Agronomy, Год журнала: 2023, Номер 13(12), С. 3012 - 3012

Опубликована: Дек. 8, 2023

Composting, a vital process for organic waste management, hinges on intricate microbial dynamics. The role of specific inoculants, such as fungi, in shaping these dynamics remains an area keen interest. This study aimed to elucidate the impact fungal inoculant Marasmius tricolor 310b composting dynamics, with focus temperature variations and degradation lignocellulosic components. We conducted comprehensive experiment four treatments: pure rapeseed straw, straw 310b, combination pig manure, 310b. Temperature rates, community structures were meticulously analyzed. While did not significantly alter profile, its presence markedly enhanced rates cellulose lignin. With introduction rate compost increased from 0.0319 (ST) 0.0419 (STM). In combined manure compost, this rose 0.0422 (STPM) 0.045 (STPMM). For hemicellulose, 0.0103 0.014 However, it slightly decreased 0.0146 0.013 As lignin, saw increase 0.0024 0.00366 0.00302 0.00402 Fungal analyses revealed discernible shifts structure diversity upon fungus’s introduction. Network further highlighted highly interconnected community, suggesting robustness against perturbations. Temporal underscored interplay interactions, substrate availability, external inoculants. profoundly influences offering valuable insights into interactions presenting potential avenues optimizing strategies.

Язык: Английский