Strength test results of semi-circular specimens. by Yining Wang (432154)

“…Experimental results show that the ZM modifier significantly improves the dynamic stability and rutting resistance of the mixture, with dynamic stability increasing to 5245 and rut depth decreasing to 2.26 mm at a dosage of 0.5%. …”

Bending test results of beam specimens. by Yining Wang (432154)

“…Experimental results show that the ZM modifier significantly improves the dynamic stability and rutting resistance of the mixture, with dynamic stability increasing to 5245 and rut depth decreasing to 2.26 mm at a dosage of 0.5%. …”

Cis-acting elements in the promoter of PtWRKYs. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

The Ka/Ks values of PtWRKY paralogous gene pairs. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

RNA-seq data of WRKY genes. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

Analysis of PtWRKY genes. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

The primer sequences for RT-qPCR. by Yuzhao Ma (12840632)

“…Under cadmium toxicity, <i><i>the plant</i></i> height of <i><i>PsnWRKY95</i></i>-overexpressing plants increased by 16%−26% compared with the wild type (WT), the root length increased by 12%−27% compared with WT, the peroxidase (POD) activity was 28%−51% higher than that of WT, the chlorophyll content increased by 15%−29% compared with WT, the malondialdehyde (MDA) content decreased by 13%−32% compared with WT, and the electrical conductivity decreased by 9%−20% compared with WT, with the expression levels of <i>POD</i> and <i>HMA1</i> in the overexpressing plants also being higher than those in WT. …”

The Date. by Chengyuan Hao (21615653)

“…The relevant low temperature index showed proper decreasing trend while the diurnal range of annual extreme temperature showed fluctuating<b>—</b>decreasing first and then increasing. …”

Mann-Kendall test for the mean temperature index. by Chengyuan Hao (21615653)

“…The relevant low temperature index showed proper decreasing trend while the diurnal range of annual extreme temperature showed fluctuating<b>—</b>decreasing first and then increasing. …”

Variation curve of the extreme temperature index. by Chengyuan Hao (21615653)

“…The relevant low temperature index showed proper decreasing trend while the diurnal range of annual extreme temperature showed fluctuating<b>—</b>decreasing first and then increasing. …”

Fluctuation trend of the mean temperature index. by Chengyuan Hao (21615653)

“…The relevant low temperature index showed proper decreasing trend while the diurnal range of annual extreme temperature showed fluctuating<b>—</b>decreasing first and then increasing. …”

Variation curve of the mean temperature index. by Chengyuan Hao (21615653)

“…The relevant low temperature index showed proper decreasing trend while the diurnal range of annual extreme temperature showed fluctuating<b>—</b>decreasing first and then increasing. …”

<i>Boro</i> rice yield (2002–2021) estimation utilizing MODIS data and a trained random forest model with 30 input variables having high importance. by Varun Tiwari (9258130)

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Accuracy of the random forest regression model with various input variables (all inputs vs. top 30 inputs). by Varun Tiwari (9258130)

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Mean uncertainty of <i>boro</i> rice yields estimated by random forest model from 2002–2021. by Varun Tiwari (9258130)

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Random forest top 30 variable importance utilizing all input variables, including the MODIS bands, spectral indices, and land surface temperature. by Varun Tiwari (9258130)

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Fig 1 - by Varun Tiwari (9258130)

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Fig 2 - by Varun Tiwari (9258130)

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Indices calculated using MODIS bands (B1-B7) which were used to estimate <i>boro</i> rice yields, where MODIS bands relate to indices as follows: B1 = RED, B2 = NIR1, B3 = BLUE, B4... by Varun Tiwari (9258130)

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Fig 7 - by Varun Tiwari (9258130)

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