利用当地廉价的棉籽壳、糠醛渣、蛭石、猪粪、炉渣灰等材料组配成复合基质，进行西芹穴盘育苗。结果表明，复合基质明显促进了西芹幼苗生长和养分吸收，增加了干物质积累。依据西芹生物学特性及干物质积累状况，从供试配方中筛选出了两个较好的配方（棉籽壳４０％、糠醛渣２０％、蛭石２０％、猪粪２０％和棉籽壳６０％、炉渣灰２０％、蛭石２０％）可用于生产推广。用复合基质取代草炭进行穴盘育苗可使育苗成本大大降低。 Using local cheap cottonseed hulls, furfural residue, vermiculite, pig manure, slag ash and other materials into a composite matrix, plug seedlings of celery. The results showed that the composite substrate significantly promoted the growth and nutrient absorption of celery seedlings and increased the accumulation of dry matter. According to the biological characteristics of celery and the status of dry matter accumulation, two better formulas (cottonseed shell 40%, furfural residue 20%, vermiculite 20%, pig manure 20% and cottonseed shell 60 %, Slag ash 20%, vermiculite 20%) can be used for the promotion of production. Replacing peat with composite matrix for plug seedling can greatly reduce the cost of nursery.