How to Print Directory Tree on Linux

This tutorial will explore several methods to print a directory tree from the command line on Linux.

The commands covered below are tree, find, ls, and du, which can all output a directory tree in Linux.

Linux tree Command

The single best tool to view a directory tree is the tree command. This is mainly due to the fact that the command’s output is structured to be easy to read. Other commands can accomplish the task, but the output isn’t as pretty.

Tree usually isn’t installed by default, but you can install it with the appropriate command below:

Ubuntu, Debian, and Linux Mint:

$ sudo apt install tree

Fedora, AlmaLinux, CentOS, and RHEL:

$ sudo dnf install tree

Arch Linux and Manjaro:

$ sudo pacman -S tree

Example 1. Use the tree command with no options to print the directory structure for your current directory. Or you can specify the path to a directory you want to see the structure for.

$ tree ~/Downloads
├── bsd
│   ├── freebsd.iso
│   └── openbsd.iso
└── linux
    ├── arch-based
    │   └── manjaro.iso
    ├── debian-based
    │   ├── debian.iso
    │   ├── mint.iso
    │   └── ubuntu.iso
    ├── other
    │   ├── gentoo.iso
    │   └── slackware.iso
    └── rhel-based
        ├── centos.iso
        └── fedora.iso

6 directories, 10 files

For structures with a lot of text, it’s helpful to pipe the output to less or more.

$ tree ~/Downloads | less
$ tree ~/Downloads | more -25

Example 2. By default, the tree output will show files and directories. You can print directories only by appending the -d option.

$ tree -d ~/Downloads
├── bsd
└── linux
    ├── arch-based
    ├── debian-based
    ├── other
    └── rhel-based

6 directories

Example 3. Sometimes it’s helpful to see file and directory sizes so you can see how much storage is being consumed across the directory tree. Append --du to see file and directory sizes, and -h to format the sizes in human readable format.

$ tree --du -h ~/Downloads
├── [4.4G]  bsd
│   ├── [2.3G]  freebsd.iso
│   └── [2.1G]  openbsd.iso
└── [ 36G]  linux
    ├── [3.8G]  arch-based
    │   └── [3.8G]  manjaro.iso
    ├── [ 14G]  debian-based
    │   ├── [3.8G]  debian.iso
    │   ├── [5.0G]  mint.iso
    │   └── [4.7G]  ubuntu.iso
    ├── [6.2G]  other
    │   ├── [3.4G]  gentoo.iso
    │   └── [2.8G]  slackware.iso
    └── [ 13G]  rhel-based
        ├── [7.3G]  centos.iso
        └── [5.3G]  fedora.iso

  41G used in 6 directories, 10 files

Example 4. Use the -L option to limit the number of subdirectories that tree can traverse. For example, to only scan three subdirectories deep:

$ tree -L 3

Directory Tree With find, ls, du

Example 1. The find command will output a list of all files that match a search query. We can use find with no parameters to have it output all directories, subdirectories, and files for any path we specify.

$ find .

Example 2. We can instruct find to output only directories by using the -type flag.

$ find . -type d

Example 3. Use the -R command with ls in order to list all files and directories recursively.

$ ls -R
bsd  linux

freebsd.iso  openbsd.iso

arch-based  debian-based  other  rhel-based


debian.iso  mint.iso  ubuntu.iso

gentoo.iso  slackware.iso

centos.iso  fedora.iso

Example 4. The du command can list a directory tree as well as the sizes of directories and files. This command is most useful with -a to also list files, and -h to list sizes in human readable format.

$ du -ah
2.4G    ./bsd/freebsd.iso
2.2G    ./bsd/openbsd.iso
4.5G    ./bsd
3.8G    ./linux/arch-based/manjaro.iso
3.8G    ./linux/arch-based
3.8G    ./linux/debian-based/debian.iso
5.1G    ./linux/debian-based/mint.iso
4.8G    ./linux/debian-based/ubuntu.iso
14G     ./linux/debian-based
3.4G    ./linux/other/gentoo.iso
2.9G    ./linux/other/slackware.iso
6.2G    ./linux/other
7.3G    ./linux/rhel-based/centos.iso
5.4G    ./linux/rhel-based/fedora.iso
13G     ./linux/rhel-based
37G     ./linux
41G     .


The tree command is the best tool to list a directory tree on Linux. However, default commands can also do the job and will suffice if you don’t need the fancy formatting from tree. These same commands can also be used to find files based on size.

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