Leap Year won't come until next year, so February remains a short month. It's always seemed a bit unfair to us. Even though there are only 28 days, the rent or the mortgage or the condo fees remain at their full amount, as do the cell phone bill, the cable bill ...
We're certainly not going to solve that problem here, so maybe we'd best concentrate on a checker problem. It's a short stroke for a short month, and we think you'll find it to be on the easy side.

W:W6,K7,10,11,22:B4,12,15,K21,23.
Can you solve this one in a short time? Figure it out and then make a short leap with your mouse onto Read More to verify your solution.![]()
We found A Fantasy in an old checker publication, without any attribution. A Fantasy postulates a game between an Egyptian and the Wizard of Oz, played in the year 2,000 B.C.E.
Well, The Wizard of Oz wasn't published until 1900, but we're willing to suspend disbelief and overlook this nearly 4,000 year time gap, and we won't even get into the fact that our current form of checkers wasn't quite on the scene yet, either. (The photo above is of a Senet board.) We'll just start with the run-up to the problem position.
| 1. | 9-13 | 22-17 |
| 2. | 13x22 | 25x18 |
| 3. | 11-16 | 29-25 |
| 4. | 5-9 | 18-14 |
| 5. | 9x18 | 23x14 |
| 6. | 10x17 | 21x14 |
| 7. | 8-11 | 24-19 |
| 8. | 16x23 | 26x19 |
| 9. | 11-16 | 28-24 |
| 10. | 16x23 | 27x18 |
| 11. | 7-11 | 30-26 |
| 12. | 2-7 | 25-21 |
| 13. | 6-10 | 24-19 |
| 14. | 10x17 | 21x14 |
| 15. | 11-16 | 26-23 |
| 16. | 7-11 | ... |
Loses. An easy mistake to have made, but 7-10 would have drawn. We suspect Black didn't like the looks of 7-10 14x7 3x10 32-27 1-6 18-15 4-8 but Black is safe: ... 27-24 (31-26 10-14 26-22 14-18! 23-14 16-32 Black Wins) 16-20 31-27 12-16 19x3 10x26 to a draw.
| 16. | ... | 14-10 |
| 17. | 16-20 | 31-27 |
| 18. | 11-16 | 18-15 |
| 19. | 4-8 | ... |

W:W10,15,19,23,27,32:B1,3,8,12,16,20.
Up until move 16, both our Egyptian friend and the Wizard played without error. But now the Wizard has a chance to win, and, being a Wizard, will naturally do just that.
Can you do as well as the Wizard of Oz, or is that thought just a fantasy? Stay in the realm of reality by solving the problem and then clicking on Read More to see the solution.![]()

Fred C. Shardlow, born in New York around 1874 and subsequently a resident of the Marshall, Minnesota area, was a song composer, and is credited with the song, For the Love of Thee for voice and violin.
Mr. Shardlow was also a checker problem composer, and we feature one of his "Gem" problems in today's Checker School entry. Unfortunately we don't have further information about his checker career, although we did locate some other problems of his published in the American Checker Monthly and the Winnipeg Free Press.
So, for the Love of Checkers, take a look at the following position.

B:WK12,15,23,28:B21,K22,K31.
We know you would love to solve it, so please do! And when you're done, you'll love to click your mouse on Read More to verify your solution.![]()
Who wants to start off the New Year in a dull and boring manner? The waterfall jumper above is certainly looking to make this day anything but routine.
And while we can't recommend waterfall jumping for everyone, the same principle applies to checkers. How about we start off 2019 with a real bang, courtesy of regular contributors Lloyd and Josh Gordon of Toronto?

B:W18,19,21,23,26,27,28,29,32:B3,9,10,11,12,14,16,17,20.
Black seems to have only one mobile piece. Can he truly pull out a draw?
This may be just a little past the 30 second "speed problem" category, but it's not terribly difficult and it certainly is loaded with action.
Kick off your checker year with some real thrills. Solve the problem and then jump your mouse onto Read More to check your solution.![]()
This column will appear a few days before the New Year of 2019, and no doubt you're busy with all sorts of preparations. Are you going dancing? Taking a dinner cruise? Watching fireworks at a nearby location? Or just staying home for a celebration with friends, or even a quiet evening?
There are as many ways to celebrate as there are people, and given how busy most of us seem to be, today we have a "midget" checker problem that won't take up a lot of your time, while still being worth a little effort.

W:W14,25:B5,26.
Finish off your checker year by finding the solution, and then get back to your celebrations. There will be plenty more checkers in 2019! When you've finished, click on Read More to check your moves.![]()

The story of the Three Kings is a central part of Christian celebration of the holiday of Christmas. Also known as the Three Magi or the Three Wise Men, and sometimes identified as Balthasar of Arabia, Melchior of Persia, and Gaspar of India, they traveled to Bethlehem with their gifts of gold, frankincense, and myrrh, each of which is said to have a symbolic meaning. And whether you celebrate Christmas or some other holiday, the Three Kings make for a fascinating and meaningful story.
We hope you'll have a little time for checkers during the busy holiday season, and in our archives we found a "Three Kings" checker problem. We lost track of the author's name, but nevertheless the problem is very fitting--- and a bit on the difficult side.

B:W32,30,21,K10,K7:BK26,K24,K23,13,3.
Were you able to solve it? The first move, as is often the case, is the key. We hope you gave it a good try; whenever you wish, you can click on Read More to see the solution.![]()
The American Checkerist was a print publication edited for many years by the prolific and talented William Ryan, who stands with Ben Boland and others among the famed golden age authors of books about checkers. Willie had a great command of the English language and wrote with a style and flair all his own.
In today's Checker School column, we have another "gem" problem, this one by William V. Scott and originally published in The American Checkerist.

Wow, what's this? Five pieces per side but White has three kings to Black's one, Black is underdeveloped, and yet Black is supposed to win it? We'd almost call this a "Coffee and Cake" problem, but a closer look shows that Black has some definite positional advantages, and the problem is actually "medium" in difficulty.
Can you make this into a Black win? You don't have to be an "American Checkerist" to solve it. Find the winning line of play and then click on Read More to see the solution. Then, see if you can answer this: the 35 cent magazine in the photo above--- what would that amount to in today's money?![]()

This weekend The Checker Maven completes an unbelievable 14 years of continuous publication with never a missed deadline. Week after week we've brought you something about checkers, and from what you've told us, you've seemed to enjoy it.
Originally we were going to publish for 10 years. We upped that to 15 and called that a "hard" limit. That leaves us one year to go. But we turned to Mr. Bill Salot for inspiration; he's in his eighties, going strong in every possible way, and makes no excuses about age or health as he continues to support our game of checkers.
So we're going to continue publication. There's no saying how long that will be--- your editor has serious eyesight issues, for one thing--- but we won't quit as long as we can physically continue.
It seems only fitting to celebrate this anniversary and this announcement by going back to our origins, with a "Coffee and Cake" problem from Brian Hinkle. Recall that a "Coffee and Cake" problem is one that you show to your checker friends and bet them coffee and cake that they can't solve it. Brian calls this one "Trumped" (no political reference intended).

W:W10,12,24,K27:B3,7,26,K30.
Stay the course. Don't make excuses. Carry on. We wouldn't call this an easy problem, but--- like publishing The Checker Maven every week--- your efforts will be well rewarded. When you've found the right moves, click on Read More to check your solution.![]()
It's another year with five Thursdays in November, so Thanksgiving in the United States comes well before the end of the month, on November 22. This column will first appear during Thanksgiving weekend.
We've always said how much we love Thanksgiving; its appeal to everyone of every faith and background makes it truly American in spirit. We hope you are enjoying the weekend in whatever way pleases you most, whether it's a large family gathering, a small intimate group, or just some days off to relax. But do remember to be thankful for what you have. While we may not have everything we want, we always have a lot more than we think.
Make checkers part of your weekend with a Tom Wiswell problem, one that he calls "The Follow Through." In his description Mr. Wiswell notes that sometimes a player will give up on a problem just a move or two short of finding the key move. In today's study, staying the course will get you there.

W:WK4,9,K13,27,32:B3,5,K10,28.
White is a man up but is about to lose it back. How can he win?
Take a break from turkey sandwiches and pumpkin pie, and follow through to the solution. Then let your mouse follow a path to Read More to see how it's done.![]()
"The Last Song" can mean a lot of things; the end of a concert, maybe even the end of a career; or more metaphorically, the end of a relationship, an era ... the list goes on, and it's a bit too melancholy for our tastes. But in the world of checkers, we're looking at a much better interpretation for today's column.

W:W10,20,30,31,32:B2,12,17,18,19.
We're going to hear, or at least see, the last song from Mr. G. M. Gibson, the author of our recent few Checker School "snappy" problems propounded by our friend Skittle to the aspiring neophyte Nemo. We'd rate this one as a little above average in difficulty; the theme is one we've seen a few times before.
Don't let this be your last song; whether you solve it or not we hope you'll keep coming back to visit with us and that you'll keep on playing checkers. When you've sung the last verse (i.e., come up with a solution), let your mouse sing out on Read More to see how it's done.![]()