Non-continuous flooding outperforms continuous flooding in rice fields net carbon sequestration despite losses in soil organic carbon sequestration (GCB Supplementary Dataset)

The dataset of the paper "Non-continuous flooding outperforms continuous flooding in rice fields net carbon sequestration despite losses in soil organic carbon sequestration".<br><br>Supplementary Data 1: Compiled dataset including observations of target variables (i.e., CH₄ emisssions, N₂O emisssions, CO₂ emisssions, GWP, Yield, Y-GWP, ΔSOC, ΔMBC, and ΔDOC) under continuous flooding (control group) and non-continuous flooding (treatment group) and experimental conditions (location, climatic conditions, soil properties and other field management practices)<br><br>Supplementary Data 2: Compiled dataset including observations of net carbon sequestration and its components (i.e., CH₄ emisssions, N₂O emisssions, CO₂ emisssions, PCS, and SOCs) under continuous flooding (control group) and non-continuous flooding (treatment group) and experimental conditions (location, climatic conditions, soil properties and other field management practices)本数据集对应论文《稻田非连续淹水虽降低土壤有机碳固存量，但净碳固存效能优于连续淹水》。 补充数据集1：经整理汇编的数据集涵盖连续淹水（对照组）与非连续淹水（处理组）条件下的各类目标变量观测值，具体包括甲烷（CH₄）排放、氧化亚氮（N₂O）排放、二氧化碳（CO₂）排放、全球增温潜势（Global Warming Potential, GWP）、产量、产量-全球增温潜势比（Y-GWP）、土壤有机碳变化量（ΔSOC）、微生物生物量碳变化量（ΔMBC）以及溶解性有机碳变化量（ΔDOC），同时包含实验相关条件信息，即试验地点、气候条件、土壤属性及其他田间管理措施。 补充数据集2：经整理汇编的数据集涵盖连续淹水（对照组）与非连续淹水（处理组）条件下的净碳固存及其组分观测值，具体包括甲烷（CH₄）排放、氧化亚氮（N₂O）排放、二氧化碳（CO₂）排放、植物碳固存（Plant Carbon Sequestration, PCS）以及土壤有机碳储量（SOCs），同时包含实验相关条件信息，即试验地点、气候条件、土壤属性及其他田间管理措施。