Table 1.

List of studies reporting characterization of Arabidopsis accessions in response to abiotic stress.

Accessions 1	Stress	Trait	Reference
	Light, Radiations
4	100, 80, 60 and 40% of sun light	Biometric and fitness parameters	[29,109]
157	Far-red light (3 red/far-red rates)	Flowering time, hypocotyl length	[55]
141	White, blue, red, far-red and dark	Hypocotyl length	[59]
52	Far-red pulses	Hypocotyl length, angle between cotyledons	[62]
7	UV-B	Biometric traits on vegetative (2) and reproductive (4) apparatus.	[63]
7	UV-A, UV-B + A	9 biometric traits on vegetative (6), reproductive (2) and root apparatus (1) and 3 derived parameters.	[64]
	Temperature
21	15, 20 and 25 °C	Flowering time (day of flowering, total leaf number at flowering), height at flowering	[91]
9	Cold and freezing acclimation	Electrolyte leakage, LT50, genes and metabolites expression	[87]
4	Cold and freezing acclimation	Electrolyte leakage, LT50, leaf sugar content	[81]
71	Cold acclimation, sub-zero temperatures	Tissue damage index	[85]
50	Freezing tolerance (with acclimation)	Tissue damage index, CBF and COR genes expression	[86]
12	6 °C, 14 °C and freezing	five biometric traits, flowering time, electrolyte leakage, anthocyanin and chlorophyll contents	[84]
10	Cold (4 °C), heat (38 °C)	Gene expression	[88]
150	16 °C	Flowering time (day of flowering, total leaf number at flowering)	[90]
52	25 °C	Flowering time (total leaf number at flowering)	[65]
23	10 °C chronic exposure	Root elongation rate, candidate genes expression	[89]
	Nutrient
4  36	0, 2, 4 or 6 N:P:K fertilizer doses	Biometric and fitness parameters	[29,109,110]
36, then 5 contrasted	Phosphate depletion (hydroxylapatite or 2,5 μM KH2PO4)	Root morphology parameters, phosphate uptake kinetics	[107]
6	Phosphate depletion (5 μM NaH2PO4)	Root morphology parameters	[108]
	CO2
3	CO2 “enrichment” (550 ppm)	Gene expression, metabolite profile	[149]
35	CO2 low, standard and enriched (250 to 710 ppm)	Biometric, developmental and metabolic parameters	[151]
24	Reduce CO2 assimilation (Short days, low light, excess nitrate)	Rosette weight, enzymes and metabolites profile	[152]
	Root anoxie
47	Soil saturated with water (waterlogging)	Biometric parameters	[153]
	Heavy metal
260	Al3+ 1 mM or pH 4.7	Relative root length	[137]
	Oxydative
11	Atrazine (0.25, 0.5 μM)	Metabolic and root morphology parameters, ROS accumulation	Ramel et al., in prep.
	Osmotic (including drought, salt)
4	5, 10, 15 or 20 mL of water in 2 inches pot	Biometric and fitness parameters	[29]
39	No stress	WUE (delta13C)	[31]
9	Monitored drought stress	Projected leaves area, Transpiration rate	[33]
24	Monitored mild drought stress	Total Leaf Area, Relative Water Content, Electrolyte Leackage, Cut Rosette Water Loss	[34]
102	250 mM NaCl in vitro	Germination, Fresh weight, dry weight	[44]
12	100 mM NaCl in pots	Survival	[46]

¹Only the studies that comprise more than two accessions are reported in this table.