Fig 5 - by Varun Tiwari (9258130)

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Data_Sheet_1_SKIP Silencing Decreased Disease Resistance Against Botrytis cinerea and Pseudomonas syringae pv. tomato DC3000 in Tomato.pdf by Huijuan Zhang (439573)

“…VIGS-mediated SlSKIP1b silencing led to increased accumulation of reactive oxygen species (ROS), along with the decreased expression of defense-related genes (DRGs) after pathogen infection, suggesting that it reduced B. cinerea and Pst DC3000 resistance. …”

Protective effect of DEX on cell viability, ROS generation, and expression of apoptosis-related proteins in TNF-α-treated cells. by Byung Chul Kang (1905025)

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Immunohistochemical analysis of p-Akt expression in various experimental groups showing negative expression in control group, marked increased expression along the extended fibrous... by Rehab F. Abdel-Rahman (11886404)

Data_Sheet_1_Co-application of biochar and compost with decreased N fertilizer reduced annual ammonia emissions in wetland rice.docx by J. Ferdous (8962736)

“…The N loss via volatilization varied twofold among seasons being 16% in irrigated rice and 29% in the pre-monsoon rice crop. In irrigated rice, T₆ had significantly lower NH₃ emissions than all other treatments, except the control while in pre-monsoon and monsoon seasons, T₆ and T₃ were alike. …”

Changes in rice biomass volume (cm³ hill^-1) during rice cultivation. by Ji Yeon Lim (11457494)

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Primary contribution percent and permutation importance of the bioclimatic environmental variables impacting on rice distribution (%) to the simulation results of the MaxEnt model. by Shahzad Ali (3700111)

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Receiver operating characteristic (ROC) curve and AUC value under the current (1970–2000) period (10 replicated runs). by Shahzad Ali (3700111)

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Flowchart summarizing the processing methodology used in this study. by Shahzad Ali (3700111)

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Wheat correlation analysis results of the bioclimatic environmental variables. by Shahzad Ali (3700111)

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Bioclimatic environmental variables used in MaxEnt model. by Shahzad Ali (3700111)

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Rice (<i>Oryza_Sativa</i>) response curves derived from MaxEnt model showing the influence of bioclimatic environmental variables; Bio_02, Bio_09, Bio_12, Bio_14, Bio_17, and Bio_1... by Shahzad Ali (3700111)

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Soybean (<i>Glycine_Max</i>) response curves derived from MaxEnt model showing the influence of bioclimatic environmental variables; Bio_01, Bio_03, Bio_09, Bio_10, Bio_12, and Bio... by Shahzad Ali (3700111)

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Potential geographic suitable habitat distribution for wheat, soybean and rice production under current (1970–2000) and future (SSP585, 2021–2040; SSP585, 2041–2060) climatic scena... by Shahzad Ali (3700111)

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Primary contribution percent and permutation importance of the bioclimatic environmental variables impacting on soybean distribution (%) to the simulation results of the MaxEnt mod... by Shahzad Ali (3700111)

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Soybean correlation analysis results of the bioclimatic environmental variables. by Shahzad Ali (3700111)

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Results of Jackknife AUC test of the MaxEnt model for evaluating the relative importance of bioclimatic environmental variables for wheat, soybean and rice occurrence. by Shahzad Ali (3700111)

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Results of Jackknife regularized training grain test of the MaxEnt model for evaluating the relative importance of bioclimatic environmental variables for wheat, soybean and rice o... by Shahzad Ali (3700111)

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Primary contribution percent and permutation importance of the bioclimatic environmental variables impacting on wheat distribution (%) to the simulation results of the MaxEnt model... by Shahzad Ali (3700111)

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Wheat (<i>Triticum_Aestivum</i>) response curves derived from MaxEnt model showing the influence of bioclimatic environmental variables; Bio_01, Bio_04, Bio_06, Bio_09, Bio_12, and... by Shahzad Ali (3700111)

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