Additional file 1 of Artificial formation of benzene polycarboxylic acids during sample processing of black carbon analysis: the role of organic carbon amount
Creators: name: Di Rauso Simeone, Giuseppe
name: Maennicke, Heike
name: Bromm, Tobias
name: Glaser, Bruno
Publisher: name: figshare
Year: 2024
Subjects: subject: Biophysics
subject: Biochemistry
subject: Microbiology
subject: FOS: Biological sciences
subject: Molecular Biology
subject: Environmental Sciences not elsewhere classified
subject: Chemical Sciences not elsewhere classified
subject: Ecology
subject: Biological Sciences not elsewhere classified

description: Additional file 1. Table S1. Results (reported as mean ± SD) of the correlation between B3CA (Σ hemimellitic, trimellitic, trimesic acids) content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S2. Results (reported as mean ± SD) of the correlation between B4CA (Σ pyromellitic, mellophanic, prehnitic acids) content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S3. Results (reported as mean ± SD) of the correlation between B5CA (benzenepentacarboxylic acid) content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S4. Results (reported as mean ± SD) of the correlation between B6CA (mellitic acid) content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S5. Results (reported as mean ± SD) of the correlation between black carbon content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S6. Results (reported as mean ± SD) of the correlation between B3CA (Σ hemimellitic, trimellitic, trimesic acids) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S7. Results (reported as mean ± SD) of the correlation between B4CA (Σ pyromellitic, mellophanic, prehnitic acids) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S8. Results (reported as mean ± SD) of the correlation between B5CA (benzenepentacarboxylic acid) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S9. Results (reported as mean ± SD) of the correlation between B6CA (mellitic acid) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S10. Results (reported as mean ± SD) of the correlation between black carbon content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S11. Results (reported as mean ± SD) of the correlation between B3CA (Σ hemimellitic, trimellitic, trimesic acids) content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S12. Results (reported as mean ± SD) of the correlation between B4CA (Σ pyromellitic, mellophanic, prehnitic acids) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S13. Results (reported as mean ± SD) of the correlation between B5CA (benzene pentacarboxylic acid) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S14. Results (reported as mean ± SD) of the correlation between B6CA (mellitic acid) content and the respective plant samples differentiated according to different sample weight in terms of mg of TOC. Table S15. Results (reported as mean ± SD) of the correlation between black carbon content and the respective soil samples differentiated according to different sample weight in terms of mg of TOC. Table S16. Results of the comparison of the two methods: conventional and microwave assisted digestion process.