[Video: Wikipedia describes Gayla Peevey as “a former singer and child star from Oklahoma City, Oklahoma.” Her first performance of of “I Want a Hippopotamus for Christmas” is the one which opens this video: an appearance on The Ed Sullivan Show, in 1953, when she was 10. Someone tracked her down last year, when she was 73, and did a second recording — this video’s uploader has tacked it onto the end of the original. (You therefore can enjoy hearing the entire thing twice (you completist, you).) Peevey has been in the news recently because this week, she helped to welcome a new hippo to the Oklahoma City Zoo.]
Want to visit the pages for earlier playlists, which include videos, other songs, and some background material not in the “official” current list? Here y’go:
2008 | 2009 |
2010 | 2011 |
2012 | 2013 |
2014 | 2015 |
2016 |
As in past years, I’ve got two audio-thingumabob players for you: the first plays the entire lot of songs, now exactly 100 songs (at ten added per year — now up to over five hours total!); the second, just this year’s ten additions to the list.
First, about the full list… To repeat from last year’s post (with minor edits for clarity):
- By default, the list plays straight through, from start to finish, in the order in which the songs were first presented here at RAMH.
- …but you can also pop out the playlist into its own, compact window. This lets you proceed to read through the rest of the post or use your browser for something else — or close it altogether — while the music’s playing. (Note that the pop-out window will automatically begin playing.)
- If you’d prefer, you can also shuffle the complete list in random order, in a pop-out window, by clicking below (each time you visit this page and click the below link, you’ll get a different sequence). This is now the recommended way to listen to the complete list, for reasons I’ll get into later:
Pop Out to Shuffle!
In any case, or even if you don’t want to listen at all, you might want to glance at the complete current list of song titles and performers. (Note: this is just a listing; you cannot play music from it.)
Now for the regular audio players… Here’s the complete list (sequential order); you can also open it in a pop-out window by clicking (duh) the little “Popout” button at the top left:
A Quirky/Eclectic Christmas Mix (complete)
…and here are the ten 2017 selections only. As with the complete list, this player just runs through the songs in sequential order, with no shuffle mode:
A Quirky/Eclectic Christmas Mix (2017 Only)
As to the “recommended” method of listening — pop-out and shuffle, using the special link so labeled above — why would you want to randomize the complete list, rather than listen to the songs in order? It boils down to one reason: this is the tenth Christmas season for which I’ve done a Christmas-music post. This has two specific implications:
- In that time, I’ve started exhausting the back catalogue of music I remember from days gone by, and have begun to rely on suggestions from other sites, on songs newly discovered from artists or albums I’m not familiar with, and so on. So you’ll find — starting this year, certainly — that the selections in a single year are starting to shift from the old standbys, to the somewhat more
quirkyeclectic end of the spectrum. For my taste, this will eventually make each year’s list too uniformly unfamiliar… and whatever else might be true about the holiday, I value the familiar! - I’ve also developed a practice of trying to balance each year’s music among songs of different types. This year, for instance, I juggled the selections to include both old and new artists/performances; performances by men and women; instrumentals and vocals; “edgy” and/or energetic vs. quieter and/or contemplative renditions; shorter vs. longer songs; and so on. I juggled things quite a lot, in fact — so much so that I’ve started wondering if I can continue using all these criteria. If I do relax the constraints some, you may find a given year to be “too [insert adjective]” for your taste. Mixing up the complete list via shuffle mode will distribute these properties much more evenly over time.