Table 2 18 sites and 46 subsites included in this study and the number of species, years, and phenophases that were included from each site.

From: Experimental warming differentially affects vegetative and reproductive phenology of tundra plants

Site

Subsites

Spp

Years

Latitude

Longitude

Phenophases

Alexandra Fiord, NU, Canada

8

7

20

78.83

−75.80

G, F, EOF, FR, SD, S

Endalen, Svalbard

3

6

4

78.18

15.76

F, EOF, SD

Adventdalen, Svalbard

2

8

1

78.16

16.10

G, F, EOF, SD, S

Utqiaġvik, AK, USA

2

40

20

71.28

−156.60

G, F, EOF, FR, SD, S

Atqasuk, AK, USA

2

28

16

70.45

−157.40

G, F, EOF, FR, SD, S

Toolik Lake, AK, USA

3

19

8

68.63

−149.60

G, F, EOF, SD, S

Imnavait Creek, AK, USA

1

7

3

68.62

−149.32

G, S

Latnjajaure, Sweden

4

8

5

68.33

18.50

G, F, EOF, SD, S

Kangerlussuaq, Greenland

3

7

2

67.02

−50.72

G, F, FR

Daring Lake, NT, Canada

2

3

19

65.87

−111.53

F, EOF, FR, SD

Healy, AK, USA

1

5

6

63.88

−149.25

G, S

Faroe Islands, Denmark

1

1

4

62.06

−6.95

F, EOF

Finse, Norway

3

4

3

60.61

7.50

F, EOF

Jakobshorn, Switzerland

1

22

1

46.77

9.86

G, F, EOF, S

Val Bercla, Switzerland

1

12

2

46.47

9.58

F, EOF

Gavia Pass, Italy

2

3

5

46.34

10.49

F, FR, SD

Niwot Ridge, CO, USA

6

19

6

40.06

−105.59

G, F, EOF, S

White Mountains, CA, USA

1

1

1

37.5

−118.17

F

  1. Sites are ordered by latitude (highest to lowest).
  2. G green up, F start of flowering, EOF end of flowering, FR fruiting, SD seed dispersal, S leaf senescence.