Article Title: Aggregate stability and visual evaluation of soil structure in biodynamic cultivation of Burgundy vineyard soils
Authors: Fritz, J., Lauer, F., Wilkening, A., Masson, P., & Peth, S.
Journal: TBAH: Biological Agriculture & Horticulture
Bibliometrics: Volume 37, Number 3, Pages 168-182
DOI: http://dx.doi.org/10.1080/01448765.2021.1929480
When this article was published in issue there were some errors, which have now been corrected and re-published online.
Incorrect Text:
Based on visual evaluation (VESS), improvements in soil structure in the BD+ treatment, compared with BD-, were not significant for macropores/biopores, drop test topsoil or subsoil colour, but significant improvements were observed in drop test subsoil (p = 0.009), topsoil colour (p < 0.000), root penetration (p = 0. 017), structure of surface (stable aggregates, little encrustation, p = 0.006), structure of topsoil (p = 0.030), structure of subsoil (p < 0.000) and the colour change from topsoil to subsoil was at a greater depth (p = 0.049).
Correct Text:
Based on visual evaluation (VESS), improvements in soil structure in the BD+ treatment, compared with BD-, were not significant for macropores/biopores, drop test topsoil or subsoil colour, but significant improvements were observed in drop test subsoil (p = 0.009), topsoil colour (p < 0.001), root penetration (p = 0.017), structure of surface (stable aggregates, little encrustation, p = 0.006), structure of topsoil (p = 0.030), structure of subsoil (p < 0.001) and the colour change from topsoil to subsoil was at a greater depth (p = 0.049).
In Figure 2 (d) the value of p <0.000 has been changed to p <0.001.