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Table 1 Summary information of the common gardens of each pine species. The number of genetic units makes reference to the original number established in the common garden, i.e., not accounting for catastrophic events which could have depleted one or some of the genetic units

From: Geographic variation of tree height of three pine species (Pinus nigra Arn., P. pinaster Aiton, and P. pinea L.) gathered from common gardens in Europe and North-Africa

Species

Country

Common garden

Year of plantation

Exp. design

Number of blocks

Number of trees per unit plot

Number of genetic units per block

Total number of genetic units

P. nigra

France

Cestas

1974

RIB

7

6

7

15

P. nigra

France

Levens

1968

RIB

36

56

6

8

P. nigra

France

Pomet

1973

RIB

70

16

5

15

P. nigra

France

Verdun

1968 and 1971

RIB

36

36

5

13

P. nigra

Germany

Bad Windsheim

2009

RCB

3

50

10

10

P. nigra

Germany

Eglsee

2009

–

1

50

2

2

P. nigra

Germany

Geibenstetten

2009

RCB

3

50

39

39

P. nigra

Germany

Gickelhausen

2009

RCB

3

50

21

21

P. nigra

Germany

Vilseck

2009

RCB

3

50

48

48

P. nigra

Spain

Herrera

1996

RCB

7

8

9

9

P. nigra

Spain

La Granja

1996

RCB

12

4

19

19

P. nigra

Spain

Rebolleda

1996

RIB

10

4

172

17

P. nigra

Spain

Rucandio

1996

RIB

7

8

7-10

11

P. nigra

Spain

Sancedo1

1996 and 1997

RCB

7-10-10

8-4-4

10-16-14

10-16-14

P. nigra

Spain

Trespaderne3

1996

RCB

15-9

4

16-13

16-13

P. pinaster

France

Alban

1981

RIB

127

4

15

1634

P. pinaster

France

Bray

1971

RIB

28

3-100

14-83

4085

P. pinaster

France

Malgaches

1972

RCB

4

33-63

10

10

P. pinaster

France

Mole

1982

RIB

34

4

20

676

P. pinaster

France

Pavillon

1970

RIB

80

13

4

16

P. pinaster

Morocco

Ain Rami

1992

RCB

6

10

43

43

P. pinaster

Morocco

BV13

1992

RCB

6

36

33

33

P. pinaster

Morocco

Ouid Lille

1992

RCB

8

10

42

42

P. pinaster

Spain

Acebo

1966

RCB

4

16

52

52

P. pinaster

Spain

Cabañero

1967

RCB

4

16

52

52

P. pinaster

Spain

Espinoso

1967

RCB

4

16

50

50

P. pinaster

Spain

Miravete

1966

RCB

4

16

52

52

P. pinaster

Spain

Negrillas

1967

RCB

4

16

51

51

P. pinaster

Spain

Riofrío

1967

RCB

4

16

53

53

P. pinea

France

Baume

1993

RIB

64

3

10

26

P. pinea

France

Gaillarde

1995

RIB

59

3

-

37

P. pinea

France

Laquina

1995

RIB

66

3

10

37

P. pinea

France

Loupian

1994

RIB

80

3

9

26

P. pinea

France

Treps

1994

RIB

171

3

-

38

P. pinea

Spain

Cucalón

1995

RIB

68

3

12

34

P. pinea

Spain

Quintos

1996

RIB

43.57

3

12 (b44: 6)

29

P. pinea

Spain

Tordesillas

1996

RIB

51

3

12

34

P. pinea

Spain

Trespaderne

1997

RCB

15

3

29

29

  1. Exp. design means the type of experimental design, can be RCB or RCB. See below the meaning
  2. RCB and RIC mean randomized complete block design and incomplete block design, respectively
  3. 1The experimental design of the common garden of Sancedo is composed of three separated plots though they belong to the same trial
  4. 2Block number 10 includes 13 provenances
  5. 3The experimental design of the common garden of Trespaderne is composed of two separated plots though they belong to the same trial
  6. 4This is a progeny and provenance test. It has a total of 163 genetic units: 154 hybrid progenies from 10 provenances, plus 9 true provenances
  7. 5This is a progeny and provenance test. It has a total of 408 genetic units: 365 progenies from 34 populations from Landes and Corsica, plus 43 provenances from Landes and Corsica
  8. 6This is a progeny and provenance test. It has a total of 467 genetic units: 25 true provenances plus 42 hybrid progenies from 10 provenances
  9. 7Due to a lack of seedlings, in the last block, the 44th, only 6 provenances were planted instead of 12
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Annals of Forest Science

ISSN: 1297-966X