I have come to strongly dislike the seed balls from the Sweetgum tree (Liquidambar styraciflua). They get into the grass such that the mower won't lift them out. Then I step on them and they hurt!
I usually collect them after a rain because the normally reddish color they have darkens and they really stand out against the grass. This color darkens as the balls get older. Most of the time, I toss them to the side to decompose with the rest of the leaf litter.
This time, I decided to put aside my anger and collect them as a natural bead. For your collection, get the ones that fell this year. You can identify them because they will be reddish-brown, rather than dark brown, black or gray. It is a very pretty color. The newer ones also have lots of points because no one has had time to step on them yet (I promise I'm not bitter). I was able to collect a cloth grocery bag full of them in about a half hour.
I have lots of ideas for these things. I think they would look really cool on a strand with smaller wood and bone beads as a set of earrings. Painted white, they would look fun as the trim around the edge of a natural wooden Holly King.
I know it's too late for Yule, but after trimming off the stems, I painted a few of them gold and strung them on a hemp cord to make a garland. They look great when paired with other wooden beads. I think a garland of silver sweetgum balls will look great on a tree with all white lights. I will also play around with some unpainted of course.
When stringing these up, you will need an upholstery needle, preferably one with a bladed end. The center of these things were pretty woody, so I found it easier to first pierce one side and then push the ball down onto the needle by bracing the eye of the needle down against a cutting board. Use only the very tips of your fingers pushing in between the points so you don't squish flat all of the interesting points. Finally, use needle nose pliers to pull the needle through. The stem area has the most wood so do your best to avoid it by piercing from side to side, perpendicular to the stem.
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