{"id":12,"date":"2017-10-10T18:30:47","date_gmt":"2017-10-10T17:30:47","guid":{"rendered":"https:\/\/research.reading.ac.uk\/landsurfaceprocesses\/?page_id=12"},"modified":"2026-03-30T20:41:20","modified_gmt":"2026-03-30T19:41:20","slug":"who","status":"publish","type":"page","link":"https:\/\/research.reading.ac.uk\/landsurfaceprocesses\/who\/","title":{"rendered":"Who we are"},"content":{"rendered":"

Members of the University of Reading’s Land Surface Processes Cluster<\/h2>\n

The cross-School interdisciplinary Land Surface Processes cluster combines research carried out at the\u00a0University of Reading<\/a> within the Department of Geography and Environmental Science<\/a>, the Department of Meteorology<\/a>, and NCAS-Climate<\/a> together with external collaborators, in particular the UK Centre for Ecology and Hydrology (UKCEH)<\/a>, the\u00a0British Geological survey (BGS)<\/a>, the Met Office Hadley Centre<\/a> and the European Centre for Medium range Weather Forecasts (ECMWF)<\/a>.<\/p>\n

The cluster aims to generate impactful knowledge on the Critical Zone in the context of a range of research (predominantly NERC funded) and PhD projects, ranging from studies on climate extremes (flooding, droughts, heatwaves), to renewable energy (ground source heat pumps, biofuels). More widely, we participate in (inter)national research efforts on monitoring and modelling (e.g. CMIP) of the global water, energy and carbon balance (WRCP<\/a>, GEWEX<\/a>).<\/p>\n

Who 1: Academic staff, Research staff, and PDRAs
\n<\/strong>Within SAGES: Geography & Environmental Science
\n<\/strong>Nicholas Branch<\/a>; Papers: Google Scholar<\/a>
\nHannah Cloke<\/a>; Papers: Google Scholar<\/a>
\nTimoth\u00e9e Corchia<\/a>
\nSimon Dadson<\/a> (visitor from\u00a0UK Centre for Ecology and Hydrology and the University of Oxford)<\/em>; Papers: Google Scholar<\/a>
\nSandy Harrison<\/a>; Papers: Google Scholar<\/a>
\nRajsekhar Kandala<\/a> (also in Meteorology<\/em>); Papers: Google Scholar<\/a>
\nJess Neumann<\/a>; Papers: Google Scholar<\/a>
\nShovonlal Roy<\/a>; Papers: Google Scholar<\/a>
\nMaria Shahgedanova<\/a>; Papers: Google Scholar<\/a>
\nAnne Verhoef<\/a>; Papers: Google Scholar<\/a>
\nAndrew Wade<\/a>; Papers: Google Scholar<\/a>
\nKevin White; Papers: Google Scholar<\/a>
\nWithin Meteorology or NCAS
\n<\/strong>Nigel Arnell<\/a>; Papers: Google Scholar<\/a>
\nDagmawi Teklu Asfaw<\/span><\/a>; Papers: Google Scholar<\/a>
\nEviatar Bach<\/a> (also in Mathematics & Statistics; also in NCEO);<\/em> Papers: Google Scholar<\/a>
\nEmily Black<\/a>; Papers: Google Scholar<\/a>
\nLewis Blunn<\/a>; Papers: Google Scholar<\/a>
\nDavid Case<\/a>
\nCristina Charlton Perez<\/a>\u00a0(also in the Met Office); <\/em>Papers: Google Scholar<\/a>
\nOmduth Coceal<\/a>; Papers: Google Scholar<\/a>
\nPeter Clark<\/a>; Papers: Google Scholar<\/a>
\nSarah Dance<\/a>\u00a0(also in Mathematics & Statistics; also in\u00a0NCEO)<\/em>; Papers: Google Scholar<\/a>
\nAkshay Deoras<\/a>; Papers: Google Scholar<\/a>
\nNatalie Douglas<\/a> (also with NCEO)<\/em>
\nSue Grimmond<\/a>; Papers: Google Scholar<\/a>
\nEd Hawkins<\/a>; Papers: Google Scholar<\/a>
\nDenise Hertwig<\/a>; Papers: Google Scholar<\/a>
\nHelen Hooker<\/a>; Papers: Google Scholar<\/a>
\n<\/span><\/span>Josephine Mahony<\/a> (also in the Met Office)<\/em>
\nDionisa Joseph Mattam<\/a> (visitor from the Nellikka Ltd., Reading, UK)<\/em>
\nCharlotte Lang<\/a>; Papers: Google Scholar<\/a>
\nVitor Lavor<\/a>; Papers: Google Scholar<\/a>
\nBryan Lawrence<\/a>\u00a0(also within Computer Science)<\/em>; Papers: Google Scholar<\/a>
\nDavid Livings;<\/a> Papers: Google Scholar<\/a>
\nRoss Maidment<\/a> (also with NCEO); <\/em>Papers: Google Scholar<\/a>
\nPatrick McGuire<\/a>; Papers: Google Scholar<\/a>
\nTristan Quaife<\/a> (also with NCEO)<\/em>; Papers: Google Scholar<\/a>
\nNarender Reddy Kangari<\/a>
\nReinhard Schiemann<\/a>; Papers: Google Scholar<\/a>
\nSarah Shannon<\/a>; Papers: Google Scholar<\/a>
\nShaerdan Shataer<\/a> (also in NCEO); <\/em>Papers: Google Scholar<\/a>
\nJoy Singarayer;<\/a> Papers: Google Scholar<\/a>
\nRobin Smith<\/a>; Papers: Google Scholar<\/a>
\nMarkus Todt<\/a>\u00a0(virtual visitor from Met \u00c9ireann, Ireland)<\/em>
\nAndrew Turner<\/a>; Papers: Google Scholar<\/a>
\nPier Luigi Vidale<\/a>; Papers: Google Scholar<\/a>
\nRamesh Visweshwaran<\/a> (also with NCEO)<\/em>; Papers: Google Scholar<\/a>
\nJames Weber<\/a>; Papers: Google Scholar<\/a>
\nWithin Agriculture<\/strong>
\nMichelle Felton<\/a>
\nWithin Computer Science<\/strong>
\nBryan Lawrence<\/a>\u00a0(also with Meteorology & NCAS)<\/em>; Papers: Google Scholar<\/a>
\nWithin Mathematics & Statistics
\n<\/strong>Eviatar Bach<\/a> (also in Meteorology & NCEO);<\/em> Papers: Google Scholar<\/a>
\n<\/span><\/span>Sarah Dance<\/a> (also in Meteorology & NCEO)<\/em>; Papers: Google Scholar<\/a>
\n<\/span><\/span><\/p>\n

Who 2: PhD Students <\/strong>
\nAdetunji Alex Adekanmbi;\u00a0Papers: Google Scholar<\/a>
\nImpact of climate change on soil respiration and resilience<\/em>
\nDedy Antony<\/a>
\nFactors affecting soil carbon storage at depth in different land uses in UK
\n<\/em>Wenyao Gan<\/a>
\n<\/span><\/span>Implementing optimality theory in JULES<\/em>
\n<\/em>Heidi Llanwarne<\/a>
\nSpatial variations of the urban boundary layer \u2013 What are the feedbacks from anthropogenic heat fluxes?
\n<\/em>Alexander Kuhn-Regnier<\/a>
\nPredicting the ecological impacts of future fire activity on a global scale (also at\u00a0Imperial\u00a0College London)
\n<\/i><\/span><\/span><\/em>Yiliang Ma<\/a>; Papers: <\/span><\/span>Google Scholar<\/span><\/span><\/a>
\nInvestigating the climate feedbacks that will determine the fate of the Greenland ice sheet<\/i><\/span><\/span>
\n<\/em>Giulia Mengoli<\/a>
\nDevelopment of mathematical models to predict vegetation response to climate change (also at\u00a0Imperial\u00a0College London)<\/i>
\n<\/span><\/span>Phiala Mehring<\/a>
\nGet your water out of my lounge
\n<\/em>Riccardo Monfardini<\/a>; Papers: Google Scholar<\/a>
\nAssimilation of land surface temperatures to improve the accuracy of NWP models
\n<\/em>Douglas Mulangwa<\/a>
\nImproving hydrological forecasts along the White Nile
\n<\/em>Khomkrit (“Guy”) Onkaew<\/a>
\nSolar-induced fluorescence as a tool for monitoring crop productivity
\n<\/em>Karan Ruparell<\/a>
\nImproving river streamflow forecasts using deep learning
\n<\/em>Megan Sherlock<\/a>
\nThe impact of planting choices on the delivery of multiple ecosystem services by domestic gardens
\n<\/em>Luke Sweeney<\/a>
\nThe impact of anthropogenic land-use changes on fire regimes during the Holocene
\n<\/i><\/p>\n

Who 3: recent PhD alumni
\n<\/strong>Ahmed Al-Arazah
\nMonitoring and modelling of drought in Iraq<\/a> (awarded 2017)
\n<\/em>Dagmawi Teklu Asfaw<\/span><\/a> (now at the University of Reading)<\/em>; Papers: Google Scholar<\/a>
\nCombining multiple streams of environmental dataset to decision support tools for a maize-based system in sub-Saharan Africa (viva 2019)
\n<\/em>Lewis Blunn<\/a> (now at the Met Office at Reading);<\/em>\u00a0Papers: Google Scholar<\/a>
\nCharacterising mixing and pollution transport in the urban boundary layer (viva 2021)
\n<\/em>Renato Braghiere<\/a> (now at California Institute of Technology, NASA Jet Propulsion Laboratory, USA<\/em>); Papers: Google Scholar<\/a>
\nImproving short wave radiative transfer for vegetation <\/em>in land surface models (viva 2017)
\n<\/em>Wilson Chan<\/a> (now at UK Centre for Ecology and Hydrology (UKCEH)<\/em>); Papers: Google Scholar<\/a>
\nA new approach to navigate uncertainty in climate-related hydrological drought risk (awarded 2024)<\/em>
\nNoel Clancy
\nImpacts of air pollutants on vegetation, carbon dioxide and climate (viva 2023)
\n<\/em>Elizabeth Cooper<\/a> (now at UK Centre for Ecology and Hydrology (UKCEH))<\/em>; Papers: Google Scholar<\/a>
\nImproving flood prediction using data assimilation<\/a> (awarded 2019)<\/em>
\nAmsalework Ejigu<\/a>
\nEnsemble generation in land surface models for soil moisture data assimilation (viva 2020)<\/em>
\n<\/em>Rebecca Emerton<\/a> (now at ECMWF<\/em>); Papers: Google Scholar<\/a>
\n<\/em>Extending the predictability of flood hazard at the global scale<\/a>\u00a0(awarded 2019)
\n<\/em><\/em><\/span><\/span>Helen Hooker<\/a> (now at the University of Reading<\/em>); Papers: Google Scholar<\/a>
\nEvaluating and improving flood inundation forecasts using satellite data (viva 2024)<\/em>
\nHelen Johnson<\/a>; <\/em><\/em>Papers: Google Scholar<\/a>
\n<\/em><\/em><\/span><\/span>Modelling Black Carbon Deposition in the UK Met Office Land Surface Scheme (based at Met Office; viva 2024<\/em><\/em><\/span><\/span>)
\n<\/em><\/em>Benjamin M. Jones<\/a>
\nQuantifying and understanding the uptake of plant protection products from soil into plants (viva 2020)<\/em>
\n<\/em>Kirsten Lees<\/a>
\nMeasuring peatland carbon uptake by remote sensing<\/a> (awarded 2019)<\/em>
\n<\/em>Andrea Manrique Su\u00f1\u00e9n\u00a0(now at the Barcelona Supercomputing Center)
\nRepresentation of vegetation processes in land surface models<\/a> (awarded 2016)
\n<\/em><\/em>Gwyneth Matthews<\/a>; Papers: Google Scholar<\/a>
\n<\/span><\/span>Post-processing large-scale river discharge forecasts at ungauged locations (viva 2025)
\n<\/em><\/em>William Morrison; Papers: Google Scholar<\/a>
\nUrban ground-based thermography<\/a> (viva 2020)
\n<\/em>Sammy Petch<\/a>
\nA Coupled Approach to Water, Energy, and Carbon Budgets (viva 2025)<\/em>
\nCatharine Pschenyckyj<\/a> (now at Northumbria University)
\nRecent changes in carbon cycling in upland organic soils in response to changing acidity (viva 2018)
\n<\/em><\/em>Jennifer Price
\nRemote sensing data to test and constrain a dynamic global vegetation model (awarded 2015)
\n<\/em>Beth Saunders; Papers: Google Scholar<\/a>
\nSurface fluxes, temperatures and boundary layer evolution at the building greyzone in London (viva 2024)<\/i>
\n<\/em>Meg Stretton<\/span><\/span>
\nA global perspective on the urban heat island effect (viva 2022)<\/span><\/span><\/em>
\nAzin Howells Wright<\/a>
\nThe effect of land surface hydrological process representation on drought prediction<\/a>\u00a0(awarded 2020)
\n<\/em>Duick Young (now at Meteogroup, Wageningen, the Netherlands)
\nRepresenting urban vegetation in weather and climate models<\/em> (viva 2019<\/em>)<\/span><\/span><\/p>\n

Who 5: recent other alumni
\n<\/strong>H\u00e8ou Mal\u00e9ki\u00a0Badjana (now at University of Lome, Togo)<\/em>; Papers: Google Scholar<\/a>
\n<\/strong>Fernanda Batista-Silva<\/a> (visitor from National Institute for Space Research, Brazil)
\n<\/em>Victoria Boult<\/a> (now at University of Reading, Department of Ecology and Evolutionary Biology)<\/em>; Papers: Google Scholar<\/a>
\nJoanna Clark<\/a>\u00a0(deceased)<\/em>; Papers: Google Scholar<\/a>
\nPeter Cook<\/a> (now at University of Exeter)<\/em>
\n<\/span><\/span>Ian Davenport<\/a>\u00a0(now at University of Edinburgh)<\/em>
\n<\/span>Arnaud Duranel<\/a>\u00a0(consultant to the University)<\/em>; Papers: Google Scholar<\/a>
\nAngie Elwin<\/a>\u00a0(now at World Animal Protection)<\/em>
\nSebastien Garrigues<\/a> (visitor from INRA, France)<\/em>; Papers: Google Scholar<\/a>
\nElla Gilbert<\/a> (now at British Antarctic Survey)<\/em>; Papers: Google Scholar<\/a>
\nThibault Hallouin<\/a>\u00a0(now at\u00a0HYCAR : Hydrosyst\u00e8mes Continentaux Anthropis\u00e9s \u2013 Ressources, Risques, Restauration & INRAE, France)<\/em>
\nNathanael Harwood<\/a>\u00a0(now at\u00a0London Borough of Waltham Forest)<\/em>; Papers: Google Scholar<\/a>
\nFiona Johnson<\/a> (visitor from the University of New South Wales, Australia)<\/em>; Papers: Google Scholar<\/a>
\nDavid Kesner<\/a> (now at Eunomia Research & Consulting<\/em>)
\nDhirendra Kumar<\/a>; Papers: Google Scholar<\/a>
\nChloe Largeron<\/a>\u00a0(now at M\u00e9t\u00e9o-France)<\/em>; Papers: Google Scholar<\/a>
\nDoudou Li<\/a>\u00a0(visitor from Beijing Forestry University, China)<\/em>; Papers: Google Scholar<\/a>
\nMathew Lipson<\/a> (virtual visitor from the University of New South Wales, Australia)<\/em>; Papers: Google Scholar<\/a>
\nMateusz Lisiewski<\/a>
\nWill Maslanka<\/a>\u00a0(now at King’s College London)<\/em>; Papers: Google Scholar<\/a>
\nArathy Menon<\/a> (now at the Met Office)<\/em>; Papers: Google Scholar<\/a>
\nOmar M\u00fcller<\/a> (now at\u00a0<\/em>Universidad Nacional del Litoral & CONICET, Argentina)<\/em>;\u00a0<\/span>Papers: Google Scholar<\/a>
\nKeisuke Nakao (visitor from the Central Research Institute of Electric Power Industry, Japan<\/em>); Papers: Google Scholar<\/a><\/span>
\nRodolfo Nobrega<\/a>\u00a0(now at Imperial College London)<\/em>; Papers: Google Scholar<\/a>
\nVarun Ojha<\/a> (now at Newcastle University<\/em>); Papers: Google Scholar<\/a><\/span><\/span>
\nPablo Paiewonsky<\/a>\u00a0(now at University of Albany and Quantum Risk Analytics)<\/em>
\nEwan Pinnington<\/a>; Papers: Google Scholar<\/a>
\nSuvarna Punalekar<\/a> (now at Aberystwyth University)<\/em>; Papers: Google Scholar<\/a>
\nMeg Stretton (now at the Met Office)<\/em>; Papers: Google Scholar<\/a><\/span><\/span>
\nTing Sun<\/a>\u00a0(now at\u00a0University College London, Institute for Risk and Disaster Reduction (IRDR))<\/em>; Papers: Google Scholar<\/a>
\nMarkus Todt<\/a>\u00a0(now at Met \u00c9ireann, Ireland, with a virtual visiting position at Univ. Reading)
\n<\/em>R\u00e9my Vandaele<\/a> (now at Univ. Exeter); Papers: Google Scholar<\/a><\/em>
\nCharlie Williams<\/a> (now at Univ. Bristol)<\/em>; Papers: Google Scholar<\/a>
\nVadim Yapiyev<\/a> (visitor from Nazarbayev University, Kazakhstan)<\/em>; Papers: Google Scholar<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"

Members of the University of Reading’s Land Surface Processes Cluster The cross-School interdisciplinary Land Surface Processes cluster combines research carried out at the\u00a0University of Reading within the Department of Geography and Environmental Science, the Department of Meteorology, and NCAS-Climate together with external collaborators, in particular the UK Centre for Ecology and Hydrology (UKCEH), the\u00a0British<\/p>\n","protected":false},"author":12,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_acf_changed":false,"_monsterinsights_skip_tracking":false,"_monsterinsights_sitenote_active":false,"_monsterinsights_sitenote_note":"","_monsterinsights_sitenote_category":0,"__cvm_playback_settings":[],"__cvm_video_id":"","footnotes":""},"class_list":["post-12","page","type-page","status-publish","hentry"],"acf":[],"yoast_head":"\nWho we are - Land Surface Processes Group<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/research.reading.ac.uk\/landsurfaceprocesses\/who\/\" \/>\n<meta property=\"og:locale\" content=\"en_GB\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"Who we are - 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