Additional file 1 of Impact of nitrogen fertilizer sustainability on corn crop yield: the role of beneficial microbial inoculation interactions
Creators: name: Galindo, Fernando Shintate
name: Pagliari, Paulo Humberto
name: da Silva, Edson Cabral
name: de Lima, Bruno Horschut
name: Fernandes, Guilherme Carlos
name: Thiengo, Cassio Carlette
name: Bernardes, João Victor Silva
name: Jalal, Arshad
name: Oliveira, Carlos Eduardo Silva
name: de Sousa Vilela, Lucila
name: Furlani Junior, Enes
name: Nogueira, Thiago Assis Rodrigues
name: do Nascimento, Vagner
name: Teixeira Filho, Marcelo Carvalho Minhoto
name: Lavres, José
Publisher: name: figshare
Year: 2024
Subjects: subject: Plant Biology
subject: FOS: Biological sciences

description: Additional file 1: Sup. File 1. Soil pysico-chemical atributes in 0-0.20m depth before field the field trial beginning. Selvíria, state of Mato Grosso do Sul, Brazil. Sup. File 2. Daily rainfall (bar), temperature and reference evapotranspiration (lines) in 2019/20 (A) and 2020/21 (B) during corn cropping season. Sup. File 3. Summary of statistical analysis (p-values) for corn shoot and root biomass, N shoot accumulation, leaf chlorophyll index (LCI), net photosynthetic rate (A), stomatal conductance (Gs), internal CO2 concentration in the substomatal chamber (Ci), transpiration (E), H2O2, malondialdehyde (MDA), leaf soluble proteins, straw production, grain yield, physiological efficiency, N use efficiency (NUE), apparent fertilizer recovery (AFR), nitrate (NO3-), ammonium (NH4+), inorganic (NO3- + NH4+) and total N concentrations in straw and soil affected by inoculations, N rates, years of study and their interactions. Sup. File 4. Interaction between inoculations and years on corn shoot biomass. Sup. File 5. Interaction between N rates and years on corn shoot biomass. Sup. File 6. Interaction between N rates and years on corn root biomass. Sup. File 7. Interaction between N rates and years on N shoot accumulation. Sup. File 8. Interaction between N rates and years on LCI. Sup. File 9. Net photosynthetic rate as a function of years of study. Sup. File 10. Stomatal conductance as a function of years of study. Sup. File 11. Interaction between inoculations and years on leaf transpiration. Sup. File 12. Interaction between N rates and years on leaf transpiration. Sup. File 13. Interaction between inoculations and years on leaf H2O2 concentration. Sup. File 14. Interaction between N rates and years on leaf H2O2 concentration. Sup. File 15. Interaction between inoculations and years on leaf MDA concentration. Sup. File 16. Interaction between N rates and years on leaf MDA concentration. Sup. File 17. Interaction between inoculations and years on leaf soluble proteins concentration. Sup. File 18. Interaction between N rates and years on leaf soluble proteins concentration. Sup. File 19. Interaction between inoculations and years on corn straw production. Sup. File 20. Interaction between N rates and years on corn straw production. Sup. File 21. Interaction between N rates and years on corn grain yield. Sup. File 22. Interaction between inoculations and years on physiological efficiency. Sup. File 23. Interaction between N rates and years on physiological efficiency. Sup. File 24. Interaction between N rates and years on NUE. Sup. File 25. Interaction between inoculations and years on AFR. Sup. File 26. Interaction between N rates and years on AFR.