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Table 1 Population characteristics of 59 Dactylis glomerata populations from three regions in Europe

From: Genetic diversity of natural orchardgrass (Dactylis glomerataL.) populations in three regions in Europe

Population

n

Longitude (°, east)

Latitude (°, north)

HE,C

A

Rare alleles (<5%)

Rare alleles per locus (<5%)

CH01

32

8° 11′ 27.3″

46° 52′ 38.6″

0.53

5.17

48

1.66

CH02

32

8° 11′ 30.2″

46° 52′ 40.7″

0.56

5.65

62

2.14

CH03

32

8° 11′ 35.4″

46° 53′ 07.3″

0.53

5.51

64

2.21

CH04

32

8° 11′ 32.7″

46° 53′ 10.0″

0.53

5.06

45

1.55

CH05

32

8° 11′ 27.1″

46° 52′ 51.3″

0.52

5.27

56

1.93

CH06

32

8° 10′ 52.3″

46° 52′ 20.4″

0.54

5.55

62

2.14

CH07

32

8° 11′ 34.0″

46° 52′ 54.9″

0.52

4.89

44

1.52

CH08

32

8° 10′ 49.2″

46° 53′ 00.0″

0.51

5.06

47

1.62

CH09

32

8° 12′ 27.4″

46° 53′ 14.6″

0.53

5.03

45

1.55

CH10

32

8° 12′ 34.9″

46° 53′ 44.5″

0.55

5.48

60

2.07

CH11

32

8° 09′ 55.2″

46° 52′ 23.7″

0.54

5.10

48

1.66

CH12

32

8° 10′ 02.4″

46° 52′ 21.2″

0.53

5.34

61

2.10

CH13

32

8° 11′ 48.9″

46° 52′ 56.5″

0.55

5.34

53

1.83

CH14

32

8° 11′ 51.5″

46° 52′ 50.0″

0.55

5.72

62

2.14

CH15

32

8° 14′ 11.7″

46° 53′ 48.5″

0.53

5.20

53

1.83

CH16

32

8° 13′ 15.7″

46° 53′ 24.1″

0.52

5.34

54

1.86

CH17

32

8° 10′ 13.0″

46° 52′ 07.0″

0.53

5.00

39

1.34

CH18

32

8° 10′ 16.8″

46° 52′ 03.9″

0.53

5.17

53

1.83

CH19

32

8° 11′ 21.9″

46° 53′ 18.0″

0.53

5.55

57

1.97

CH20

32

8° 11′ 08.2″

46° 52′ 53.7″

0.53

5.51

61

2.10

BG01

32

24° 40′ 15.1″

41° 35′ 38.2″

0.52

5.41

51

1.76

BG02

32

24° 40′ 17.2″

41° 35′ 31.4″

0.54

5.17

42

1.45

BG03

32

24° 16′ 04.8″

41° 40′ 48.3″

0.47

4.69

47

1.62

BG04

32

24° 16′ 46.3″

41° 40′ 51.4″

0.44

4.44

37

1.28

BG05

32

24° 28′ 49.0″

41° 53′ 35.8″

0.55

5.44

56

1.93

BG06

32

24° 28′ 41.3″

41° 53′ 57.7″

0.53

5.03

42

1.45

BG07

32

24° 31′ 44.1″

41° 40′ 33.1″

0.53

5.48

59

2.03

BG08

32

24° 31′ 16.6″

41° 39′ 37.7″

0.53

5.37

49

1.69

BG09

32

24° 35′ 47.8″

41° 39′ 03.8″

0.50

5.24

45

1.55

BG10

32

24° 34′ 08.0″

41° 38′ 54.7″

0.56

5.69

59

2.03

BG11

32

24° 47′ 16.2″

41° 40′ 15.9″

0.51

4.75

38

1.31

BG12

32

24° 47′ 00.3″

41° 42′ 25.3″

0.57

5.62

53

1.83

BG13

33

24° 46′ 52.5″

41° 32′ 46.1″

0.51

4.93

42

1.45

BG14

32

24° 45′ 41.0″

41° 31′ 46.3″

0.48

4.79

40

1.38

BG15

33

24° 44′ 04.1″

41° 33′ 42.6″

0.59

6.13

69

2.38

BG16

32

24° 44′ 09.1″

41° 33′ 38.0″

0.55

5.34

53

1.83

BG17

31

24° 44′ 37.3″

41° 37′ 06.9″

0.54

5.13

50

1.72

BG18

32

24° 44′ 27.8″

41° 37′ 08.2″

0.47

4.37

40

1.38

BG19

32

24° 43′ 46.9″

41° 49′ 50.7″

0.49

4.72

32

1.10

BG20

32

24° 44′ 04.3″

41° 49′ 42.5″

0.53

5.24

45

1.55

NO01

32

10° 59′ 13.0″

62° 24′ 14.0″

0.54

4.96

42

1.45

NO02

32

11° 02′ 06.4″

62° 26′ 16.9″

0.55

4.82

40

1.38

NO03

31

10° 51′ 46.8″

62° 25′ 03.1″

0.55

4.65

41

1.41

NO04

32

10° 47′ 57.6″

62° 25′ 21.7″

0.57

5.06

46

1.59

NO05

32

10° 51′ 15.0″

62° 25′ 01.7″

0.54

4.89

47

1.62

NO06

32

10° 45′ 01.2″

62° 24′ 47.7″

0.55

4.58

38

1.31

NO07

32

10° 50′ 27.4″

62° 25′ 22.5″

0.55

4.93

42

1.45

NO08

32

10° 47′ 01.8″

62° 28′ 17.7″

0.55

5.41

57

1.97

NO09

32

10° 50′ 17.6″

62° 25′ 23.1″

0.57

5.24

47

1.62

NO10

32

10° 46′ 13.5″

62° 26′ 09.3″

0.54

4.44

33

1.14

NO11

32

11° 12′ 41.1″

62° 29′ 35.6″

0.54

4.48

33

1.14

NO12

32

11° 06′ 58.1″

62° 28′ 27.1″

0.54

4.96

43

1.48

NO13

32

11° 11′ 29.8″

62° 30′ 09.5″

0.54

4.79

40

1.38

NO14

6

11° 11′ 04.6″

62° 29′ 49.2″

0.51

3.55

6

0.21

NO15

32

11° 19′ 41.7″

62° 28′ 45.9″

0.56

5.13

53

1.83

NO16

31

10° 43′ 00.1″

62° 16′ 35.1″

0.56

5.65

63

2.17

NO17

32

10° 38′ 51.8″

62° 20′ 40.0″

0.55

5.10

50

1.72

NO18

32

10° 48′ 07.5″

62° 08′ 21.6″

0.53

4.65

40

1.38

NO19

32

10° 48′ 11.5″

62° 08′ 21.8″

0.53

4.86

41

1.41

  1. The number of individuals (n), geographical coordinates, expected heterozygosity (HE,C), allelic richness (A), the total number of rare alleles and the mean number of rare alleles per locus are given per population. Twenty populations originated from Switzerland (CH), 20 from Bulgaria (BG) and 19 from Norway (NO).