Authors

• Adam Bateson
  • Exploring the impact of variable floe size on the Arctic sea ice
  • Evidence week, or why I chatted to politicians about evidence
  • Can scientists improve evidence transparency in policy making?
  • Peer review: what lies behind the curtains?
• Adam Gainford
  • Tiger Teams: Using Machine Learning to Improve Urban Heat Wave Predictions
  • Fusion energy: what’s the hold up?
  • Met Ball 2023
• Adriaan Hilbers
  • Why renewables are difficult
• Alan Halford
  • Industrial Sponsored Doctorates
• Alec Vessey
  • An inter-comparison of Arctic synoptic scale storms between four global reanalysis datasets
  • Quantifying Arctic Storm Risk in a Changing Climate
• Alex Doyle
  • SWIFT and YESS International Summer School, Kumasi, Ghana
  • Reflecting on starting a PhD
• Ambrogio Volonté
  • Sting Jet: the poisonous (and windy) tail of some of the most intense UK storms
  • From foehn to intense rainfall: the importance of Alps in influencing the regional weather
• Amsalework Ejigu
  • Combining multiple streams of environmental data into a soil moisture dataset
• Andrea Marcheggiani
  • The effect of surface heat fluxes on the evolution of storms in the North Atlantic storm track
• Annelize van Niekerk
  • Mountains and the Atmospheric Circulation within Models
• Beth Saunders
  • Urban observations in Berlin
• Bethan Harris
  • How much energy is available in a moist atmosphere?
  • EGU 2019
• Ben Courtier
  • A new, explicit thunderstorm electrification scheme for the Met Office Unified Model
• Bismay Tripathy
  • Addressing the elephant in the room that wandered off to the village; Patterns of Asian elephant space-use and habitat preference
• Brian Lo
  • Demonstrating as a PhD student in unprecedented times
  • The Social Metwork in 2020
  • Dialogue Concerning the Obvious and Obscurity of Scientific Programming in Python: A Lost Script
  • CMIP6 Data Hackathon
  • The Social Metwork in 2021
  • Thirty Years of Quo Vadis
  • EGU 2022
  • Tiger Teams: Using Machine Learning to Improve Urban Heat Wave Predictions
• Caleb Miller
  • Deploying an Instrument to the Reading University Atmospheric Observatory
  • Panto 2022: FORTRANGLED
• Carl Haines
  • The Variation of Geomagnetic Storm Duration with Intensity
  • Forecasting space weather using “similar day” approach
  • Support vector machine for classification of space weather
• Carlo Cafaro
  • Quantifying the skill of convection-permitting ensemble forecasts for the sea-breeze occurrence
  • 1st Met Office Training and Research Summer School
• Carly Wright
  • Stationary Orographic Rainbands
• Caroline Dunning
  • Deficiencies in climate model simulations of the seasonal rains in Africa
  • The onset and end of wet seasons over Africa
  • Robots and COP?
• Caroline Sandford
  • Thunderstorms and showers: an insight into UK operational radar rainfall estimation
• Charlie Suitters
  • Fluid Dynamics Summer School
  • Panto 2021: Hybrid edition – Semi-Lagrangian Rhapsody!
  • EGU 2022
• Chloe Brimicombe
  • Main challenges for extreme heat risk communication
  • The EGU Experience 2021: a PhD student perspective
  • CMIP6 Data Hackathon
• Chris Webber
  • Air Pollution – The Cleaner Side of Climate Change?
• Christoph Kent
  • Should we be ‘Leaf’-ing out vegetation when parameterising the aerodynamic properties of urban areas?
• Daniel Ayers
  • Coding lessons for the newly initiated
  • Met Office Climate Data Challenge 2022
• David Flack
  • Surviving the Viva
  • The Influence of the Weather on Bird Migration
  • Showers: How well can we predict them?
  • NERC Into the Blue – the Science We Live and Breathe
• Devon Francis
  • ECMWF/EUMETSAT NWP SAF Workshop on the treatment of random and systematic errors in satellite data assimilation for NWP
  • The Greatest Storm – A Virtual Pantomime
• Dominic Jones
  • RMetS Student and Early Career Scientists Conference 2019
  • The Many Speak of Computer
• Elliott Sainsbury
  • How Important are Post-Tropical Cyclones to European Windstorm Risk?
• Elliott Warren
  • Evaluating aerosol forecasts in London
• Emanuele Silvio Gentile
  • Machine Learning: complement or replacement of Numerical Weather Prediction?
• Eunice Lo
  • Quo Vadis 2017
  • Geoengineering – how could we detect its cooling effect?
• Ewan Pinnington
  • Tales from the Alice Holt forest: carbon fluxes, data assimilation and fieldwork
• Fadzil Mohd Nor
  • The effect of local topography on severe tropical convective rainfall development
• Flavia Pinheiro
  • Synchronisation: how can this help weather forecasts in the future?
• Flynn Ames
  • Tiger Teams: Using Machine Learning to Improve Urban Heat Wave Predictions
• Gabriel M P Perez
  • Climate Science and Power
• George Gunn
  • My journey to Reading: Going from application to newly minted SCENARIO PhD student
• Gwyneth Matthews
  • Organising a virtual conference
  • Connecting Global to Local Hydrological Modelling Forecasting – Virtual Workshop
• Hannah Bloomfield
  • The impact of Climate Variability on the GB power system
• Hannah Croad
  • Helicopter Underwater Escape Training for Arctic Field Campaign
  • Panto 2021: Hybrid edition – Semi-Lagrangian Rhapsody!
  • Arctic Summer-time Cyclones Field Campaign in Svalbard
  • Tiger Teams: Using Machine Learning to Improve Urban Heat Wave Predictions
• Hannah Gough
  • Managing your supervisor
  • Understanding the urban environment and its effect on indoor air
  • Macmillan coffee morning
• Hannah Young
  • What is loss and damage from climate change?
• Haonan Ren
  • Ensemble Data Assimilation with auto-correlated model error
• Harriet Turner
  • Diagnosing solar wind forecast errors
  • European Space Weather Week and exploring Zagreb
• Helen Hooker
  • COP Climate Action Studio 2021 and a visit to the Green Zone, Glasgow
• Holly Turner
  • Life on Industrial Placement 
  • Estimating the Effects of Vertical Wind Shear on Orographic Gravity Wave Drag
  • Met Office Academic Partnership Poster and Presentation Session
  • European Geosciences Union General Assembly 2018
• Ieuan Higgs
  • NCEO Forum: Machine Learning and AI
  • Tiger Teams: Using Machine Learning to Improve Urban Heat Wave Predictions
• Isabel Smith
  • 2021 Academic Visiting Scientist – Tim Woolings
  • Panto 2021: Hybrid edition – Semi-Lagrangian Rhapsody!
  • EGU 2022
• Jacob Maddison
  • Atmospheric blocking: why is it so hard to predict? 
  • NAWDEX Campaign – Experiencing the Jet Stream
• Jake Aylmer
  • How do ocean and atmospheric heat transports affect sea-ice extent?
• Jake Gristey
  • The Colour of Climate
  • How the Earth ‘breathes’ on a daily timescale 
  • Understanding our climate with tiny satellites
• James Fallon
  • Youth voices pick up the slack: MOCK COP 26
  • The Social Metwork in 2020
  • Weather Variability and its Energy Impacts
  • Better Data… with MetaData!
  • The Social Metwork in 2021
  • MeteoXchange
  • Scientists Acquitted: Examining the Role of Consent in Climate Activism
• James Gilmore
  • Understanding the Processes Involved in Electrifying Convective Clouds
• James Shaw
  • Reproducible simulations with Singularity
  • The advection process: simulating wind on computers
• Jan Kamieniecki
  • Tropical Circulation viewed as a heat engine
• Jen Stout
  • Panto 2022: FORTRANGLED
• Jon Elsey
  • The 2017 SCENARIO Conference: Frontiers in Natural Environment Research
  •  Accurate spectral measurements of solar radiation – why we need improved understanding in the near-infrared
• Jonathan Beverley
  •  The Circumglobal Teleconnection and its Links to Seasonal Forecast Skill for the European Summer
  • International Conferences on Subseasonal to Decadal Prediction
• Joseph Taylor
  • Trouble in paradise: Climate change, extreme weather and wildlife conservation on a tropical island
• Joshua Talib
  • Communicating uncertainties associated with anthropogenic climate change 
  • The Role of the Cloud Radiative Effect in the Sensitivity of the Intertropical Convergence Zone to Convective Mixing
  • Presenting in Ponte Vedra, Florida – 33rd Conference on Hurricanes and Tropical Meteorology
  • Inspirational Female Scientists #women1918
  • Why become a Royal Meteorological Society Student member?
  • RMetS Impact of Science Conference 2017.
  • Prof. Tapio Schneider – Our Distinguished PhD Visiting Scientist.
  • Discovering COP22
  • What will make the public and politicians take climate change seriously?
• Kaja Milczewska
  • Air pollution and COVID-19: is ozone an undercover criminal?
  • Relationships in errors between meteorological forecasts and air quality forecasts
  • On relocating to the Met Office for five weeks of my PhD 
  • Macmillan Coffee Morning / Bake-Off 2017
  • Experiences of the NERC Atmospheric Pollution and Human Health Project
  • Meteorology Ball 2017
  • Met Festivities
  • Visiting Scientist Week Preview: Laure Zanna
  • How to write a PhD thesis during a global pandemic
• Karina McCusker
  • Simulating measurements from the ISMAR radiometer using a new light scattering approximation
• Kieran Pope
  • The 2nd ICTP Summer School in Hierarchical Modelling of Climate Dynamics
  • Cloud-Radiation Interactions and Their Contributions to Convective Self-Aggregation
• Laura Risley
  • NCEO Forum: Machine Learning and AI
  • Met Ball 2023
• Lauren James
  • AGU 2022 in the Windy City
• Lewis Blunn
  • AMS Annual Meeting 2019
  • High-resolution Dispersion Modelling in the Convective Boundary Layer
• Lily Greig
  • Forecast Verification Summer School
  • Climate Resilience Evidence Synthesis Training
• Lina Boljka
  • Faster analysis of large datasets in Python 
  • Hierarchies of Models
  • Baroclinic and Barotropic Annular Modes of Variability
• Linda Toča
  • Explaining complicated things with simple words: Simple writer challenge
• Linda van Garderen
  • The role of climate change in the 2003 European and 2010 Russian heatwaves using nudged storylines
• Luke Storer
  • A New Aviation Turbulence Forecasting Technique 
  • Clear-Air Turbulence and Climate Change
  • EnvironmentYes
• Mark Muetzelfeldt
  • Representing the organization of convection in climate models 
  • Future of Cumulus Parametrization conference, Delft, July 10-14, 2017
• Mark Prosser
  • The philosophy of climate science
  • Fluid Dynamics of Sustainability and the Environment Summer School
  • Met Department Summer BBQ 2019
  • Is our “ECO mode” hot water boiler eco-friendly?
  • My tips, strategies and hacks as a PhD student
• Martina Frid
  • Urban observations in Berlin
• Matthew Priestley
  • Modelling windstorm losses in a climate model 
  • Visiting Scientist 2018
  • Understanding the dynamics of cyclone clustering
• Max Coleman
  • The Greatest Storm – A Virtual Pantomime
  • The EGU Experience 2021: a PhD student perspective
  • Science Stand-up: Putting those Met Panto Skills to Good Use
• Michael Johnston
  • Island convection and its many shapes and forms: a closer look at cloud trails
• Naomi Smith
  • Under-ice melt ponds in the Arctic
• Natalie Ratcliffe
  • Panto 2021: Hybrid edition – Semi-Lagrangian Rhapsody!
  • Cape Verde with a Chance of Dust Storms
• Nick Byrne
  • Nicaragua Diary: San Francisco Libre
  • The ‘Roaring Forties’ and the Ozone Hole
• Rachael Byrom
  • Methane’s Shortwave Radiative Forcing 
  • Innovating for Sustainable Development
• Rebecca Couchman-Crook
  • Going Part-time…
  • Advice for students starting their PhD 
  • Top websites for weather enthusiasts!
  • VMSG and COMET 2018 (or a Tale of Two Conferences)
  • Describe your research using the Ten Hundred most common words…
• Rebecca Emerton
  • Extending the predictability of flood hazard at the global scale 
  • New Forecast Model Provides First Global Scale Seasonal River Flow Forecasts
  • Can we really use El Niño to predict flooding?
  • AGU Fall Meeting – Posters and Protests
• Rebecca Frew
  • PhD Visiting Scientist 2019: Prof. Cecilia Bitz
  • Sea Ice-Ocean Feedbacks in the Antarctic Shelf Seas
  • Sea ice is complicated, but do sea ice models need to be?
  • Two Weeks in Paris Learning about Fluid Dynamics and Sampling French Pastries
  • A PhD Student’s Guide to EGU 2017
  • NERC Course on Polar Fieldwork Skills
  • Oceans in Weather and Climate Course 2018
• Renato Braghiere
  • 4th ICOS Summer School
  • The impact of vegetation structure on global photosynthesis
• Rosie Mammatt
  • COP27 – An oasis in the heat of the climate change emergency, or a deserting of hope?
• Ryan Williams
  • Characterising the seasonal and geographical variability in tropospheric ozone, stratospheric influence and recent changes
  • SPARC (Stratosphere-troposphere Processes And their Role in Climate) General Assembly 2018
• Sally Woodhouse
  • The impact of atmospheric model resolution on the Arctic
  • APPLICATE General Assembly and Early Career Science event
  • Royal Meteorology Conferences
  • Polar Prediction School 2018
  • A week at COP23
  • Adventures in Modelling – NCAS Climate Modelling Summer School
  • Summer Barbecue and Ceilidh
• Sarah Bentley
  • How does plasma from the solar wind enter Earth’s magnetosphere?
  • Which solar wind properties drive large-scale plasma waves in the Earth’s magnetosphere? 
• Shammi Akhter
  • NCAS Climate Modelling Summer School
• Shannon Jones
  • The Solar Stormwatch Citizen Science Project
  • The visual complexity of coronal mass ejections follows the solar cycle
  • Extra conference funding: how to apply and where to look
• Simon Lee
  • A Journey through Hot British Summers
  • Tips for working from home as a PhD student
  • North American weather regimes and the stratospheric polar vortex
  • 2019 on The Social Metwork
  • Sudden Stratospheric Warming does not always equal Sudden Snow Shoveling
  • On relocating to Oklahoma for 3.5 months
  • Workshop on Predictability, dynamics and applications research using the TIGGE and S2S ensembles
  • Night at the Museum!
  • It’s a #GlobalHeatwave
  • The Scandinavia-Greenland Pattern: something to look out for this winter
• Sophia Moreton
  • Evaluating ocean eddies in coupled climate simulations on a global scale
  • Air-sea heat fluxes at the oceanic mesoscale: the impact of the ratio of ocean-to-atmosphere grid resolution
• Sophie Cuckow
  • Do local or non-local sources of moisture contribute to extratropical cyclone precipitation?
• Téo Bloch
  • The Test MIST Special Meeting, Southampton, March 26-28th, 2018
• Tsz Yan (Adrian) Leung
  • The (real) butterfly effect: the impact of resolving the mesoscale range 
  • The 27th General Assembly of the International Union of Geodesy and Geophysics (IUGG) in Montréal, Canada
• Thea Stevens
  • COP27 – An oasis in the heat of the climate change emergency, or a deserting of hope?
• Thomas Hall
  • Investigating the use of early satellite data to test historical reconstructions of sea surface temperature
• Wilson Chan
  • Physical climate storylines of UK drought
• Ying Ying Toh
  • Climate model systematic biases in the Maritime Continent
  • 5th WGNE workshop on systematic errors in weather and climate models