Ameduri, Bruno

Dupuy, Lionel Xavier

Ladmiral, Vincent

MacDonald, Michael P.

Mimault , M.

Patko, D.

Ptashnyk, Mariya

Current Opinion in Genetics & Development

Dupuy, D.

Mimault, M

Patko, D

Ladmiral, V

MacDonald, M

Ptashnyk, M

Archive Ouverte en Sciences de l'Information et de la Communication

Micromechanics of root development in soil

LX Dupuy

M Mimault

D Patko

V Ladmiral

B Ameduri

MP MacDonald

M Ptashnyk

Crossref

International audienceOur understanding of how root develop in soil may be at the eve of significant transformations. The formidable expansion of imaging technologies enables live observations of the rhizosphere micropore architecture at unprecedented resolution. Granular matter physics provides ways to understand the microscopic fluctuations of forces in soils, and the increasing knowledge of pressure  sensitive ion channels in plants may shed light on how roots perceive soil heterogeneity. This  opinion paper exposes how recent scientific achievements may contribute to design a new theory  for root growth in heterogeneous environments

Dupuy, LX

Ameduri, B.

MacDonald, M,

HAL Descartes

Our understanding of how roots develop in soil may be at the eve of significant transformations. The formidable expansion of imaging technologies enables live observations of the rhizosphere micro-pore architecture at unprecedented resolution. Granular matter physics provides ways to understand the microscopic fluctuations of forces in soils, and the increasing knowledge of plant mechanobiology may shed new lights on how roots perceive soil heterogeneity. This opinion paper exposes how recent scientific achievements may contribute to refresh our views on root growth in heterogeneous environments.</p

Dupuy, Lionel X.

Mimault, M.

Ladmiral, V.

MacDonald, M. P.

Heriot Watt Pure

Our understanding of how root develop in soil may be at the eve of significant transformations. The formidable expansion of imaging technologies enables live observations of the rhizosphere micro-pore architecture at unprecedented resolution. Granular matter physics provides ways to understand the microscopic fluctuations of forces in soils, and the increasing knowledge of plant mechanobiology may shed new lights on how roots perceive soil heterogeneity. This opinion paper exposes how recent scientific achievements may contribute to design a new theory for root growth in heterogeneous environments

University of Dundee Online Publications

English

https://discovery.dundee.ac.uk/files/20354010/Author_Accepted_Manuscript.pdf

Micromechanics of root development in soil

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Archive Ouverte en Sciences de l'Information et de la Communication

Crossref

HAL Descartes

Heriot Watt Pure

Heriot Watt Pure

University of Dundee Online Publications

University of Dundee Online Publications