Image
Credit: Nick Everard, River Teme in Worcestershire   

Modelling Hydrology and Global Change 2024

Welcome to the Modelling Hydrology and Global Change student resources page. We are pleased to share a selection of the keynotes, virtual fieldtrips and PowerPoints from this years 2024 course as well as content from 2023. 

 

As we move through the week, we will be updating this site and adding new resources for you to view at your leisure.   

 

We hope you enjoy the course!

2024 Schedule & links to Sessions

Monday July 8

Introduction to JASMIN 

Introduction to JASMIN chat transcript from workshops

Fatima Chami 

 

Workshop 1: JULES in JASMIN 

Workshop 1 chat transcript from workshop

Toby Marthews 

Watch keynote presentations
Passcode: X2#!y1%A 

NERC: Innovation in Environmental Monitoring 

Simon Gardner
 

 

  

Tuesday July 9

Keynote: unifhy and evalhyd: two software packages to add to your hydrological toolbox - View Slides

Thibault Hallouin (BRGM) 

 

Watch keynote presentations
Passcode: cwg6^aA6

Keynote: From Drones to Phones to Satellites: The Latest Tools to Measure River Flow - View slides

Nick Everard 

Workshop 2: JULES point simulations 

Toby Marthews 

 

Virtual Fieldtrip 1: Water quality monitoring  

Virtual Fieldtrip 2: Wallingford Met Station

View  Virtual Fieldtrip Transcript here

Mike Bowes

Watch Water Quality Fieldtrip

Watch Met Station Field Trip

Workshop 3: JULES gridded simulations 

View Workshop 3 Chat Transcript here

Toby Marthews 

Watch workshop 3
Passcode: u06!R#BG

  

Wednesday July 10

Keynote: Modelling groundwater at the British mainland scale - View slides

Andrew Hughes (BGS) 

Watch keynote presentations
Passcode:3.6CE.c*

Keynote: The State of Wildfires 

Doug Kelley 

Workshop 4: Working with multi-dimensional data 

View Workshop 4 Transcript

Github Repository for Workshops 4-6

Amulya Chevuturi, Kit Macleod, Matt Fry 

Watch workshop 4
 Passcode: .T^5Q@U5 

Workshop 5: Introduction to Object Store 

View Workshop 5 Transcript

Github Repository for Object Story

Amulya Chevuturi, Kit Macleod, Matt Fry 

Watch workshop 5
Passcode: isu=ME1z

How to Write Highly Cited Papers 

Mike Bowes 

Watch Highly Cited Papers session
Passcode: 9@MdZSmm 

 

Thursday July 11

Keynote: Large scale monitoring networks and the challenges of accurate measurement View slides

Daniel Rylett 

Watch Keynote presentations
Passcode:gjg9hz&8

Keynote: Combining JULES with observations for improved model performance 

Elizabeth Cooper 

Keynote: People and water: why it is so important to include people in hydrological modelling, and why it is so challenging View slides

Helen Baron 

Keynote: Why community consultation and engagement is important to your science 

Victoria Barlow 

Workshop 6: Practical Applications 

View Workshop 6 Transcript

Amulya Chevuturi, Kit Macleod,
Matt Fry 

Watch workshop 6
Passcode: @RRv2Pnd 

Communicating Your Science in the Media View slides

Video: Richard Hollingham 

Q&A with Simon Williams (UKCEH) 

Watch News Media recording
Passcode: dzD+3ima

Poster Session 

All 

GatherTown Poster Session link

 

Mike Bowes highlights the importance of water quality, particularly in the River Thames. He looks at why we measure nutrients, such as nitrogen and phosphorus and why Understanding nutrient levels helps in managing and mitigating negative impacts, ensuring the river remains a healthy and sustainable resource.

Steve Turner takes us on a virtual tour of the Wallingford Met Station, which is part of the Met Office’s Climate Network. By measuring many meteorological variables consistently over time, it provides data that show how today's weather differs from long-term averages. This data serves as the foundation for studying how our climate has changed over the decades.

River discharge measurement technologies and techniques. An exploration of the tools and methods for measuring river discharge, including floods and droughts and the challenges posed by a changing climate

How we measure land surface to atmosphere fluxes across our world-leading national network of eddy covariance flux towers Virtual Field Trip 1: How we measure land surface to atmosphere fluxes across our world-leading national network of eddy covariance flux towers