Fife, Scotland: St Andrews Botanic Garden

Living Green for Biodiversity Icon

What are botanic gardens for? St Andrews Botanic Garden offers a climate-aware response

Image by Harry Watkins

Image by Harry Watkins

Image by St Andrews Botanic Garden

Image by St Andrews Botanic Garden

Image by St Andrews Botanic Garden

Image by Harry Watkins

Image by Harry Watkins

Image by Harry Watkins

Located within the University of St Andrews campus in Fife, Scotland, St Andrews Botanic Garden has undertaken a fundamental re-design of its site and purpose. Its new focus is to provide greater insight into the plant communities that are local to Fife including its urban habitats or originate from other global locations with a comparable climate. It aims to facilitate predictive research into the ways that temperate flora might respond to new conditions. As a result of the changes implemented to date, the Garden has cut its carbon footprint by over 95% while successfully reaching new audiences. Such focus on its local ecological niche is enabling new partnerships with local green professionals – including those involved in city greening.

Dr Harry Watkins, St Andrews Botanic Garden’s new Director, has bold ambitions for the 18-acre garden. “What we’re doing at St Andrews is a fundamental re-design, he explains, and the driver for this overhaul is climate change. We’re proposing a very different answer to the question: What is a botanical garden for?

“Traditionally, botanical gardens have been focused on conservation. They are designed as a refuge or an ark that safeguards plants that are threatened or of educational importance. All decisions are typically derived from a Collections Plan or Policy. At St Andrews we’ve chosen instead to develop a Biodiversity Plan. We want to emphasise that our focus is not just on plants formally identified as belonging to our collection, but rather on all plants that appear on our site with or without intervention, and sometimes even despite it. 

“Our Biodiversity Plan is designed to help us understand the ecological drivers of evolution, investigating how and why our plants are changing in response to climate change and biosecurity threats – and in turn how they might evolve and what types of plant communities we might see in the future.  In other words, we are trying to anticipate what’s coming next.

“This Biodiversity Plan will provide the basis for everything we do: our business plan, our resource planning, our infrastructure planning, our approach to engagement, etc.”

This overhaul was initiated following an assessment conducted in 2020, soon after Dr Watkins was appointed Director of the Garden. The assessment highlighted systemic challenges, ranging from budget constraints to questions about the Garden’s purpose and direction. Indeed, approximatively 15 miles North of Fife, just across the River Tay, the University of Dundee manages a botanic garden of a comparable size, and with a very similar collection and curatorial approach to that St Andrews used to have. Drastic changes were therefore needed to justify and secure St Andrews Botanic Garden’s continued existence. 

Underpinning the future direction of the garden with a Biodiversity Plan is designed to enable every future decision to be rooted in an understanding of the ecological niche that characterises Fife. This niche is temperate plants – i.e.: the spectrum of plants and habitats found in temperate climates. 

Research conducted in preparation for the Plan identified places around the world with similar climates to that of Fife. St Andrews Botanic Garden’s ambition is to develop partnerships in those locations with people and habitats confronted to comparable challenges to those found in Fife so that solutions can be developed collaboratively. 

At the heart of the Biodiversity Plan are two main research strands:  

  • Monitoring plant behaviour in the Botanic Garden and partner sites, and  
  • Using this data to develop forecasts and guidance for practical decision-making, policy development, and plant conservation.

As a core part of our research, we would like to establish a set of plants which are the focus of in-depth, long-term monitoring,” explains Watkins. “By focusing on a limited number of plants, we should be able to produce a really detailed picture of a range of features, such as phenology, functional traits, demographics and response to varying environmental conditions. This will give us a strong baseline, and we can then start using our data to answer questions involving plant adaptation, invasion debt, range shifting and plasticity.

Working with partners in different places will mean that we will be able to compare the effect of different growing conditions. This could be important for helping us to forecast how plants will behave under different climate scenarios.

“To get robust datasets, we’ll need to measure the same things in the same way at every site. The data we gather will be freely accessible, either through established databases such as Compadre or TRY, or through our own website. Making data available quickly will be important so that near term ecological forecasts are possible, and so it can be more useful to partners and land managers”. 

  • Project sponsor (client): St Andrews Botanic Garden 
  • Project design and implementation: St Andrews Botanic Garden. 

St Andrews Botanic Garden is an independent Trust. It enjoys support from both St Andrews University and Fife Council. Other income sources include visitor admission charges, activities of the Friends of St Andrew Botanic Gardens and individual donors.  

St Andrews Botanic features over 4,400 plant species, with particularly strong representations of Fritillaria, Rhododendron, and Sorbus.