246 results about "Growth management" patented technology

The invention discloses a bagged mushroom production method which comprises the steps of strain making, nutrient preparation, bagging, sterilization, inoculation, mycelium culture, coloring, inducement to primordium of mushroom and harvesting. The method is characterized in that 1, in the nutrient preparation step, 78% of miscellaneous tree sawdust, 20% of wheat bran, 1% of sucrose and 1% of gypsum in percentage by weight are evenly mixed, then 55-58% of water is added, and blending is performed; 2, the nutrient is put in barrel bags within 4 hours; 3, the bags are piled in the shape of a well and are sterilized; 4, when the bags are cooled to 25-28 DEG C, inoculation is performed; 5, the mushroom bags are transferred into a mushroom growth room of 20-25 DEG C and subjected to mycelium culture, and puncturing ventilation is performed twice in the mycelium culture period; and 6, in the mushroom growth management period, artificially-aided inducement to primordium of mushroom, dry stimulation and other treatment operations are performed. According to the invention, large-scale bagged mushroom production can be realized, the mushroom survival rate is high, the deformed mushroom defective rate is below 5%, the cost can be reduced and the product quality is high.

The invention provides a melon growth management expert system based on the Internet of Things. The melon growth management expert system comprises a main interface module, an expert knowledge base module, a monitoring information module, a growth simulation and prediction module, a decision-making and inference module, an expert consultation module, a personal information module and a backgroundmaintenance module. The melon growth management expert system manages melon real-time growth environment monitoring, growth status monitoring, water and fertilizer amount and environmental temperatureearly-warning as well as pest and disease damage judgment combined with an image recognition technology, realizes melon growth and development simulation and yield quality prediction, and is equippedwith a planting knowledge base and an expert online question answering function. The melon growth management expert system realizes real-time monitoring of environment and plant growth information, is conductive to planting decision-making, reminds the user to improve the management conditions through real-time water and fertilizer amount and environmental temperature early-warning, realizes high-precision simulation of plant growth indexes, fruit quality and yield, and provides real-time water and fertilizer precise decision-making scheme according to comprehensive analysis of real-time environment and plant growth monitoring, data processing based on a machine learning method, plant growth model prediction and the like.

The invention belongs to the technical field of economic forest planting, and particularly relates to a high-yield and high-quality planting technology for oil-tea forest. The high-yield and high-quality planting technology comprises the steps of land selection, land preparation, tree species selection, forestation, young growth management and protection and intensified nourishment. The forestation time and density are strictly controlled, and nursery stock is planted after being lifted; mixture forestation is carried out, planting flowering phases are matched, and the fertilization and fruit bearing rate is increased; forest land intervals are utilized for planting dwarf crops, interval interplanting is carried out, ploughing is used for replacing fostering, and fertilization is carried out in time. In the base fertilizer application process, organic fertilizer containing Chinese herbal medicine residues is adopted, the organic matter content is high, meanwhile, the effects of sterilization, insect killing and nursery stock plant disease and insect pest prevention can be effectively achieved through the remaining components of the Chinese herbal medicine, the pesticide and chemical fertilizer application amount is greatly decreased, the oil-tea quality is improved, and the high yield and the high quality are ensured.

The invention discloses a ring trunk growth shaping method for Lagerstroemia trees in Lythraceae. The method mainly includes firstly, combining trunk shapes according to classes of ring truck shapes; secondly, destructing the trunk shapes to obtain technical maps of single trunks; thirdly, performing improvement of soil fertility, and planting seedlings together for growth management; fourthly, inarching the seedlings planted together, and making and erecting a support frame and a ring trunk growth shaping ladder system; fifthly, subjecting the trunk growth seedlings to bud fixing and bud picking; sixthly, tying twigs to the shaping ladder assembly, and inarching adjacent ring trunks after the twigs thicken naturally and connect with each other; and seventhly, heal-cultivating. The method breaks the shaping methods of trunks of Lagerstroemia trees in Lythraceae, allows for rich trunk shapes, requires shorter shaping time, and enables ornamentality and commodity value of the trunks to be higher. The ring trunk growth shaping ladder system is continuously available for many years, is available for precise production and bath replication of single plants, and is conducive to implementation of standard and large-scale production and formation of special industry.

The invention discloses a wildmimic cultivation method of ganoderma lucidum. The wildmimic cultivation method of the ganoderma lucidum comprises the fungus stick making step, the fungus growth management step, the open-field bag cultivation step, the harvest step and the drying step. According to the fungus stick making step, substrate preparation, bagging, sterilization and inoculation are carried out; according to the fungus growth management step, white mycelia grow on fungus sticks under the conditions that the temperature and the humidity are proper, ventilation is carried out, and dim light cultivation is carried out; according to the open-field bag cultivation step, fungus bed making, bag removal, earthing and ganoderma lucidum fruiting management are carried out, fungus beds are outdoor fungus beds formed on land parcels between small tung trees in line, and when fungus bed making is carried out, biological disinfection is carried out on fungus ridges of the fungus beds and the whole small tung forest. According to the wildmimic cultivation method of the ganoderma lucidum, the good natural growth environment is provided for the ganoderma lucidum, and growth of sundry fungi and pest and disease damage can be effectively controlled by using substrates; the product quality of the ganoderma lucidum is high, and the yield of the ganoderma lucidum is higher; meanwhile, the substrates of the ganoderma lucidum are applied to the small tung trees again after being processed through biological fermentation, and healthy growth of the small tung trees is promoted.

An approach is provided for network resource growth management. Utilization of a network resource that is hierarchically associated with one or more other network resources is determined. If the utilization exceeds a first predetermined threshold, a growth notification is triggered. The growth notification specifies additional network resources required to modify the utilization of the network resource according to a second predetermined threshold.

The invention belongs to the technical field of agriculture and provides a nutrient solution for household aeroponic-culture potato production. The culture process is divided into three stages according to the growth features of potatoes, and the corresponding nutrient solution is added to each stage. The nutrient solution comprises mother solutions A, B, C and D, and the mother solutions are diluted by water during use. The invention further provides a method for household aeroponic-culture potato production. The method aiming at the features of household small-scale potato production includes: providing healthy seedlings, preparation before seedling planting, planting aeroponic-culture seedlings, potato growth management, disease and pest management, batch harvesting, and the like. The method is convenient to use, high in efficiency and low in cost, automatic management is achieved, disease control is performed through ultraviolet lamp sterilizing, and environment-friendly and nutrient household potato planting is achieved.

The invention relates to a lycium barbarum planting method and a matched picking machine special for lycium barbarum, and belongs to the technical field of agricultural machinery. The method includes plant planting, growth management, tree trimming, canopy cultivation and other basic steps, lycium barbarum branches, like weeping willow twigs, are thus hung on cross arms, regular tree shapes can be formed, the shapes are basically same, fruits are thus vertically and uniformly distributed, and branch clamping and lifting during vibration, rolling brush, shearing, air suction and other kinds of mechanized picking operation are easy to conduct; intersected growth of the branches is facilitated, lodging is prevented, and high quality and high yield are achieved. The picking machine special for lycium barbarum includes a tunnel-type step-over machine frame; the inner side of a stand column frame is provided with upper and lower telescopic electric drive pushers which are higher than lycium barbarum tree canopy branches and lower branches respectively, and branch clamping mechanisms corresponding to the weeping portions of the lycium barbarum tree canopy branches and the weeping portions of the lower branches respectively; the inner ends of the upper and lower telescopic electric drive pushers are hinged to the top ends of upper and lower picking mechanisms, and the bottom ends of the upper and lower picking mechanisms are hinged to upper and lower bearing rods fixed on the stand column frame respectively.

The invention provides planting equipment and a management method, device and system thereof and a server. The management method of the planting equipment is used for the planting equipment and comprises the following steps of obtaining a target growth management model of a plant in the planting equipment, wherein the target growth management model comprises target environmental parameters of the plant in multiple growth stages and duration of each of the multiple growth stages; and controlling the growth environment of the plant in multiple growth stages according to the target growth management model. Through the technical scheme of the invention, the growth environment of the plant in the plant equipment can be scientifically and reasonably adjusted, the health growth of the plant is guaranteed, and the user experience is improved.

The invention belongs to an edible fungi cultivation method, and in particular relates to a coprinus comatus underwood cultivation method, which comprises the following steps: the specific underwood condition of natural canopy under a forest is utilized, the corprinus comatus underwood cultivation method adopts two methods based on seasons, namely spring ridge planting and autumn bag cultivation, wherein the ridge planting method comprises the steps of preparing culture materials, digging holes, laying culture materials, seeding, mycelium growth management, soil covering, the management after covering soil, mushroom fruiting period management, inter-flush period management after harvest, and passing summer management; the autumn bag cultivation comprises the steps of preparing culture materials, stacking and fermentation, other management methods which are the same as those in the spring ridge planting method, bagging and sterilization, inoculation and cultivation, bag removal and soil covering, and the passing winter management. By adopting the two methods of the spring ridge planting and the autumn bag cultivation, the coprinus comatus underwood cultivation method does not need spring sterilization procedure, thus saving manpower and cost, and the autumn cultivation method can shorten mycelium growth time, so that the production cost can be reduced.

An implantable tissue-stimulating device for an implantee. The device comprising gate member having at least one electrode. At least a portion of the surface of the member having a configuration that at least partially controls any tissue growth on round the elongate member.

The invention relates to a Ganoderma leucocontextum new strain and a cultivation method thereof. The Ganoderma leucocontextum new strain is Ganoderma leucocontextum HMGIM-Z110122 of which the preservation number is CCTCC (China Center For Type Culture Collection) NO:M2016087. The cultivation method of the Ganoderma leucocontextum CCTCC NO:M2016087 comprises the following steps: manufacturing a mother strain after the tissue isolation of the strain, manufacturing a stock culture, manufacturing a production strain, and carrying out cultivation and Ganoderma leucocontextum growth management. The Ganoderma leucocontextum new strain and the cultivation method thereof have the beneficial effects that the invention provides the Ganoderma leucocontextum new strain and the corresponding manual cultivation method. Ganoderma leucocontextum is rare at present, can effectively accelerate the proliferation of mouse spleen cells, is high in nutrition value and has good economic benefit and social benefit.

A greenhouse planting method of cedrela sinensis comprises the eight steps of greenhouse construction, preparation of culture media, seed selection and film removal, soaking of seeds, germination acceleration, seed sowing, growth management and harvesting, and has the advantages that a greenhouse special for cedrela sinensis is adopted, shading during breeding, sun shading in summer and heat collection and preservation in winter are facilitated by rolling or opening one or more of heat collection films, heat preservation films, sunshade nets and sunshade films according to needs, or the heat collection films, the heat preservation films, the sunshade nets and the sunshade films are all opened in seasons with proper temperature; sprayers, scattering light supplementing lamps or air fans are opened according to needs to conveniently adjust the humidity, luminous energy or air flow in the greenhouse; a planting frame can achieve multi-layer planting, and upper planting plates can be communicated to the ground through the structure of the planting frame; the germination rate can be improved by seed selection, germination is accelerated through soaking of seeds and germination acceleration, germination can also be accelerated through sun shading germination accelerating and seed sowing, growth and maturity of cedrela sinensis can be accelerated by properly adjusting the growth environment, and the yield and product quality are improved.

The invention relates to the technical field of grafting for improving and optimizing plant varieties, in particular to a rapid propagation method for euonymus japonicus arborization, which includes grafting time selection, selection and preparation of cions, grafting method and post-grafting management. The grafting method is as follows: euonymus bungeanus, the diameter at breast height of which is more than 15cm to 25cm, is selected as a stock, and the euonymus japonicus cions are grafted on four to five primary branches of the euonymus bungeanus, which are at the altitude of 5cm to 6cm on the tree. The euonymus japonicus varieties are euonymus japonicus L. Cv. 'aureo-marginatus' and euonymus japonicus L. Cv. albo-marginatus. By means of the systematic growth management, the rapid propagation method for euonymus japonicus arborization increases the survival rate of seedlings, and broadens the range of growing the euonymus japonicus varieties, moreover, the time of putting seedlings into the greening market is greatly advanced, and thereby the market price of the seedlings is high, so that the economic benefit is high.

The invention discloses a method for cultivating antrodia camphorata fruiting bodies by the use of applewood. The method comprises the following steps: culturing antrodia camphorata in a liquid seed medium or a solid seed medium under the antrodia camphorata growth conditions so as to obtain liquid or solid antrodia camphorata seeds; carrying out soak cleaning by the use of applewood, putting into a polypropylene fungus sack, sealing and fastening and sterilizing; opening the fungus sack filled with the applewood in an aseptic environment, inoculating the solid or liquid antrodia camphorata seeds, sealing and fastening; carrying out dark culture on the inoculated fungus sack to complete nutritional growth management; and releasing sack for culturing until antrodia camphorata fruiting bodies grow to 2cm and above, and picking to complete the reproductive growth management. Raw materials of a carrot medium comprise a filtrate obtained after carrots are boiled with boiling water and then filtered, glucose, agar and rest of water. Raw materials of the liquid seed medium comprise wort containing 5% (W / V) of solids. A culture medium is the applewood. The method is simple to operate, culture period is relatively short. Sources of raw materials are wide. Cost is low.

In the present invention, a mobile phone judges whether the current environment of a plant is equivalent to a specific season for the plant, based on a detected environment received and acquired from a sensor device including an environment sensor (temperature sensor, moisture sensor, etc.) for detecting a growth environment and the season-specific growth basic information of the plant received and acquired from a server device, and then specifies growth information (growth advice) applicable to the judged season as an output subject.

The invention relates to a pneumatic rape precise combined direct seeder, and belongs to the technical field of seeders. The seeder comprises a frame, a rotary tillage unit, a fertilizer unit, a land-wheel profile device, a sub-frame, a positive / negative air pressure working unit, a positive / negative air pressure combined seed-metering device, a ditching unit and a driven system. The pneumatic rape precise combined direct seeder has the advantages of simple structure, compact layout, low power consumption, little damage on soil, low re-sowing rate and seeding absence rate, and no seed damage, and can realize the combined operation of rotary tillage, stubble cutting, ditching, sowing and fertilization. The pneumatic rape precise sowing can save seeds and greatly reduce the thinning and final singling operation of the later growth management of rape; and the combined operation greatly improves the production efficiency. The seeder is used for precise combined direct seeding of rapeseeds, and also can be used for the precise direct seeding of other small spherical grain-size seeds.

The invention relates to an internet-of-things-based crop growth management method and system. The method comprises the steps of obtaining image information of a planting region and extracting crop target features from the image information; identifying a crop variety in the planting region according to the crop target features; determining a management scheme corresponding to the crop variety in a pre-established crop growth management table according to the crop variety; and obtaining detection information of the planting region, and performing growth management on crops in the planting region according to the detection information and the management scheme. Therefore, the yield difference of the crops planted by different planters is reduced; the land utilization rate and the economic incomes of the planters are increased; and the agricultural automation level is improved.

The invention discloses a Morchella cultivation material, which comprises the following components by weight: 25-35 parts of corn stalk, 25-35 parts of poplar sawdust, 20-30 parts of rape straws, 10-20 parts of peanut shell, 15-25 parts of sunflower seed meal, 8-15 parts of coconut shell, 3-6 parts of chestnut shell, 7-12 parts of Momordica grosvenori dregs, 5-8 parts of vinasse, 3-6 parts of Chinese Honeylocust Fruit shell, 4-7 parts of Gentiana apiata, 3-6 parts of dandelion and 2-5 parts of honeysuckle and the like. The method for cultivation comprises the following steps: (1) preparation of the Morchella cultivation material, (2) seed mixing, (3) seed sowing, (4) mycelial growth management and (5) fruitbody growth management. The waste raw materials are used, and scientifically and reasonably matched, nutrients are fully complementary, the Morchella cultivation material is environmentally-friendly and economic, herbal ingredients are added, the beneficial functions of Morchella are improved, the Morchella cultivation material has antibacterial and antiviral effect; the method for cultivation is simple and practical, low-cost and high-yield, and quality is good.

The invention discloses an automatic monitoring system of greenhouse crop growth conditions based on a reflection spectrum, comprises a first screw rod, a second screw rod and a third screw rod, wherein a sliding block with a threaded hole is respectively sleeved on the three screw rods, and the movement of any points in the three-dimensional space can be realized by a stepping motor; and a camera and a reflection probe are arranged on one screw rod, and a near-infrared light source, a spectrometer, an industrial personal computer and a relay are arranged on another screw rod. The monitoring system is capable of automatically adjusting the space position of the reflection probe by combining the reflectance spectrum and image information under the control of a remote computer and calculating a plurality of indexes, such as leaf area index, water content, chlorophyll content, and the like on the basis of the visible / near-infrared reflectance spectrum, thereby analyzing the growth conditions of crops and providing the reference for growth management of the crops. The whole system has simple structure, low cost and high automation level and realizes the aims of fast and dynamically monitoring the growth conditions of the crops in loss-free, all-sided and multi-index forms.

The invention discloses a purple potato cultivation and planting method, and belongs to the technical field of purple potato cultivation. The method includes the following steps of (1) pre-processing of seed potatoes, (2) seed arrangement and seedling of seed potato tubers, (3) management of purple potato seedlings, (4) cottage and cultivation of the purple potato seedlings, (5) field growth management of purple potatoes and (6) harvest of the purple potatoes. If the purple potatoes are planted through the method, it can be guaranteed that the seed potatoes can sprout and emerge as soon as possible, sprout dead corners on the surfaces of the purple potatoes in conventional cultivation can be eliminated, and the germination rate is improved by about 11.3%; meanwhile, by means of the seed arrangement mode of longitudinal cutting of the seed potatoes, a large number of the seed potatoes are saved, cost is lowered, longitudinal sections of the seed potato tubers are downward and cultivated so that it can be guaranteed that germination and emergence time of the ends of the seed potatoes and germination and emergence time of the longitudinal sections are consistent, and the emergence rate of the purple potatoes is improved by 9.4%; extra power equipment is not needed for heating and heat preservation, operation process is simple in step, equipment investment is low, and the survival rate and survival quality of the purple potato seedlings are improved; compared with a traditional method, the acre yield is improved by about 7%, and benefits of farmers are obviously improved.

The invention discloses a soil-covered cultivation method of interplanting lucid ganoderma in a tea garden. The systematic soil-covered cultivation method of interplanting the lucid ganoderma in the tea garden is provided from lucid ganoderma strain preparation, tea garden interplanting preparation, bag removal and stick discharge, sporocarp growth management, lucid ganoderma picking and tide turning stage management. The lucid ganoderma is manually cultivated in soil between rows in the tea garden, and the soil-covered cultivation method is a new cultivation mode, belongs to the category of under-forest economy, has excellent development potential and practicability, has practical significance in developing lucid ganoderma industry, increases the land utilization rate and incomes of the tea garden and has obvious economic benefits; soil in the tea garden for cultivating the lucid ganoderma has the mutually beneficial effect, soil fertility is effectively improved, chemical fertilizer application in the tea garden is reduced, tea leaf quality is improved, the cultivated lucid ganoderma is higher in quality compared with lucid ganoderma sporocarp obtained through a traditional indoor cultivation method, the content of polysaccharide and triterpene is obviously increased, and the biological conversion ratio of dry lucid ganoderma is high.

The invention relates to a plant cultivation method, in particular to a mint cultivation method. The mint cultivation method comprises the following steps: selecting and preparing land and applying basic fertilizer; planting and breeding; performing growth management; preventing and controlling plant diseases and insect pests; and harvesting, wherein the step of selecting and preparing the land and applying the basic fertilizer comprises the following sub-steps: (1) selecting flat fertile soil which is convenient to irrigate and drain, has sufficient sunshine and has not been used for planting mint within 3-4 years; and (2) preparing the land and applying the basic fertilizer, i.e., applying 3,000-4,000 kg of high-grade farmyard manure, 36-30 kg of urea, 75-80 kg of calcium superphosphate, 20-25 kg of potassium sulfate or 55-65 kg of three-nutrient compound fertilizer and 5-6 kg of compound micro element fertilizer such as boron, magnesium and zinc per mu as the basic fertilizer, ploughing and harrowing to level the soil and bedding, wherein the width is 1.6 m and the height is 20 cm. The mint cultivation method has the beneficial effects of simple planting process, high yield and low cost.

The invention relates to a method for determining the reliability growth trend of a railway vehicle and predicting a fault rate, and the method comprises the steps: quantitatively giving a reliability growth coefficient according to the stage fault and operation information of the railway vehicle in operation, and judging that the reliability growth trend of the railway vehicle is increase, constant or decrease according to the reliability growth coefficient. The method can quantitatively calculate the subsequent one time point of the railway vehicle, can quantitatively determine whether the subsequent performance of the railway vehicle can meet the requirements of a technical standard or not according to the reliability performance which can be achieved by a current reliability growth mechanism, determines a subsequent working method according to the conformity, determines whether there is a need to change a conventional reliability growth management mechanism or not, and guarantees the achieving of a reliability target of the railway vehicle. However, a conventional method cannot judge whether the subsequent performance of the railway vehicle can meet the requirements of the technical standard so as to determine whether to improve the reliability growth mechanism.

The invention relates to a cultivation technology of edible medicinal fungi, in particular to a plastic bag cultivation method of the North cordyceps sinensis. The cultivation method includes the preparation of a plastic bag, the pretreatment of a culture medium, vaccination, fungi cultivation, the color change by seeing the light, grass growth management and collection; the culture medium of the cultivation method of the invention can maintain good gap and permeability, thus the hyphae on the culture medium can be grown rapidly; the method has big sunlight area, no dead ends, fast color change, fast cordyceps sinensis growth, high yield, simple operation and low labor intensity.

The invention discloses an ecological cultivation method for houttuynia cordata and relates to the field of eco-agriculture and crop growing. The cultivation method comprises preparation of land for growing field crops, seed stem disinfection, non-woven geotextile laying, seed stem laying, seedling culture matrix covering and growth management of the land for growing the field crops and the like.The method of enabling non-woven geotextile to serve as the bottom, laying seed stems in the middle and performing seedling culture matrix covering is adopted to the cultivate houttuynia cordata seedstems, the growing environment of rhizomes is optimized, rapid growth of the rhizomes is promoted, so that the rhizomes are high in yield and quality, harm of weeds and soil insects is greatly reduced simultaneously, and environmental pollution caused by farmland pesticide applying is reduced. In addition, the ecological cultivation method further greatly reduces working intensity, saves working hours and effectively reduces production cost.

The invention relates to the field of fruit tree facility cultivation, in particular to a Y-shaped frame type cultivation method for atemoya. The Y-shaped frame type cultivation method for the atemoya comprises the steps that firstly, field ploughing and ridging are carried out, then planting pits are dug in ridges, and base fertilizer is applied; atemoya grafted seedlings and African pride atemoya seedlings are planted synchronously, and growth management is carried out on the atemoya grafted seedlings and the African pride atemoya seedlings; the upper ends of two main branches of the Y-tree-shaped atemoya are fixed to the lateral branches of African pride atemoya seedling trees on the two sides, bamboo poles are erected on the main branches of adjacent atemoya trees on the vertical lines of the atemoya to build a Y-shaped frame face, and the branches of the atemoya are tied on the frame face; the main branches of the atemoya are arranged at the tops of movable piles of the African pride atemoya seedling trees in an approach grafting mode to achieve connection cultivation; afterwards, the frame face is finished and shaped every year. In the planting period, water and fertilizer management, bagging, artificial pollination, disease and pest prevention and control and other conventional management are further included.

The invention discloses a green planting method for tomatoes. The method comprises seedling preparation, seedling raising, planting preparation, planting and growth management. The method adopts soilless cultivation, the planting space can be effectively utilized, substrate and fertilizer nutrients are rich, the growth mature cycle of the tomatoes is shortened, the disease condition of the tomatoes is greatly reduced, the yield can be improved in multiples or dozens of times compared with soil cultivation, and the economic benefit is improved.

The invention discloses an egg duck culture method, which comprises the steps of duck house selection, growth management and disease prevention and control. During growth management, by using different raising densities, the space resources are reasonably utilized; different feed is used; scientific proportioning and reasonable supply are performed; the growth of ducks can be promoted; the feed utilization rate can be improved; the immunity of ducklings is enhanced; the spreading of pathogenic bacteria in the ducklings can be effectively prevented; the cost caused by antibiotics medicine injection is reduced; the duck death rate is reduced; the fast growth of the ducks is promoted. The viability and the normal function of each cell of the body can be ensured, so that the state of the ducks after the egg laying is healthy; paralysis is prevented; the egg laying rate is improved.

There is provided an information terminal device comprising: a receiving section which receives a detected environment detected from a sensor device equipped with an environment sensor that detects a growth environment of a growth subject with the environment sensor; and a processor, which acquires season-specific growth basic information according to a type of the growth subject, when the detected environment is received; judges whether the current environment of the growth subject is equivalent to a season specifically for the growth subject, based on the detected environment and the season-specific growth basic information; specifies growth information applicable to the season as an output object; and outputs information representing the season that corresponds with the growth information to an output section, when the growth information is specified as an output object.