id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
brj-24068	Pan, Junhui; Shen, Jiali; Zhou, Zixuan; Xin, Yicong; Huang, Zhenxia; Xiong, Jianghua; Liu, Yuhuan; Cui, Xian; Liu, Yuxin	Sustainable Management of Biogas Slurry Discharge in Biogas Engineering: As a Chemical Fertilizer Substitute for Garlic Cultivation	2024	20	.pdf	application/pdf	8121	390	50	The higher enrichment coefficient associated with biogas slurry application compared to the fertilizer group suggests that biogas slurry facilitated the absorption of heavy metals from the soil by garlic, thereby aiding the transfer of heavy metals from the soil to the edible part of garlic (i.e., the leaves), particularly for Cd and As metals. Additionally, the soil available nitrogen and available phosphorus content after applying biogas slurry exceeded those after chemical fertilizer application (Fig. 4b), indicating that biogas slurry application is more conducive to improving the quality of soil nutrients compared to direct chemical fertilizer application.	cache/brj-24068.pdf	txt/brj-24068.txt