At the start of Australia s commanding performance in the field on day two in Galle, Ricky Ponting took a spectacular catch at short cover to dismiss Tillakaratne Dilshan and gave Trent Copeland his first wicket in Test cricket. It was only a matter of time before Tony Greig uttered a classic cricket commentary clich to describe the sequence during the slew of replays that were shown of the catch, afterwards. He doesn t drop many, Greig declared.
I don t know about the rest of the cricket viewing public, but I am quite curious to know for a fact just how many Ponting drops, especially compared to Kamran Akmal. The Argus review recently brought this to light and while the main elements of the review deal with how to fix other aspects of the Australian set-up, two paragraphs that dealt with fielding were what caught my attention most.
For catching and fielding specifically, the panel recommends introducing explicit measurement of catching and fielding efficiency for all first-class and international players and teams, reads the bottom of page 20 in the review. These should also feed in to player rankings/performance incentives. One simple measure would be catches taken as a percentage of chances created. Chances could be weighted by difficulty if required. The same could be done for run outs. Measures of this nature have been standard practice in baseball and other sports for decades and should become standard in Australian Cricket.
Just Australian cricket? Why not all cricket at all levels around the world? Cricket is a sport that prides itself on statistics more than most, but in terms of fielding stats, as well as what could be termed as negative stats, the sport is way behind. As the Argus report notes, fielding stats in baseball are standard. Things like fielding %, put-outs, assists especially outfield assists errors, baserunners thrown out or picked off by a catcher, are all marked in the fielding stats column in baseball.
By comparison, catches are tracked for fielders and total dismissals catches and stumpings for wicketkeepers in cricket, but the only tangible negative statistic for a fielder in cricket are the byes conceded by a wicketkeeper. The equivalent stat in baseball for a catcher would be the number of passed balls conceded. That s extremely weak.
At the moment, reputations are made for fielders in cricket through anecdotes. Excluding wicketkeepers, Rahul Dravid has the most catches in Test history yet his fielding prowess is not talked about in the same way as Jonty Rhodes, Mark Waugh, Bob Simpson or Colin Bland. There is no historical record of runs saved between cover and backward point, just stories.
The lack of elaborate fielding stats is partly caused by the absence of specific scorecard designations assigned to fielders in cricket. When one looks at a detailed baseball scorecard, things like F-9 and 6-4-3 DP would be instantly recognizable to signify a fly out to the right fielder and a double play involving the shortstop, second baseman and first baseman. A cricket scorecard shows the name of a player who took a catch but nothing to note where it was taken. Only those with a dedicated knowledge of a team would know that c Hayden b Warne most likely involved a catch taken at slip instead of on the midwicket boundary.
It s hard to properly designate a scorecard number to each player relative to their fielding position in cricket due to the fact that the field can change at any moment depending on the captain s strategy at any stage of a game. However, even simple things could be applied such as designating a catch taken in a so-called catching position like the slips or gully, a catch taken in the circle in front of square, a catch taken on the leg side or the off side, a catch taken on the boundary, etc.
Similarly, drops should also be designated relative to where the chance was missed. Baseball scorecards immediately assign where a miscue occurred, i.e. E-5 is an error made by the third baseman. Drops or missed chances are not documented in cricket. Once again, stories of batsmen making the most of a second chance such as Brian Lara being dropped by the Durham wicketkeeper on 18 and going on to score 501 not out for Warwickshire in County cricket are only passed down through anecdotes and not in official scorecard documentation.
Curiously, cricket also chooses to reward batsmen such as Lara for a fielder s misdeeds instead of punishing the fielder and sparing the bowler from negative stats. If a baseball hitter reaches base as a result of an error by a fielder, the hitter does not get credit for a hit. Simultaneously, the pitcher is not punished statistically if a run scores as a result of that hitter reaching base. This is reflected in his earned run average (ERA).
Unfortunately, cricket bowlers see their stats go in the wrong direction if a fielder has robbed them of a wicket. One thing that could be changed is to create a similar type of ERA statistic for bowlers and teams. One line would track total runs conceded during an innings. However, if a batsman is dropped off a bowler, any future runs conceded by that bowler to the corresponding batsman should be listed separately to note total runs vs. earned runs. Also, all runs scored after a missed chance when a team is nine wickets down would count as unearned. The unearned or bonus runs scored by a batsman after the drop would also be tracked in the team total.
For example, dropped or missed chances had a major impact on the just concluded Test match between Zimbabwe and Pakistan. According to the ESPNcricinfo commentary, Tino Mawoyo was dropped on 27 and went on to make 163 not out. Brian Vitori was dropped on 0 and made 14. So in effect, Zimbabwe scored 150 unearned runs in a first innings total of 412.
Pakistan benefitted even more from sloppy fielding by Zimbabwe. Mohammad Hafeez (dropped on 11, made 119), Misbah-ul-Haq (2, made 66), Younis Khan (30, made 88), Umar Akmal (13, made 15) and Sohail Khan (3, made 11) seized 240 unearned runs in a first innings total of 466. Take away the unearned runs from each side and Zimbabwe should have entered the second innings with a 36-run lead instead of a 54-run deficit. This shows the impact that fielding had on the match.
Baseball isn t the only American sport that is way ahead of cricket in terms of defensive or negative stats. Ice hockey has the valuable plus/minus statistic which essentially tracks goals scored for a team compared to goals allowed while a particular player is on the ice. Last season, New Jersey Devils forward Ilya Kovalchuk tallied 60 points and led the Devils with 31 goals. However, his minus-26 rating was the worst on the team. Despite his offensive skills, the opposition had a far better chance of scoring a goal while he was on the ice than the Devils did.
Basketball tracks turnovers as well as assist to turnover ratio, a strong indication of a point guard s risk/reward ability and the ball-handling skills of other players on the court. Steals and blocks are tracked and an NBA All-Defensive Team is named at the end of each season. Likewise, Major League Baseball awards Gold Gloves at the end of each season to recognize the best fielders at every position.
While the ICC now holds an annual awards ceremony which hands out gongs for Cricketer of the Year, Test Player of the Year, Emerging Player of the Year and Twenty20 International Performance of the Year, there is no such trophy to recognize the world s best fielder. Even if there was, there would be a minimal amount of hard evidence to judge it on. Catches win matches, but apparently they won t win you any awards in cricket.
Just because detailed fielding stats were not kept before in cricket doesn t mean they should not be instituted for the future. Sabermetric stats such as OPS are modern obsessions in baseball thanks to people like Bill James and present a different way of viewing a player s value. In the NFL, quarterback sacks were not an official statistic until 1982 but are now a major benchmark in judging a defensive player s impact. It s time cricket followed suit and started to officially track more detailed fielding stats.