Domestication of rice may have changed its arbuscular mycorrhizal properties by modifying phosphorus nutrition-related traits and decreasing symbiotic compatibility by Yingwei Li (18623035)

“…</p><p dir="ltr">· The results revealed significantly lower mycorrhizal growth responses and colonization intensity in domesticated rice compared to wild rice, and this change of AM properties may be associated with the domestication modifications of plant phosphorus utilization efficiency at physiological and genomic levels. …”

Changes in biomass volumes of selected rice cultivars during rice cropping season. by Ji Yeon Lim (11457494)

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

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Changes in land suitability for wheat, soybean and rice under the current and future (SSP585; 2021–2040; 2021–2060) climatic conditions. by Shahzad Ali (3700111)

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Occurrence points of wheat, rice and soybean in East Asia region. by Shahzad Ali (3700111)

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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. …”

Relationships between rice plant biomass volume and rice growth characteristics during rice cropping period. 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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