2026-10-13T20:44:44Z https://www.scidb.cn/oai

10.57760/sciencedb.IGA.0017d 2026-09-15T13:28:08Z

2026-09-15 XDA28080402Dataset of New Technology R&D and Demonstration for Crop Straw Yellow Silage Fermentation doi:10.57760/sciencedb.iga.0017d en This dataset comprehensively and meticulously records the core experimental parameters and multi-dimensional analysis results of the new technology for yellow silage fermentaf crop straw across its entire lifecycle, from R&D to field demonstration. The dataset's composition deeply integrates multiple disciplines, including microbiology, biochemistry, soil physicochemistry, and h-throughput omics. Specific parameters include multiple time-series microbial growth kinetic curves, overall straw degradation rates and lignin-specific degradation dynamics reflecting substrate consumption, records of multi-functional enzyme activities te microbial agents assessing core biocatalytic efficacy, tracking indicators of soil physicochemical properties demonstrating the evolution of the soil microenvironment after returning fermentation products to the fi, as well as metabolite screening profiles, metabolic pathway enrichment analyses, and differential microbial genus-level identification results at the molecular mechanism level. In terms of data format, the dataset is uniformly organized intructured and standardized spreadsheet formats, ensuring cross-platform readability and universality. Regarding data precision, all routine physicochemical and biochemical indicators are strictly retained to two significant digits after the depoint, while omics abundance data fully adhere to the standard relative abundance precision of high-throughput sequencing analysis. In terms of data coverage, this dataset not only encompasses all core researchm laboratory-scale superior strain screening and fermentation condition optimization to pilot-scale amplification and large-scale in-situ demonstration, but also spans the complete timeline from straw pretreatment and yellow silage mentation to the final resource utilization of returning products to the field. This provides a solid, high-dimensional data support system for research in specific fields such as agricultural biotechnology innovation, efficient cn of biomass resources, and carbon and nitrogen cycling in farmland ecosystems. straw; yellow silage fermentation; Technology PUBLIC https://creativecommons.org/licenses/by/4.0/ dataset Science Data Bank