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Monitoring pile for coral repair and coral reef repair method based on monitoring pile
The invention discloses a monitoring pile for coral restoration and a coral reef restoration method based on the monitoring pile in the field of marine ecological restoration. The restoration method comprises the steps that S1, the area and the substrate type of a to-be-restored area are determined; s2, determining the adhesion mode of benthic microalgae according to the substrate type of the to-be-restored area; s3, a plurality of monitoring piles are arranged in the to-be-repaired area at intervals; s4, according to the area of the to-be-repaired area and the number of survival corals, sea anemones, sponges, benthic microalgae and algae-eating fishes are introduced in proportion, and the monitoring piles monitor illumination, temperature, dissolved oxygen concentration and salinity of the to-be-repaired area in real time. According to the scheme, sea anemones, sponges, benthic microalgae and algae-eating fishes in a local sea area are introduced in proportion according to the area of the to-be-restored area and the number of the survival corals, a suitable natural environment is provided for the corals, the corals in the to-be-restored area can be restored based on the natural restoration principle, and the environment of the to-be-restored area is monitored and adjusted in combination with the monitoring piles; the environment is more suitable for coral growth.
本发明公开了海洋生态修复领域的一种珊瑚修复用监测桩及基于监测桩的珊瑚礁修复方法，修复方法包括：S1、确定待修复区域的面积及底质类型；S2、根据待修复区域的底质类型确定底栖微藻的附着方式；S3、在待修复区域间隔布置若干监测桩；S4、根据待修复区域面积和存活的珊瑚数量，按比例引入海葵、海绵、底栖微藻和食藻性鱼类，监测桩实时监测待修复区域的光照、温度、溶解氧浓度和盐度。本方案根据待修复区域的面积及存活珊瑚的数量，按比例引入本地海域的海葵、海绵、底栖微藻和食藻性鱼类，为珊瑚提供适宜的自然环境，使待修复区域的珊瑚能够基于自然恢复原理进行恢复，结合监测桩监测、调整待修复区域的环境，使得环境更适合珊瑚生长。
Monitoring pile for coral repair and coral reef repair method based on monitoring pile
The invention discloses a monitoring pile for coral restoration and a coral reef restoration method based on the monitoring pile in the field of marine ecological restoration. The restoration method comprises the steps that S1, the area and the substrate type of a to-be-restored area are determined; s2, determining the adhesion mode of benthic microalgae according to the substrate type of the to-be-restored area; s3, a plurality of monitoring piles are arranged in the to-be-repaired area at intervals; s4, according to the area of the to-be-repaired area and the number of survival corals, sea anemones, sponges, benthic microalgae and algae-eating fishes are introduced in proportion, and the monitoring piles monitor illumination, temperature, dissolved oxygen concentration and salinity of the to-be-repaired area in real time. According to the scheme, sea anemones, sponges, benthic microalgae and algae-eating fishes in a local sea area are introduced in proportion according to the area of the to-be-restored area and the number of the survival corals, a suitable natural environment is provided for the corals, the corals in the to-be-restored area can be restored based on the natural restoration principle, and the environment of the to-be-restored area is monitored and adjusted in combination with the monitoring piles; the environment is more suitable for coral growth.
本发明公开了海洋生态修复领域的一种珊瑚修复用监测桩及基于监测桩的珊瑚礁修复方法，修复方法包括：S1、确定待修复区域的面积及底质类型；S2、根据待修复区域的底质类型确定底栖微藻的附着方式；S3、在待修复区域间隔布置若干监测桩；S4、根据待修复区域面积和存活的珊瑚数量，按比例引入海葵、海绵、底栖微藻和食藻性鱼类，监测桩实时监测待修复区域的光照、温度、溶解氧浓度和盐度。本方案根据待修复区域的面积及存活珊瑚的数量，按比例引入本地海域的海葵、海绵、底栖微藻和食藻性鱼类，为珊瑚提供适宜的自然环境，使待修复区域的珊瑚能够基于自然恢复原理进行恢复，结合监测桩监测、调整待修复区域的环境，使得环境更适合珊瑚生长。
Monitoring pile for coral repair and coral reef repair method based on monitoring pile
一种珊瑚修复用监测桩及基于监测桩的珊瑚礁修复方法
OH JONG-HAE (author) / ZHOU ZHI (author) / ZHENG XINQING (author)
2024-02-06
Patent
Electronic Resource
Chinese
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