Legends
Table 1. Contribution of the nucleotype and plasmotype
diversity to phenotypic differences between reciprocal hybrids. Tiller
height at two time points and the rate between them, Days to flowering
(DTF), Average Spike dry weight (ASDW), Plant height (PH), Spike length
(SL), spike length CV, Spikes dry weight (SpDW), Total dry matter (TDM)
and Vegetative dry weight (VDW) in the nethouse under ambient
temperature (AT) and high temperature (HT). For clock and Chl F traits:
Amplitude, Period, delta Amplitude (dAMP), delta Period (dPeriod),
Fv/Fm, F/Fmlss, NPQlss and Rfd in SensyPAN under optimal temperature of
22ºC (OT) or high temperature of 32ºC (HT) and the delta HT-OT.
Figure 1. Thermal plasticity of life history traits is under
cytoplasmic control in wild barley. Reaction norms of life history
traits in the ASHER population depicting the average responses to mild
heat of lines carrying either of the two parental plasmotypes.
Differential response between the carriers of Ashkelon (dotted line) and
Hermon (solid line) plasmotype for (a) Spikes dry weight
(SpDW), (b) Spike length (SL), (c) Spike length CV
(SLCV), (d) Vegetative dry weight (VDW), (e) Total dry
matter (TDM) and (f) Spikes dry weight (SpDW). Levels not
connected by same letter are significantly different in student’s t-test
(P<0.05). Different letters indicate the one way ANOVA test
for significant differences.
Figure 2. Chlorophyll florescence and circadian clock
rhythmicity in barley reciprocal hybrids lines grown under OT and HT .
Distribution and box plot of clock output rhythmicity: (a)Amplitude, and (b) Period, and for mean chlorophyll florescence
traits: (c) Fv/Fm, (d) Fv/Fmlss, (e) NPQlss
and (f) Rfd under optimal temperature (OT, black) and high
temperature (HT, gray) in the reciprocal hybrids lines population. For
each student’s t-test, the p value is depicted as *: P<0.05,
**: P<0.01 or ***: P<0.001.
Figure 3. Proportion of crosses with significant
difference between reciprocal hybrids for phenotypic traits, under OT or
AT and HT. Life history traits include: Tiller height (TH) and tiller
number (TN) at two time points and the rate between them, Days to
flowering (DTF), Average Spike dry weight (ASDW), Plant height (PH),
Spike length (SL), spike length CV (SLCV), Spikes dry weight (SpDW),
Total dry matter (TDM) and Vegetative dry weight (VDW) for plants in the
nethouse under ambient temperature (AT) and high temperature (HT). For
clock and Chl F traits: Amplitude, Period, delta Amplitude (dAMP), delta
Period (dPeriod), Fv/Fm, F/Fmlss, NPQlss and Rfd in SensyPAM under
optimal temperature of 22ºC (OT) or high temperature of 32ºC (HT) and
the delta HT-OT. The mean for each type of traits is depicted: Growth or
reproductive traits in the greenhouse experiment, and clock or Chl F in
the SensyPAM.
Figure 4. Cytonuclear interaction (CNI) in the B1K collection
between the chloroplastic rpoC1 gene and DOCs loci under OT and
HT conditions Effects for (a) Amplitude for DOC3.2, and for(b) Period for DOC5.1 (c) CNI between DOC3.2
(chr3H_67267835) and rpoC11713 allele for amplitude.(d) CNI between DOC5.1 (chr5H_648981054) and
rpoC11713 allele for period per se (left) and for its
plasticity (right). Different letters indicate the one-way ANOVA test
for significant differences.
Figure 5. B1K F2 population showing clock phenotype and effect
of plasmotype in reciprocal lines. (a) Period, and(b) Amplitude, for mean chlorophyll florescence traits in
B1K-05-07 and B1K-50-04 F2 population under OT (solid line) and HT
(dotted line) conditions for GI gene. Role of plasmotype in clock,(c) Period, and (d) Amplitude, between B1K-05-07
(dotted line) and B1K-50-04 (solid line) in F2 population under OT and
HT conditions. Different letters indicates the one-way ANOVA test for
significant differences.
Figure 6. Differential clock plasticity in Arabidopsis is linked
with disruption of rpoC1 and with overexpression barley
alleles. (a) Schematic diagram showing T-DNA insertion
in RpoC1 gene (AtCG00180) . Box showing the exon
and line showing intron region. (b) Period phenotype ofrpoC1 and WT plants in OT and HT conditions. (c)Schematic diagram showing T-DNA of CaMV35S-Ch transit-RpoC1 construct of
B1K-09-07 and B1K-50-04 alleles. (d) Period phenotype of rpoC1 ,
OE-RpoC1 alleles and WT plants under OT and HT conditions. Different
letters indicate the one-way ANOVA test for significant differences.