Publications

You can also find my articles on my Google Scholar profile.

Manuscripts

PRE PRINT: Distance to future climate analogues reveals refugia for agricultural adaptation

Published in Biorxiv, 2025

Mapping the distance to future analogues provides a measure of adaptation potential, and reveals steep slope agriculture, regions with small field sizes, and ancient centres of crop domestication have more proximal climate analogues.

Recommended citation: Geldbach Jones, Anna; Pironon, Samuel; Friis, Guillermo; Geldbach, David; Borrell, James S. (2025 preprint). "Distance to future climate analogues reveals refugia for agricultural adaptation." Biorixv.
Download Paper

The effect of elevated CO2 on hyperspectral leaf reflectance in mature trees

Published in Trees: Structure and Function, 2025

This paper investigates the effect of elevated CO2 on mature tree leaf reflectance.

Recommended citation: Lee Jones, Anna; et al. (2025). "The effect of elevated CO2 on hyperspectral leaf reflectance in mature trees." Trees. 39(69).
Download Paper

On mature reflection: Ozone damage can be detected in oak trees by hyperspectral reflectance

Published in Ecological Indicators, 2025

This paper tests the use of hyperspectral leaf reflectance to detect ozone stress in mature oak trees under natural conditions.

Recommended citation: Lee Jones, Anna; et al. (2025). "On mature reflection: Ozone damage can be detected in oak trees by hyperspectral reflectance." Ecological Indicators. 172(113263).
Download Paper

Reflections of stress: Ozone damage in broadleaf saplings can be identified from hyperspectral leaf reflectance

Published in Environmental Pollution, 2024

This paper investigates the effect of elevated ozone on tree leaf reflectance in saplings under experimental conditions.

Recommended citation: Lee Jones, Anna; et al. (2024). "Reflections of stress: Ozone damage in broadleaf saplings can be identified from hyperspectral leaf reflectance." Environmental Pollution. 360(124642).
Download Paper

An evidence-based 3D reconstruction of Asteroxylon mackiei, the most complex plant preserved from the Rhynie chert

Published in eLife, 2021

This paper presents a 3D reconstruction of an early land plant, important for understanding the early evolution of roots.

Recommended citation: Hetherington, Alexander J; et al. (2021). "An evidence-based 3D reconstruction of Asteroxylon mackiei, the most complex plant preserved from the Rhynie chert." Trees. 10(e69447).
Download Paper

Anna Geldbach Jones