Kew Gardens' Historic Glasshouses Set for Major Renovation in 2027

Kew Gardens in London has announced that it will close its Palm House and Waterlily House in 2027 for a four-year renovation to combat structural deterioration and improve climate resilience. The renovations aim to enhance the experience for both plants and visitors while addressing the impacts of climate change.

As part of a significant enhancement effort, Kew Gardens in London will begin major renovations on two of its iconic glasshouses in 2027. The Palm House and the adjacent Waterlily House, both of which were constructed in the 19th century, have begun to exhibit signs of extensive wear and tear throughout the years. Reuben Briggs, who oversees capital projects at the Royal Botanic Gardens, notes that issues such as rusted iron and leaking condensation have become increasingly apparent, threatening the integrity of these structures.

The planned renovations are designed to last approximately four years, during which time the glasshouses will be closed to the public. The restoration aims not just to mitigate the severe deterioration evident in both buildings but also to upgrade them. The preservation efforts will work toward ensuring a favorable climate within the glasshouses for the plants while meeting increasingly urgent climate considerations.

“We aim to enhance the functionality of the structures for both our plant collections and visitors,” said Briggs, emphasizing that the project is as much about preserving history as it is about adapting to future challenges. These improvements are critical as Kew Gardens seeks to maintain its role in botanical research and education while safeguarding its historic artifacts.

Ultimately, this renovation project is viewed positively among the botanical community, which recognizes the need to preserve these Victorian gems for future generations. The upgrade to the Palm House and Waterlily House at Kew Gardens underscores the commitment to both heritage and environmental sustainability, aligning historical preservation with modern ecological imperatives.