20 results about "Haloxylon ammodendron" patented technology

This invention discloses a sand-fixing method utilizing coppicing and sand burial of Haloxylon ammodendron, relating to the fields of windbreak, sand fixation, and vegetation restoration. Based on the natural growth angle of Haloxylon ammodendron branches, this invention applies coppicing and layering treatments to upright and inclined branches respectively. Inclined branches are laid flat against the ground and buried in sand, causing adventitious roots to sprout from the buried internodes and new suckers to grow upwards. These newly formed suckers are guided towards adjacent plants and buried perpendicular to the prevailing wind direction, creating a connected network structure between plants through their root systems and stolons. This invention classifies and treats branches according to their type. Coppicing upright branches reduces plant height and branch height, promoting tillering; sand burial of inclined branches induces adventitious roots, expands the water absorption area, lowers the center of gravity of branches and leaves, and increases ground cover, which is beneficial for improving the sand-fixing efficiency of vegetation, enhancing the water use efficiency of Haloxylon ammodendron, and promoting healthy shrub development.

The utility model belongs to the technical field of planting equipment, and relates to a haloxylon ammodendron intelligent planting integrated workstation which comprises a supply bin, a plurality of automatic planting vehicles and a plurality of irrigation vehicles are parked in the supply bin, a plurality of standby seedling storage barrels and standby water tanks are arranged in the supply bin, and a plurality of charging piles are further installed in the supply bin. The charging pile is used for charging the automatic planting vehicle and the irrigation vehicle, a first solar panel is arranged at the top of the supply bin and used for supplying power to the charging pile, a sapling storage assembly used for storing haloxylon ammodendron saplings is fixedly installed on the automatic planting vehicle, and the two sides of the sapling storage assembly are each provided with an earth cutting system. Soil covering systems are arranged in front of and behind the soil cutting system, and an irrigation system, an irrigation vehicle control sensing system and an irrigation vehicle energy storage system are fixedly mounted on the irrigation vehicle. The supply bin integrates solar energy storage, water supply for the watering vehicle and cultivation of the haloxylon ammodendron saplings, the automatic planting vehicle and the irrigation vehicle work cooperatively, and the planting efficiency and the survival rate of the haloxylon ammodendron saplings are greatly improved.

The invention discloses a haloxylon ammodendron forest biomass estimation method based on unmanned aerial vehicle multi-source data collaborative inversion, and relates to the technical field of environment remote sensing and information, and the method comprises the steps: obtaining a training sample set; obtaining unmanned aerial vehicle multispectral image data and unmanned aerial vehicle laser radar point cloud data of each training sample plot; extracting a first type of feature set comprising vegetation index features and texture features; extracting a second type of feature set comprising a height feature and a density feature; fusing the two types of feature sets to form a joint feature set; screening the joint feature set to construct a target feature subset; and carrying out model training by utilizing a machine learning algorithm to obtain an above-ground biomass estimation model. According to the method, the technical problem that the existing single remote sensing data source is low in precision in estimating the biomass on the desert sparse haloxylon ammodendron forest land is solved, high-precision and automatic estimation from the sample land to the regional scale is realized, and technical support is provided for accurate accounting of the desert carbon reserve in the arid region.

The application discloses a kind of biological plastic bag inside directional water and fertilizer conservation drought sandy land seedling transplanting and keeping alive method, by preparing thermoplastic biological material and processing formation biological plastic bag, using microorganism, bacteria has sensitivity to biological plastic bag and the characteristics of bag body and insoluble in water, it is placed in tree planting pit, mixed organic matter fertilizer, water retaining agent etc. to plant growth promoting substance, realize directional water and fertilizer conservation, guarantee seedling growth initial period required water and nutrient, after seedling root system can penetrate biological plastic bag and go down to the water layer in pit, biological plastic bag will also degrade naturally, at this time, no need artificial intervention.The application is suitable for haloxylon ammodendron, red willow, date palm tree and other various plants suitable for drought sandy land growth, can effectively solve the technical problems of low survival rate of drought sandy land seedling transplanting, water and nutrient loss fast, realize wind prevention and sand fixation, beautify environment, promote economic growth and the comprehensive benefits of grower income increase.

This invention discloses a method for denitrifying and removing phosphorus from high-salinity aquaculture wastewater using an algae-bacteria symbiotic coupling system. Dunaliella salina and Haloxylon ammodendron are simultaneously inoculated into the high-salinity aquaculture wastewater, and symbiotic culture medium components are added. The mixture is then cultured at room temperature for 10 days. This invention utilizes Dunaliella salina and Haloxylon ammodendron to construct a stable and efficient algae-bacteria symbiotic system for denitrifying and removing phosphorus from wastewater. This system can efficiently remove high concentrations of nitrogen and phosphorus from high-salinity wastewater and will provide a reference for the treatment of high-salinity aquaculture wastewater.

The invention discloses a microbial inoculum ZL6 with effects of promoting growth of haloxylon ammodendron and regulating and controlling rhizosphere microflora and application of the microbial inoculum ZL6, and belongs to the technical field of microorganisms. According to the bacillus cereus ZL6 provided by the invention, the conversion of soil nutrients to available nutrients is improved, and the rhizosphere microflora structure is improved, so that the effect of promoting the growth of haloxylon ammodendron is achieved. The ZL6 is mixed and applied to a haloxylon ammodendron field, so that the content activities of organic carbon and available phosphorus in soil are remarkably improved by 84.78% and 73.27% respectively. The plant height is increased by 68.11%, and the root length is increased by 206.55%. Meanwhile, the positive change of microbial communities is regulated and controlled, especially the enrichment of beneficial bacteria, the relative abundance of the prevotella and the vibrio is remarkably increased, and the relative abundance of the burkholderia is remarkably reduced. In general, inoculation of the ZL6 fungicide can promote the growth and development of haloxylon ammodendron by improving the soil fertility and improving the rhizosphere microflora structure.

The invention discloses a graphene 13C isotope-based haloxylon ammodendron seedling marking method. The method comprises the following steps: carrying out double-peak pit soil preparation by taking a root of a haloxylon ammodendron seedling as a center; the double-peak pits sequentially comprise a first pit, a first peak, a second pit, a second peak and the earth surface from inside to outside by taking the root of the haloxylon ammodendron seedling as the center; a graphene 13C isotope water-soluble fertilizer is applied to a first pit of the double-peak pits; placing a carbon dioxide absorption device; laying a thin film to cover the double-peak pits, so that the first pit becomes a closed space; according to the method, photosynthesis of the haloxylon ammodendron seedlings is effectively isolated from carbon dioxide generated by respiration of the graphene water-soluble fertilizer and soil microorganisms, so that carbon dioxide with < 13 > C isotope released by respiration of the microorganisms is prevented from being absorbed by photosynthetic organs of plants, and a reliable solution is provided for marking and tracing the haloxylon ammodendron seedlings by adopting the graphene < 13 > C isotope.

The invention discloses a mixed bacterial agent ZL3 + 6 with effects of promoting growth of haloxylon ammodendron and regulating rhizosphere microflora and application of the mixed bacterial agent ZL3 + 6, and belongs to the technical field of microorganisms. According to the bacillus orientalis ZL3 and the bacillus cereus ZL6 provided by the invention, the conversion of soil nutrients to available nutrients is improved, and the rhizosphere microbial community structure is improved, so that the effect of promoting the growth of haloxylon ammodendron is achieved. When the ZL3 and the ZL6 are mixed and applied to a haloxylon ammodendron field, the contents of hydrolytic nitrogen, available phosphorus and rapidly available potassium in soil and the activity of sucrase are remarkably improved and are respectively improved by 49.27%, 80.48%, 12.65% and 64.40%. The plant height is increased by 51.75%, and the root length is increased by 262.18%. Meanwhile, the positive change of microbial communities is regulated and controlled, especially the enrichment of beneficial bacteria, the relative abundance of the prevotella and the vibrio is remarkably increased, and the relative abundance of the burkholderia is remarkably reduced. In general, the ZL3 + 6 inoculant is inoculated to promote the growth and development of haloxylon ammodendron by improving the soil fertility and improving the rhizosphere microflora structure.

The invention belongs to the technical field of sewage treatment, and particularly relates to a salt-tolerant denitrification composite microbial agent as well as a preparation method and application thereof. The salt-tolerant denitrification complex microbial inoculant is obtained by respectively domesticating salt-tolerant bacillus, salt lake vibrio, halophilic pseudomonas and food organic matter halomonas, performing single-bacterium high-density fermentation and compounding. The complex microbial inoculant disclosed by the invention has relatively strong combination and synergy capabilities, a bacterial strain metabolism function has strong synergy complementarity, the bacterial reproduction rate is high, the nitrogen removal efficiency is high, the production cost is low, the complex microbial inoculant is environment-friendly, pollution-free and excellent and efficient in performance, does not need a complex process during use, is directly put in use, and can effectively degrade organic pollutants, COD, NH3-N and TN in a water body.

This invention discloses a method for cultivating Haloxylon ammodendron seedlings, specifically including the following steps: (1) nursery site selection and land preparation; (2) seed treatment; (3) sowing and irrigation; (4) seedling tending and management; (5) disease prevention and control; (6) germination; and (7) transplanting. This invention treats Haloxylon ammodendron seeds collected in autumn and winter before sowing in spring, significantly improving the germination rate. Furthermore, the seedlings sown in spring are uniform, vigorous, and germinate early, exhibiting strong drought and disease resistance, and are better able to cope with soil moisture conditions.

The invention discloses an ecological restoration method for improving quality and efficiency of a declined artificial haloxylon ammodendron forest, and belongs to the technical field of desert vegetation restoration. According to the method, a comprehensive decline index is calculated by measuring multiple indexes such as the ratio of dead and dead trees in the haloxylon ammodendron forest, the canopy coverage loss rate of the haloxylon ammodendron forest, the shoot withering rate of the haloxylon ammodendron forest, the total vegetation coverage of the haloxylon ammodendron forest and the root exposure rate of the haloxylon ammodendron forest, and the haloxylon ammodendron forest is accurately divided into four grades of non-degradation, mild decline, moderate decline and severe decline. Then differentiated restoration is carried out according to different decline grades, wherein redundant branches are mainly pruned in light decline forests; thinning two-stage branches and cleaning secondary dead branches in the moderately declined forest; in the severe decline forest, stumping is carried out on the trunk withered plants. And the branches obtained by pruning or stumping are laid on the spot to form a sand barrier, so that resource recycling is realized. The problems that in the prior art, degradation grade division is fuzzy, repairing measures are homogenized, the cost for supplementing other sand barrier materials is high, and the environmental hidden danger is large are solved, precise diagnosis and targeted repairing of the declined haloxylon ammodendron forest are achieved, and the ecological function and stability of the forest stand are effectively improved.

The invention discloses a space moss and haloxylon ammodendron co-culture mutagenesis method, which relates to the field of space breeding and desert ecological restoration, and comprises the following steps: material pretreatment, co-culture system construction, space carrying mutagenesis, gradient domestication culture after returning, mutant screening and excellent strain propagation. The method comprises the following steps: selecting high-quality moss spores and haloxylon ammodendron seeds, constructing a co-culture system, feeding the co-culture system into a space carrying platform, carrying out co-culture mutagenesis for 10-15 days in a composite environment with microgravity of 10 <-3 >-10 <-6 > g and cosmic radiation of 0.5-2.0 Gy, returning the co-culture system to the ground, carrying out gradient domestication, and screening excellent strains of which the stress resistance, the sand stabilization capability and the symbiotic suitability reach the standard. According to the method, space synchronous mutagenesis of moss and haloxylon ammodendron is achieved, the symbiotic synergistic effect is enhanced, the symbiont stress resistance index after mutagenesis is improved by 30% or above compared with a conventional strain, the sand stabilization and soil improvement efficiency is improved by 35% or above, the technical operability is high, and the method can be applied to desert ecological restoration on a large scale.

This invention belongs to the field of biological wastewater treatment, specifically relating to a composite microbial agent, its preparation method, and its application. By mass percentage, it comprises 60%-80% bioactive agent and 20%-40% activity protectant. The bioactive agent includes 66.58%-86.58% of *Haloxylon ammodendron* strains, 7.85%-22.85% of *Hymenobacter* strains, and 5.57%-25.57% of *Thiobacillus* strains. The total viable count of the composite microbial agent is not less than 1 × 10⁻⁶. 9 The compound microbial agent was added to distilled water and cultured under anaerobic shaking conditions to obtain a revived bacterial solution. The supernatant of the revived bacterial solution was mixed with the wastewater to be treated at a volume ratio of 1-10:250, and 100-250 mg / L of a compatible solute was added. The wastewater was then treated under anaerobic conditions. After one week of treatment of low C / N ratio, high-salt phenol wastewater using this compound microbial agent, the denitrification rate remained above 95%, and the phenol degradation rate remained above 80%. This effectively solved the problems of low denitrification efficiency and difficulty in removing phenolic compounds from high-salt phenol wastewater, and the process was simple and low-cost.

The invention discloses a loess subsidence area surface soil fixing method and structure, and relates to the technical field of environmental management. The loess subsidence area surface soil fixing method comprises the following steps: preparing a bacterial liquid and a cementing liquid; the bacterial liquid is bacillus pasteurii bacterial liquid, and the cementing liquid comprises urea and calcium chloride; seed pretreatment; mixing haloxylon ammodendron seeds and agropyron cristatum seeds with the bacterial liquid for seed dressing treatment; sowing and curing; sowing the pretreated haloxylon ammodendron seeds and wheatgrass seeds in the surface soil of the loess subsidence area, and alternately spraying the bacterial liquid and the cementing liquid for multiple times; final-period management: watering maintenance is carried out. According to the loess subsidence area surface soil fixing method and fixing structure, the loess surface layer impact resistance can be improved, and the short-term soil fixing effect and the long-term soil fixing effect are combined.

This invention discloses a raw material pulverizing device and process based on the extraction of Hovenia dulcis ultrafine powder, relating to the field of Hovenia dulcis raw material pulverizing technology. It includes a main body, a cooling mechanism fixed to one side of the pulverizing barrel, multiple vibrating rods placed inside the pulverizing barrel, a pulverizing component on one side of the pulverizing roller, a cleaning component on one side of the scraper, an adjusting component on the outside of the elastic rope, and guiding components on one side of the first and second guide plates. When the moving frame moves, it drives the moving frame to slide, thereby causing the fixed column and the lifting column to move along the arc surface inside the pulverizing barrel. A spring is installed between the fixed column and the lifting column. When the fixed column and the lifting column move along the arc surface, the lifting column can adaptively extend and retract, ensuring that the pulverizing roller can conform to different areas such as the inner wall of the pulverizing barrel and the gaps between media, specifically crushing residual uncrushed particles, compensating for the blind spots of simple vibrating rod pulverization, and significantly enhancing the uniformity of pulverization.

The invention discloses a zirconium-based attapulgite composite solid acid catalyst for accelerating ripening of white spirit and a preparation method of the zirconium-based attapulgite composite solid acid catalyst, and belongs to the technical field of white spirit catalytic aging. The preparation method comprises the following steps: dispersing attapulgite powder in a zirconium salt solution, adding an agriophyllum squarrosum extract solution to assist precipitation, aging, washing and drying to obtain a precursor; and dipping with a sulfuric acid or ammonium sulfate solution, and finally roasting at a high temperature to prepare the SO4 < 2-> / ZrO2 / attapulgite composite solid acid catalyst. The catalyst has both Bronsted acid and Lewis acid sites, and is large in specific surface area and high in acid content. When being applied to the ripening acceleration of the white spirit, the solid acid site can efficiently catalyze the alcohol acid esterification reaction and promote the generation of beneficial esters, and the adsorption performance of the attapulgite can be utilized to remove irritant substances such as acetaldehyde and the like, so that the synergism of'catalytic aroma production 'and'adsorption impurity removal' is realized, the aging period of the white spirit is remarkably shortened, and the flavor of a white spirit body is improved. The method is simple in process, green and safe, and the catalyst is easy to separate and can be repeatedly used.

The invention discloses three plastic degradation composite flora and application thereof. And the composite flora comprises a composite flora of pseudomonas and rhodococcus, burkholderia cepacia or mangrove forest salt lazy bacteria, and the composite flora comprises the pseudomonas and the rhodococcus, the burkholderia cepacia or the mangrove forest salt lazy bacteria. The three composite flora provided by the invention has polyester plastic hydrolase activity and has a remarkable degradation effect on polyester such as PET (Polyethylene Terephthalate) and PBAT (Poly (Butyleneadipate-Butyleneadipate-Butyleneadipate-Butyleneadipate-Butyleneadipate-Butyleneadipate-Butyleneadipate-

This invention provides a method for simultaneously increasing the biomass and fucoxanthin yield of *Phaeodactylum tricornutum*, utilizing a *Haloxylon ammodendron*-*Phaeodactylum tricornutum* symbiotic system to simultaneously enhance algal growth efficiency and the accumulation of the high-value product fucoxanthin. Specifically, *Haloxylon ammodendron* and *Phaeodactylum tricornutum* are co-inoculated in F / 2 medium at a bacterial-algal ratio of 10:1 to 100:1 and co-cultured under constant temperature and light for 16 days. This invention utilizes *Haloxylon ammodendron* and *Phaeodactylum tricornutum* to construct a stable and efficient algal-bacterial symbiotic system, which can simultaneously increase the biomass of *Phaeodactylum tricornutum* and the fucoxanthin content, providing a new method for the large-scale, low-cost production of fucoxanthin.

This invention belongs to the field of drug detection technology, specifically relating to a detection method and application for *Haloxylon ammodendron* leaf formula granules. The *Haloxylon ammodendron* leaf formula granules are made from *Haloxylon ammodendron* leaf slices through decoction, concentration, drying, and granulation. The detection method includes morphology, identification, inspection, extractives, characteristic chromatograms, and content determination. The identification method uses thin-layer chromatography; the characteristic chromatogram uses high-performance liquid chromatography, with the chlorogenic acid reference peak as the S peak, indicating four characteristic peaks; the content determination measures the content of chlorogenic acid. The detection method established by this invention improves the detection requirements for *Haloxylon ammodendron* leaf medicinal materials, slices, standard decoctions, and formula granules, contributing to the establishment of a comprehensive quality control system for various *Haloxylon ammodendron* leaf products and helping to ensure the quality and clinical efficacy of *Haloxylon ammodendron* leaf formula granules.