草莓槽

济南草莓槽立体种植槽提高温室利用率 草莓种植槽可以提高土地利用率百分之三十，滴灌和电加温大|大减少人工成本，立体草莓种植方式提高了采摘效率，产品可用于多种形式的种植，立体高架式;悬挂种植式;平放于地面种植式;立体种植槽可用于无土立体栽培种植，槽内放基质肥或营养液架接育苗基质槽可用于温室大棚立体育苗，普通陆地育苗，优点苗壮，病虫害少，提高育苗量。 同时立体种植槽种植草莓还解决了草莓栽培中的重茬问题。有人表示,以往要在同一块土地上连续栽种,土传病害,过度的环境污染会严重威胁到草莓种植,对很多农户来说,要想连续种草莓,要么换土,要么换地。通过实施草莓无土栽培新技术,每年只要调整栽培基质就可以杜绝重茬病,可见草莓种植槽解决了这一大难题。 草莓立体种植槽的使用可提高土地利用率3～5倍，提高单位面积产量2～3倍。可与采用水肥一体化相结合，节省水肥，提高草莓品质。另外，采用立体栽培外形美观，可以结合采摘，开展草莓观光采摘，显著提高经济效益 Jinan strawberry trough three-dimensional planting trough to improve greenhouse utilization rate Strawberry planting trough can improve the land utilization rate by 30%, drip irrigation and electric heating greatly reduce labor costs, three-dimensional strawberry planting method improves picking efficiency, and the product can be used for various forms of planting, three-dimensional elevated type; Hanging implant type; Planting flat on the ground; The three-dimensional planting tank can be used for soilless three-dimensional cultivation and planting, and the substrate tank with substrate fertilizer or nutrient solution placed in the tank can be used for three-dimensional seedling raising in greenhouse and common land seedling raising, which has the advantages of strong seedlings, less plant diseases and insect pests, and increased seedling raising amount. At the same time, planting strawberries in the three-dimensional planting groove also solves the problem of continuous cropping in strawberry cultivation. Some people said that in the past, it was necessary to continuously plant strawberries on the same piece of land. Soil-borne diseases and excessive environmental pollution would seriously threaten strawberry planting. For many farmers, to continuously plant strawberries, either change soil or change land. Through the implementation of new soilless culture technology for strawberries, continuous cropping can be eliminated as long as the cultivation substrate is adjusted every year, which shows that strawberry planting troughs solved this big problem. The use of strawberry three-dimensional planting grooves can improve the land utilization rate by 3-5 times and the yield per unit area by 2-3 times. It can be combined with the integration of water and fertilizer to water and fertilizer and improve strawberry quality. In addition, the three-dimensional cultivation has beautiful appearance, can be combined with picking, and strawberry sightseeing picking can be carried out, thus significantly improving economic benefits