Green Screens

Green screens can significantly support local biodiversity. They provide habitats for various insects, birds, and sometimes small mammals. The vegetation in green screens can serve as food sources, nesting sites, and shelter for different species. By creating a more varied and natural environment within urban areas, green screens can help to support a broader range of local wildlife, promoting a healthier ecosystem. Over time, a well-maintained green screen can become a mini-ecosystem of its own, contributing to the ecological balance in urban environments.

Green screens and traditional fencing solutions serve different purposes but can overlap in functionality. While traditional fences are primarily designed for privacy and security, green screens also offer these features but add aesthetic value, environmental benefits like improved air quality, and support for local biodiversity. Green screens are visually pleasing, creating a softer, more natural boundary compared to the often stark appearance of traditional fencing.

The maintenance regime for a green screen installation typically includes regular watering, fertilising, pruning, and pest and disease management. It’s crucial to ensure that the plants receive adequate water, especially during the establishment period and in dry spells. Fertilising will help to keep the plants healthy and vigorous. Pruning is necessary to maintain the desired shape and density of the green screen and to remove dead or diseased growth. Regular inspections for pests and diseases will enable early detection and treatment, ensuring the longevity and aesthetic appeal of the green screen. The specific maintenance requirements can vary depending on the plant species used and local conditions.

Yes, green screens can be tailored to complement the surrounding architecture. They offer a level of aesthetic adaptability that allows them to blend seamlessly with different architectural styles. The design of the supporting structure, the choice of plant species, and the overall layout can be customised to match or contrast with the architectural features of the surrounding buildings. Moreover, green screens can be designed to follow the form of the architecture, either by mirroring its lines or by providing a natural contrast, thus enhancing the visual appeal of the urban space.

Green screens act as natural air purifiers. The foliage can capture dust, pollutants and absorb harmful gases from the air. Plants in green screens process carbon dioxide and release oxygen, improving the air quality around them. Additionally, they can absorb other harmful pollutants like sulfur dioxide and carbon monoxide. The larger leaf surface area available in green screens provides more opportunity for air purification, making them an effective tool for combating urban air pollution. By acting as a living filter, green screens contribute towards creating healthier, more breathable urban environments.

Green screens offer a diverse palette for the inclusion of various plant species. The choice of plants can vary depending on the local climate, soil conditions, and the specific requirements of a project. Commonly used plants include ivy, particularly Hedera helix, due to its robust nature and ability to provide dense coverage. Other options could include Clematis, Jasmine, and various climbing roses. Shrubs and small trees can also be utilised in more extensive green screen installations. The choice of plant species can significantly impact the look, maintenance requirements, and functionality of the green screen. It’s advisable to work with horticulturists or landscape architects to select the most suitable plants for a specific green screen project, ensuring they will thrive in the given conditions and meet the project’s aesthetic and functional goals.

This depends on the local climate, soil conditions, and the specific requirements of the project. Commonly used plants include ivy, particularly Hedera helix, due to its robust nature and ability to provide dense coverage. Other options could include Clematis and Jasmine.

After care typically includes regular watering, fertilising, pruning, and pest management. It’s crucial to ensure that the plants receive adequate water, especially during the establishment period and in dry spells. Once established, they are typically low maintenance.

Yes absolutely. They can be tailored to compliment the surrounding architecture and offer a level of aesthetic adaptability that allows them to blend in with most designs and styles.

This is often dependent on screen size, structure and plant type. Our team will conduct a site visit to determine the needs and requirements before the installation goes ahead.