diff --git a/examples/gallery/lines/decorated_lines.py b/examples/gallery/lines/decorated_lines.py
new file mode 100644
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+++ b/examples/gallery/lines/decorated_lines.py
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+"""
+Decorated lines
+---------------
+To draw a so-called *decorated line*, i.e., symbols along a line
+or curve, use the ``style`` parameter of the
+:meth:`pygmt.Figure.plot` method with the argument ``"~"`` and the
+desired modifiers. A colon (``":"``) is used to separate the
+algorithm settings from the symbol information.
+This example shows how to adjust the symbols.
+Beside the built-in symbols also custom symbols can be used.
+For modifying the baseline via the ``pen`` parameter, see the
+:doc:`Line styles example </gallery/lines/linestyles>`.
+For details on the input data see the upstream GMT documentation
+at https://docs.generic-mapping-tools.org/latest/plot.html#s.
+Furthermore, there are so-called *line fronts*, which are often
+used to plot fault lines, subduction zones, or weather fronts;
+for details see the
+:doc:`Line fronts example </gallery/lines/linefronts>`.
+"""
+
+
+import numpy as np
+import pygmt
+
+# Generate a two-point line for plotting
+x = np.array([1, 4])
+y = np.array([24, 24])
+
+fig = pygmt.Figure()
+fig.basemap(region=[0, 10, 0, 24], projection="X15c", frame="+tDecorated Lines")
+
+# Plot different decorated lines
+for decoline in [
+    # Line with circles ("c") of 0.5 centimeters radius in distance of
+    # 1 centimeter
+    "~d1c:+sc0.5c",
+    # Adjust thickness, color, and style of the outline via "+p"
+    # Here, we plot a 1-point thick, blue, dashed outline
+    "~d1c:+sc0.5c+p1p,blue,dashed",
+    # Add a fill color using "+g" with the desired color
+    "~d1c:+sc0.5c+glightblue",
+    # To use a pattern as fill append "p" and give the pattern number
+    "~d1c:+sc0.5c+gp8+p1p,blue",
+    # Line with triangles ("t")
+    "~d1c:+st0.5c+gtan+p1p,black",
+    # Line with inverse triangles with a size of 0.3 centimeters in a
+    # distance of 0.4 centimeters
+    "~d0.4c:+si0.3c+gtan+p1p,black",
+    # Line with squares ("s") with a size of 0.7 centimeters in a distance of
+    # 1 centimeter
+    "~d1c:+ss0.7c+gtan+p1p,black",
+    # Shift symbols using "+n" in x and y directions relative to the baseline
+    "~d1c:+sd0.5c+gtan+p1p,black+n-0.2c/0.1c",
+    # Give the number of equally spaced symbols by using "n" instead of "d"
+    "~n6:+sn0.5c+gtan+p1p,black",
+    # Use upper-case "N" to have symbols at the start and end of the line
+    "~N6:+sh0.5c+gtan+p1p,black",
+    # Suppress the baseline by appending "+i"
+    "~d1c:+sg0.5c+gtan+p1p,black+i",
+    # To only plot a symbol at the start of the line use "N-1"
+    "~N-1:+sp0.2c+gblack",
+    # To only plot a symbol at the end of the line use "N+1"
+    "~N+1:+sp0.2c+gblack",
+    # Line with stars ("a")
+    "~d1c:+sa0.5c+ggold+p1p,black",
+    # Line with crosses ("x")
+    "~d1c:+sx0.5c+p2p,red",
+    # Line with (vertical) lines or bars ("y")
+    "~d0.5c:+sy0.5c+p5p,brown",
+    # Use custom symbol ("k") "squaroid" with a size of 0.5 centimeters
+    "~d1c:+sksquaroid/0.5c+ggray+p1p,black",
+]:
+    y = y - 1.2  # Move current line down
+    fig.plot(x=x, y=y, style=decoline, pen="1.25p,black")
+    fig.text(
+        x=x[-1],
+        y=y[-1],
+        text=decoline,
+        font="Courier-Bold",
+        justify="ML",
+        offset="0.75c/0c",
+    )
+
+fig.show()