Restoration of seagrass bed and tidal flat by waste recycle

六种替代材料中钙的洗脱可以用与海水的接触来解释，可以根据洗脱现象建立一些影响声明的模拟模型基础。结果表明，疏浚泥浆加压注浆作为人工潮滩的一种施工方法是一种经济实用的方法。对菲律宾蛤仔幼体的定居、其贝类苗种的死亡率和生长速度、周围沙地上的生物膜以及鳗草的萌发和生根的影响可以得到澄清。

The elution of calcium from six alternative materials could be explained by the contact with seawater, the base of simulation model for some impact statements could be developed on the basis of the elution phenomenon. It was found that the pressure injection of dredged slurry can be cost-effective and practical as a construction method of artificial tidal flats. The effects onto the settlement of Ruditapes philippinarum larvae, the mortality and growth rate of fry of its shellfish, biofilms on surrounding sand and the germination and root establishment of eelgrass could be clarified.