The seasonal dynamics of fine root length were calculated from a dataset of the length of root segments visible in photographs of roots growing against the windows of mini-rhizotron boxes on the 5 gradient plots..The total length of all root segments within each photograph was calculated. The mean and standard error these totals were calculated
To examine the tempo-spatial characteristics of fine root area distribution and its relationship wit...
Spatial heterogeneity affects plant performance and is influenced by plants, but the scale at which ...
Minirhizotrons provide a unique way to repeatedly measure the production and fate of individual root...
The seasonal dynamics of fine root length were calculated from a dataset of the length of root segme...
Includes bibliographical references (pages [89]-96).December, 1971.Seasonal dynamics of roots of a s...
Seasonal dynamics of roots of a shortgrass ecosystem were determined at 2-week intervals for the two...
Belowground processes in plant communities drive the sequestration of carbon into soil, but how thes...
We used minirhizotrons to measure growing-season fine root dynamics at 0-30 and 50-100 cm depths in ...
Root length density (RLD) in the years from 1994-1997 was estimated using minirhizotrons. The field ...
[Departement_IRSTEA]Territoires [TR1_IRSTEA]SEDYVINBackground: Quantifying the dynamics of root grow...
Background: Quantifying the dynamics of root growth is vital when characterising the role of vegetat...
The rhizosphere, the fraction of soil altered by plant roots, is a dynamic domain that rapidly chang...
Background and aims Plant roots provide mechanical cohesion (cr) to soil on slopes which are prone t...
Fine roots play a key role in carbon, nutrient, and water biogeochemical cycles in forest ecosystems...
We lack a thorough conceptual and functional understanding of fine roots. Studies that have focused ...
To examine the tempo-spatial characteristics of fine root area distribution and its relationship wit...
Spatial heterogeneity affects plant performance and is influenced by plants, but the scale at which ...
Minirhizotrons provide a unique way to repeatedly measure the production and fate of individual root...
The seasonal dynamics of fine root length were calculated from a dataset of the length of root segme...
Includes bibliographical references (pages [89]-96).December, 1971.Seasonal dynamics of roots of a s...
Seasonal dynamics of roots of a shortgrass ecosystem were determined at 2-week intervals for the two...
Belowground processes in plant communities drive the sequestration of carbon into soil, but how thes...
We used minirhizotrons to measure growing-season fine root dynamics at 0-30 and 50-100 cm depths in ...
Root length density (RLD) in the years from 1994-1997 was estimated using minirhizotrons. The field ...
[Departement_IRSTEA]Territoires [TR1_IRSTEA]SEDYVINBackground: Quantifying the dynamics of root grow...
Background: Quantifying the dynamics of root growth is vital when characterising the role of vegetat...
The rhizosphere, the fraction of soil altered by plant roots, is a dynamic domain that rapidly chang...
Background and aims Plant roots provide mechanical cohesion (cr) to soil on slopes which are prone t...
Fine roots play a key role in carbon, nutrient, and water biogeochemical cycles in forest ecosystems...
We lack a thorough conceptual and functional understanding of fine roots. Studies that have focused ...
To examine the tempo-spatial characteristics of fine root area distribution and its relationship wit...
Spatial heterogeneity affects plant performance and is influenced by plants, but the scale at which ...
Minirhizotrons provide a unique way to repeatedly measure the production and fate of individual root...