163 results about "Reef" patented technology

The invention discloses an island remote sensing image substrate classification data set construction method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining island remote sensing data; based on the priori island substrate classification system, a target island substrate classification system is built according to the feature condition of each substrate category; obtaining a pre-selected ROI sample in the island remote sensing data; carrying out substrate category analysis based on the ROI sample to obtain a low-separation-degree target substrate category set; performing preliminary classification by using a support vector machine based on the ROI sample to obtain a preliminary classification result; and based on the target substrate category set, performing correction processing on the preliminary classification result in response to a manual correction instruction of the target object to obtain an island substrate classification data set. The method provides an effective and feasible technical path for realizing automatic and standardized construction of the high-precision substrate classification data set of the open sea island reef, and can be widely applied to the technical field of substrate classification.

The invention relates to marine fish breeding, and particularly discloses an indoor full-artificial breeding method for black epinephelus, which specifically comprises the key technical links of nutrient enrichment of parent fish, hormone induced spawning, artificial insemination and fertilized egg incubation, indoor breeding of fry, compound feed domestication and the like. By controlling water temperature, illumination, salinity and nutritional conditions, synchronous maturation and efficient ovulation of parent gonads of the epinephelus nigatosus are achieved, the fertilization rate reaches 95% or above, and the hatching rate exceeds 85%. According to the method, the whole-process artificial controllable breeding of the epinephelus nigatosus from the parent fish to the fry is realized, a new variety is provided for the epinephelus culture industry, and a feasible technical approach is also provided for the artificial breeding and improved variety breeding of the wild epinephelus nigatosus in the island reef of the South China Sea.

The application discloses high-performance light soil adopting fine coral sand and a preparation method thereof. The light soil comprises the following components in parts by weight: 100-400 parts of fine coral sand, 10-50 parts of cement, 20-100 parts of seawater and 0-5 parts of additive agent. The fine coral sand is micron-level powder obtained by crushing and grinding of coral sand, has a particle size distribution of 10-300 microns and a specific surface area of 400-600 m2 / kg. The cement content is calculated according to 10%-20% of the mass of the fine coral sand. The additive agent comprises a water reducing agent and a stabilizer. The preparation method comprises fine grinding of the coral sand, preparation and pretreatment of raw materials, dry material premixing and activation, air bubble group preparation, mixing and stirring, and pouring and curing. The application realizes synergistic enhancement of hydration reaction and micro-filling, effectively improves the mechanical properties and durability of the light soil, promotes the transformation of island reef engineering construction to green environmental protection and resource utilization, realizes resource utilization of the coral sand and provides a new way for reducing engineering cost.

The application provides a high-frequency breaking hammer underwater reef cleaning device and a construction method thereof, comprising a vehicle body, an extension arm and a movable arm, a plurality of vehicle space sensing positioning devices are arranged on the vehicle body, a movable arm posture monitoring device is arranged on the movable arm, an extension arm posture monitoring device is arranged on the extension arm, and an extension arm positioning device floating on the water surface is arranged on the top of the extension arm. Through an automatic processing control system and various sensing sensors, the inconvenience of underwater tracking measurement operation in the construction process is solved, compared with the original traditional method of underwater measurement after the first reef cleaning is completed, and then processing the shallow points, underwater reef cleaning construction and tracking measurement integration are realized, quality guarantee measures for underwater rock drilling construction of the high-frequency breaking hammer are provided, the underwater reef cleaning process is optimized, and the application is suitable for popularization and use.

This invention provides a double-layered annular wave-damping aquaculture reef, comprising a main body of the reef, which includes a first ring made of concrete. Four reef bodies are evenly arranged within the first ring. Each reef body includes a circular base plate, the edge of which is located at the bottom of the first ring. A second ring is also located inside the first ring, with the bottom of the second ring above the circular base plate. An 8-shaped baffle is provided on the outer wall of the second ring, facing the first ring and located on the upper surface of the circular base plate. The end of the baffle abuts against the top of the first ring. A square aquaculture frame is located in the center of the second ring, with the four reef bodies positioned around the frame. The height of the second ring is greater than that of the first ring. This invention, by placing reef bodies within the ring, not only reduces the impact of waves on the reef but also provides a refuge for fish.

This invention belongs to the technical field of environmental multi-parameter monitoring methods, and particularly relates to an environmental multi-parameter monitoring method and system for optimizing and denoising island and reef data. Based on prior knowledge of island and reef environmental physics, an unsupervised pseudo-label generation system is constructed. A multi-parameter numerical simulation model is built based on tidal cycles, temperature-salinity-density coupling, and the physicochemical equilibrium law of dissolved oxygen-temperature-pH. Environmental time-series characteristics of measured noise data are input to generate clean simulation reference data. A self-supervised learning framework is used to pre-train the basic denoising model with the clean simulation data as a weakly supervised signal. A physics-driven multi-parameter coupling and noise decoupling mechanism is constructed, transforming the physicochemical coupling relationships of temperature, salinity, pH, and dissolved oxygen into hard constraints for the model and establishing a parameter coupling correlation matrix. Through feature decoupling branches, environmental coupling change components and noise components are separated, distinguishing between parameter coupling pseudo-noise and real noise from sensor drift and transmission interference. Denoising bias of a single parameter is corrected through coupling constraints.

The invention relates to a three-dimensional modeling method for a reef limestone microstructure, which comprises the following steps of: scanning to obtain an original grayscale image of a rock core sample, and preprocessing the original grayscale image; based on the preprocessed grayscale image, extracting a sample shell mask; establishing a Gaussian mixture model of sample gray level distribution, and determining a segmentation threshold value; classifying and segmenting the volume data through the segmentation threshold to obtain a pore candidate region, a matrix candidate region and a pending region; performing morphological closed operation on the candidate region to obtain a pixel set belonging to the pore and a pixel set belonging to the matrix; and classifying and segmenting the pending region by adopting an energy minimization algorithm based on graph segmentation. According to the method, the GMM dual-threshold segmentation and shell mask construction technology is adopted to accurately extract the core area, and air at the core boundary is prevented from being wrongly segmented into pores, so that the real boundary of the core is completely reserved; according to the method, the pores can be finely judged, the automatic threshold segmentation result is stable and reliable, and manual intervention is greatly reduced.

The present application relates to the field of building technology, and more particularly to a method for reinforcing coral sand based on MICP-coconut shell fiber, which is suitable for reinforcing the foundation of coral sand in tropical marine island reef engineering and the like. The present application aims to overcome the shortcomings of the existing coral sand reinforcement technology and provide a method for ecologically and low-carbon reinforcing of coral sand based on MICP-coconut shell fiber. By constructing a synergistic system of "fiber skeleton-microbial mineralization-sand body cementation", the ecological, low-carbon and efficient reinforcement of the foundation of coral sand is achieved, and the strength, toughness, uniformity and ecological compatibility of the foundation are simultaneously improved.

The invention relates to the technical field of reef limestone pore filling, in particular to reef limestone pore filling experimental equipment for simulating a marine environment, which comprises a box body and a filling chamber arranged in the box body and used for placing a rock sample, the filling chamber is of a bottom opening structure, the lower part of the filling chamber is connected with a water permeable seat, and the lower part of the water permeable seat abuts against the box body; a water-permeable opening communicated with the bottom of the filling chamber is formed in the water-permeable base, a water injection hole is formed in the upper portion of the filling chamber and communicated with a liquid storage tank located on the outer side of the box body through a water injection pipe, a pressurizing assembly is connected to the liquid storage tank, and a water drainage opening is formed in the box body. The experimental equipment for the reef limestone pore filling technology aiming at the seawater reaction is innovatively provided, the pore filling technology based on the seawater chemical reaction can be explored under the laboratory scale, the real marine environment can be effectively simulated based on the experimental equipment, the repeatable reef limestone pore filling process can be achieved, and the experimental equipment is suitable for the reef limestone pore filling technology. And effective technical indexes are obtained.

This application relates to the field of marine engineering technology and discloses a marine cofferdam anti-scour structure. The structure includes permanent support piles formed by modifying temporary cofferdam steel pipe piles; a riprap protection body constructed around the support piles; and a capping concrete layer poured on top of the riprap protection body. The riprap protection body is a differentiated structure. In scour hotspot areas calculated based on a hydrodynamic model, its upper riprap layer consists of a mixture of large-diameter boulders and a bio-induced matrix. The bio-induced matrix contains a slow-release marine microbial nutrient binder, which can induce biomineralization in the marine environment to cement loose boulders into a biomimetic reef body with self-healing capabilities. The construction method of this invention correspondingly includes hydrological optimization design and the formation of permanent support piles. This invention achieves precise protection against scour risks through the synergistic optimization of structure and construction method, improving the long-term stability and durability of the cofferdam foundation.

The application discloses a kind of short-term wave height distribution characterization methods based on spectral width, it is related to marine engineering technical field, and the method comprises: based on the statistical parameter of given measured short-term sea state calculation spectral width factor;Wherein, statistical parameter includes spectral frequency, spectral peak frequency, energy density spectrum and energy density spectrum maximum;According to local measured data situation determines characteristic parameter;Wherein, local measured data includes the significant wave height under multiple groups of short-term sea state, three-one wave height, spectral frequency, spectral peak frequency, energy density spectrum and energy density spectrum maximum;Distribution parameter is calculated according to characteristic parameter;Based on spectral width factor and distribution parameter determine the exceeding probability of short-term wave height distribution, provide more accurate input parameter for the design and construction of related structure of nearshore engineering, ocean engineering, near island reef engineering, make preparation for the characterization of short-term wave height distribution and short-term wave height prediction.

This invention discloses an island / reef adaptive system and its installation method, comprising: a floating breakwater energy storage system, an energy storage tank structure, and a control structure. The floating breakwater energy storage system includes a semi-submersible tank, and a first power generation module and a first energy storage device respectively disposed within the semi-submersible tank, the first power generation module and the first energy storage device being electrically connected. The energy storage tank structure includes a water storage tank, an energy storage tank structure body, and a second energy storage device, the water storage tank and the second energy storage device being respectively disposed within the energy storage tank structure body. The water storage tank includes a second power generation module and a water storage tank body connected to the semi-submersible tank, the second power generation module being disposed within the water storage tank body, the second energy storage device being electrically connected to the first energy storage device, and the water storage tank being electrically connected to the second energy storage device. The control structure includes a control center and an intermediate station for connecting the power consumption area and the energy storage tank structure, the intermediate station being electrically connected to the control center. The structural design of this solution effectively improves space utilization efficiency and long-term stability.

The embodiment of the present application belongs to the technical field of seawater desalination, and particularly relates to a seawater distillation module, a seawater distillation device, a seawater distillation system and a distillation method. The seawater distillation module comprises a material liquid layer, an air gap layer, a gas permeable layer and a condensation layer. The material liquid layer has an inlet liquid side for guiding seawater to enter and an outlet liquid side for guiding seawater to flow out. The air gap layer is arranged opposite to the material liquid layer. The gas permeable layer is arranged between the material liquid layer and the air gap layer, and is used for separating the material liquid layer and the air gap layer. The gas permeable layer is used for allowing the seawater in the material liquid layer to pass through after being heated, and enter the air gap layer. The condensation layer is used for condensing the water vapor entering the air gap layer, so as to produce fresh water. Compared with the prior art, the seawater distillation device can meet the production of fresh water in island reef areas.

The invention discloses a valve type submerged embankment-offshore wind power-shellfish reef composite coast ecological protection system, which comprises the following steps of: constructing a database by collecting multi-source basic data of a target sea area, and establishing a multi-source ecological protection model by utilizing a submerged embankment wind power coupling ecological response model, a shellfish reef population dynamic evolution model and a wind power ecological stress quantitative evaluation algorithm; protective structure parameters, ecological unit construction schemes and wind power operation parameters are optimized respectively, data are integrated through the composite system catastrophe risk early warning analysis platform, the system state in the extreme environment is simulated, and integrated deployment is implemented after an optimization instruction is generated. The system comprises a multi-source parameter acquisition unit, a submerged embankment wind power collaborative matching unit, a shellfish, algae and fish reef ecological construction unit, a wind power ecological stress regulation unit, a catastrophe risk early warning decision unit and an integrated deployment execution unit, all the units work cooperatively, deep fusion of a protection structure, wind power development and ecological restoration is achieved, and the stability of coast protection is improved.

This application discloses an integrated utility tunnel suitable for island and reef environments, comprising an inner tunnel, an outer tunnel, a microplastic composite (MICP) impermeable body, an adaptive composite damping device, a sensing device, a control device, and a power supply device. The outer tunnel and the inner tunnel are coaxially arranged to form a vacuum cavity. An array of adaptive composite damping devices is disposed within the vacuum cavity and connected between the inner and outer tunnels for structural adjustment when the tunnel deforms. The MIP impermeable body surrounds the outer tunnel, reinforcing the surrounding foundation for seepage prevention. The sensing device detects structural deformation of the tunnel, and the control device controls the adaptive composite damping device to generate reset deformation based on the structural deformation. A thermoelectric power generation assembly provides power to various electrical devices. The integrated utility tunnel of this application can simultaneously achieve adaptive structural adjustment, foundation seepage prevention reinforcement, and energy self-sufficiency, significantly improving the structural stability, seepage prevention performance, and long-term operational reliability of the integrated utility tunnel in complex marine environments.

The invention provides an island small landslide early warning method based on gravity sensing and a related device. The method comprises the following steps: respectively collecting gravity data and environment interference data of a target island in real time by using a gravity sensing sensor array and an environment sensing sensor; performing interference correction on the gravity data based on the environment interference data to obtain corrected gravity data; mapping the corrected gravity data into a three-dimensional coordinate system of the target island, and generating a gravity field space distribution matrix; based on the gravitational field spatial distribution matrix, marking an area with gravity anomaly in the target island as a potential anomaly area; and performing prediction based on gravity data corresponding to the potential abnormal area in the corrected gravity data by using the trained landslide early warning model, and performing small landslide early warning on the target island when determining that the predicted landslide occurrence probability is greater than a preset early warning threshold. According to the invention, high-sensitivity and extreme-weather-resistant real-time monitoring and accurate early warning of small landslides of islands and reefs can be realized.

The invention discloses a ship navigation collision avoidance method and system based on image fusion and dynamic risk prediction, and the method comprises the following steps: collecting and classifying image samples of reefs, shoals and shipwreck structures, and processing the classified reefs, shoals and shipwreck structures; taking the processed rocks, shoals and shipwreck structures as a training set and a test set; constructing a GoogLeNet deep learning structure, and training the GoogLeNet deep learning structure by using the training set to obtain a trained GoogLeNet deep learning structure; the trained GoogLeNet deep learning structure is used to carry out classification identification on the navigation obstructing structure in the navigation process; according to the method, the convolutional neural network is used for identifying the structures such as rocks, shoals and sunken ships, the identification task can be effectively completed, the identification effect is good, ship collision is avoided, and the danger in the sailing process is further reduced.

The application provides an island reef coral filler compaction pile and a construction method thereof. The construction method of the island reef coral filler compaction pile comprises the following steps: (1) using a weight to hammer the ground soil body to form a cylindrical hole; (2) first filling mixed sand and stone into the hole, the mixed sand and stone is composed of coral reef gravel and calcareous sand, then pouring a microbial curing liquid and a composite additive, the microbial curing liquid is composed of a composite bacterial liquid and seawater, the composite bacterial liquid is prepared from bacillus pasteurii, bacillus cereus and bacillus mucilaginosus, and the composite additive is composed of hydroxyl citronellal and eucalyptol; then using the weight to ram the filler; (3) repeating step (2) to ram and fill the pile hole to the ground to form the compaction pile. The construction method can significantly improve the quality of the compaction pile, significantly improve the single pile bearing capacity, and effectively reduce the relative usage amount of the microbial curing liquid.

A wave energy-based reef sustainable device integrated with an offshore wind turbine is provided. The wave energy-based reef sustainable device integrated with an offshore wind turbine can be put into a seabed, is configured to connect with a floating wind turbine, and includes a base is configured as a fish reef, an anchoring device configured to connect with the floating wind turbine, and includes plural rings with a luminous coating and at least one mooring system or cable with a luminous layer. The rings swing and / or rotate due to the pull of the floating wind turbine and present a flashing effect to attract fish. The mooring system or cable with the luminous layer provides a warning effect, a lighting device configured to emit light to attract fish, and a green energy device configured to convert a green energy into an electrical energy, which is provided to the lighting device.

The application provides a method and device for constructing and classifying an island and reef bottom classification model, and relates to the technical field of model classification. The method for constructing the island and reef bottom classification model comprises: obtaining a data set of an island and reef area, wherein the data set comprises remote sensing data, water depth data and chlorophyll concentration data which are inversely calculated based on the remote sensing data; based on a preset neural network model, performing feature extraction on the data set respectively, constructing a positive sample pair according to the obtained spectral features and water depth-chlorophyll features of the same preset position in the island and reef area, constructing a whole sample pair according to the obtained spectral features of the selected preset position and the water depth-chlorophyll features of all preset positions in the island and reef area, and constructing a sample feature pair according to the positive sample pair and the whole sample pair. The application can improve the accuracy of island and reef bottom classification under a small amount of label data.

The present application belongs to the field of surveying and mapping, and more particularly relates to a method for combined adjustment of island and reef images and laser height measurement under water edge line constraint. The present application comprises the following steps: S1, input of multi-source satellite data; S2, extraction of water edge line points; S3, extraction of photon points; S4, preparation for combined adjustment, including S41, stereo image preprocessing, S42, generation of water edge line height control points, and S43, generation of laser point height control points; S5, combined adjustment and compensation, comprising S51, combined adjustment, and S52, affine transformation compensation on the adjustment result. The present application introduces elevation constraints such as water edge line and fuses spaceborne laser height measurement data to construct multi-source height control points, realizes high-precision three-dimensional mapping of sea reef areas under the condition of no ground control, and thus more efficiently and stably solves the mapping problems of difficult acquisition of field control points, insufficient precision of open source DEM, and uneven distribution of laser points.

The application discloses a kind of coral reef area benthic biomass evaluation method, belong to marine ecological monitoring and evaluation technical field.The present application includes reef sample collection, reef coverage determination, reef effective attachment area measurement, benthic separation and collection, biological sample moisture treatment and weight weighing and six steps of biomass evaluation calculation.The present application is complete reef sample by stratified random sampling, and reef coverage is obtained using sample belt image interpretation, and effective attachment area is determined by measuring the length, width and height parameters of reef or three-dimensional laser point cloud, and the wet weight of species is weighed after separation, classification and standardization dehydration, and the benthic species biomass per unit area is calculated by combining reef coverage, species wet weight and effective attachment area, and the total benthic biomass per unit area and benthic species density can be further calculated.The present application is mainly used for benthic biomass evaluation in different habitat types of coral reef area, and can improve the accuracy and repeatability of evaluation results.

The invention discloses a reef limestone quality intelligent grading method based on CT three-dimensional pore reconstruction and multi-modal feature fusion, and the method comprises the steps: obtaining the three-dimensional image data of reef limestone through CT scanning, and extracting the non-uniformity, directivity and overall porosity features of pore distribution through a convolutional neural network or clustering analysis; and in combination with mineral components, uniaxial compressive strength and physical parameters of rock mass, longitudinal wave velocity and springback value, a multi-dimensional feature vector is constructed. And then, a random forest algorithm is adopted as a machine learning model, the marked quality grading data set is trained and tested, and automatic and accurate reef limestone quality grading is realized. According to the method, CT data is crucial, high-resolution three-dimensional pore structure information is provided, the two-dimensional limitation of a traditional method is made up, and the grading reliability and applicability are improved. The method is suitable for the fields of geological engineering, mining and construction, and can significantly improve the evaluation efficiency of reef limestone resources.

The invention provides an island reef substrate classification model construction method, a sea reef substrate classification method and a sea reef substrate classification device, and relates to the technical field of model classification, the sea reef substrate classification model construction method comprises the following steps: obtaining a data set of an island reef area, the data set comprises remote sensing data and water depth data and chlorophyll concentration inverted based on the remote sensing data; based on a preset neural network model, feature extraction is carried out on the data sets, positive sample pairs are constructed according to the obtained spectral features and the obtained water depth-chlorophyll features of the same preset position in the island reef area, and according to the obtained spectral features of the selected preset position in the island reef area, the water depth-chlorophyll features of the selected preset position in the island reef area are obtained; all sample pairs are constructed according to the positive sample pairs and the water depth-chlorophyll characteristics of all the preset positions, and sample characteristic pairs are constructed according to the positive sample pairs and the all sample pairs. According to the invention, the precision of sea island reef substrate classification can be improved under a small amount of label data.

This application provides a multi-scale island and reef remote sensing image mosaic mapping method, which can be applied to the fields of geographic information science and remote sensing big data processing technology. The method includes: acquiring island and reef image files corresponding to each island and reef in a target area; the island and reef image files are high-resolution remote sensing images that have undergone cloud removal processing and are cropped according to a buffer distance, with the geometric center of the island and reef as the reference; based on the spatial display scale corresponding to the buffer distance, stitching together the island and reef image files of all islands and reefs in the target area to generate an image mosaic map; generating a vector index map that corresponds one-to-one with the geometric position of the image mosaic map, the vector index map containing island and reef identification information of the corresponding geometric position of the island and reef; and superimposing the vector index map onto a predetermined area of ​​the image mosaic map to generate a standardized island and reef thematic map of the target area. This application also provides a multi-scale island and reef remote sensing image mosaic mapping device, equipment, and storage medium.

This invention discloses a well placement method, equipment, and storage medium for bioherm-type carbonate reservoirs. The well placement method includes the following steps: S1. Obtaining the amplitude spectrum data of the reservoir to be well placed; S2. Classifying the bioherm type and reservoir category, and determining the connectivity of the reservoir; S3. Determining the optimal well placement area and optimal well placement pattern based on the determined bioherm type, reservoir category, and reservoir connectivity; S4. Performing economic calculations on the wells to be placed within the optimal well placement area, establishing an economic model, and determining the optimal well spacing d. i And the optimal number of oil and gas wells N i This method, tailored to the characteristics of bioherm-type carbonate reservoirs, classifies them into different types, distribution ranges, and connectivity, providing a reliable reference for well placement. It designs optimal well placement areas and patterns, effectively improving well development efficiency. An economic model is established through economic accounting to optimize well spacing and the number of oil and gas wells, thereby increasing reservoir development utilization and economic benefits.

This invention discloses an ecological synergy-based sea urchin-kelp ecological aquaculture device and method, belonging to the field of marine ecological aquaculture. It includes: a main frame, a kelp cultivation area, a sea urchin cultivation area, a material exchange unit, and an environmental monitoring unit. The main frame is divided into an upper kelp cultivation area and a lower sea urchin cultivation area by a horizontal partition. Several rows of seedling ropes are installed at the top of the kelp cultivation area for suspending the cultivated kelp. A porous concrete fish reef is installed at the bottom of the kelp cultivation area. A pebble layer is laid at the bottom of the sea urchin cultivation area for cultivating sea urchins. The material exchange unit includes several connecting channels opened in the middle of the horizontal partition. The environmental monitoring unit includes an integrated sensor group and a data transmission module. This invention can achieve ecological synergy between sea urchins and kelp through "isolation and protection - controlled feeding - nutrient cycling".

This invention belongs to the field of coastal ecological restoration and marine aquaculture technology. Specifically, it is an artificial composite reef structure, including a base. The base is a trapezoidal frame structure with multiple frame columns inside. The base columns are fixedly connected to the surface of the base, and the base columns are fixedly connected to the sleeves. The sleeves are slidably connected to the telescopic columns, and the telescopic columns are threadedly connected to the surface of the telescopic columns. The other end of the telescopic columns passes through the sleeves and the base columns, making a slidable connection. By combining the frame-type base with upwelling reefs and bird-standing stakes, a two- or three-layer artificial composite reef structure is formed, creating a multifunctional marine biological reef environment. This overcomes the problems of the single function and limited environment of ordinary biological reefs. It not only has a wider range of applicability, but also organically combines the two- or three-layer structure to create a multifunctional marine habitat, forming a three-in-one marine ecosystem integrating sea, land, and air.

The utility model relates to the technical field of ecological maintenance, in particular to an artificial ecological fish reef convenient to disassemble, which comprises cross-shaped pipes, separation assemblies are arranged on the opposite sides of the cross-shaped pipes, and each separation assembly comprises a first screening hole. According to the artificial ecological fish reef convenient to disassemble, by adding the partition assembly, four feet of a cross-shaped pipe are communicated, first screening holes are formed in the surface of the cross-shaped pipe and used for screening small fishes, a space formed by the cross-shaped pipe and the upper and lower first partition plates provides a sheltering and living space for the small fishes, and the two X-shaped plates, the first partition plates and the second partition plates form an activity space which is isolated into seven areas; third screening holes in an X-shaped plate are used for screening activity areas of small fishes of different specifications to improve comfort, a second partition plate is connected with a bottom plate through a fixing pipe to reserve a pre-storage space, the bottom plate is heavy and can sink downwards under buoyancy, sandy soil on the seabed can cover the pre-storage space after touching the bottom to improve road holding force, and therefore the possibility that the small fishes are knocked over by sea waves or disengaged from a preset area is reduced; and the stability of the ecological fish reef is improved.

The invention relates to the field of marine ranch breeding equipment, in particular to a seabed multiplication reef breeding system which comprises a reef frame and a reef body, the reef frame comprises a plurality of foot rods and reef columns arranged on the upper sides of the foot rods, and the reef body is connected to the reef columns; a pedestal is installed on the foot rods in a sliding mode, a supporting face connected with the seabed in an abutting mode is formed on the bottom face of the pedestal, and locking pieces are arranged between the pedestal and the foot rods. By optimizing the structures of the foot rods and the pedestal, the problems in the prior art are effectively solved.