Sheffield Woodland Connections

 

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A small team of the Department of Landscape’s alumni organised four interpretive walks in Ecclesall Woods in 2017 to celebrate the launch of the Woodland Charter

The team, Sheffield Woodland Connections (SWC), consists of five post-graduate alumni from the Landscape Department. SWC is part of the national Tree Charter campaign, which celebrates the 800th anniversary of the Charter of the Forest (issued in the same period as the Magna Carta). Coordinated by the Woodland Trust, the goal of the Tree Charter campaign is to instil understanding, engagement and fascination in trees and woodlands. The interpretive walks that SWC has offered in Ecclesall Woods since April 2017 have been met with consistent enthusiasm and interest. In addition to learning about woodland ecology and ID skills, participants are invited to measure trees, and to share their sketches and poems. Read more…

Green infrastructure in reducing urban runoff – does size matter?

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Siti Nur Hannah Ismail

At a recent Flower Show held in Chatsworth (The RHS Chatsworth Flower Show 2017),  the Royal Horticultural Society and the Landscape Department designed a garden specifically to address the effects of climate change, The Garden for a Changing Climate. Various types of shrubs and low-growing plants were displayed in the garden to increase awareness of the need to adapt gardens to a changing climate. Selection was based on functional traits that contribute to reducing negative effects associated with extreme weather events, such as flooding. The displays were very popular, and attracted much attention from gardeners and visitors to the show – most saying that they would like to have these in their own garden because not only are they beautiful and colourful, but they can also help save the environment!

Displays such as this are made possible from results of focussed research. The PhD research presented here looked into the role of low-growing plants for rainfall interception. Aimed at contributing to the scientific knowledge that supports the application of small-scale green infrastructure in mitigating flood risks, this research investigated how different leaf traits affected moisture retention. Read more…

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