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The first Transplant Games took place in 1978 in Portsmouth, England. Since then, numerous Olympic-style sporting 'Games' have been established, each aiming to increase public awareness of organ donation, demonstrate the benefits of transplantation, and encourage patient fitness. Despite this, there is limited research exploring the psycho-social and health impacts of the Games. Drawing on qualitative research conducted at the 2022 British Transplant Games and the 2022 European Transplant and Dialysis Games, this paper explores the Games through a therapeutic landscapes framework, a concept that examines the ways in which environments contribute to health and wellbeing. Building upon work that acknowledges the relational and contingent nature of health-in-place, I argue that the Games are a therapeutic landscape of social relations for transplant recipients in three ways: providing a landscape of belonging , a landscape of hope , and a landscape of motivation. Through this therapeutic landscapes perspective, the Transplant Games are presented as a peer-to-peer clinic – a care space where individuals are more actively involved in their health on a reciprocal level than in the traditional hospital clinic. In turn, this paper emphasises the crucial role of affective peer support in producing health-promoting environments. This research seeks to make a practical contribution to the wider transplant community by promoting the Games as an environment which may positively contribute to both physical and mental wellbeing. • The Transplant Games function as a therapeutic landscape for organ recipients. • They provide a peer-to-peer clinic where participants are active in their health. • The Games provide a landscape of belonging, acceptance, understanding and family. • In showing you can still lead a healthy life, the Games become a landscape of hope. • As a landscape of motivation, the Games improve both physical and mental health. [ABSTRACT FROM AUTHOR]

Abstract: Silbury Hill, near Marlborough, Wiltshire, UK, is one of the largest prehistoric mounds in Europe, characterised by uncertain structure and unusual burial conditions. Internal collapses occurred in autumn 2000 as a result of the incomplete refilling of tunnels dug in the last few centuries. Planning for the repairs has provided an opportunity to examine samples from recent exploratory boreholes and the 1960s excavations. This paper brings together the results of these investigations, comparing the materials from inside the hill with nearby soil profiles. The truncated nature of the old ground surface and the extensive multiple iron pans found inside the hill are discussed, along with their implications for construction and post-depositional processes. [Copyright &y& Elsevier]