Analyzable measurements:

(1) Total root length;

(2) Branch frequency;

(3) Average root diameter;

(4) Median root diameter;

(5) Maximum diameter;

(6) Total root area;

(7) Total projected area;

(8) Total root volume;

(9) Root tip count;

(10) Fork count;

(11) Overlap count;  

(12) Root diameter grade distribution parameters;  

(13) Customizable segmented diameters with non-equal intervals, automatically measuring the length, projected area, surface area, volume, etc., of each diameter segment, along with their distribution parameters.  

(14) Capable of performing root system color analysis to determine the number of surviving roots, outputting the diameter, length, projected area, surface area, and volume of roots of different colors.

(15) Can perform root system topological analysis, automatically determining the number of connections and relationship angles of roots, and can also independently analyze the length, area, and volume of the main root or any lateral root, with the ability to display the corresponding parameters of any diameter segment of the marked root system (customizable with non-equidistant intervals).

(16) Can automatically measure the fractal dimension of root systems using the box-count method. Can analyze the volume proportion of rhizobia in root systems to objectively determine the contribution of rhizobia.

(17) Supports large-scale fully automated root system analysis, with editable and correctable analysis result images.

(18) Can perform large-scale automated estimation of root biomass distribution.

(19) Features include angle-to-ground analysis, horizontal angle analysis, and main root extraction analysis.

(20) All analysis images, distribution maps, and result data can be saved and exported to Excel spreadsheets, including analysis marked diagrams.

(21) The instrument is supported by a cloud platform, enabling analysis data to be saved to the cloud for access anytime, anywhere.