Human Tractography Atlas


This atlas is shared under the Creative Commons Attribution-ShareAlike 4.0 International License. It is free for all purposes provided its citation (2018 Neuroimage Paper, see below) is attributed as the source.

The HCP842 template is derived from data acquired by the Human Connectome Project and may require addition acknowledgement.

Yeh, F. C., Panesar, S., Fernandes, D., Meola, A., Yoshino, M., Fernandez-Miranda, J. C., ... & Verstynen, T. (2018). Population-averaged atlas of the macroscale human structural connectome and its network topology. NeuroImage, 178, 57-68. PubMed:

     A total of 80 nifti files are available in the download link. Each file records the voxel-base mask converted from the trajectories of fiber bundle. The original tracks has a much high resolution, and the conversion to a voxel mask loses a substantial amount of spatial information. 
     A total of 80 TRK files are available in the download link. To view the file, please download DSI Studio ( and the HCP fiber template (a FIB file, link provided in the bottom). In DSI Studio, click on "STEP3 Fiber Tracking" and open the HCP fiber template. In the top menu, open the trk files using [Tracts][Open Tracts...] to visualize the fiber trajectories.
     The pictures show views of the fiber pathways from 6 different directions in a higher resolution. The images were created using DSI Studio.
     Connectograms of each fiber pathway generated using an AAL-based brain parcellation.

Other Resources:

    Trk files converted to MNI space using Dipy RecoBundle:


White matter localization

The HCP842 tractography atlas can be matched with the TBSS or VMB mask to explore which pathways are involved in the finding. The following steps describe how to do this.

1. Download DSI Studio at
2. Download HCP842 template file:
3. Download HCP842 tractography TRK files:   
    I recommend download only the projection, association, and commissural pathway. The following steps can be repeated for each pathway system, respectively.
4. Run DSI Studio (unzip to a folder and click dsi_studio.exe)
5. Click [STEP3 Fiber Tracking] and open HCP842_1mm.fib.gz (the HCP842 template file)
6. Load the TBSS or VBM mask file as a region by [Regions][Open Region]. 
    You may check the ROI window at the left bottom window to make sure that the mask appears correctly
7. Load the tractography TRK files by [Tracts][Open Tracts] and select the TRK files of a pathway system (e.g. TRK files in the projection folder)
8. [Tracts][Filter Tracts by ROI/ROA/END] to remove tracks that are not passing through the mask
9. [Tracts][Statistics] and save the results as a text file. 
10. Open the text file in Excel. Check out "a number of tracks" row to see the streamline count in the remaining tractography. If the number of tracks is 0, then it means the pathway does not go through the mask. A higher streamline count indicates a possible higher chance the pathway is related to the mask region.


[1]Yeh, F. C., S. Panesar, D. Fernandes, A. Meola, M. Yoshino, J. C. Fernandez-Miranda, J. M. Vettel, and T. Verstynen. "Population-averaged atlas of the macroscale human structural connectome and its network topology." NeuroImage (2018).