This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 1 contains images of plants grown in the first round of the experiment under ambient and high CO₂ conditions.

This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 1 contains images of plants grown in the first round of the experiment under ambient and high CO₂ conditions.

This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 2 contains images of plants grown in the second round of the experiment under ambient and high CO₂ conditions.

This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 2 contains images of plants grown in the second round of the experiment under ambient and high CO₂ conditions.

This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 3 contains images of the plants grown in the third round of the experiment under ambient and high CO₂ conditions. Plants were the progeny of plants from the first and second rounds.

This is a supporting dataset from the manuscript “The plant response to high CO₂ levels is heritable and orchestrated by DNA methylation” by Panda et al. This dataset was used to study trans-generational growth responses to environments with contrasting CO₂ levels. Raspberry Pi computers and cameras were used to image Arabidopsis thaliana wild-type (Columbia) and mutant (ago1-27, cmt2-7/cmt3-11t, ddm1-2, met1, pol IV, suvh4/suvh5/suvh6, and ubp1b) plants growing under ambient (450-500 ppm) and high (1000 ppm) CO₂ conditions. Imaging was done hourly from overhead beginning on the 8th day after sowing and continued until the 25th day after sowing. Dataset 3 contains images of the plants grown in the third round of the experiment under ambient and high CO₂ conditions. Plants were the progeny of plants from the first and second rounds.