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  • ULSB Black Excellence (UBE)

    Read about ULSB's Black Excellence group

  • 19th July 2013 Sol 338

    Posted by jbridges in Mars Science Laboratory Blog on July 19, 2013 The first results of the atmospheric analyses have been published this week in Science Magazine.

  • 2001 - 2005

    Expedition 310 Tahiti Sea Level Fall 2005 The IODP Tahiti Sea Level Expedition 310 in 2005 was initiated to investigate global sea level rise since the last glacial maximum, approximately 23,000 years ago, to learn more about the timing and course of past global sea level...

  • Ordinances

    The University’s Ordinances offers information on the rules and practical framework within which the University conducts its business.

  • Information for visitors

    Getting here Public transport The University of Leicester campus is about 15-20 minutes' walk from Leicester Railway Station, which is on a direct line from Birmingham, Sheffield and London St Pancras.

  • Careers

    We are here to support you in your career choices and to help you find the best career after you graduate. Learn more about your opportunities after you graduate with a degree in Geography from Leicester.

  • Older dissertations

    2010 BOWEN, J. A landscape of improvement: the impact of James Loch, chief agent to the Marquis of Stafford on the Lilleshall estate, Shropshire, 1720-1820. DAVIDSON, E. The evolution and secularisation of the funeral in Leicester and Leicestershire, 1830-2010.

  • World’s largest tropical peatlands revealed to be more than 40,000 years old

    New research finds peatland complex in Congo Basin to be more than twice as old as previously thought, expertise from the University of Leicester supported the study

  • Computationally Intensive Methods

    Module code: MD7443 This module will cover a variety of computationally intensive methods including maximum likelihood estimation, modelling of non-linear effects, simulation studies, dealing with missing data and machine learning models.

  • Computationally Intensive Methods

    Module code: MD7443 This module will cover a variety of computationally intensive methods including maximum likelihood estimation, modelling of non-linear effects, simulation studies, dealing with missing data and machine learning models.

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