Precise characterization of aerobic deterioration of silage associated with pH, reheating, CO2 efflux, lactic-acid loss and effect of buffering capacity

• Applicant: Professor Dr. Wolfgang Büscher
• Subject Area: Plant Cultivation, Plant Nutrition, Agricultural Technology ; Animal Breeding, Animal Nutrition, Animal Husbandry
• Term: from 2019 to 2023
• Project identifier: Deutsche Forschungsgemeinschaft (DFG) - Project number 414320577

• Final Report Year: 2024

No abstract available

Publications

• An automatic smart measurement system with signal decomposition to partition dual-source CO2 flux from maize silage. Sensors and Actuators B: Chemical, 300, 127053.
  Shan, Guilin; Buescher, Wolfgang; Maack, Christian; Zhou, Haiyang; Grantz, David A.; Lipski, André; Acir, Ismail-Hakki & Sun, Yurui
  
• A Multi-Sensor Mini-Bioreactor to Preselect Silage Inoculants by Tracking Metabolic Activity in situ During Fermentation. Frontiers in Microbiology, 12.
  Shan, Guilin; Rosner, Victoria; Milimonka, Andreas; Buescher, Wolfgang; Lipski, André; Maack, Christian; Berchtold, Wilfried; Wang, Ye; Grantz, David A. & Sun, Yurui
  
• Dual sensor measurement shows that temperature outperforms pH as an early sign of aerobic deterioration in maize silage. Scientific Reports, 11(1).
  Shan, Guilin; Buescher, Wolfgang; Maack, Christian; Lipski, André; Acir, Ismail-Hakki; Trimborn, Manfred; Kuellmer, Fabian; Wang, Ye; Grantz, David A. & Sun, Yurui
  
• Multi-sensor measurement of O2, CO2 and reheating in triticale silage: An extended approach from aerobic stability to aerobic microbial respiration. Biosystems Engineering, 207, 1-11.
  Shan, Guilin; Maack, Christian; Buescher, Wolfgang; Glenz, Gereon; Milimonka, Andreas; Deeken, Hauke; Grantz, David A.; Wang, Ye & Sun, Yurui