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Charnwood Roots
https://le.ac.uk/history/research/current-research-grants/previous-research-grants-and-projects/charnwood-roots
The Charnwood Roots project will explore the rich history of Charnwood Forest and the towns and villages that surround it. Charnwood Roots is a partnership between professional historians, archaeologists, geologists and volunteers from the local community.
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About the PGCE
https://le.ac.uk/education/study/pgce/about
Whichever course you choose and however you choose to study, your PGCE course will include the same core elements. Find out more about course duration, course content, assessments and how you'll qualify with your PGCE.
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The stirrings of controversy
https://le.ac.uk/richard-iii/reinterring/controversy
From the project’s inception, it was the stated intention of the partnership involved in the search for the king’s remains that, if successful, Richard III would be reinterred in Leicester Cathedral.
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Data Journalism
https://le.ac.uk/modules/2026/jo7011
Information on the module 'Data Journalism', part of the Journalism MA course at University of Leicester
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Film and Art Journalism
https://le.ac.uk/modules/2026/ha3439
Module code: HA3439 In this module you will study the craft of film and art journalism and write your own reviews of exhibitions and films.
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Film and Art Journalism
https://le.ac.uk/modules/2027/ha3439
Module code: HA3439 In this module you will study the craft of film and art journalism and write your own reviews of exhibitions and films.
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Film and Art Journalism
https://le.ac.uk/modules/2025/ha3439
Module code: HA3439 In this module you will study the craft of film and art journalism and write your own reviews of exhibitions and films.
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Leicester scientists celebrate anniversary of game-changing satellite
https://le.ac.uk/news/2024/november/swift-anniversary
The University of Leicester celebrates 20 years of the Neil Gehrels Swift Observatory, which it developed key technology for continues to lead the UK’s data analysis efforts
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Female-line family tree
https://le.ac.uk/richard-iii/identification/genetics/female-line-family-tree
Every one of us, males and females alike, inherit our mitochondrial DNA (mtDNA) from our biological mother. However, only females, through birth, can pass this onto subsequent generations.
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LCFC Programme of research
https://le.ac.uk/timms/research/lcfc
Find out more about the LCFC Programme of research within TIMMS research group.