316 results about "Reef" patented technology

The invention discloses an island reef shoreline remote sensing extraction method based on a double-branch network, and belongs to the technical field of island reef shoreline remote sensing extraction. Comprising the following steps: S1, acquiring an original satellite remote sensing image of a coral island reef, and cutting to obtain a reef remote sensing image; s2, a shoreline vector label is drawn in the island remote sensing image, and rasterization processing is carried out; s3, cutting the rasterized label and the research area image to obtain tile data; s4, dividing the tile data into a training set and a test set; s5, performing data enhancement on the training set tile data to obtain a processed image data set; and step S6, constructing an SDSPNet model based on the image data set. According to the method, the overall semantic expression ability of the broken shoreline and the lagoon face area is enhanced, and the problems of erroneous judgment of the broken shoreline of the coral island and fuzzy lagoon face boundary in an existing method are solved.

The invention discloses an unmanned ship hunting confrontation decision-making method based on multi-agent course reinforcement learning. The method comprises the following steps: constructing a marine confrontation simulation environment comprising a dynamic target and multiple reefs; designing a normalized state space to represent a friend or foe movement situation, a multi-scale reward function and a continuous action space; a self-adaptive course scheduler is deployed in the centralized training decentralized execution framework, and the training environment complexity, the action noise intensity and the strategy entropy coefficient are dynamically adjusted; and training the decision model by adopting a multi-agent near-end strategy optimization (MAPPO) algorithm. According to the scheduler, the environmental difficulty is dynamically upgraded and degraded based on the sliding window success rate, the training round number and the performance stagnation counter, and the problems of sparse reward and strategy generalization are solved. Experiments show that the method significantly improves the hunting success rate, shortens the task time and reduces the collision rate.

The invention belongs to the technical field of mariculture, and particularly discloses a grazing and breeding combined proliferation maintenance type anchor reef which comprises a base, a prismatic table body, a center supporting column and an embedded cabin, the outer vertical face of the base is provided with inclined biological micropores which are high in inside and low in outside, the middle of the top face of the base is provided with a silt collecting groove, and a biological shell is embedded in the inner wall of the silt collecting groove; a penetration structure is arranged at the bottom of the base; the prismatic table body is clamped above the base and is hollow, a plurality of inhabiting channels are formed in the side surface, and a flow through hole is formed in the center of the top surface; the center supporting column penetrates through the center of the base and the center of the prismatic table body, an embedded cabin is integrated in the middle of the center supporting column, a bionic nest is arranged in the embedded cabin, and a biological egg attachment base is fixed in the nest; and the top end of the central supporting column is connected with the anchor chain connecting piece. The anchoring reef can be used as an anchoring system for fixing a culture facility, can also play a role in resource proliferation and maintenance, has the advantages of being stable in structure, convenient to assemble and transport and suitable for living beings to inhabit, and realizes organic combination of ecological restoration and culture production functions on the anchoring reef.

The present invention discloses a sea dragon-derived antimicrobial peptide, SsPle, for antimicrobial applications in the complex environments of tropical islands and reefs. The amino acid sequence of this antimicrobial peptide is shown in SEQ ID NO. 3. This antimicrobial peptide, SsPle, exhibits good water solubility, broad antimicrobial activity, and highly stable antimicrobial properties under high temperature, high salt, and ultraviolet irradiation conditions. It can inhibit the release of free bacterial endotoxins and has significant application prospects as an eco-friendly antimicrobial agent in the unique environments of South China Sea islands and reefs.

The invention relates to the technical field of ecological monitoring, in particular to a resident-free island resource monitoring method based on a spatial three-dimensional model, and the method comprises the following steps: S1, building a remote sensing image interpretation information base; s2, based on the remote sensing image interpretation information base, generating an island space three-dimensional model containing island land terrain and shoreline distribution; s3, generating a total element three-dimensional dynamic map; s4, the interpretation result and the total element three-dimensional dynamic map in the S3 are superposed, and a reef area comprehensive distribution map is generated; s5, calculating the island resource development intensity and the ecological risk level, and outputting an island ecological assessment report; and S6, generating an island resource monitoring report. According to the invention, unmanned aerial vehicle aerial survey, GNSS measurement, depth sounding technology, image interpretation and ecological assessment are combined, a high-precision total-factor three-dimensional dynamic monitoring system is constructed, accurate analysis and visual expression of the current island resource utilization situation are realized, and scientific decision support is provided for island management and ecological protection.

The invention relates to a deep sea island tough wharf capable of resisting bidirectional earthquake action, comprising: a panel, the bottom of which is provided with a panel beam; the supporting piles are arranged in a scattered mode in the extending direction from the sea face to the land and comprise straight pile bodies and crossed pile bodies, the straight pile bodies comprise the first straight pile bodies and the second straight pile bodies, the first straight pile bodies are arranged on the offshore side in rows, and the second straight pile bodies are arranged on the near-land side in rows; the crossed pile bodies are arranged between the first straight pile body and the second straight pile body in rows; the first bidirectional damping device is arranged at the top of the first straight pile body, one end of the first bidirectional damping device is connected with the first straight pile body, and the other end of the first bidirectional damping device is connected with the panel beam; the second two-way damping device is arranged at the top of the cross pile body, one end of the second two-way damping device is connected with the cross pile body, and the other end of the second two-way damping device is connected with the panel beam. By optimizing the arrangement of the pile bodies of the wharf and arranging the damping device in a combined mode, the energy dissipation capacity and the overall stability of the wharf under the bidirectional earthquake effect are effectively improved.

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 invention discloses a bimodal-based breeding operation fishing boat target detection device and method in a long-distance complex scene, belongs to the field of image target detection, and is used for solving the problems that in the long-distance complex scene, a fishing boat in long-distance fishing operation is not obvious in feature and is easily confused with seeing a sea house target and a reef target. The first backbone network is used for inputting a visible light modal image and comprises a first feature extraction layer, and the output of the first feature extraction layer comprises visible light features; the second backbone network is used for inputting an optical flow modal image, the second backbone network comprises a first feature extraction layer, and the output of the first feature extraction layer comprises optical flow features; and the fusion module is arranged between the first feature extraction layer of the first backbone network and the first feature extraction layer of the second backbone network, inputs visible light features and optical flow features, and outputs fusion features including channel attention features and space attention features.

1. The name of the design product: over the river stone (reef 2). 2. The use of the design product: the design product is a child toy equipment over the river stone, used for sensory training and expansion activities. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

According to one or more embodiments, a thin-walled perforated structure to grow corals and dissipate wave energy is disclosed. Two types of thin-walled perforated structures are described: reef-crest structure and back reef structure. The reef-crest perforated structure can include a front perforated plate including a first plurality of apertures, a back perforated plate including a second plurality of apertures, and a top perforated plate including a third plurality of apertures. The top perforated plate is coupled to the front perforated plate and the back perforated plate. The thin-walled perforated structure can further include a front interior perforated plate including a fourth plurality of apertures, a back interior perforated plate including a fifth plurality of apertures, a front energy dissipator coupled to the front perforated plate or the top perforated plate, or both, and a back energy dissipator coupled to the back perforated plate or the top perforated plate, or both. The back-reef structure has five inclined side plates and a top plate. Each side plate has a plurality of apertures, and the top plate has one aperture. There is a side energy dissipator between two side perforated plates, and there is a top energy dissipator at the place where the top plate and a side plate meet. The bottom of each side plate has a triangle clearance to accommodate the bottom roughness.

1. The name of the design product: over the river stone (reef 3). 2. The use of the design product: the design product is a child toy equipment over the river stone, which is used for sensory training and expansion activities. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

The application provides a local surge-induced adjacent reef seabed topography evolution model test device and test method, and the device comprises a soil box, a soil layer, a runner, a handle, a support, a fixing ring, a hose, an adjusting pipe, a pore pressure gauge, a displacement gauge and a partition plate. A constant pressure water head is set at one end to simulate a far-field water pressure, a hose fixed on the runner periodically rises and falls at the other end, a periodic surge pressure is formed in the soil layer on the right side of the partition plate, and the local scouring and far-field pressure seepage migration effects of the local surge on the adjacent reef seabed are simulated. The pore pressure gauge is used to determine the pore pressure change of the stratum to analyze the local scouring force and the far-field stratum seepage force change of the adjacent reef seabed, and the displacement gauge is used to determine the stratum displacement to analyze the local scouring deformation and the far-field pressure seepage migration law of the adjacent reef seabed. The influence of the local surge cycle, amplitude and pressure sudden increase point position on the surface morphology of the adjacent reef seabed is researched, and analysis basis is provided for the adjacent reef seabed topography evolution, far-sea island reef construction and erosion protection.

The invention relates to the technical field of navigation and positioning, in particular to an unmanned ship attitude-combined positioning mapping method, which comprises the following steps of: acquiring laser point cloud data and ship attitude information; constructing a dynamic height filtering window, and eliminating water surface reflection noise points; density clustering parameters are adjusted, and spatial isolated point clusters are eliminated; positioning and mapping are realized through tight coupling optimization; in the prior art, a fixed threshold filtering scheme is adopted, and inshore structure reservation and long-distance noise elimination are difficult to consider, so that wharfs, reefs and other characteristics in lake surface mapping are mistakenly deleted or a large number of water surface false points are remained; according to the scheme, a ship attitude adaptive dynamic height filtering window is innovatively provided, the filtering boundary is intelligently scaled in a wave disturbance environment through fusion of radar real-time height, point cloud statistics and a horizontal distance segmentation adjustment mechanism, specular reflection false points and wave false point clusters are accurately eliminated, and nearshore topographic features are completely reserved; and the structural integrity and the space authenticity of the water surface map are obviously improved.

1. The name of the design product: over the river stone (reef 4). 2. The use of the design product: the design product is a child toy equipment over the river stone, which is used for sensory training and expansion activities. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

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.

The application provides an underwater bare explosion explosion point positioning and fixed net rack, which comprises a net body, a float, an anchor rod, a lower jacking rod and an explosive box. The net body is a hard metal net, which is provided with net holes with specified sizes, and the float is connected to the top of the net body and can pull the net body upward; the anchor rod is connected to the net body, and the pulling force of the anchor rod can form a balance force with the pulling force of the float, so that the net body is fixed in water; the explosive box is installed at the lower end of the net body through the lower jacking rod and abuts against the reef. The net body fixed underwater is used as a fixing object to fix the explosive on the reef at the bottom of the net body, so that the disadvantage of multiple punching is avoided when multiple explosives are fixed underwater, the explosive can be placed in the explosive box, and the upper and lower telescopic lower jacking rod can make the explosive reach the reef surface at different heights, so that the convenience of explosive fixing is further improved. When installation is performed, the net holes can be used as a reference to determine the explosive installation position, so that the explosive installation efficiency is improved.

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.

The utility model discloses a large seaweed reef assembling device for ecological restoration, relates to the technical field of conveying belt fixing, and solves the problems that time and labor are consumed and large-scale production is difficult to carry out when seaweed reef assembling is carried out manually in the prior art. Comprising a first feeding mechanism and a second feeding mechanism, an assembling frame is arranged between the first feeding mechanism and the second feeding mechanism, and the assembling frame corresponds to a first pushing device and a second pushing device; a conveying device is connected to one side of the assembling frame, and a seaweed gel injection mechanism, an algal reef block assembling mechanism, a limiting block assembling mechanism and a pressing mechanism are sequentially arranged on one side of the conveying device. The seaweed and reef assembling machine has the beneficial effects that the seaweed and reef assembling work can be efficiently and accurately completed, and the time cost of manual operation is reduced.

The marine underwater metal positioning gauge rod comprises a rod body and a dragging rope fixedly connected with the upper end of the rod body, the upper portion of the rod body is provided with a driving bin and a power source bin, the outer side of the rod body is fixedly connected with a sonar component which is connected with the power source bin and used for detecting the terrain, and the rod body is provided with a sliding groove. The sliding groove is slidably connected with a lifting rod axially provided with a threaded hole, a lead screw motor is fixedly arranged in an inner cavity of the driving bin, the output end of the lead screw motor is connected with a lead screw, the lead screw extends into the sliding groove and is in threaded connection with the threaded hole, and the lower end of the lifting rod is connected with a swing component and a metal detector connected with the swing component. According to the utility model, the underwater simulated terrain monitoring of the metal detector can be realized, the metal detection positioning is more accurate, the metal detection efficiency is improved, the damage to the metal detector caused by underwater reefs and large topographic relief can be prevented, the underwater detection range of the metal detector can be conveniently adjusted, and the underwater metal detection effect is improved while the detection omission is prevented.

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 invention discloses a biological communication channel and a design method thereof, belongs to the technical field of mud flat treatment engineering, and aims to solve the problems of poor water permeability of a siltation promotion dam and insufficient water continuity and biological circulation among reservoir areas in the existing mud flat treatment engineering. The invention provides a biological communication channel composed of a height-difference-free asymmetrically-perforated cavity type prefabricated part and a fish reef cluster, and the prefabricated part is provided with a longitudinal / transverse partition plate, a rest pool and a bottom plate open hole to form a bidirectional full-tide water passing channel; the matched design method comprises the steps of data collection and typical tide level determination, flow field numerical simulation, prefabricated part scale optimization (based on the proper flow velocity of fishes), structural stability checking calculation, fish reef group setting and the like. The channel can effectively improve hydraulic communication and biological circulation among reservoir areas, reduce the blocking influence of engineering on aquatic organisms, and create a habitat for benthic organisms.

The application discloses a kind of composite biological base suspended purification systems based on near natural water ecological concept, belong to water ecological diversity restoration technical field.The system is composed of emergent plant ecological design module, biological base suspended core, microbial cultivation bed, intelligent underwater oxygenation aeration module, artificial ecological fish reef and submerged plant planting module.Biological base suspended core adopts four-layer gradient composite structure, including polyester fiber filler layer, activated carbon fiber sponge layer and palm silk biological base layer, realize physical adsorption, chemical degradation and biological metabolism synergistic purification.Intelligent aeration module is linked through multi-parameter sensor and fuzzy PID algorithm dynamically controls aeration intensity, oxygen transfer efficiency is greater than or equal to 35%.The application is coupled by the aperture gradient distribution (80%-92% porosity) of four-layer gradient biological base suspended core and the dynamic response threshold of fuzzy PID algorithm, for the first time realizes the collaborative optimization of carrier structure parameters and control system parameters.The innovation technology not only improves the stability and diversity of ecological system, but also strengthens the natural purification capacity of water body, provides a new idea for water environment protection.