56 results about "Vernalization" patented technology

The invention discloses a cultivation method for rapid vernalization of winter wheat to accelerate annual iteration, and belongs to the technical field of plant growth regulation and control. The cultivation method comprises the following steps of disinfection and germination, low-temperature vernalization, transplanting and cultivation, and drying and harvesting. The method has the beneficial effects that compared with other current wheat growth acceleration methods, the technical process and the required environment of each stage are simple, and the (semi) winter wheat breeding efficiency is greatly improved. The temperature or photoperiod does not need to be repeatedly adjusted, and vernalization can be performed by adopting short photoperiod / low illumination intensity, so that energy is saved, and the method is environment-friendly and suitable for large-scale popularization. The cultivation method is green, efficient, low in power consumption, low in requirement for environment equipment and simple and convenient. The method is suitable for being used in large-scale plant factories, and meanwhile, a method for rapid vernalization of winter wheat to accelerate annual accelerated iteration of wheat is provided for scientific research institutions, enterprises and public institutions with limited conditions.

The invention discloses a cadmium-contaminated soil remediation method which comprises the following steps: performing seedling vernalization prevention treatment on sedum plumbizincicola branches to obtain sedum plumbizincicola seedlings; then the sedum plumbizincicola seedlings are transplanted into the cadmium-contaminated soil, in the planting and growing period of the sedum plumbizincicola seedlings, the environment temperature is controlled to range from 8 DEG C to 25 DEG C, and field management is conducted regularly; and when the branches of the sedum plumbizincicola do not grow obviously within 15-20 days, harvesting the sedum plumbizincicola, and removing the harvested object from the field. According to the method, through anti-vernalization treatment and planting of the sedum plumbizincicola, the phenomenon that most plants die after flowering due to low-temperature vernalization of the sedum plumbizincicola can be avoided, so that the vegetative growth cycle of the sedum plumbizincicola is effectively prolonged, and then the absorption and remediation efficiency of cadmium in the cadmium-contaminated soil is improved.

Methods for decreasing flowering time and accelerating crop cycle in plants and increasing the number of breeding cycles per year in such plants are provided. The methods comprise using far-red light alone or in combination with additional external signals such as photoperiod in order to decrease flowering time and accelerate seed to seed crop cycle. Also provided are methods for bypassing vernalization requirements in winter annuals.

The invention provides a sunlight greenhouse winter seedling raising method for angelica sinensis. The Chinese angelica sunlight greenhouse winter seedling raising method comprises the steps that a sunlight greenhouse is built in an area with the altitude being 2000 m or below, the azimuth angle of the sunlight greenhouse is 5-7 degrees from the south to the west, the base angle of a front roof is 60-65 degrees, the elevation angle of a main lighting surface is 22-25 degrees, and the elevation angle of a back slope is 37-38 degrees; the method comprises the following steps: sowing angelica sinensis seeds in a greenhouse from late November to early and middle December, wherein the seeds comprise early bolting seeds, side ear seeds or main ear seeds; the environment in the greenhouse is controlled, the temperature in the coldest month is not lower than 12 DEG C, the ground temperature is not lower than 10 DEG C, and vernalization of the angelica sinensis seedlings is avoided; managing the seedlings, including water management, sunlight management, temperature regulation and control, weeding and thinning, and disease and pest control. The Chinese angelica sunlight greenhouse winter seedling raising method provided by the invention has the advantages that Chinese angelica seedling raising is carried out in a zone with the altitude of 2000m or below, and the problem that the ecological environment is damaged by Chinese angelica early bolting, Chinese angelica seed reserving, Chinese angelica prepared land seedling raising and Chinese angelica high-altitude seedling raising can be solved.

The invention belongs to the technical field of crop breeding, and particularly relates to a construction method and application of a wheat rapid generation adding system, the construction method comprises the following steps: S1, taking young ears after flowering of wheat crops, stripping seed immature embryos, disinfecting and sterilizing, then inoculating the seed immature embryos into an induction culture medium, and performing dark culture to germinate the seed immature embryos to obtain seed immature embryos; then culturing under illumination until embryo seedlings grow; s2, transplanting the embryo seedlings into a planting pot, and performing seedling recovery or vernalization treatment; s3, transferring the embryo seedlings into an artificial climate chamber, and culturing until the plants bloom; wherein the temperature and illumination conditions are as follows: in a seedling stage, darkness at 20 DEG C is performed for 6 hours, illumination at 25 DEG C is performed for 18 hours, and the operation is performed alternately From the jointing stage to the mature stage, darkness at 22 DEG C is performed for 6 h, illumination at 28 DEG C is performed for 18 h, and operation is performed alternately. According to the construction method disclosed by the invention, the breeding time and the growth cycle of the wheat crops are greatly shortened, meanwhile, normal development and fruiting of the crops are ensured, and the breeding process of good varieties is greatly improved.

The invention discloses a breeding method for promoting flowering phase synchronization of winter wheat and spring wheat, and belongs to the technical field of wheat breeding and cultivation. The breeding method comprises the following steps: disinfection and germination, low-temperature vernalization, transplanting and cultivation, and flowering phase synchronization. The method has the beneficial effects that aiming at the vernalization / low-temperature treatment stages of wheat with different winter and spring properties after germination, environmental conditions such as the photoperiod, the light intensity, the environment temperature and the vernalization / low-temperature treatment duration and environmental conditions such as the photoperiod, the light intensity and the environment temperature in the growth and development stage after vernalization are regulated and controlled; flowering phase encounter of winter wheat and spring wheat is promoted, and the growth cycle is remarkably shortened. According to the method, the flowering phases of the spring wheat and the winter wheat can meet, the bottleneck that the spring wheat and the winter wheat are difficult to hybridize due to ecological distant flowering asynchronism is broken through, and the growth cycle is remarkably shortened compared with a field.

The invention belongs to the technical field of plant cultivation, and particularly relates to a method for promoting vernalization of rape by using gibberellin. The invention discloses a method for promoting vernalization of winter rape by utilizing gibberellin, which comprises the following steps: (1) performing constant-temperature light-shielding germination treatment on brassica napus seed SC4 in gibberellin to obtain the brassica napus seed SC4 with white buds; and (2) culturing the brassica napus seed (Brassica napus seed) SC4 with the white buds under the condition of long sunshine. Under the long-day illumination condition, the flowering periods of the cabbage type rape seeds SC4 which are not vernalized are treated with the gibberellin concentration of 0.001 mol / L and 0.002 mol / L, the flowering periods are extremely remarkable, and the flowering periods of the materials are remarkably shortened.

The present invention relates to the field of wheat cultivation technology and discloses a high-yield cultivation method for winter wheat planted in spring. The method comprises screening, land preparation, winter irrigation in November, seed dressing, timely sowing in early to mid-March, topdressing with seedling fertilizer and irrigation during the tillering stage, pest and disease control in the middle and late stages of growth, and timely harvesting. The present invention solves the problem of winter wheat being unable to be planted in Qinghai's spring wheat region due to its inability to undergo normal vernalization and earing maturity by sowing winter wheat in spring wheat areas. This method allows wheat to be produced normally without undergoing vernalization, ultimately achieving a high-yield, low-pest cultivation method.

The invention relates to the technical field of flower cultivation, and discloses an intelligent flowerpot system for promoting flower growth and flowering, comprising: a flowerpot assembly including an intelligent flowerpot and a temperature control assembly, the intelligent flowerpot being provided with an illumination period control assembly, a moisture control assembly and a nutrition control assembly; the server is connected with the flowerpot assembly, a database and an analysis model are arranged on the server, and the analysis model calculates the temperature condition, the illumination condition, the moisture condition and the nutrition condition required by growth and flowering triggering according to the database and the types of the planted flowers; and the control module is connected with the flowerpot assembly and the server, and accurately regulates and controls the real-time temperature, illumination, moisture and nutrition of flower planting in the intelligent flowerpot through the temperature control assembly, the illumination period control assembly, the moisture control assembly and the nutrition control assembly. According to the intelligent flowerpot, high-precision automatic regulation and control of vernalization, accumulated temperature, illumination, humidity and nutrition of flowers planted in the intelligent flowerpot can be achieved, and flowering is effectively promoted.

The invention belongs to the technical field of Chinese cabbage seedling raising or Chinese cabbage cultivation, and particularly relates to a method for achieving the high seedling emergence survival rate of low-temperature vernalization Chinese cabbage seeds. According to the method, the seeds with overlong buds after low-temperature vernalization are subjected to three-dimensional vertical cultivation, the emergence rate and the survival rate of the Chinese cabbage seeds can be remarkably increased, the emergence survival rate is 90%-99%, and the emergence survival rate is increased by nearly 70% compared with the emergence survival rate of 29.37% in a conventional direct seeding mode.

This invention relates to a genetic transformation method for Ningxia wolfberry using germinating seeds as explants, belonging to the field of plant genetic transformation technology. The invention mainly includes the following steps: (1) After disinfecting Ningxia wolfberry seeds, inoculate them onto a germination medium, and obtain germinating seeds through vernalization and dark culture treatment; (2) Activate and culture Agrobacterium rhizogenes and Agrobacterium tumefaciens strains carrying target gene expression frames to obtain a bacterial solution for infection; (3) Take the germinating seeds obtained in step (1) and mix them with the bacterial solution obtained in step (2) for infection, then transfer the infected germinating seeds to a co-culture medium or substrate for co-culture; (4) Cultivate the material after co-culture in step (3) to induce root growth, and detect the expression level of the target gene or reporter gene on the roots or plants to obtain transgenic positive plants. This invention has the advantages of simple operation, significantly shortened transformation cycle, and high transformation efficiency.

The present invention discloses a method for repairing cadmium-polluted soil. By subjecting Sedum plumbizincicola branches to seedling anti-vernalization treatment, Sedum plumbizincicola seedlings are obtained. Subsequently, the Sedum plumbizincicola seedlings are transplanted into cadmium-polluted soil. During the planting and growth period of the Sedum plumbizincicola seedlings, the environmental temperature is controlled at 8-25 °C, and field management is carried out regularly. When there is no obvious growth of the Sedum plumbizincicola branches within 15-20 days, the Sedum plumbizincicola is harvested and the harvested product is removed from the field. Through the anti-vernalization treatment and planting of Sedum plumbizincicola, the present invention can avoid the phenomenon that most plants die after flowering due to low-temperature vernalization of Sedum plumbizincicola, thereby effectively extending its vegetative growth period, and further improving the absorption and repair efficiency of cadmium in cadmium-polluted soil.

The invention discloses a crop breeding generation-adding method which comprises the following steps: after wheat seeds are pretreated, cultivating the wheat seeds in soil in a greenhouse; in the whole growth cycle of wheat, growth is promoted through multi-physical field cooperative treatment, including magnetic field treatment, space electric field treatment and quantum resonance irrigation; simulating and predicting a wheat growth state in real time based on a digital twinborn model, and dynamically regulating and controlling greenhouse environment parameters and physical field parameters; after harvesting, performing artificial low-temperature vernalization treatment according to the characteristics of wheat varieties. The crop growth state is simulated and predicted in real time through environment precise control and physical field cooperation and based on deep learning crop growth digital twins, and light, temperature, water, fertilizer and gas parameters and physical field intensity are dynamically optimized in combination with environment data and crop phenotype information, so that the crop growth state is predicted. The double purposes of shortening the growth cycle and improving the stress resistance and quality indexes (protein, sugar and the like) of crops are achieved.

The invention belongs to the technical field of agricultural biology, and particularly discloses a grape germplasm innovation method based on X-ray gradient mutagenesis and an LD50 precise prediction model, and the method comprises the following steps: selecting an annual grape branch for vernalization treatment, and trimming the annual grape branch into a single-bud stem segment; setting an irradiation time gradient, accurately calculating an LD50 value through a cubic spline interpolation model, and carrying out X-ray irradiation on the single-bud stem segment according to the LD50 value; after irradiation, performing cutting and liquid paraffin sealing, and then performing cuttage, potting and field planting treatment; performing secondary vernalization on mutagenesis plant branches, trimming the mutagenesis plant branches into single-bud stem segments, collecting tender leaves after cutting survival, extracting genome DNA, performing whole genome sequencing, and accurately distinguishing mutagenesis specific variation and natural variation. By establishing a complete technical system of standardized vernalization, gradient irradiation, LD50 accurate calculation and whole genome verification, the problems of inaccurate irradiation parameters, nonstandard material treatment, low mutation screening accuracy and the like in the prior art are solved.

The invention discloses a method for creating a new winter wheat rapid breeding seed and application thereof, according to the method, a wheat specific germplasm SN0594 which does not need vernalization and is short in growth cycle is used as a parent and is applied to the creation process of a wheat character rapid stabilizing material, and the problems of long time, large loss, easy damage and the like in the winter wheat character stabilizing process can be solved. The method for rapidly creating the stable population by using the wheat SN0594 comprises the following steps: selecting a population parent, and hybridizing the population parent with the wheat germplasm SN0594; performing selfing generation adding in a culture room to obtain an F2 group; performing phenotype identification and screening on the F2 generation in a culture room; and performing culture room selfing generation acceleration to obtain a stable material. According to the method, the breeding frequency of the winter wheat in one year can be increased, a rapid and efficient method is provided for rapidly stabilizing the characters of the winter wheat, a test material with a short growth cycle is provided for indoor tests such as wheat genetic transformation, and the application range of the winter wheat in the indoor tests is widened.

The invention discloses a method for rapidly breeding by using a short-growth-cycle material and application of the short-growth-cycle material. Wheat germplasm L2128 which carries a Vrn-Ala gene, does not need vernalization and has excellent agronomic characters is used as a recurrent parent, and target characters are introduced into the genetic background of the recurrent parent through hybridization and continuous backcross. The method specifically comprises the steps that a target parent is selected to be hybridized with L2128, multi-generation backcross is carried out under the illumination culture condition of 22 hours at the temperature of 25 DEG C, and about two months are consumed for each generation; and screening a backcross generation carrying the Vrn-Ala gene and the target character by using a molecular marker, and finally obtaining the stable material with the homozygous background of L2128. The method breaks through the limitation of vernalization and long period in traditional breeding, the strain homozygosis time is shortened from 6 years to 1 year, and 6 generations can be bred in one year. The method is suitable for rapidly constructing genetic populations, developing molecular markers and breeding disease-resistant high-quality varieties. The method is simple and convenient to operate and low in cost, and provides an efficient technical means for accelerating wheat breeding.

The utility model belongs to the technical field of agricultural planting equipment, and particularly relates to a peony and Chinese herbaceous peony tissue culture seedling electric heating seedling raising device which comprises a device shell and a support, the support is installed in the device shell, a seedling raising device is installed in the device shell, and the seedling raising device comprises a monitoring unit, a spraying unit and an illumination unit. According to the electric heating seedling raising device for the peony and paeonia lactiflora tissue culture seedlings, the monitoring unit is installed, the temperature is accurately controlled to be 0-20 DEG C, and the temperature needed by the peony and paeonia lactiflora tissue culture seedlings in the seedling hardening stage, the rooting stage, the vernalization stage and the abnormal weather is met. The spraying unit is installed and comprises a spraying head, a soil humidity sensor, a ventilation assembly and the like, and the requirements of peony and peony tissue culture seedlings for soil humidity in the germination stage, the leaf expansion stage, the flowering stage and the dormancy stage are met. The illumination unit is installed, the LED lamp tube assembly is utilized, and proper light supplement is provided according to weather conditions, so that the temperature, humidity and illumination required by the growth environment of the peony and paeonia lactiflora tissue culture seedlings are provided, and the peony and paeonia lactiflora tissue culture seedlings grow better.

The utility model discloses an assembly type wheat vernalization culture box, particularly relates to wheat culture field, including main frame, expansion plate, rotating plate and moving plate, the lower end of main frame both sides is fixed with the guide rail, the moving plate is movably installed in the guide rail, one side outer wall of the moving plate is rotatingly equipped with the rotating plate, the rotating plate is equipped with the expansion plate, and the expansion plate is equipped with the expansion plate. And a telescopic plate is movably inserted into the main frame. By utilizing the functions of convenient assembly and wheat cultivation area adjustment, the problems that an existing wheat cultivation vernalization device lacks the effects of rapid disassembly and assembly and convenient adjustment of the cultivation area, so that the cultivation area is small and cannot adapt to more wheat cultivation, the effect of convenient assembly cannot be achieved, and the wheat cultivation area cannot be adjusted conveniently are solved. And various complex environment changes cannot be adapted.

The invention discloses a multi-generation circulation rapid breeding method for winter wheat, and belongs to the technical field of crop genetic improvement. According to the method, light and temperature parameters of a vernalization period (2 + / -0.5 DEG C constant temperature and 5000 + / -1000lux light intensity), a vegetative growth period (22 / 19 DEG C day and night gradient and 20000 + / -1000lux dynamic light intensity) and a reproductive growth period (30 + / -1 / 25 + / -1 DEG C day and night gradient and 20000 + / -1000lux dynamic light intensity) are regulated and controlled in stages; according to the method, a tillering control (single plant main stem retention / population retention 3-4 tillering) technology is matched with seed germination acceleration (40 DEG C drying + low temperature + H2O2 soaking) treatment, the cyclic generation-adding single generation period is 72-80 days under the condition of an artificial climate chamber, the annual cyclic generation number is greater than or equal to 4.5 generations, and an efficient technical support is provided for biological breeding.

Methods for decreasing flowering time and accelerating crop cycle in plants and increasing the number of breeding cycles per year in such plants are provided. The methods comprise using far-red light alone or in combination with additional external signals such as photoperiod in order to decrease flowering time and accelerate seed to seed crop cycle. Also provided are methods for bypassing vernalization requirements in winter annuals.

The invention belongs to the field of plant breeding, and particularly relates to a method for improving the plant height character of wheat. The invention systematically studies the histone modification enzyme responding to vernalization low temperature in wheat, and finds that the overexpression TaELF6 gene can reduce the plant height of wheat, increase the ear length of wheat and improve the heading period of wheat; the TaELF6-4A / 4B / 4D gene is knocked out, so that the wheat plant height can be increased, the tiller number can be increased, and the heading period can be delayed.

This invention discloses a method for industrialized seedling cultivation of Angelica sinensis and a three-dimensional circulating seedling cultivation device, belonging to the field of traditional Chinese medicinal herb seedling technology. It solves the problems of high reliance on manual labor, poor seedling quality, numerous soil-borne diseases, and low seedling efficiency in traditional Angelica sinensis seedling cultivation. The method includes: non-destructive mechanical dewing, cleaning, grading, pelleting, and quality testing of Angelica sinensis seeds; using peat moss, vermiculite, and perlite as base materials, compounded in a 9:3:1 mass ratio to form a seedling substrate; filling the seedling substrate into Angelica sinensis-specific seedling trays; sowing the pelleted seeds; covering with soil and watering; placing the seedling trays in a three-dimensional circulating Angelica sinensis seedling cultivation device for precise environmental control to cultivate seedlings; transferring the seedlings to a cold storage for low-temperature dormancy storage; and transplanting after vernalization. This invention achieves mechanization, intelligentization, and intensification of Angelica sinensis seedling cultivation, reducing the total cost of seedling cultivation and the seedling bolting rate, improving the transplant survival rate, saving land, and is suitable for large-scale industrial application.

The invention provides a rapid homozygosis method for semi-winter and winter wheat based on a haploid induction line, and belongs to the technical field of plant breeding. Comprising the following steps: (1) taking a purple embryo induction line PEI as a male parent and taking hybrid semi-winter or hybrid winter wheat as a female parent, and hybridizing to obtain hybrid seeds; (2) selecting seeds with normal embryo color from the hybrid seeds as haploid seeds; (3) accelerating germination and vernalization of the haploid seeds, and then performing seedling culture; (4) after the seedlings are cultured to a four-to-five-leaf stage, taking the seedlings out of the nutrient soil, cleaning roots, and immersing tillering joints and the roots of the seedlings into a solution containing colchicine, DMSO and GA3 for doubling treatment; and (5) transplanting and culturing the doubled seedlings to promote the formation of new tillers, and obtaining homozygous double haploid seeds after 50-70 days. The technology provided by the invention improves the wheat breeding efficiency.

The application discloses a kind of strong winter self-incompatible Brassica napus material's breeding method, the breeding method includes the following steps: S1: seed germination;S2: seed germination, cotyledon just transplants when unfolding;S3: seedling stage low temperature treatment, low temperature treatment time is 60-80 days;S4: field transplanting;S5: pollination;S6: harvest seed.The application is by seedling stage low temperature vernalization treatment, advantage is: (1) simple operation.It is only needed to be seedling to 10 leaf period low temperature vernalization treatment, then transplanting field can;(2) greatly shorten breeding cycle.The application is from August to May of next year, significantly shorten the breeding time, improve the breeding efficiency.

The application provides a breeding method of a bolting-resistant carrot inbred line, which comprises the following steps: sowing carrot seed materials in a southern region where carrots cannot complete vernalization in winter in summer and autumn, selecting non-bolting seed roots from the carrot breeding materials in mid-March, transplanting the carrot breeding materials to a northern region, selfing when the carrot breeding materials blossom, and repeating the above steps for three times to obtain the bolting-resistant carrot inbred line. The method can be applied to carrot breeding, directly selects the bolting-resistant carrot inbred line, provides a parent for breeding a new bolting-resistant carrot variety, and provides a reference for breeding other plants in the selection of a bolting-resistant inbred line. The method is simple and easy to operate, and can accelerate the breeding of the bolting-resistant carrot inbred line. The bolting-resistant carrot inbred line used for carrot breeding has the advantages of low cost, good effect, high repeatability and simple operation.

The invention discloses a seedling raising method for preventing early bolting of angelica sinensis in a greenhouse environment. The invention belongs to the technical field of plant cultivation. Through an integrated environment precise control system, a biological regulation and control strategy and a post-processing technology, the inherent defects that an existing angelica sinensis seedling raising technology passively depends on a specific high-altitude natural environment, the bolting rate is high, the growth cycle is long, and labor input is huge are overcome fundamentally; according to the method, active, accurate and controllable management is carried out on key environmental factors (temperature and illumination) for starting reproduction and growth of angelica sinensis, and physiological vernalization blocking measures are introduced in a specific stage, so that the early bolting phenomenon of angelica sinensis is effectively inhibited, the seedling raising period is remarkably shortened, the suitable planting area is enlarged, and the yield of seedlings is increased. And the labor investment in the production process is greatly reduced.

The new and distinct cultivar of perennial Salvia plant named ‘Big Sky’ characterized by its large, mounded, vigorous, and winter-hardy habit. The large violet-blue flowers densely arranged in verticils on tall heavily-branched panicles that repeat if deadheaded above a mound of large, rugose, dark-green foliage. The new plant flowers without vernalization. ‘Big Sky’ is useful for landscaping as a specimen plant or en masse.

The utility model provides a generation adding room device for wheat breeding, and belongs to the technical field of wheat breeding. Comprising a temperature control box and a breeding box, the interiors of the temperature control box and the breeding box are communicated with each other, a heat exchanger is arranged in the temperature control box, a storage channel penetrating through the two ends of the breeding box is arranged in the breeding box, a plurality of storage racks are slidably connected in the storage channel, the storage racks are sequentially stacked in the storage channel in an up-down grading mode, and a fan is arranged at the bottom of the storage channel. According to the wheat seed vernalization storage device, the multiple stacked storage racks are arranged in the vertical cylindrical storage channel to contain wheat seeds, constant-temperature air generated by the temperature control box is blown into the storage channel through the draught fan, the room temperature and ventilation environment needed by wheat seed vernalization is achieved, and compared with a culture room house building, the wheat seed vernalization storage device is compact in structure, low in cost and high in practicability. The device is low in production cost, high in energy utilization rate, low in energy consumption cost and convenient to popularize and use.

The invention discloses a rapid wheat breeding method combining Vrn-A1a and Ppd-D1b genes, which comprises the following steps: taking wheat germplasm SN0594 with characteristics of no vernalization, short growth cycle and safe overwintering as a parent, obtaining an F2 group through hybridization and artificial climate chamber selfing generation adding, and finally breeding grains capable of safe overwintering by combining genotype identification and agronomic character screening. According to the method, the freezing resistance of the winter wheat and the short growth period characteristic of the spring wheat are integrated, the created novel germplasm adapts to the rapid generation adding stability of the phytotron, field performance can be verified through autumn sowing, and the problems that the winter wheat is long in character stability period, large in loss and the like are effectively solved. The method comprises the steps of (1) selecting SN0594 to be hybridized with a target parent, (2) cultivating an F2 population in an artificial climate chamber, (3) screening genotypes and agronomic traits, and (4) sowing and validing.The method is easy and convenient to operate and capable of being popularized on a large scale, and an efficient scheme is provided for rapid stabilization of wheat traits and field verification.

The invention discloses a crop seedling rapid breeding method and equipment based on a quantum technology, and the method comprises the steps: obtaining quantum scale physiological signals and quantum field parameters of key biomolecules in different growth stages of wheat in real time, and calculating a real-time matching degree score from the three dimensions of a frequency matching degree, an intensity adaptation degree and a time collaboration degree; and dynamically adjusting the frequency, the power density and the pulse mode of the quantum field so as to accurately match the physiological needs of the crops in each stage, and cooperatively regulating and controlling the macroenvironmental factors such as illumination, temperature, CO2 and water and fertilizer so as to adapt to the quantum process. According to the technical scheme, key quantum scale physiological processes such as wheat photosynthesis, vernalization and grouting can be directly intervened, energy is directly injected through matching of the quantum field and the molecular vibration frequency, the cell division and metabolism rate is remarkably increased, the breeding period is effectively shortened, and the breeding efficiency and the crop yield are improved.