Biochar amendment to cattle slurry reduces NH3 emissions during storage without risk of higher NH3 emissions after soil application of the solid fraction

<strong>Excel files:</strong> - Gas experiment phase 1 and phase 2 + calculation of total emissions - Separation of slurry into solid and liquid fractions - Properties of solid and liquid fractions - Gas experiment soil addition of solid fractions - Soil properties before and after soil application experiment - Calculation of total N losses (gaseous losses + N mineralization) <strong>R-scripts:</strong> - Gas measurements phase 1 and 2 and soil application experiment =&gt; raw data further processed in excel files - Statistics on characteristics and separation efficiency of solid and liquid fraction - Digestaat2022_Significanties: statistics on effect of biochar/application method on emissions and digestate properties<strong>Excel 文件：</strong> - 气相试验第一、二阶段及总排放量计算 - 浆料固液分离 - 固液两相的理化性质 - 固相物料添加土壤的气相试验 - 施土试验前后的土壤理化性质 - 总氮损失（气态损失+氮矿化）计算 <strong>R 脚本：</strong> - 第一、二阶段气体测量与土壤添加试验：原始数据将在Excel文件中进一步处理 - 固液两相特性与分离效率统计分析 - Digestaat2022_Significanties：生物炭/施加方式对气体排放及厌氧消化产物特性的影响统计分析