is popular for its ease of installation and adaptability to different environments.

Vertical greenery in bag form

Vertical greenery in bag form refers to a type of green wall system where plants are grown in bags or pots attached to a wall. This method allows for easy installation and maintenance, as well as flexibility in design and size. It is commonly used in urban settings to improve air quality, provide insulation, and enhance aesthetics.

Vertical Greening Bags

Vertical Greening Bags are modular, portable containers designed for planting vegetation on walls, rooftops, or any vertical surface. They are often used for urban gardening, green roofs, and as a means to increase green spaces in urban environments.

Vertical Greenery at Night

Vertical greenery refers to the practice of incorporating plants into urban environments by growing them on walls, rooftops, and other vertical surfaces. At night, these green spaces can create a serene and aesthetically pleasing atmosphere in urban settings. This form of green infrastructure can help improve air quality, reduce urban heat island effect, and provide habitat for urban wildlife.

Vertical Greenery Images

Vertical greenery refers to the practice of incorporating plants into urban spaces, such as on buildings, walls, and rooftops. Images showcasing this concept often depict lush green plants climbing structures or covering vertical surfaces. These images can illustrate the benefits of vertical greenery, including improved air quality, reduced urban heat island effect, and aesthetic enhancement.

Vertical greenery materials

Vertical greenery materials refer to a range of plants and planters used for decorating and greening vertical surfaces, such as walls, roofs, and buildings. These materials are chosen for their suitability in growing in restricted spaces and their ability to provide aesthetic, environmental, and functional benefits. Common types include vines, shrubs, and artificial plants, often supported by trellises, green walls, and vertical gardens.

Famous Vertical Greening Cases

Vertical greening refers to the practice of incorporating greenery into urban spaces, buildings, and other structures. Famous cases include the Green Wall of Beijing, the High Line in New York City, and the Vertical Forest in Milan, Italy, designed by architect Stefano Boeri. These projects showcase innovative ways to integrate nature into urban environments, providing benefits such as improved air quality, increased biodiversity, and aesthetic enhancements.

Picture of circular three-dimensional greenery

Circular three-dimensional greenery refers to greenery arrangements that form a circular shape in a three-dimensional space. These can include vertical gardens, green roofs, and other innovative green design elements that create green spaces in urban environments. They are used for aesthetic purposes, to improve air quality, and to provide habitat for urban wildlife.

Vertical Greening and Horizontal Greening

Vertical Greening refers to the practice of incorporating plants into vertical spaces such as walls, rooftops, and facades, which provides numerous environmental and aesthetic benefits. Horizontal Greening, on the other hand, involves the use of plants in flat areas such as parks, gardens, and landscapes. Both are essential components of urban greening and sustainable urban development.

Small-scale Vertical Greening Design

Small-scale vertical greening design refers to the design and implementation of green spaces on vertical surfaces such as walls, rooftops, and facades. It aims to improve urban green coverage, enhance air quality, and create aesthetically pleasing environments. Key considerations include plant selection, structural support, irrigation systems, and maintenance strategies.