ERA is a digital repository of original research produced at The University of Edinburgh. The archive contains documents written by, or affiliated with, academic authors, or units, based at Edinburgh that have sufficient quality to be collected and preserved by the Library, but which are not controlled by commercial publishers. Holdings include full-text digital doctoral theses, masters dissertations, project reports, briefing papers and out-of-print materials.
Information on current research activity including staff, projects and publications is available via the Edinburgh Research Explorer.
Communities in ERA
Select a Bommunity to Browse its Collections.
Recently Added
-
Assessing the market potential for wave energy innovations
(The University of Edinburgh, 2021-01-08)This thesis aims to develop and apply a structured innovation approach for wave energy concept generation, in order to identify novel areas with the potential to advance the commercial viability of the wave energy sector ... -
Evaluating the structure-property relationships of pressure-responsive materials
(The University of Edinburgh, 2021-07-31)The field of material science is continuously working on identifying and designing materials for highly-desired applications, such as for gas separation, energy storage, or as part of electronic or sensory devices. This ... -
Investigating disease tolerance using a human re-challenge model of Falciparum Malaria
(The University of Edinburgh, 2021-07-31)Malaria infection by P. falciparum is clinically heterogeneous, causing asymptomatic, mild and, in some cases, severe life-threatening disease. Despite continuous efforts, the mechanisms that drive severe disease still ... -
Causes and consequences of plasticity in parental and offspring behaviour in the burying beetle Nicrophorus vespilloides
(The University of Edinburgh, 2021-07-31)Behavioural plasticity, the environmentally induced change in behaviour, is a reversible response that allows a rapid switch in activity to best match the environment. Behavioural plasticity is a widespread mechanism ... -
Heavier group 13 based frustrated Lewis pairs for catalytic C–H borylation
(The University of Edinburgh, 2021-07-31)Research into catalysis has always been of great interest to both academic researchers and in industry, due to the great utility that catalysts possess. In particular, research into catalysts that are based on more ...
