Gardens by Gemma

Hello, I’m Gemma, a qualified garden designer and professional gardener passionate about creating and caring for beautiful and wildlife friendly gardens in Bristol, North Somerset, and beyond. My approach blends resilient planting, native species, and thoughtful materials to create beautiful gardens that flourish with the seasons. Whether it’s a full garden design, planting refresh, or regular maintenance, I help clients create spaces to relax, entertain, grow produce, or simply enjoy nature.

With nearly 40 years of gardening experience, I specialise in creating beautiful, functional, and naturalistic gardens that blend cottage-garden charm with modern design, using resilient planting, native species, and eco-conscious techniques to support wildlife and ensure year-round interest. My regular garden maintenance work provides me with insights into what thrives and how local conditions affect plant choices, enabling me to design resilient, wildlife-friendly spaces that are well-suited to their environment.

I hold a Garden Design Diploma (Distinction) from the Garden Design School (University of Bristol Botanical Gardens) and bring a scientific approach from my background in microbiology, public health, and project management (PRINCE2). This blend of creativity and methodical thinking enables me to create sustainably minded gardens.

I am a Pre-Registered Member of the Society of Garden and Landscape Designers (SGLD) and a Member of the Chartered Institute of Horticulture (ACIHort). I am involved in local garden design and gardening communities, serving as SGLD Cluster Lead for Bristol and Bath group and on the steering committees of the BS3 Wildlife Group and South Bristol Gardening Club. I’ve also volunteered at RHS Chelsea, RHS Hampton Court, RHS Malvern, and BBC Gardeners’ World Live flower shows.

With my expertise and eco-conscious approach, I aim to create beautiful gardens that support local wildlife and increase biodiversity. If you’re ready to transform your garden, get in touch to unlock its full potential.