New York Lincoln Stars Defense Independent ERA Charts and Records
About Defense Independent ERA
Defense-Independent Component ERA (dERA) is a variation of component ERA, a metric used to forecast ERA based on other pitching statistics. Defense-Independent Component ERA removes a pitcher's defensive statistics and focuses only on their pitching statistics. Generally, for Defense Independent ERA, lower is better. (Source)
Top New York Lincoln Stars Players by Defense Independent ERA
Which New York Lincoln Stars players rank highest in Defense Independent ERA? Below are the top ten by single season and by career totals with the team, requiring at least 50 innings pitched for a season record, or 100 innings pitched for a career record with the team.
New York Lincoln Stars Defense Independent ERA Per Season
New York Lincoln Stars's Defense Independent ERA for each season of their history, plotted alongside yearly averages for MLB, the Eastern Colored League (Independent), and the Eastern Colored League (Independent).
New York Lincoln Stars Defense Independent ERA Season Distribution vs. MLB and Peers
Each box summarizes Defense Independent ERA across all seasons, comparing the New York Lincoln Stars to MLB as a whole, the Eastern Colored League (Independent), and the Eastern Colored League (Independent). The box covers the middle 50% of seasons, the center line is the median, and the whiskers extend to the min and max values.
New York Lincoln Stars Defense Independent ERA Year-Over-Year Change
A waterfall chart showing how the New York Lincoln Stars's Defense Independent ERA shifted season over season. Each bar represents the change from the previous year, making it easy to spot peak and decline phases.
New York Lincoln Stars Defense Independent ERA — Season-by-Season Breakdown
Every season of New York Lincoln Stars's history with Defense Independent ERA alongside yearly averages for MLB, the Eastern Colored League (Independent), and the Eastern Colored League (Independent). Career totals include sum, average, minimum, maximum, and median.