59 results about "Lilium" patented technology

The invention belongs to the technical field of plant tissue culture, and provides a composite systemic bactericidal solution for lily bulb pretreatment and a matched disinfection and primary culture method thereof. Each liter of the working solution comprises 4-8 g / L of 50% carbendazim wettable powder, 2-6 g / L of 50% chlorobromoisocyanuric acid soluble powder and 1-2 g / L of metalaxyl-hymexazol aqueous solution. The method sequentially comprises the steps of appropriate dehydration of bulbs, soaking in a composite systemic bactericidal solution, standing for absorption, surface sterilization, short soaking in a protective solution and continuous bacteriostatic culture. According to the technical scheme, the limitation of traditional surface sterilization is broken through, deep and surface double sterilization is considered, the multi-mechanism and multi-link synergistic effect is achieved, the pollution rate (smaller than or equal to 3%) of lily bulb primary culture is reduced, mercuric chloride is avoided, and the method is safe, environmentally friendly and suitable for large-scale culture of lilies and other bulb crops.

The invention discloses a preparation process of a medicinal and edible beverage capable of improving a sleep structure, and relates to the technical field of beverage processing, the preparation steps are as follows: S1, obtaining raw materials including 100-500 parts of rose buds, 50-550 parts of lily, 10-650 parts of liquorice, 30-430 parts of kudzuvine root and 20-220 parts of spina date seed; the sleep-aiding essence of a classic famous formula is integrated, a mode of combining a dynamic flavor regulation and control technology and data analysis is adopted, natural medicinal and edible herbs are used as raw materials, the advantages of the raw materials are integrated to a great extent, and the plant beverage which is excellent in sleep-aiding effect and has a certain sleep-aiding effect is finally produced through formula optimization. And pure and burden-free drinking experience is brought.

The present application relates to fresh-cut fruit and vegetable preservation technology field, and particularly to a preservation method for inhibiting browning of fresh-cut lily scales. The present application discloses a preservation method for inhibiting browning of fresh-cut lily scales, which comprises the following steps: selecting, peeling, washing and boxing the lily scales, and then performing X-ray irradiation treatment on the fresh-cut lily scales and storing them at low temperature. The preservation method provided by the present application is safe, environmentally friendly and easy to operate, and can effectively solve the problems of poor storage tolerance, easy browning and quality decline of fresh-cut lily. The application of the method can inhibit the browning of fresh-cut lily, prevent membrane lipid peroxidation, increase the total phenol content, maintain the appearance quality of fresh-cut lily, effectively delay the aging process, and prolong the shelf life, thereby achieving the purpose of improving the quality and efficiency of the fresh-cut lily industry.

This invention discloses a variable-rate fertilization and automatic target spraying device for lily cultivation, belonging to the field of mechanized agricultural technology. The invention utilizes a water storage component with non-electrically driven water delivery to achieve water mixing for the spraying component. The spraying component automatically adjusts the fertilizer concentration and dosage, avoiding excessive waste or insufficient dosage during initial batch mixing. The small mixing tank features a dual-chamber independent design, storing the mixed fertilizer solution and the raw materials to be mixed separately. A stirring structure ensures the fertilizer solution remains at optimal uniformity, guaranteeing continuous and stable spraying. Simultaneously, a flexible drive rail allows for precise adjustment of the spraying position, further improving the accuracy and effectiveness of fertilization and target spraying. Addressing the pain point of fertilizer residue and waste caused by long pipeline transport in existing technologies, the invention dedicates the drainage hose to transporting clean water, preventing fertilizer residue in the pipeline and further reducing fertilizer waste. This aligns with the energy-saving, fertilizer-saving, precise, and efficient development concept of mechanized agriculture.

The invention relates to an anti-aging, brightening and pore-shrinking composition and application thereof. The composition comprises the following components: an artemia extract, a magnolia liliiflora extract, a desert rose leaf cell extract, a lilium lanceolarium extract and a lilium fortunei extract. The mass ratio of the artemia extract to the magnolia liliiflora extract to the rosa deserticola leaf cell extract to the lilachium lanceolatum extract to the lilium fortunei extract is (0.2 to 2) to (0.001 to 0.1) to (0.001 to 0.1) to (0.001 to 0.1) to (0.001 to 0.1) to (0.001 to 0.1). The composition provided by the invention can effectively improve the collagenase clearance rate, maintain the elasticity and compactness of the skin, achieve good anti-aging and pore-shrinking effects, also can effectively remove hydroxyl radicals, and has good whitening and brightening effects.

This invention discloses proteins related to the regulation of lily bulblet formation, their encoding genes, and their applications. The lily bulblet formation regulation proteins disclosed in this invention are either A1) or A2): A1) is a protein with the amino acid sequence of Sequence 2; A2) is a protein with one or more amino acid residues substituted and / or deleted and / or added to the amino acid sequence shown in Sequence 2 in the sequence listing, and has the same function as the protein shown in Sequence 2. This invention isolated and identified a LiARF6 gene related to bulblet formation from scale cuttings in 'Siberian' lily, and improved it using VIGS technology. By infecting bulbs with a bacterial solution containing this gene vector, the effect of enhancing the formation of bulblets during scale cutting was successfully achieved, providing a new method for promoting lily scale cutting propagation.

The invention belongs to the technical field of plant genetic engineering, and particularly relates to application of a related biological product of an LhHB4 gene in regulation and control of accumulation of anthocyanin in plants. The nucleotide sequence of the LhHB4 gene is as shown in SEQ ID NO. 1, and the sequence of the encoded protein is as shown in SEQ ID NO. 2. Experiments show that the expression of the LhHB4 is in negative correlation with the biosynthesis of the anthocyanin of the lily, the accumulation of the anthocyanin in the lilies in the lilies can be remarkably inhibited by the instantaneous overexpression of the LhHB4 in the lilies, the accumulation of the anthocyanin in the lilies in the lilies in the leaves is promoted after the LhHB4 gene is silenced, and the regulation of the LhHB4 on the biosynthesis of the anthocyanin depends on an EAR motif. The related biological product of the LhHB4 gene provided by the invention provides important application support for cultivating new varieties with peculiar colors of lilies and improving the ornamental and commercial values of the lilies.

The utility model discloses an efficient dried lily bulb drying device, and relates to the technical field of dried lily bulb processing equipment, the efficient dried lily bulb drying device comprises a shell, cavities and drying frames, the multiple cavities are installed in the shell, fixing seats are installed on the top surfaces and the bottom surfaces in the cavities, threaded rods are installed in the fixing seats, and the multiple drying frames are installed on the threaded rods; a plurality of air outlet holes are formed in the inner side of the cavity, an air outlet is formed in the top of the cavity, and a rotating plate is installed outside the air outlet. According to the lily slice drying device, the draught fan is installed in the air outlet hole, powerful airflow circulation is formed, and it can be guaranteed that lily slices are evenly heated and rapidly dried in the drying process; through the design of a threaded rod and a fixing support, the height of the drying frame is allowed to be freely adjusted according to the thickness, the number and the drying requirement of lily slices; a plurality of chambers are designed and can operate at the same time, so that the production capacity is greatly improved; and a plurality of chambers are designed and can operate simultaneously, so that the production capacity is greatly improved.

The application discloses a box type soilless cultivation method of heavy-petaled lily Spathiphyllum floribundum, and comprises the following steps: S1, filling at least 1.5 cm thick substrate in a germination box, taking out lily bulbs one by one from a turnover box, orderly arranging and placing the lily bulbs in the germination box, and pouring water; S2, moving the box-cultivated lily into a germination refrigerator, and germinating at a temperature of 8-15 DEG C; S3, transplanting preparation; S4, transplanting the germinated bulbs into the cultivation substrate of a cultivation box, and vertically arranging the germination bulbs; S5, after the germination bulbs are planted, keeping the temperature at 20-25 DEG C during the day, 15-18 DEG C at night, the suitable soil temperature at 12-15 DEG C, and the environmental humidity at 70%-75%; and S6, collecting the lily cut flowers when the lily flower bulbs are planted for 90-140 days and the flower buds begin to show color, and obtaining the lily cut flowers. The box type cultivation method uses the cultivation area in the maximum efficiency, can effectively improve the substrate utilization rate, effectively avoids the rotation obstacle, and can produce 2-3 crops of lilies in the same year.

The application discloses a fresh-cut flower vase inserting preservative and a preparation method thereof, and the fresh-cut flower vase inserting preservative comprises the following components: 1000 parts of distilled water, 3-5 parts of sucrose, 0.01-0.05 parts of copper salt, 0.01-0.04 parts of potassium salt, 0-0.015 parts of cobalt salt, 0-0.03 parts of zinc salt, 0.8-1 parts of calcium salt and 0.05-0.2 parts of bactericide. The fresh-cut flower vase inserting preservative is non-toxic, can significantly improve the preservation ability of roses, lilies and carnations, has universality, high economic benefits and can significantly prolong the effective vase inserting time of the fresh flowers.

The utility model relates to the technical field of plant breeding, and discloses a breeding box for lily planting, which comprises a box body assembly, a frame body assembly and a breeding assembly, the box body assembly comprises a breeding box, an outer-layer sliding rail is fixed in the breeding box, the frame body assembly comprises a box door movably connected to the breeding box, and an outer-layer sliding rail is fixed on the box door. Two first vertical sliding rails are fixed in the height direction of the breeding box, inner-layer sliding rails are fixed to the side portions of the first vertical sliding rails, the inner-layer sliding rails are connected into the outer-layer sliding rails in a sliding mode, the outer-layer sliding rails are installed in the breeding box, and a frame body formed by welding the first vertical sliding rails, the second vertical sliding rails, the inner-layer sliding rails and transverse beams is installed on the box door. The multiple layers of breeding assemblies are installed on the frame body, meanwhile, the inner-layer sliding rails are connected with the outer-layer sliding rails, and all the multiple layers of lily seedlings installed on the frame body are pulled out and displayed by pushing and pulling the box door, so that workers can conveniently and rapidly preview, observe and take the lily seedlings for work.

The invention relates to a vase solution for preserving cut lily flowers of an OT hybrid line and application of the vase solution. The vase solution takes water as a solvent and comprises salicylic acid, citric acid, calcium chloride, 6-benayl aminopurine, aspirin, ascorbic acid, silver thiosulfate and cane sugar. The vase solution can improve the ornamental quality of cut flowers, remarkably prolong the service life of flowering branches and delay turbidity of the vase solution; in addition, the soluble sugar content and peroxidase content of the petals can be increased, and the malondialdehyde content of the petals can be reduced. The vase solution provided by the invention has the advantages of low cost, and simple and easy preparation and use.

The invention discloses an intelligent regulation and control feedback lily processing method, relates to the technical field of agricultural product processing, and solves the technical problems that intelligent sorting, maximum economic value improvement and automatic feedback regulation and control cannot be realized in an existing technical scheme. The method comprises the following steps: step 1, acquiring to-be-processed lily data through product character acquisition equipment and image processing software, wherein the to-be-processed lily data comprises but is not limited to integrity, color and size; a multi-dimensional quality sensing system is constructed by integrating various sensors such as the high-definition camera, the spectral imager and the X-ray detector, and external form information such as the size, the color and the damage of lilies can be obtained; and internal physicochemical indexes such as water content and sugar degree and whether internal structure defects such as hollowness and foreign matters exist or not can be detected quickly in a lossless manner. The problems that manual sorting is high in subjectivity, only depends on appearance and is low in efficiency are fundamentally solved, and a reliable and comprehensive data basis is provided for subsequent refined processing.

The utility model discloses a lily seedling cultivation basket matched with a bracket, which relates to the technical field of flower seedling cultivation and comprises a fixed bracket, an upper support plate and a lower support plate, fixed plates are mounted and connected on two sides of the fixed bracket, the upper support plate is mounted on the fixed bracket, and the lower support plate is mounted below the fixed bracket. A supporting rod is arranged between the upper supporting plate and the lower supporting plate, a plurality of holes are formed in the supporting rod, a plurality of clamping plates are installed on the supporting rod, a cultivation basket is installed between the clamping plates, and the cultivation basket comprises a fixing head, a bottom plate and a breast board. If not matched, air circulation may be unsmooth, the risk of plant diseases and insect pests and mould growth is increased, and the health of the nursery stocks is affected. By installing the supporting rods and adopting a detachable structure, the height and the supporting angle of the cultivation basket can be adjusted according to different requirements. When the nursery stocks grow to different stages, different spaces and heights are needed.

The present application relates to the field of agricultural cultivation technology, and particularly relates to a method for preventing the petal reversion of double peony, comprising the following steps: soil disinfection, low-temperature germination, bulb planting, temperature regulation and light management after planting, and water and fertilizer management for regulating the growth conditions of double peony petals. The present application significantly reduces the occurrence of petal reversion of double peony by low-temperature germination, bulb planting, temperature regulation and light management after planting, guarantees the high double peony characteristics of double peony, improves the commodity traits and ornamental quality of double peony, avoids the generation of defective flowers, and improves the ornamental value and commercial value.

The invention discloses a lily cultivation method using Chinese rose waste carbonized products to synergistically reduce application of chemical fertilizers, and relates to the technical field of gardening cultivation, and the method comprises the following specific steps: pretreating collected Chinese rose whole plant waste, removing impurities, cutting, air-drying, and sealing and storing; filling a carbonization furnace with the mixture, carrying out gradient heating carbonization, crushing and sieving to obtain biochar, and sealing and storing the biochar; deeply ploughing the plot, mixing biochar in proportion, and reducing application of chemical fertilizer to prepare a matrix; then disinfecting the lily bulbs, performing field planting according to a certain plant row spacing, and performing thorough watering; drip irrigation, precise topdressing, manual weeding, comprehensive pest control, environment regulation and control and growth index monitoring are adopted in the final growth period; according to the method, the biological carbon prepared from the Chinese rose waste is used for lily cultivation, resource utilization is achieved, pollution is reduced, a cultivation system is constructed by integrating key links, all the links synergistically eliminate growth limitation and improve site conditions, an efficient and stable path is provided for lily cultivation, and high-quality, efficient and sustainable development of the industry is promoted.

The application provides a LiCOMT gene for regulating synthesis of lycoris kingianus glycosides and application thereof, belongs to the technical field of plant genetic engineering, and the nucleotide sequence of the LiCOMT gene is shown as SEQ ID NO. 7, and the amino acid sequence of the encoded protein is shown as SEQ ID NO. 8; the application screens out a candidate gene LiCOMT significantly related to lycoris kingianus glycoside accumulation from lily bulb development period transcriptome data through weighted gene co-expression network analysis (WGCNA), and confirms that silencing the LiCOMT gene can reduce the content of lycoris kingianus glycoside A, lycoris kingianus glycoside B and lycoris kingianus glycoside F in lily bulbs by about 60%, 42% and 43% respectively by using a virus-induced gene silencing (VIGS) technique; and the application provides important gene resources and theoretical basis for lily secondary metabolism regulation and molecular breeding.

The invention discloses a lily bulb forward planting device based on machine vision, and belongs to the technical field of lily mechanized planting. The conveyor belt is of a horizontal-climbing-horizontal three-section structure, and lily bulbs in a seed box are subjected to posture primary selection in the conveying process of the conveyor belt; the industrial camera collects a lily bulb image and transmits the lily bulb image to the control system, and the control system accurately recognizes a bulb posture through a preset lily bulb root disc recognition model trained based on a deep learning algorithm; the bulbs with abnormal postures are removed by the screening device, the bulbs with downward bulbils are overturned and adjusted by 180 degrees by the overturning device, finally, the bulbs with qualified postures are grabbed by the grabbing and planting device and put into seed holes drilled by the punching device in advance, and the soil covering operation is completed by the soil covering device. According to the invention, the automation of the whole process of lily bulb planting is realized, the bulbil is effectively ensured to be positively implanted into soil, and the seeding consistency, the emergence rate and the planting efficiency are improved.

The invention relates to the technical field of plant biology, and discloses a lilium lancifolium virus-free seedling stem tip stripping culture method which sequentially comprises the following steps: (1) pretreatment: taking lilium lancifolium virus-carrying explants, carrying out first high-temperature stress treatment, then transferring into a sub-high-temperature condition, and carrying out second high-temperature stress treatment on the lilium lancifolium virus-carrying explants to obtain lilium lancifolium virus-free seedlings; carrying out shake culture by using a pretreatment culture medium containing plant stress resistance induction hormone; (2) stem tip stripping: after pretreatment in the step (1), stripping stem tip meristem with the size of 0.8-1.2 mm; (3) induction culture: the stem tip meristem stripped in the step (2) is inoculated to a solid induction culture medium for dark culture until callus is formed, and the solid induction culture medium contains cytokinin and an antiviral compound; through deep synergy of gradient temperature stress (high temperature to sub-high temperature) and specific stress-resistant hormone (BR) induction in time sequence and physiological functions, the physiological state of the explant in the pretreatment process is integrally regulated and controlled.

The invention provides rahnella aquatica DG-1, a bacterial agent and application of the rahnella aquatica DG-1 in relieving lily yellowing and / or reducing lily continuous cropping obstacles, and belongs to the technical field of microbial agents. The invention provides Rahnella aquatica DG-1, and the collection number of the Rahnella aquatica DG-1 is CGMCC (China General Microbiological Culture Collection Center) No. 28906. The rahnella aquatica DG-1 can interact with plants to influence the physiological and biochemical states of lilies and rhizosphere soil microbial communities and functions, and not only can relieve lily yellowing, but also can reduce successive cropping obstacles, promote lily growth, improve the disease resistance of lilies and increase the yield of lilies.

The utility model discloses a remove piece device for lily processing, include: main part assembly, the main part assembly includes outer frame body, first friction roller, second friction roller, first rotation rod, second rotation rod, through -hole, first motor, second motor and L shaped pole, cleaning adjustment subassembly, cleaning adjustment subassembly includes water tank, water pipe, water pump, rectangle board, rectangular frame, water tank, strip groove and strip board, the other end fixedly inserted connection rectangle board of water pipe, the fixed connection rectangle frame of rectangle board outer ring, the water tank is set up in the bottom of rectangle frame, the strip groove is set up in the side portion of rectangle frame, and the strip board is movably inserted in the strip groove. The utility model discloses cleaning process is convenient and fast, has shortened the cleaning time, and further shortened the downtime, avoids the influence that causes to remove piece efficiency, can realize the area size adjustment of water tank simultaneously, and further can adjust according to the actual slime's contamination amount, avoids the waste of water flow.

The invention discloses a disinfection method of an oil-spot lily tissue culture explant. The disinfection method comprises the following steps: S1, spraying alcohol on the surfaces of oil-spot lily leaves, and then carrying out oscillation disinfection treatment by adopting a sodium hypochlorite solution a with the mass concentration of 0.1-0.3%; s2, a sodium hypochlorite solution b with the mass concentration of 0.7%-1% is adopted for carrying out oscillation disinfection treatment on the oil point lily; s3, carrying out oscillation disinfection treatment by adopting a thisporine solution with the concentration of 300 to 500 mg / L; and S4, washing with sterile water. The disinfection reagent adopted in the disinfection method does not contain toxic substances such as mercury, the problems that the toxicity of a traditional disinfection reagent damages explants and pollutes the environment are solved, sodium hypochlorite and tiaculomycin with various concentrations are used in a compounded mode, the oil-spot lily treated through the method is low in pollution rate, the survival rate of the explants is high, and the oil-spot lily has the good disinfection effect. And a basis is provided for tissue culture of the oil-point lily.

The invention discloses a lily gray mold resistance identification method which comprises the following steps: (1) disinfecting lily leaves to be identified, punching to prepare leaf discs, puncturing the centers of the leaf discs, putting the leaf discs on water agar, inoculating spore suspension of botrytis cinerea strains, and culturing; (2) calculating the morbidity after the morbidity condition is stable according to the morbidity condition of the statistical record; and (3) solving membership function values of indexes corresponding to the lily varieties according to the morbidity obtained in the step (2), and carrying out lily gray mold resistance sequencing according to the membership function values. According to the method, only the lily leaf wafers are used for inoculation, so that the cost is low. During inoculation, the leaf discs are inoculated with conidium suspension liquid, so that the test result is more accurate. The morbidity result can be counted 5 days after inoculation, and the efficiency is high. The spore suspension is consistent in inoculation and moisturizing effects; and moreover, the spore liquid is inoculated by using the leaf disc, so that the space is saved, and technical support is provided for screening gray mold resistant lily varieties.

The invention provides a soil conditioner for relieving yellowing of edible lilies as well as a preparation method and application of the soil conditioner, and belongs to the technical field of soil improvement. The soil conditioner disclosed by the invention is prepared from the following raw materials in parts by mass: 70 to 85 parts of sulfur powder, 5 to 12 parts of sodium bentonite, 5 to 8 parts of fulvic acid, 3 to 5 parts of FeSO4.H2O, 1 to 3 parts of calcium lignosulphonate and 1 to 2 parts of an acrylic emulsion film-forming agent. During application, the fertilizer can be applied after being combined with dazomet film covering and fumigating, or applied in combination when base fertilizer is applied to lily in spring. According to the soil conditioner, the problem of lily continuous cropping yellowing is relieved from the source by adjusting the soil pH and activating microelements and soil microbial communities, growth is promoted, the yield and quality of edible lilies are improved, the raw materials are green and safe, and the soil conditioner is suitable for continuous cropping soil improvement in Lanzhou and other edible lily main producing areas.

The invention belongs to the technical field of plant tissue culture, and relates to a tissue culture method suitable for formation of various plant miniature organs. According to the method, important economic crops such as potatoes, dendrobium officinale, trichosanthes kirilowii maxim, zephyranthes candida and lilies are focused, and induction and cultivation of minituber, protocorm and minituber bulbs are successfully developed by adopting a tissue culture technology aiming at the technical problems of generality and personality in the traditional vegetative propagation (including tubers, tuberous roots and bulbs) process of the important economic crops. Establishment, popularization and application of the technology are expected to become an important innovation in an improved variety breeding system of crops and medicinal plants.

The invention discloses a composite fresh-keeping coating film for refrigeration after lily harvesting and a preparation method of the composite fresh-keeping coating film, and belongs to the technical field of fresh keeping of agricultural products after harvesting. The composite fresh-keeping coating film is prepared from gelatin, chitosan, vitamin C and epsilon-polylysine. According to the method, the composite fresh-keeping coating is directly coated on the surfaces of the lilies in a manner of matching coating fresh-keeping with refrigeration fresh-keeping, so that in a low-temperature and high-humidity environment, pathogenic bacteria aiming at the lilies can be effectively inhibited, and rotting and browning in a refrigeration process are slowed down. And the cleaning agent is easy to clean at normal temperature, safe and residue-free.

The invention provides a lily and rhizoma corydalis intercropping planting method, and belongs to the technical field of traditional Chinese medicinal material planting. According to the method, lilies and rhizoma corydalis are planted from late September to early October, rhizoma corydalis is harvested from late April to early May in the next year, and lilies are harvested from late July to early August in the next year; planting holes are dug for planting, three rhizoma corydalis seed stems are planted on each of the upper side and the lower side of each planting hole, and two lily bulbs are planted between two rows of rhizoma corydalis. According to the method, the lily and the rhizoma corydalis are subjected to hole planting and intercropping by making full use of the growth period and growth characteristic differences, the utilization rate and comprehensive output benefits of land resources can be effectively increased, the species diversity is improved, the soil structure is improved, and the incidence rate of diseases, weeds and weeds is remarkably reduced.

The invention discloses a method for increasing the content of linalool serving as a natural aroma substance of 'Siberia' lily petals by applying an OfNAC2 gene, the OfNAC2 gene belongs to an NAC transcription factor family, an over-expression vector containing the OfNAC2 gene is transformed to the 'Siberia' lily petals for transient expression, and the result shows that the linalool content of the natural aroma substance of the 'Siberia' lily petals is increased. The content of linalool in instantly converted Lilium sibiricum petals is obviously increased compared with that of a control group, which indicates that the OfNAC2 gene plays an important role in promoting synthesis of linalool of Lilium sibiricum and can be used for improving the aroma quality of Lilium sibiricum and breeding good varieties in Lilium gene engineering.

The invention provides a lily long-term storage environment monitoring and control method and system, and relates to the technical field of environment monitoring, and the method comprises the steps: obtaining real-time environment data and real-time gas data through sensor arrays arranged at a plurality of positions in a storage environment, the real-time environment data including real-time temperature and real-time humidity, and the real-time gas data including real-time temperature and real-time humidity; the real-time gas data comprises real-time carbon dioxide concentration and real-time ethylene concentration; acquiring lily varieties of lilies stored in the storage environment; determining a temperature fluctuation control result according to the real-time temperature; determining a temperature and humidity control result and a gas control result according to the lily variety, the real-time environment data and the real-time gas data; and determining a monitoring result and a control measure according to the temperature fluctuation control result, the temperature and humidity control result and the gas control result. According to the invention, the effectiveness of monitoring and controlling the long-term storage environment of lilies can be improved.

The application discloses a lily HAI1 Gene and application thereof in regulation of dormancy release of crops. It belongs to the technical field of genetic engineering. In the application, lily bulb of 'Longya red' is used as test material to observe morphological and physiological changes in the process of dormancy release. By using transcriptome sequencing technology, key regulation genes of the lily bulb of 'Longya red' for dormancy release are screened LbHAI1. The application explores the function of the gene in the process of dormancy release by cloning the key gene, heterologous overexpression of Arabidopsis thaliana and transient silencing of the key gene in lily bulb. The application provides a theoretical basis for lily dormancy regulation by using genetic engineering means.