Epsilon Archive for Student Projects

Abstract

This thesis explored how naturalistic planting design and site analysis can be combined to create a sustainable woodland garden that will harmonize function with aesthetics. The aim has been to develop a woodland garden design that is based on ecological understanding of woodlands and naturalistic planting. It tries to keep the functions of aesthetic appeal and low-maintenance in mind, while still offering ecological and recreational benefit as well.
To achieve this, the project has integrated three core bases: the woodland knowledge base, the naturalistic planting design knowledge base and a site analysis that has informed the environmental base. The synthesis of these elements has helped inform the design development. The key principles included the use of edges, layering, native and non-native balance, human connection, low maintenance and dynamic nature.
The design was tested and developed through an iterative process of sketching, spatial analyses and plant selection, which has led to a design of a dynamic and multifunctional woodland garden that incorporates layered planting, seasonal interest, uniformity and gradual spatial transitions. The woodland garden consists out of different rooms that have been created and informed by the key principles while addressing challenges from the site.
The result has been a resilient, dynamic and flexible garden that incorporates multiple functions such as encouraging biodiversity, offering recreational opportunities and integrating edible species. This project highlights the importance of a site-specific approach when theory is combined with practice in landscape design. It has shown that successful naturalistic woodland gardens are not static, but should be adaptive and evolving landscapes that go further beyond design, since it remains an ongoing interaction between plants, people and place.