7 results about "Self-pollination" patented technology

A new and distinct cultivar of Sambucus plant named ‘Æ-1’, characterized by reliable fruit set, low chill requirement, early and even ripening, short harvest period, and high-quality fruit characteristics. The plant is self-compatible, producing abundant, medium to medium-large fruit after self-pollination, with high concentrations of specific anthocyanins. Additionally, ‘Æ-1’ is particularly suitable for large-scale, commercial production centered in North-Central Florida.

The application belongs to the field of plant biotechnology, and particularly relates to a standardized production method of annual flower amorphophallus konjac seed tuber, which comprises a production method and a grading method. The production method comprises the following steps: collecting flower amorphophallus konjac corms in October-November and storing; when dormancy of the stored flower amorphophallus konjac corms is about to be removed, promoting dormancy removal and flower bud growth of the flower amorphophallus konjac corms; greenhouse sowing, self-pollination, harvesting of seedlings, and environmental condition regulation during the period; promoting fruit cluster maturation by using growth regulators after self-pollination; seedling germination of the seedlings; sowing of the seedlings, field management, and harvesting of the seed tubers; and the grading method comprises the following steps: grading according to the age of the flower amorphophallus konjac corms, the weight of the flower amorphophallus konjac corms, the quality of the seedlings, the seedling germination, and the quality of the seed tubers. The application completes the propagation of the flower amorphophallus konjac seed tuber within one year, and realizes the standardized production of the flower amorphophallus konjac seed tuber by grading the flower amorphophallus konjac corms according to the size and age, grading and screening the seedlings, and harvesting the seed tubers with uniform size.

A chenopodium quinoa cultivation protective cover belongs to the technical field of chenopodium quinoa cultivation and comprises an elastic outer protective cover, and a support is arranged in the outer protective cover. The support comprises a connecting plate and an annular buckle, a plurality of first supporting rods which are obliquely arranged are arranged on the connecting plate at intervals in the annular direction of the connecting plate, the first supporting rods are hinged to the annular buckle through second supporting rods, the annular buckle is used for being connected to a quinoa main stem in a clamped mode, and the support is used for being detachably installed on the quinoa main stem; the outer protective cover covers the periphery of the support under the action of elasticity so as to protect the ears, prevent the outer protective cover from deforming to knock off flowers, effectively prevent external pollen from entering, prevent hybridization from affecting self-pollination of the quinoa, and guarantee high purification of grains.

The application relates to a pollination device and method for the pollination problem of sunflower. The device comprises a base plate arranged above the back of a mechanical dog, and a mechanical arm, an alarm device and an air compressor are arranged above the base plate; the mechanical arm comprises a mechanical arm base and a plurality of intermediate mechanical arms connected in sequence behind the mechanical arm base, the plurality of intermediate mechanical arms are connected through a plurality of hinged parts, a vertically arranged mounting platform is arranged at the end of the mechanical arm, and a flexible clamp mechanism, a blowing module, a vibrating module, a rotating disc module and a depth camera are sequentially arranged on the mounting platform from bottom to top; wherein the blowing module and the vibrating module are mounted on the rotating disc module; the air compressor is connected with the blowing module through an airflow pipeline, and is used for providing an air source for the blowing module, and the air source is blown out from a blowing needle arranged at the top of the blowing module through the airflow pipeline. The application solves the problem that sunflower is difficult to self-pollinate.

The invention relates to a method for breaking self-incompatibility of kumquat at high temperature. The method specifically comprises the step of alternately treating kumquat plants by illumination at 35 DEG C for 14 hours and darkness at 30 DEG C for 10 hours. According to the method, the mandarin orange PN02 is used as a research material, self-pollination is performed after high-temperature treatment, an effective method for breaking self-incompatibility is screened out, the current traditional production mode depending on pollinizers and artificial pollination is expected to be thoroughly changed, simplified and standardized management of facility horticulture and high-quality orchards is realized, and the production cost is remarkably reduced.

The invention provides an oat feeding hybridization method for increasing the maturing rate and application thereof, and belongs to the technical field of oat hybridization, and the oat feeding hybridization method comprises the following steps: S1, selecting oats of different varieties or different germplasm resources as female parents and male parents; s2, performing castration treatment on a first floret of a base part of a non-self-pollinated spikelet of the female parent in the heading period of the oat, and performing bagging treatment; s3, taking out anther or pollen which is just cracked from the male parent, and pollinating the anther or pollen to stigmas of the female parent; s4, bagging the pollinated female parent until the pollinated spikelet grows seeds; according to the method, the uppermost spikelet which is subjected to flower closing pollination, the lowermost tender spikelet and other florets in the spikelet are removed, and only the first florets at the base part are reserved for pollination, so that the nutrition supply of the pollinated florets is improved; the method comprises the following steps: taking out faint yellow, namely, just cracked anther or pollen from male parent spikelets, pushing aside inner hulls, and feeding the anther or pollen to stigmas of female parents to simulate that fresh anther in a natural environment is scattered to the stigmas, so as to increase the pollination maturing rate.

The invention discloses a flowering phase synergy and compound pollination two-line hybridization method based on quinoa female first-ripening female parents, and belongs to the technical field of crop breeding and hybrid seed production. According to the method, quinoa plants with the female first-ripening characteristic serve as female parents, and the pollen scattering period of the male parents and the pollen receiving window period of the female parents are overlapped through cooperative adjustment of the flowering periods of the male parents; when florets of the female parent are in a full blooming state, stigma branches are exposed, transparent mucus appears on the surfaces of the stigma branches, and corresponding anther does not crack, it is judged that the female parent is in an optimal pollination window period; hybrid seeds are obtained by combining wind-medium supplementary pollination, male parent pollen collection and short-time preservation and supplementary pollination of a pollinator in the period. The female parent has self-pollination and fruiting capabilities, so that the invention belongs to a quinoa two-line hybridization method.