Change never comes easy in the traditional sport of saddle seat equitation, or for that matter in the horse business. Since the Saddle Seat Equitation Numerical Scoring System was introduced in the fall of 1999, it has been met with discussion by proponents and critics. It may have been uncomfortable along the way, but most judges who have used the system walk away impressed and wanting to use it again.
An experienced Arabian judge, Carol Stohlmann, who was first exposed to the SEN system at the 2001 Morgan Grand National and who didn't have any preconceived ideas, was very complimentary of it.
“The SEN system is very fair,” said judge Stohlmann. “By scoring each element of the pattern as it occurs, the error of 'recency' doesn’t occur. That is, one mistake in a pattern doesn’t overshadow the whole pattern.”
Gary Garone, who has used the SEN system at two shows in 2001 (All American Classic and Kentucky Fall Classic), also is in support of the system. "Overall I think it is a very positive step. I'm behind it. It isn't necessarily perfect - there have been problems - but I don't see why we can't iron out the kinks. We need more practice with it and we need to walk in more prepared than maybe we have so far."
Scott Matton has been a strong proponent of the SEN system as well. He stresses its ability to allow judges to watch the horses and judge what they see rather than to spend their time in bookkeeping, which can be substantial when there are numerous sections and pattern work involved.
Lynda Freseth and her son Jeffrey Williamson developed the system drawing on similarities from a numerical system originally designed by Nealia McCracken. Obviously Freseth has dedicated a great deal of time and energy to developing the system and to its implementation. In the face of problems at some of the initial horse shows where it was used, Freseth and her son, Jeffrey, have committed to travel to all events where SEN is begin used for the first time. Both of them will be present at the American Royal and Jeffrey will be involved in center ring to ensure that all goes smoothly during the finals.
"I first got started with developing this system when I saw the numerical system at New York [McCracken's system]. I liked it, but I wanted a system that didn't drop scores down equally. So we added the different brackets. I loved the idea of segmented workouts, but I wanted to change a few things. I got so involved in the computer aspect of it because the computer takes care of implementing the rules. It takes care of weighting the various phases at each of the finals even though it's different in the different finals. The computer will even give out sample workouts that are legal for the different age groups that are already segmented," explained Freseth.
It is hard to fault the system’s methodology. The system was designed as a completely numerical system utilizing numbers to express the opinions of judges.
Within the rail work, the goal is to minimize the bookkeeping that is necessary by the judges. The only responsibility of the judge is to categorize the riders from top to bottom into three brackets. The brackets represent the judge’s opinion of grouping top riders together, average riders together, and below average riders together. Within each bracket, the riders are put into an order as well. Then the numerical formula is added by the tabulator to, in fact convert those opinions to a numerical system. The judge scores the general level of competition by setting the top score, and the formula drops down set amounts within each bracket and a greater amount between brackets. Thus, each rider receives a numerical score for their rail work from each judge.
For example, if the rail work accounts for 100 total points, the SEN system dictates that the formula drop three points between riders within brackets and seven points between brackets. If 10 riders are in a class and the judge put three riders in the above average bracket, four riders in the average bracket, and three riders in the below average bracket, and the top score in the class is a 90, then the riders would be scored as follows: 90, 87, and 84 for the above average riders; 77, 74, 71, and 68 for the average riders; and 61, 58, and 55 for the below average riders. Judges do have the option of putting all riders in one bracket, or no riders in any one bracket, based on the performances they see in front of them.
The system is even more useful for scoring workouts or patterns. The planned workout is separated in advance into segments (which theoretically may be weighted to represent the level of difficulty within the pattern, but which in practicality are usually weighted equally). Then the judge scores each individual segment, generally on a 1 to 10 scale, for the quality of the performance of that segment.
This prevents a judge from scoring an entire workout harshly because of a mistake committed at the end of the pattern. It also helps a judge to determine how much a serious mistake should affect the total score of the workout. For example, if a rider misses a canter lead, he or she may receive a zero on that segment of the workout, but it would not necessarily affect other segments of the workout score.
As a former certified public accountant and an admitted numbers person, I respect and appreciate this new scoring system. Perhaps the thing I like best about the system is the ability to involve the crowd in the process. By announcing a rider’s pattern scores from each judge immediately after their pattern, the crowd knows instantly how that rider did, even if they are not an equitation instructor. If you’ve ever been to a rodeo or a jumping event, you can appreciate how much easier it is to stay in the action when you know what each rider has to beat to be in the lead, or even in the ribbons.
In an industry that suffers from a lack of crowd involvement this is a critical benefit. We desperately need a way to boost crowd attendance and involvement and feedback is clearly an excellent way to do just that.