68 results about "Suaeda glauca" patented technology

The invention provides a suaeda salsa artificial disseminator used in a saline-alkali soil improvement research. The suaeda salsa artificial disseminator comprises a disseminator body, wherein the disseminator body comprises a suaeda salsa seed box arranged at the top; a seeding plate is arranged at the bottom of the disseminator body; a communicating pipeline is arranged between the seeding plate and the suaeda salsa seed box; a control switch used for controlling the opening and closing of the communicating pipeline is arranged on the communicating pipeline; the control switch comprises a flat clamping groove horizontally formed in the radial direction of the communicating pipeline; a clamping slice is arranged in the clamping groove; the two sides of the clamping slice extend to the outer side of the pipe wall of the communicating pipeline; a limiting dowel is arranged on each of the two sides, positioned outside the communicating pipeline, of the clamping slice; a material dropping hole is formed in one side of the clamping slice positioned outside the communicating pipeline. The suaeda salsa artificial disseminator is simple in structure, convenient to use, time-saving and labor-saving during the use process, uniform in seeding and convenient for later-period management, and during the use process, the opening size of the control switch can be reasonably adjusted according to the size of a sowing area, so that the uniform seeding can be guaranteed, and the seeding efficiency can be improved.

The invention provides an interplanting method of suaeda glauca bge and oilseed rape in saline-alkali soil, and the method comprises the steps of preparation before planting, planting, fertilizing and managing, wherein the planting step is carried out according to the following requirements: an interplanting ratio of the suaeda glauca bge and the oilseed rape is 3 to 5, and the suaeda glauca bge and the oilseed rape are planted in a same field. The planting step comprises the steps of planting the suaeda glauca bge: soaking seeds in a potassium permanganate solution of 500mg / l for 15 minutes before seeding, soaking the seeds in clean water of 40 DEG C for 3 hours; planting 3 rows in each field, wherein a seeding row spacing is 30 cm; when 6 true leaves grow out, thinning, so as to enable the row spacing to be 18 cm. The planting step also comprises planting the oilseed rape: during the last ten days of March, transplanting the oilseed rape of 3 to 4 leaves into the field, wherein the plant spacing is 10 cm, and the row spacing is 15 cm. By adopting the interplanting method of the suaeda glauca bge and the oilseed rape in saline-alkali soil, the survival rate of the planted oilseed rape is 96.2 percent, and the rapeseed yield per mu is 496kg.

The invention discloses a seawater vegetable health drink, comprising samphire juice and suaeda glauca bunge juice as main raw material and a proper amount of auxiliary material. The present invention fully uses the respective effective health care component of samphire and suaeda glauca bunge to let the two health care components effect synergistically, so that the substantial effects of delaying aging, lowering lipid and reducing fat are achieved.

The invention provides a process for preparing natural plant nutritional salt capable of replacing sodium chloride. The process includes steps of 1), crushing and mashing newly harvested saline plants; 2), collaboratively extracting the mashed saline plants by the aid of ultrasonic waves and enzymes; 3), separating slurry from residues and removing coarse residues in mixtures obtained at the step 2); 4), carrying out normal-temperature vacuum concentration on serous fluid obtained after the slurry and the residues are separated from one another and then drying and treating the serous fluid to obtain a finished product. The invention further provides the natural plant nutritional salt capable of replacing the sodium chloride. The natural plant nutritional salt is prepared by the aid of the process. The saline plants are selected from a type or a plurality of types of suaeda glauca bge, sea asparagus, salicornia and nitraria tangutorum bobr and preferably are the suaeda glauca bge.

The present invention relates to a method for producing a special bio-organic fertilizer for saline alkali land improving by using sea-land biological resources, and belongs to the field of fertilizer manufacturing. In order to overcome the disadvantages of too high soil improver cost and to-be-improved effect in the prior art and promote the development of the agricultural circular economy, the present invention provides a method for producing a special bio-organic fertilizer for saline alkali land improving by using sea-land biological resources. According to the method, the high-efficiency and low-cost bio-organic fertilizer is prepared by using manure, straws, seaweed, suaeda glauca (bunge) bunge and other sea-land biological resources through the modern biotechnology means, integrates natural nutrients, anti-biomass and plant hormones, integrates the composite effects of organic fertilizers, microbial fertilizers and seaweed fertilizers, can provide good saline alkali land improving effect, has good application prospects, and can provide important significance for the implementation of the Bohai granary project and the development of the modern agricultural circular economy.

The invention provides a biological environment-friendly adhesion agent which is mainly prepared from Suaeda glauca Bge seedcake, matched with a surfactant, a thickener and an adhesive. The adhesion agent is applicable to the adhesion of soil sand grains to form a consolidation layer to prevent storms and dust. In addition, the adhesion agent is also can be used for adhering cartons, paper, plywood and the like. The invention also provides a preparation method of the adhesion agent. The sources of Suaeda glauca Bge seedcake which is the raw material of the adhesion agent are wide and the prepared adhesion agent is nontoxic, harmless, green and environment-friendly and has significant economic and social benefits.

The invention discloses a suaeda glauca herb health beverage with ageing delaying effect. The suaeda glauca herb health beverage is prepared by scientifically matching suaeda glauca herb, enteromorpha prolifera and Chinese herbal medicine raw materials; the formula preferably comprises 20 to 30 parts of the suaeda glauca herb, 20 to 30 parts of the enteromorpha prolifera, 5 to 10 parts of fructus lycii, 5 to 10 parts of poria cocos, 2 to 5 parts of radix ginsengs, 10 to 15 parts of radix acanthopanacis senticosi, 3 to 5 parts of rhizoma atractylodis macrocephalae, 3 to 5 parts of liquorice roots, 2 to 3 parts of Chinese galls, 3 to 5 parts of medicated leaven and 3 to 5 parts of folium steviae rebaudianae; and the suaeda glauca herb health beverage is prepared according to a process of carrying out enzymolysis, fermenting, leaching and extracting, mixing, blending, filling and sterilizing. The product has the advantages that the suaeda glauca herb, the enteromorpha prolifera and the Chinese herbal medicines have a synergistic effect so that the product has remarkable effects of resisting ageing, tonifying qi and benefiting, strengthening and consolidating body resistance, resisting fatigue, enhancing the immunity, prolonging life and the like, is safe and has no side effect, is convenient to eat and has a relatively good market application prospect.

A plant-regulator-containing fertilizer for saline-alkali land and applications thereof in plantation of sword iris are provided. The plant-regulator-containing fertilizer comprises 8-9 parts of nitrilotriacetic acid, 10-12 parts of fulvic acid, 12-14 parts of urea, 8-10 parts of suaeda glauca powder, 6-8 parts of black snake powder, 19-21 parts of maleic anhydride, 30-32 parts of a nitric phosphate fertilizer, 9-11 parts of amino acid salts, 31-32 parts of humic acid, 2-3 parts of ferrous sulfate, 1-2 parts of zinc nitrate, 1-2 parts of calcium nitrate, 2-3 parts of ammonium paramolybdate, 8-9 parts of pyruvic acid, 0.1-0.5 part of abscisic acid, 0.1 part of 2-diethylaminoethyl hexanoate and 0.05 part of jasmonic acid. The plant-regulator-containing fertilizer can effectively improve saline-alkali land soil. After improvement, the salt content of soil layers having depth of 0-30 cm is reduced to 0.15-0.2%, the soil pH value is reduced to 7.2-7.3, the soil humus content is increased by 60-65%, and the total nitrogen content of the soil is increased by 58-59%.

The invention belongs to the technical field of plant cultivation and in particular relates to a method for planting Suaeda salsa on a saline-alkali land. The method comprises the following steps of selecting and processing seeds (1), preparing the land (2), applying fertilizer (3), watering (4), trenching (6), broadcasting (7) and irrigating (8) and harvesting. By the use of the method, provenance merit factor and bud ratio can be guaranteed and improved; saline and alkaline of the soil can be reduced; survival of seedlings of the Suaeda salsa and final output can be improved; great ecological effect and environment protection can be improved; saline-alkali land and beaches can be greened and beautified; and utilization rate of the saline-alkali land can be improved.

The invention discloses a Suaeda salsa plant salt for bathing and a preparation process and use method thereof, and relates to the field of Suaeda salsa plant salt processing. The Suaeda salsa plant salt has the effects of anti-inflammatory and whitening. The preparation process specifically includes the following steps that Suaeda salsa powder of 400-600 meshes and Suaeda salsa plant salt of 80-100 meshes are taken according to ratio; and the Suaeda salsa powder and Suaeda salsa plant salt are put in a three-dimensional mixer for 48 hours. The use method includes the following steps that theSuaeda salsa plant salt for bathing is taken as needed; and the outer packaging of independent pouch packaging is removed, and the Suaeda salsa plant salt for bathing without the outer packaging is placed in a containing room. The Suaeda salsa plant salt for bathing prepared by the preparation process has good anti-inflammatory and whitening effects when used, has the advantages of being pure andnatural and no additives, and is suitable for people with sensitive skin; and in addition, unlike most cleaning products, the Suaeda salsa plant salt is harmless to human bodies when it is accidentally taken in during use.

The invention relates to a technology for repairing rare earth-polluted soil by using immobilized mixed fungicide and adsorbed pollutants of suaeda glauca and a preparation method. The method achieves an effect of repairing the rare earth-polluted soil by using high adsorbability of the suaeda glauca to rare earth and the coupling of the suaeda glauca with immobilized microorganism mixed bacteria to adsorb the rare earth. The combined immobilized fungicide uses two silicate bacteria of bacillus megaterium and bacillus mucilaginosus as the mixed fungicide; and a crop byproduct is adopted as an immobilized carrier. The adsorption rate of the rare earth in the soil reaches 68.91% through the combination of the suaeda glauca with the microbial agent. The method selects a plant and microbial agent coupling manner to adsorb the soil pollutants, and has such advantages as low carbon, environmental protection, no damage to original places and application to large-area pollution abatement.

The invention relates to a method for manufacturing an artificial floating bed for suaeda plants. The method comprises the steps of selecting floating bed plants, cultivating suaeda glauca seedlings, fixing the suaeda glauca seedlings to the floating bed, placing the floating bed on an artificial sea water surface, and determining the coverage degree of the water surface is 40%. By the adoption of the method for manufacturing the artificial floating bed for suaeda plants, the rate of survival of water planting of the suaeda plants is greatly increased, the seedling restoring period is shortened, the time for achieving the shade effect by the floating bed is shortened, the yield and the quality of aquaculture are improved, and the application prospect of the method for manufacturing the artificial floating bed for suaeda plants is broad.

The invention relates to a method for restoring degraded coastal wetland in Yellow River old riverway areas. The method comprises the following steps: (1), leveling soil of selected degraded coastal saline-alkaline wetland in Yellow River old riverway areas for later use; (2), in early may every year, irrigating the prepared standby saline-alkaline wetland, sowing primed suaeda glauca seeds in the irrigated soil, covering the seeds with soil, then covering the surface soil with suaeda glauca residues; and (3), carrying out normal management and reasonable irrigation and tinning out when suaeda glauca grows up to 4.5-5.5cm, wherein the suaeda glauca density maintains 45-55 plants / m<2>. According to the method, the salt-tolerance vegetation suaeda glauca subjected to different moisture interferences and covered by plant residues can be utilized to restore the specific degraded wetland in Yellow River old riverway areas, so that the soil nutrient status is improved obviously, the soil salinity is reduced greatly, and high ecological benefits are achieved.

The invention relates to the technical field of biological bacterial fertilizers, in particular to a growth-promoting biological bacterial fertilizer for saline-alkali land. The preparation of the fertilizer comprises the steps of: A, production of a compound microbial agent; and B: preparation of the growth-promoting biological bacterial fertilizer: mixing the compound microbial agent prepared inthe step A, turf soil, urea, a calcium magnesium phosphate fertilizer, vermiculite, potassium sulfate and attapulgite according to a proportion for 1.5 to 2 hours under stirring, performing granulation, drying and sieving to obtain the grwoth-promoting biological bacterial fertilizer for saline-alkali land. Through the above technical scheme, the compound microbial agent is obtained by performingliquid fermentation and solid fermentation to prepare Trichoderma asperellum solid inoculum, Bacillus subtilis solid inoculum and Bacillus licheniformis solid inoculum, mixing the three solid inoculaaccording to a ratio of 1:1:1 and performing complete crushing; and then the growth-promoting biological bacterial fertilizer for saline-alkali land is prepared by adding the turf soil, the urea, thecalcium magnesium phosphate fertilizer, the vermiculite, the potassium sulfate and the attapulgite into the compound microbial agent and performing mixing under stirring, granulation, drying and sieving. The growth-promoting biological bacterial fertilizer for saline-alkali land achieves a Suaeda glauca survival rate of 95% or more through a Suaeda glauca planting growth-promoting experiment in saline-alkali land.

The invention discloses a suaeda glauca soap formula and a processing technology thereof, and relates to the field of soap processing. The invention aims to improve the effects of moisturizing the soap and removing cosmetic residues, a formula of the suaeda glauca soap comprises: suaeda glauca powder, a soap base, an antioxidant, a suaeda glauca plant salt, a regulator and a foaming agent. The processing technology of the suaeda glauca soap specifically comprises the following steps of: weighing the suaeda glauca powder, the soap base, the antioxidant, the suaeda glauca plant salt, the regulator and the foaming agent according to a weight ratio; heating and melting the soap base in a waterproof manner; and adding water into the suaeda glauca powder, and uniformly stirring the substances toprepare suaeda glauca water. By adding the suaeda glauca powder, the suaeda glauca plant salt and other components, the soap formula has the effects of removing acnes, diminishing inflammation and supplementing water while ensuring the cleaning effect, in addition, suaeda glauca has a good repairing effect on skin, can effectively discharge cosmetic residues of the human body, and is especially suitable for women in the ovulation period; the suaeda glauca powder and the water are mixed in proportion to prepare the suaeda glauca water, so that the fusion uniformity of the suaeda glauca powderand the soap base can be improved.

The invention relates to the field of meat donkey breeding and discloses breeding feed for meat donkeys. The feed is prepared from the following raw materials: corn, soybean straw, vinasse, sweet potato seedling, pumpkin vine, beet, alfalfa, sorghum sudanense, pennisetum hydridum, stem and leaf of lespedeza bicolor, soybean meal, rapeseed meal, fried wheat bran, suaeda glauca, parslane herb, rhizoma coptidis, folium apocyni veneti, herba pulsatilla chinensis (bunge) regel, fructus perillae, liquorice root, fennel, orange peel, fructus amomi, table salt, soybean meal, multivitamin, vegetable essential oil and a phagostimulant; the feed is matched with green fodder to breed the meat donkeys and the meat quality of the meat donkeys can be improved, so that the content of amino acids, unsaturated fatty acids and microelements is higher than that of meat of donkeys bred by common feed, and the content of cholesterol and fat is lower than that of existing donkey meat; the meat quality of the donkey meat is tender, the muscle tissue is firm and elastic and muscle fibers are very fine; after the donkey meat is cooked, the odor is rapidly eliminated; meanwhile, the breeding cost of the feed is reduced by 23.5 percent and the yield is improved by 34.7 percent.

The invention relates to the technical field of ecological restoration, and provides a ridge-supporting and ditch-shaping restoration method for suaeda salsa in a coastal degraded wetland. According to the method, a suaeda salsa population degradation area or a naked carp area in the coastal degraded wetland is subjected to microtopography transformation by ridge supporting and ditch shaping, andthe complexity and heterogeneity of the surface topography are artificially and quantitively increased to increase the roughness of the soil surface layer, so that the interference on tidal hydrodynamic force is enhanced, and the effective interception amount of suaeda salsa seeds is increased; and the regular undulating soil topography formed by ridge supporting and ditch shaping can store water,relieve water and salt stress, intercept seed flow and nutrient substances in tides, promote seed germination and finally achieve a good restoration effect. The restoration method is simple and easyto implement, facilitates large-scale mechanical action, and can be widely applied to near-natural restoration of the suaeda salsa in the coastal degraded wetland.

The present invention provides a digestion promoting feed for pigs. The feed is prepared from the following components in weight percentages: 94% of a basic feed and 6% of a Chinese herbal medicinal additive. The basic feed comprises the following raw materials in parts by weight: 15-20 parts of corns, 10-15 parts of tomato skin, 8-10 parts of distillers' grains, 12-15 parts of sorghum, 25-30 parts of rice bran, 6-10 parts of fishmeal and 0.3-0.5 part of salt. The Chinese herbal medicinal additive comprises the following traditional Chinese medicinal materials: 12-18 parts of polygonum orientale, 12-18 parts of epelobium hirsutum, 8-10 parts of suaeda glauca, and 8-10 parts of rosa roxburghii. The feed for the pigs is prepared from the corns, tomato skin, distillers' grains, sorghum and rice bran as the main raw materials, and nutritional, comprehensive and balanced, and satisfies daily growth needs of the pigs. The various natural raw materials of the polygonum orientale, epelobium hirsutum, suaeda glauca, rosa roxburghii, etc. are reasonably combined in the additive of the feed. The feed has effects of clearing heat and removing toxins, and strengthening stomach and promoting digestion, promotes digestion of the pigs, is conductive to growth and development of the pigs, and improves breeding economy.

The invention discloses green citrus tea and a preparation method thereof, and relates to the green citrus tea. The green citrus tea adopts ingredients, including herba of suaeda glauca Bunge, immature green citrus, herba menthae, flos rosae and sweet stevia, has the efficacies on eliminating fatigue, strengthening the spleen and stomach, losing weight and nourishing skin, also has obvious healthcare functions of reducing blood fat, reducing blood pressure and reducing blood glucose, and is an ideal beverage for people suffering from hypertension, hyperlipidemia and hyperglycemia. All ingredients are mutually cooperated and accelerated, and therefore, ingredients and efficacies, which are beneficial to human bodies, are greatly improved. In the preparation method for the green citrus tea,through an auxiliary device for adding tea in the green citrus, different categories of teas can be quickly added into the immature green citrus, the time of a working procedure of adding is shortened, the damage of an immature green citrus shell is avoided, and the preparation method is suitable for the batch production and processing of the tea.

The invention relates to a repair method of suaeda salsa in coastal wetlands. Grilles are arranged on a coastal wetland and woven by wetland gramineous herbs; the grilles are formed by multiple horizontal dividing devices and longitudinal dividing devices in vertical crossing arrangement; multiple square grid cells are formed inside the grilles; and pothole micro-topographies in plum blossom arrangement are arranged in the grid cells. The living environment of suaeda salsa can be improved by combining the grilles and the pothole micro-topography repair.

The invention discloses a preparation method of a haloduric corn germ plasm resource, which comprises the following steps: (1) the total DNA of purified halophyte suaeda glauca is extracted, and inbred line seeds of corn serving as receptor are prepared; (2), after being sterilized, the inbred line seeds of the corn are cultured and sprouted; and after the inbred line seeds are sprouted, improper inbred line seeds are eliminated, the rest inbred line seeds are put into a container, extracting solution of the total DNA of the halophyte suaeda glauca and a cell osmotic agent are added into the container, the container is oscillated, and rest inbred line seeds are cultivated for 1 to 3 days; and (3), the inbred line seeds cultured to be sprouted are sowed in germfree sandy soil containing NaCl with the mass percent being 1 percent to be filtered and cultured for 6 to 8 days, young seedlings which are strong and have good root systems are moved to a field and are managed according to the normal management for the field, the young seedling are sleeved by bags for autocopuation during the florescence, and grains are harvested. Compared with the unconverted corn inbred line, the haloduric corn germ plasm resource obtained by the method has obviously improved salt endurance. With the germfree sandy soil containing the NaCl with the mass percent being 1 percent, the inbred line seeds sprout one day ahead of time, and the germination percentage of the inbred line seeds in 7 days is enhanced by 15 percent.

The invention discloses suaeda glauca tea beer and a brewing process thereof, and relates to the technical field of brewing of suaeda glauca tea beer. The invention aims to solve the problem of nutritional ingredients in brewing of suaeda glauca tea beer. The suaeda glauca tea beer brewing process comprises the following steps: dividing prepared suaeda glauca into two parts, and respectively putting the two parts into juicing equipment and grinding equipment to prepare suaeda glauca juice and suaeda glauca powder for later use; putting the selected malt and rice into crushing equipment for crushing, respectively putting the crushed malt and starchy auxiliary materials into a gelatinization pot and a saccharification pot for saccharification, filtering the saccharified raw materials by a filter, putting the filtered raw materials into a boiling pot for heating, and adding hops between the filtered raw materials and the boiling pot, so as to prepare the wort with the concentration of 6-20%. According to the method, the suaeda glauca is doped into the suaeda glauca tea beer brewing process, so that the internal nutritional ingredients of the suaeda glauca tea beer are effectively improved, the suaeda glauca has the effect of protecting the liver, and the suaeda glauca tea beer brewed from the suaeda glauca can effectively resist inflammation and relieve swelling.

The invention discloses a large-scale tidal flat repair method and equipment for maintaining lands by planting suaeda glauca in the lands, and relates to the field of ecological repair. In order to solve the problem of the survival rate during sowing, the method specially comprises the following steps of dividing experiment lands; according to actual conditions, dividing three experiment lands andone preferable-selected propagation base, namely an experiment field A, an experimental B, an experimental field C and the D base, wherein the experimental C and the D base are divided in beaches tobe repaired; planting the experimental field A; only performing planting on the experimental field A for the first year, and performing crossed planting on suaeda salsa, suaeda glauca bunge and suaedaheteroptera according to the spacing of 10cm; breeding various breeding varieties; enabling the suaeda salsa of varieties to be subjected to mutual hybridization, and after hybridization, reserving seeds for planting; and taking the seeds, and performing sowing for the second time. Through mixed planting of seeds of different varieties twice, good varieties are cultured for selfing to obtain purebreeds, through hybridization for the first time, the seeds of old variety are obtained, new varieties are increased, and after sowing is performed, the varieties suitable for beaches are observed.

The invention provides a method for restoring saline-alkali land through intercropping of feed brassica napus and suaeda salsa, and belongs to the technical field of crop intercropping. The method comprises the following steps of soil preparation, sowing, irrigation, weeding, intertillage, thinning, final singling, fertilization and harvesting. According to the method, by utilizing the characteristic that the suaeda salsa can carry salt in soil away from the soil, the salt accumulates in the body of the suaeda salsa, and therefore the soil is truly desalted; meanwhile, the suaeda salsa contains glycine betaine and can significantly improve the quality of poultry and livestock meat and reduce the content of fat after being mixed with the feed brassica napus; the feed brassica napus can adapt to a certain degree of saline-alkali environment, a better growth environment can be provided for the brassica napus after the salt in the soil is carried away by utilizing the characteristic of salt absorption by the suaeda salsa, and therefore the yield and quality of the feed brassica napus are improved; meanwhile, organic acid and other substances secreted by the roots of the brassica napuscan also improve the soil environment, so that the brassica napus and the suaeda salsa have complementary advantages, and the production efficiency is further improved.

The invention belongs to the technical field of suaeda salsa planting, and particularly relates to a method for planting suaeda salsa in coastal muddy saline-alkali soil. The method for planting the suaeda salsa in the coastal muddy saline-alkali soil is provided and comprises soil improvement and irrigation management after sowing. According to the method, soil improvement is conducted on a planting plot through decomposed organic fertilizer and / or agricultural straw, different irrigation management is adopted for different periods, the suaeda salsa can be planted in medium-low-degree salinesoil and can also be planted in muddy severe saline-alkali soil, and the survival rate is higher; and besides, the planting method provided by the invention not only reduces the consumption of fresh water, but also realizes direct utilization of shallow underground saline water, and improves the quality of the suaeda salsa.

The invention relates to suaeda glauca ultrafine powder briquetting active carbon and a preparation method thereof. According to the method, suaeda glauca ultrafine powder is firstly crushed into drypowder; then, ZnCl2 and FeCl3 composite activation solution is used for activation; next, heating carbonization is performed; after the carbonization, acidification washing, drying and ultrafine crushing are performed to obtain the suaeda glauca ultrafine powder active carbon; shaping agents, auxiliary materials and additives are added into the suaeda glauca ultrafine powder active carbon; mixingand water adding pasting are performed; briquetting and shaping are performed to obtain the suaeda glauca ultrafine powder briquetting active carbon. The suaeda glauca ultrafine powder briquetting active carbon and the preparation method thereof have the advantages that the cost is low; the preparation efficiency is high; the product adsorption performance is good.

A high-selenium fertilizer for saline-alkali land is provided. The high-selenium fertilizer comprises following components: urea, dipotassium phosphate, humic acid, a trace element fertilizer, suaeda glauca powder, attapulgite, vermiculite powder, potassium selenite, maleic anhydride, citric acid, amino acid salts, biochemical fulvic acid, mineral oil and methyl salicylate. The fertilizer can effectively improve the saline-alkali land in a planting zone. After improvement, the salt content of soil layers having depth of 0-30 cm is 0.15-0.23%, the soil pH is 7.2-7.4, the soil humus content is 0.7-0.75 g / kg, the total nitrogen content of the soil is 0.52-0.58%, the content of trace elements is 28-30 mg / kg, and the selenium content is 0.66-0.78 mg / kg.

The invention relates to the field of cultivation of suaeda glauca, in particular to a cultivation and maintenance method and a culture solution for a saline-alkali tolerant plant suaeda australis, and particularly discloses the cultivation and maintenance method for the saline-alkali tolerant plant suaeda australis. The method comprises the following steps: S1, putting seeds of the suaeda australis into the culture solution for culturing to obtain cultured buds; wherein every kilogram of the culture solution is prepared from the following raw materials in parts by weight: gibberellic acid, chitosan, benzylaminopurine, a trace element mixture and the balance of water; the trace element mixture comprises calcium nitrate, potassium nitrate and sodium molybdate, and the mass ratio of the calcium nitrate to the potassium nitrate to the sodium molybdate is 1:(1-2):(1:1.5); S2, selecting the cultured buds, cutting the culture buds into a culture medium, and culturing to obtain breeding buds; and S3, transplanting the breeding buds into outdoor cuttage soil, and watering for cultivation. The preparation method has the advantage of increasing the germination survival rate of the suaeda australis.

The invention relates to a suaeda glauca wine and a brewing process thereof. The brewing process comprises the following steps: taking suaeda glauca and grains, washing and airing for later use, and extracting a suaeda glauca cell stock solution of suaeda glauca by using a supercritical extraction method; taking suaeda glauca, crushing and screening to obtain suaeda glauca powder; cleaning and soaking grains, mixing the suaeda glauca cell stock solution with the grains in a ratio of 1: 2, soaking for 12 hours, draining the grains, steaming, spreading and cooling to 20-30 DEG C, adding distiller's yeast, uniformly stirring, fermenting at 20-35 DEG C for 8-15 days, filtering and collecting filtrate, namely the grain fermentation liquor. According to the method, suaeda glauca cell sap is collected through a supercritical extraction method and matched with barley for pre-fermentation, suaeda glauca powder is intermittently added again for secondary fermentation, wine liquid obtained after primary fermentation is stimulated, and the effect of secondary fermentation is achieved, so that the acidity is reduced, the taste of the suaeda glauca wine is improved, some alcohol substances are decomposed, and harm to a human body is reduced.

The invention provides a saline land Suaeda glauca seed threshing apparatus. The apparatus comprises a conveying mechanism, a threshing mechanism, a transmission mechanism and a discharge mechanism. The transmission mechanism comprises a main transmission shaft, one end of the main transmission shaft is provided with a transmission belt wheel, the other end is connected with a feeding rotation shaft through a cloth, the end, which is close to the transmission belt wheel, of the main transmission shaft is connected with a transmission cam controlling the clutch to be separated and contacted, the threshing mechanism comprises a driving mill disc arranged on the main transmission shaft, the surface, which is close to the clutch, of the driving mill disc is a first rubbing surface, and the first rubbing surface is in the shape of a disc which is high in the middle and low at a circumference. According to the invention, ripe Suaeda glauca is input to the threshing mechanism by use of a mill disc mode, under the milling effect of the mill disc, static seeds are disengaged from beanstalks, for the purpose of preventing the mill disc from being stuck, the cam mechanism is set for controlling the distance between mill discs in a gap mode, is expanded once in unit time and prevents obstruction in a threshing process; and besides, the whole equipment is simple in structure, convenient to manufacture and low in cost.