Skip to content
University of Reading logo
  • Home
  • About Us
    • The LEMONTREE team
      • Work with us
    • Associated Projects
  • LEMONTREE Research
    • Implementation – Challenges
    • Glossary
  • Updates
  • Our Publications
  • Resources
  • Experiments
  • Blogs
  • Events

dissemination

Filter:

Developing an ecosystem-centred fire framework: causes and consequences

Written by
Rhona Phipps
Posted on
9th August 2022

Natalie Sanders writes:  How do we disentangle extreme fire events resulting from climate change with natural wildfire regimes? And how might we model the interaction of climate and ecosystem properties,…Read More >

Optimality mini-symposium at the 8th MMEE conference

Written by
Natalie Sanders
Posted on
1st August 20229th August 2022

The week of the 18th July 2022 was the hottest on record in the UK, a sweltering 40°C. The headlines were filled with climate change and how these extremes will…Read More >

Optimality mini-symposium at the 8th MMEE conference

A novel method for using pollen records to reconstruct historic fire regimes – By Natalie Sanders and Yicheng Shen

Written by
Rhona Phipps
Posted on
6th July 20229th August 2022

The Iberian Peninsula, home to Mediterranean beaches and mountains, pine trees and paella, sangria and siestas. But this southwestern region of Europe, mostly comprised of Portugal and Spain, is also…Read More >

A novel method for using pollen records to reconstruct historic fire regimes  – By Natalie Sanders and Yicheng Shen

Furthering our understanding of the global patterns of burnt area, fire size and fire intensity – By Olivia Haas and Natalie Sanders

Written by
Rhona Phipps
Posted on
22nd June 20229th August 2022

Wildfires are a fundamental ecological process, but studying wildfire patterns and properties at a global scale is challenging.  Understanding wildfire processes however, is essential to fully describe global vegetation distribution…Read More >

Furthering our understanding of the global patterns of burnt area, fire size and fire intensity – By Olivia Haas and Natalie Sanders

EEO at EGU: The LEMONTREE team present the Eco-Evolutionary Optimality theory – Natalie Sanders

Written by
Rhona Phipps
Posted on
16th June 202212th September 2022

Now that EGU (European Geosciences Union) General Assembly for 2022 has come to a close and everyone is back to work, it’s been good to reflect on the week and…Read More >

EEO at EGU: The LEMONTREE team present the Eco-Evolutionary Optimality theory – Natalie Sanders

Leaf morphological traits as adaptions to multiple climate gradients

Written by
Rhona Phipps
Posted on
24th March 20229th August 2022

Leaf morphological traits as adaptions to multiple climate gradients By Natalie Sanders and Wang Han Using leaf morphological traits in ecosystem modelling is limited, primarily because the function of many…Read More >

Modelling the Growth and Yield of Arable Crops; an important addition to the assessment toolkit using Eco-Evolutionary Optimality concepts

Written by
Rhona Phipps
Posted on
25th November 20219th August 2022

Recently published paper in Environmental Research Letters https://iopscience.iop.org/article/10.1088/1748-9326/ac2e38 Shenchao Qiao  Tsinghua University writes: “Global food security is an ongoing challenge owing to the continuous rise in the human population. Evaluation…Read More >

Coordination of plant hydraulic and photosynthetic traits: confronting optimality theory with field measurements.

Written by
Rhona Phipps
Posted on
18th August 20219th August 2022

Recently accepted paper for publication in New Phytologist  https://doi.org/10.1111/nph.17656   Huiying Xu, Tsinghua University writes: “Close coupling between water loss and CO2 uptake processes lead to the long-observed coordination between hydraulic…Read More >

Coordination of plant hydraulic and photosynthetic traits: confronting optimality theory with field measurements.

Tansley Review Paper published

Written by
Rhona Phipps
Posted on
5th August 20219th August 2022

Sandy Harrison, LEMONTREE PI, writes:  The LEMONTREE (Land Ecosystem Models based On New Theory, obseRvations and ExperimEnts) project is currently developing a next-generation model of the terrestrial biosphere and its…Read More >

© Copyright University of Reading
Facebook YouTube Instagram Twitter

University of Reading cookie policy

We use cookies on reading.ac.uk to improve your experience. You can find out more about our cookie policy.
By continuing to use our site you accept these terms, and are happy for us to use cookies to improve your browsing experience.

Continue using this website