{"id":11741,"date":"2025-02-03T13:26:00","date_gmt":"2025-02-03T12:26:00","guid":{"rendered":"https:\/\/www.archieinteriors.com\/climate-garden-what-it-is-and-how-to-design-green-spaces-resilient-to-climate-change\/"},"modified":"2025-02-03T13:26:00","modified_gmt":"2025-02-03T12:26:00","slug":"climate-garden-what-it-is-and-how-to-design-green-spaces-resilient-to-climate-change","status":"publish","type":"post","link":"https:\/\/www.archieinteriors.com\/en\/climate-garden-what-it-is-and-how-to-design-green-spaces-resilient-to-climate-change\/","title":{"rendered":"Climate garden: what it is and how to design green spaces resilient to climate change"},"content":{"rendered":"

The concept of climate garden <\/strong> refers to a set of design strategies aimed at making green spaces \u0097 both private and public \u0097 more resilient to climate change <\/strong> . The adoption of adequate solutions is essential to guarantee sustainability, well-being and protection of biodiversity. <\/p> \n

As the British landscape designer Nigel Dunnett <\/strong> states, “gardens must be designed not only to be beautiful, but also to function as resilient ecosystems” <\/em> (Dunnett, 2008). <\/p> \n

What is a climate garden and why is it important <\/h2> \n

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Current trends in landscape design <\/strong> aim to integrate methodologies that favor plant resistance <\/strong> to new climatic conditions, reduce resource consumption and improve environmental quality. <\/p> \n

Gardening enthusiasts can also adopt these principles to transform their green spaces into sustainable ecosystems <\/strong> . Piet Oudolf, known for his naturalistic approach, argues that “biodiversity and resilience go hand in hand: the more diversity we create, the stronger our garden will be” <\/em> (Oudolf & Kingsbury, 2013). <\/p> \n

Plants resilient to climate change: which ones to choose <\/h2> \n

One of the key aspects in designing a climate garden <\/strong> is the selection of plant species <\/strong> . James Watson’s project in southern France highlights the importance of diversification to counteract rising temperatures. <\/p> \n

Replacing less resistant species with a wide range of trees <\/strong> , shrubs <\/strong> and seasonal flowering plants <\/strong> allows you to promote biodiversity <\/strong> and improve the resilience of the garden. <\/p> \n

Landscape designer Dan Pearson also promotes this vision: “plants must be chosen based on their ability to adapt and their compatibility with the local ecosystem” <\/em> (Pearson, 2005). <\/p> \n

The introduction of drought-resistant plants <\/strong> is crucial to reduce the need for irrigation and ensure survival even in extreme conditions. <\/p> \n

Sustainable water management: Rain Gardens and drainage materials <\/h2> \n
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Climate garden Rain Gardens<\/figcaption><\/figure> \n

water management <\/strong> is a central issue, especially in a period of extreme weather events. Thomas Massey’s project in Richmond addressed the poor absorbency of the soil with innovative solutions such as Rain Gardens <\/strong>, areas designed to gradually collect and filter rainwater. <\/p> \n

The use of permeable materials <\/strong> such as gravel and draining paving improves water infiltration, reduces the risk of flooding and promotes recharge of aquifers <\/strong>. <\/p> \n

Michel Desvigne also highlights the importance of integrated solutions: “a resilient landscape is capable of adapting to water changes without losing its identity” <\/em> (Desvigne, 2019). <\/p> \n

Natural architecture: dry stone walls and green infrastructure <\/h2> \n

Nigel Dunnett, with his projects in England, introduces the use of drywalls <\/strong> \u0097 cementless structures that allow roots to develop healthily and help regulate soil moisture. These solutions also benefit local fauna. <\/p> \n

Green infrastructure <\/strong> such as hedges, buffer strips and wetlands are increasingly popular for mitigating the effect of heat waves and retaining moisture. <\/p> \n

Gilles Cl\u00e9ment underlines: “a well-designed garden is not a static whole, but a living organism in continuous evolution” <\/em> (Cl\u00e9ment, 2011). <\/p> \n

How to design a sustainable and adaptable garden <\/h2> \n

\"Come <\/p> \n

The climate garden requires an approach based on the observation of natural dynamics <\/strong>. Instead of forcing the growth of unsuitable species, it is preferable to enhance native vegetation <\/strong> and favor a dynamic balance between different species. <\/p> \n

Sustainable techniques such as: <\/p> \n