The Experimental Plant Systems Biology Lab led by @drdevangm at @KU_Leuven studies plant chronobiology for climate adaptation.
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ALT Figure 1: The impact of twilight length on plant growth and development. (A) Twilight length experimental schemes. (B) Leaf area of wild-type plants as measured using PlantCV from rosette images at 25 days post-imbibition (n>12). (C) Fresh weight of plants grown under different lengths of twilight (n>38 plants) measured at 25 days post-imbibition. (D & E) Flowering time measured by counting the number of days to bolting and number of leaves at bolting respectively (n>10 plants). (f) Representative images of plants at 36 days post imbibition. Letters above all graphs depict significantly different datapoints based on a one-way ANOVA and Tukey’s post-hoc test with adjusted p-value <0.05.
ALT Figure 1: The impact of twilight length on plant growth and development. (A) Twilight length experimental schemes. (B) Leaf area of wild-type plants as measured using PlantCV from rosette images at 25 days post-imbibition (n>12). (C) Fresh weight of plants grown under different lengths of twilight (n>38 plants) measured at 25 days post-imbibition. (D & E) Flowering time measured by counting the number of days to bolting and number of leaves at bolting respectively (n>10 plants). (f) Representative images of plants at 36 days post imbibition. Letters above all graphs depict significantly different datapoints based on a one-way ANOVA and Tukey’s post-hoc test with adjusted p-value <0.05.