The below tables show the extensive number of players that have made rushing attempts this season. The second table in particular shows the disparity between the top ranked rusher this season and the bottom ranked rusher.
| Variables in Dataset | Variable Type | Description |
|---|---|---|
| RK | number | Overall rank in terms of rushing |
| Name | character | Player Name |
| POS | character | Player Position |
| GP | number | Games Played |
| ATT | number | Rushing Attempts |
| YDS | number | Total Yards Rushed |
| AVG | number | Average yards rushed per attempt |
| LNG | number | Longest Rushing Play |
| BIG | number | 20+ yard rushing plays |
| TD | number | Rusching Touchdowns |
| YDS.G | number | Rushing Yards Per Game |
| FUM | number | Fumbles |
| LST | number | Rushing Fumbles Lost |
| FD | number | First Downs |
| team | character | Team |
Data scraped from the ESPN Rushing stats page
Top ranked and bottom ranked rushers this season
The NFL classifies rushing as “running with the ball when starting from behind the line pf scrimmage with the intent of gaining yardage”. This is why we see seven different positions with rushing statistics, not just running backs. As expected the position of Running Back holds the majority of rushing plays for the season, followed by wide receiver and then quarterback.
The top five rushers spots belong to running backs and the number six spot belongs to a quarterback. I found it interesting that a quarterback is so highly ranked among all rushers in the NFL considering they tradtional throw and hand the ball to other players.
I ran three analysis comparing different variables to the Average yards rushed.
The result of comparing position to average yards rushed showed the running back with the most even distribution. This is likely because they are most commonly the rushers and they often run straight into the line to gain yardage. the wide receiver also shows a relatively even distribution but more spread out compared to the running back. Even though they are less likely to “rush” the ball, when they do it is typically closer to the side line. This, judging by the distribution, can go either way.
I found the result of this plot interesting because the median stays pretty close across all of the games played. To gain a better Understanding, I would scrape more individual player data in order to understand an players actual success in rushing the ball.
The plot shows a normal distribution for rushing attempts and the average yards picked up per attempt. To fully understand the significance of this, I would run a regression analysis.