Methods of delaying the increase of carbon sinks in sea areas
A carbon sink, sea area technology, applied in the field of directional regulation of carbon sink fisheries, can solve problems such as blanks
Active Publication Date: 2016-11-23
ZHEJIANG OCEAN UNIV
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However, its carbon sink capacity is an immediate effect, and the existing design is blank for delayed carbon sink control
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[0022] Example: refer to Figure 1 to Figure 4 , a method for delaying the increase of carbon sinks in sea areas, including, wherein: including the following steps:
[0023] ①Preparation steps: mixing carbon sequestration bio-dormant propagation materials with culture soil to form a culture medium;
[0024] ② Deployment step: put the culture medium in step ① into the time-delayed carbon sink device, and lay it on the seabed as required;
[0025] The time-delayed carbon sink device includes anchor piles 2 that run through the anti-wave base 1 and the anti-wave base 1 that is resistant to seawater corrosion; the anti-wave base 1 is an inverted arched structure; the anti-wave base 1 has The main fixing hole 12 that can accommodate the anchor pile 2 passes; the upper end of the anchor pile 2 is provided with a cover structure that can be partially or completely dissolved by seawater delayed corrosion; A culture medium capable of accommodating and storing carbon sequestration bio...
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The invention discloses a method for increasing the sea area carbon sink quantity in a time delay mode. The method includes the preparation step, the arrangement step and the like. A time delay carbon sink device comprises an anchor pile penetrating through a wave resistant base and the wave resistant base resisting to seawater corrosion. The wave resistant base is of a back-off arched structure. The wave resistant base is provided with a main fixing hole for allowing the anchor pile to penetrate through. A cover plate structure capable of being partially or fully corroded and dissolved by seawater in a time delay mode is arranged near the upper end of the anchor pile. A culture medium capable of containing and storing a carbon sink biological dormancy propagating material is arranged in an open or closed section defined by the cover plate structure and the wave resistant base. Through time delay corrosion of the seawater to the cover plate structure, the design idea for exposing the culture medium is achieved, and germination of the carbon sink biological propagating material and time delay release of carbon sink capacity are achieved. The carbon sink biological propagating material includes snags of corals or attachments to which shellfish larvae or fry attached and the like. Thus, the method has the advantages that the time sequence carbon sink capacity can be provided, the wind wave flow resistant effect is good, and arrangement is convenient and quick.
Description
technical field [0001] The invention relates to a carbon sink fishery directional adjustment method, in particular to a method for increasing carbon sinks in sea areas with time delay. Background technique [0002] Using seaweed to absorb, enrich and transform the main pollutants such as nitrogen and phosphorus produced in the breeding process, increase the level of dissolved oxygen in the water, purify and regulate the environment of the breeding water, and reduce the degree of eutrophication in the breeding area is the key to regulating the ecological environment of the breeding. One of the most effective and economical means. Large seaweed itself is an aquatic plant with high economic value, and its products occupy a certain market share in my country's export trade. Further comprehensive utilization of seaweed biomass can increase the added value of seaweed and promote a virtuous circle of seaweed ecological restoration industry. Ecologically diversified three-dimension...
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Login to View More IPC IPC(8): A01K61/00A01G33/00
CPCY02A40/81
Inventor 赵晟张树义陈小芳
Owner ZHEJIANG OCEAN UNIV