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Who are the Fastest-Scoring (and Most Tenacious) Batsmen in Test Cricket? Click Here.

 

The Fastest, and Slowest, batsmen in Ashes Tests.

 

Longer articles by Charles Davis

 

Unusual Records

 

For comments, or to contact Z-score (Charles Davis) email

 

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12 May 2008

 

 

The website/blog Cricket Buzz has produced a list of “50 Best Cricket Blogs”, and included this site on the list. So there is a compliment. Thanks, guys. Actually, I didn’t know there were 50 cricket blogs, best or otherwise, but with millions of people blogging, I suppose it is not surprising.

 

 

 

So Near but So Far (Written for Cricinfo)

 

When Virender Sehwag strode to the Chennai wicket on the fourth day of the recent Test against South Africa, he already had 309 runs to his name. There would have been a great many fans wondering how far he could go: could he top Brian Lara’s 400?

 

Statistics, however, say that the fans were very likely to be disappointed (as they were). The truth is, that while 309 and 400 sound like reasonably similar scores, they are not. In fact, it is harder for a batsman to add another 100 runs if he has already made 300, than it is at almost any other score.

 

There have now been 22 Test triple centuries, enough for some statistics. Only one of those triples has gone on to produce the magic 400, while 17 have been dismissed. Only one out of 18: that is only a 5.6% conversion rate. (The other four innings finished not out between 300 and 399; it is better not to include them in this calculation.) It is interesting to compare this to the conversion rates at other scores:

 

Number of dismissals

Number of successes

Conversion rate

0-99*

33,822

2942

8.0%

100-199

2334

279

10.7%

200-299

192

22

10.3%

300-399

17

1

5.6%

*0-99 data involves only recognised batsmen (#1-#6 in batting order). “Number of successes” refers to the number of innings that have passed through the specified range without dismissal, e.g., for 0-99 it refers to the number of centuries.

 

While interesting, this data is not very robust for the 300-399 range. If the next batsman to make a triple century happens to go on to 400, the conversion rate will almost double (to a rate similar to the 300-400 conversion rate in first-class cricket of 11%). However, the difficulty that batsmen encounter above 300 can also be seen when we look more closely, at 20-run increments

 

Number of dismissals

Number of successes

Conversion rate

100-119

1105

1791

62%

120-139

581

1087

65%

140-159

329

667

67%

160-179

209

414

66%

180-199

110

279

72%

200-219

96

142

60%

220-239

50

84

63%

240-259

22

55

71%

260-279

19

30

61%

280-299

5

22

81%

300-319

7

14

67%

320-339

5

7

58%

 

 

Note the similarity of the pattern at the 200 mark and the 300 mark. As batsmen approach 200, their conversion rate rises, only to fall suddenly after reaching the milestone; the same thing happens at 300. A dismissal between 280 and 299 is a rare thing.

 

It is also striking that a batsman’s ability to add runs once he has reached 300 (67% and 58% for 300-319 and 320-339) is, in effect, no better than for those who have just reached 100 (62% and 65%).

 

Further perspective can be gained by looking at the one batsman who did make it to 400, Brian Lara at St John’s in 2004. In that innings, Lara played with caution and great focus after reaching 300, taking 178 balls to go from 300 to 400 (56 runs per 100 balls). This is probably the slowest progression from 300 to 400 in first-class cricket: in doing this under very benign conditions when quick runs were called for, Lara also sacrificed any chance his team had of winning the match.

 

Few triple-centurions take this approach. The surprisingly high failure rate after reaching 300, when scoring should be easiest, is probably a combination of mental exhaustion and the need of teams for quick, high-risk runs in those circumstances. The typical scoring rate for triple centurions in their first 300 runs is about 63 runs per 100 balls, but for runs beyond the 300 mark (apart from Lara), the rate is over 80 runs per 100 balls, in time-limited Tests.

 

 

 

5 May 2008

 

Sreeram has pointed out a bowling spell that belongs in the list of longest-ever spells: Garry Sobers at the MCG in 1960/61. He bowled 41 consecutive eight-ball overs over the second and third days, coming on at 124/0 and finally relieved at 335/9. This is the third-longest known bowling spell after Hirwani  in 1990 and Athol Rowan in 1948/49.

 

George Giffen’s 300-ball spell in 1894/95 is no longer the longest-known in Australia.  There could still be others even longer than Sobers’, although this seems unlikely.

 

I have added these records to the Unusual Records section.

 

 

Something Completely Different

 

In the Longer Articles Section, I have posted a paper I wrote and presented for the “Olympic Legacies” conference at Oxford University in March 2008. The title is fairly self-explanatory:

 

Searching for the Greatest Olympic Performances, Using a Complete Summer Olympics Database

 

Hope you find it interesting.

 

 

1 May 2008

 

here is some basic information on Australian batting partners in Tests. The pairs who scored most in partnership are as follows

 

Partn.

Unbr.

R

Avge

100s

1

JL Langer

ML Hayden

119

1

6031

51.11

14

2

ML Hayden

RT Ponting

72

5

4665

69.63

16

3

MA Taylor

MJ Slater

78

2

3887

51.14

10

4

RB Simpson

WM Lawry

64

2

3596

58.00

9

5

DC Boon

MA Taylor

85

4

3593

44.36

8

6

JL Langer

RT Ponting

48

6

3530

84.05

15

7

ME Waugh

SR Waugh

72

2

3434

49.06

9

8

DC Boon

GR Marsh

55

3

2500

48.08

6

9

AR Border

DC Boon

53

3

2397

47.94

8

10

AR Border

DM Jones

40

5

2304

65.83

9

11

IA Healy

SR Waugh

61

2

2250

38.14

6

12

AR Border

KJ Hughes

46

0

2175

47.28

6

13

RT Ponting

SR Waugh

35

0

2136

61.03

7

14

DC Boon

ME Waugh

39

1

2110

55.53

11

15

GR Marsh

MA Taylor

46

2

1970

44.77

4

16

IM Chappell

IR Redpath

49

1

1937

40.35

4

17

DG Bradman

WM Woodfull

22

0

1850

84.09

7

18

AR Border

SR Waugh

31

2

1841

63.48

5

19

AC Gilchrist

DR Martyn

29

2

1786

66.15

6

20

GS Chappell

IM Chappell

37

3

1773

52.15

6

21

DR Martyn

RT Ponting

29

1

1622

57.93

4

22

GS Chappell

KJ Hughes

21

0

1517

72.24

7

 

 

As you can see, a number of opening pairs at the top, although Australia has had relatively few long-term successful opening pairs. Interesting that Hayden/Ponting and Langer/Ponting have more century stands than Hayden/Langer.

 

Here is a list of highest partnership averages among batting pairs. Minimum 1000 runs in partnership.

 

Partn.

Unbr.

R

Avge

100s

1

DG Bradman

WH Ponsford

10

0

1284

128.40

3

2

AR Morris

DG Bradman

13

3

1054

105.40

2

3

DG Bradman

WM Woodfull

22

0

1850

84.09

7

4

JL Langer

RT Ponting

48

6

3530

84.05

15

5

MEK Hussey

RT Ponting

15

2

1038

79.85

3

6

AL Hassett

DG Bradman

14

0

1089

77.79

5

7

NC O'Neill

RN Harvey

19

2

1302

76.59

6

8

AR Border

GS Chappell

17

2

1108

73.87

5

9

GS Chappell

KJ Hughes

21

0

1517

72.24

7

10

ML Hayden

RT Ponting

72

5

4665

69.63

16

11

AC Gilchrist

DR Martyn

29

2

1786

66.15

6

12

AR Border

DM Jones

40

5

2304

65.83

9

13

AR Border

GRJ Matthews

17

1

1043

65.19

3

14

JHW Fingleton

WA Brown

16

0

1020

63.75

3

15

AR Border

SR Waugh

31

2

1841

63.48

5

16

DG Bradman

SJ McCabe

21

0

1326

63.14

3

17

RT Ponting

SR Waugh

35

0

2136

61.03

7

18

GS Chappell

IR Redpath

20

0

1207

60.35

5

19

AR Morris

RN Harvey

18

0

1083

60.17

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