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. 2017 Apr 13;8:548. doi: 10.3389/fpls.2017.00548

Table 1.

Provenance and seasonal collection site climate (details in Berger et al., 2008) of old world lupin common garden field experiments at in 2007, 2008 and 2015 (hard seed breakdown).

aClust Description Germplasm n Rainfall (mm) Rain days Frost days Mean temp (°C) Temp change (°C/day) Summer temp (°C) bStatus Origin
07 08 15 Pre-seas Veg Rep Veg Rep Veg Veg Rep Rep Max Range Br Lr W
cL. albus L. 88 17 14 58 16
1 European spring-sown: long daylength, rapidly warming, cool veg phase, med rainfall, low terminal drought. 1 310 102 226 24 42 7 12.0 18.9 0.01 24.7 11.4 1 UKR, 1
2 Mediterranean (Iberian) long season: cool temp, high, frequent rainfall, no terminal drought. 6 2 104 515 521 69 96 4 14.5 15.8 0.05 23.8 9.4 6 PRT, 6
3 Mediterranean long season: low temp (cold, frosty veg phase), high, frequent rainfall, warming rep phase; low terminal drought. 5 54 581 234 81 42 56 5.8 15.0 0.09 23.6 12.5 2 3 ITA, 3; ESP, 1; PRT, 1
4 Ethiopian highlands: warm, wet veg phase, cool, low rainfall rep phase; low terminal drought. 6 3 773 668 61 33 9 2 16.2 16.3 0.01 27.0 16.3 6 ETH, 6
5 Average Mediterranean climates: intermediate terminal drought. 48 6 41 376 234 47 41 18 12.2 16.3 0.09 29.2 13.3 36 12 ITA, 15; ESP, 11; PRT, 8; GRC, 6; SYR, 6; MAR, 1; DZA, 1
6 Mediterranean spring-sown: low rainfall, warm rep phase with rapid temp increase; high terminal drought. 14 3 552 91 13 19 4 2 16.4 23.6 0.10 30.0 14.0 14 TUR, 7; GRC, 7
7 Southern Mediterranean: low rainfall, warm rep phase with rapid temp increase; high terminal drought. 8 3 5 47 32 8 10 3 16.6 18.2 0.12 34.6 14.8 8 EGY, 6; ISR, 1; GRC, 1
L. angustifolius L. 135 42 21 16 0 115
1 European spring-sown: long daylength, rapidly warming, cool veg phase, med rainfall, low terminal drought. 1 3 269 91 186 26 40 11 11.1 17.9 0.02 23.8 12.1 1 DEU, 1
2 Mediterranean long season: high, frequent rainfall, cool veg phase; low terminal drought. 18 8 8 64 558 324 76 62 50 8.3 15.6 0.09 26.4 13.8 18 ESP, 10; PRT, 4; FRA, 3; ITA, 1
3 Mediterranean (Iberian) long season (cool): intermediate, frequent rainfall, cold frosty veg phase; med terminal drought. 13 1 50 391 164 85 39 97 5.7 16.0 0.10 26.8 16.7 11 ESP, 11
4 Average Mediterranean climates: intermediate terminal drought. 92 23 9 46 345 226 44 38 16 12.2 15.9 0.10 31.2 15.6 15 77 ESP, 20; AUS, 19; GRC, 17 ; MAR, 10; ISR, 5; FRA, 4; ITA, 4; PRT, 3; SYR, 3; TUR, 3; CYP, 2; DZA, 1; ZAF, 1
5 Nth Africa: low, infrequent rainfall, high sun hours, rainfall variability: high terminal drought. 7 5 4 26 145 135 18 20 21 11.4 16.3 0.10 33.7 19.6 7 MAR, 6; DZA, 1
Unclassified 4 2 2 2 GRC, 2; CHL, 2
L. luteus L. 71 29 13 35 0 36
1 European spring-sown: long daylength, rapidly warming, cool veg phase, med rainfall, low terminal drought. 30 11 1 296 99 211 26 41 11 10.9 17.7 0.01 23.6 11.7 30 DEU, 6; BYS, 5; UKR, 5; HUN, 4; POL, 3; AUS, 2; RUS, 2; SUN, 1; LVA, 1; NLD, 1
2 Mediterranean (Iberian) long season: high, frequent rainfall, cool veg phase; low terminal drought. 7 7 6 70 645 416 76 72 27 10.5 15.5 0.08 26.2 13.2 7 PRT, 6; ESP, 1
3 Average Mediterranean climates: intermediate terminal drought. 32 11 6 47 368 224 45 40 4 13.5 16.2 0.08 30.1 15.2 5 29 PRT, 17; AUS, 9; MAR, 3; ISR, 3; ESP, 1; ZAF, 1
Unclassified 2 PRT, 2
COMMON GARDEN FIELD TRIAL CLIMATE
2007 field trial 230 262 69 46 21 0 14.1 17.1 0.11
2008 field trial 258 187 101 32 36 0 12.5 16.3 0.07
a

Cluster: collection sites were clustered largely on the basis of seasonal climate and described in Berger et al. (2008).

b

Status: Br, breeding material or released cultivar; Lr, landrace; W, wild germplasm. Numbers refer to 2007 evaluation.

c

L. albus L. collection site climates above were re-analysed in light of the fact that landraces from the Balkans to Asia Minor are spring-(Mülayim et al., 2002; Mihailovic et al., 2008), rather than autumn-sown as assumed in Berger et al. (2008).

Note that 2007 and 2008 field trial climate is also included to put these evaluations into context alongside germplasm collection site climate. Summer maxima and average temperature range are included as background for the physical dormancy work.