JP2006011562A - Cultivation plan management server, method, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cultivation plan management server, a cultivation plan management method, and a cultivation plan management program for managing a production history serving as a cultivation process of a crop and supporting farming planning by using the production history. <P>SOLUTION: This cultivation plan management server 100 is provided with a production history means 4 managing cultivation work contents as a history, a reference determination means 5 determining whether the work contents satisfy a cultivation standard or not, a reference plan support means 6 supporting reference planning, and a cultivation management storage device 7 and the like managing the production history and the like. The production history means 4 is provided with a history management means 4a managing the production history, a stock load receiving means 4b, a lot formation means 4c, a tracer ID issue means 4d issuing a tracer ID given to a crop, and a history inquiry means 4e presenting the history to a history inquiry request from consumer terminals 3a and 3b. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a cultivation plan management server, a cultivation plan management method, and a cultivation plan management program for managing a production history that is a process of cultivation of agricultural crops and supporting the production of a next farming plan using the production history.

  The farmer's plan determines what kind of crops the farmer will make in that year and what income and expenditure will make a living. This farming plan is finalized after being coordinated between the farmer-operated producer and the production organization that oversees the local producer.

  Revenue is judged by predicting the yield from “planting” determined from the production item, production area, etc., and considering the sales amount from the prediction result. Expenditure is judged in anticipation of production materials such as agricultural chemicals and fertilizers necessary for breeding, and living expenses of the farmers. When forecasting income, the more past sales sales history is, the more accurate income cost can be estimated.

  Yield forecasts and sales forecasts from planting vary depending on "items" produced such as carrots and onions, "cropping type" such as outdoor features, and other weather conditions. There are many items such as item, cropping type, and weather condition, and the more specific the item information is, the more likely yield prediction can be made.

In recent years, false indications of production areas, concealment of distribution routes, etc. have been reported on TV, newspapers, etc., and the production and distribution processes of agricultural crops have become unclear. For consumers, the inability to see the process until the crop is at hand results in increased distrust of the product. For this reason, a system has been devised in which an identifier is attached to each individual crop and the production process can be browsed by accessing the site of the producer of the crop over the Internet using this identifier (Patent Document 1). reference.).
Japanese Patent No. 3355366

  However, in the identifier assigning system described above, the sales forecast information prepared annually by producers and production organizations and the information provided to consumers, such as the production process and distribution process of individual crops, are completely different. It was.

  Even if the production and distribution processes of individual crops are provided to consumers, it only serves as a reliable material for consumers, and the introduction of identifier assignment systems for producers and production organizations is expensive. Was the cause of high costs. In the meantime, the selling price of agricultural crops soared, which had an impact on consumers.

  Consumers could not know how the crops were processed within the production group. In other words, in the identifier assignment system, the consumer and the producer are simply connected via the identifier attached to the crop, and the route on the way remains unclear.

  That is, the information that consumers want to know and the information that producers and production organizations need exist separately and independently.

  The present invention is a cultivation plan management server, a cultivation plan management method, and a cultivation plan management program for generating sales history prediction information of producers and production organizations and production history information of crops to be provided to consumers and managing them on the same system. The purpose is to provide.

  In order to solve the above-mentioned problems, the first feature of the present invention is (a) planting plan data related to crop cultivation on the producer side, cultivation plan data that predicts the stage of growing the crop, and a plurality of crops for growing the crop Production history data that is the history of the work content, agricultural chemical data by item that shows information on the agricultural chemicals that can be administered by crop item, planting plan data, and information that includes income forecasts by crop harvest predicted from the cultivation plan data (B) A history management means for storing and managing production history data created from a plurality of work contents received from the producer side, (c) Pesticide control law, cultivation standard storage device that stores cultivation standards including the number of practices and amounts of chemical pesticides for each item and cropping type, and (d) production history data Criteria judging means for checking whether or not the cultivation standard in the semi-storage device is observed, and (e) planting plan data for the next year, cultivation plan data for the next year, according to the analysis results of the production history data, the planting plan data and the cultivation plan data. And it makes it a summary to be a cultivation plan management server provided with the reference | standard plan assistance means which performs the assistance which sets farming plan data for the following fiscal year.

  The first feature of the present invention is that (f) the reference determination means notifies the producer when the reference threshold value is exceeded as a result of the check, and (g) manages production history data for each production unit, A tracking ID issuing means for issuing one tracking ID for a production unit on the basis of the day. When a consumer who purchases a crop with a tracking ID is inquired about production history data, it is cultivated based on the tracking ID. You may add providing a production history means provided with the history inquiry means which acquires production history information from a management storage device, and transmits to a consumer side.

  The second feature of the present invention is that (a) storage of cultivation plan data for predicting the stage of growing a crop produced based on the planting plan data relating to crop cultivation on the producer side in the cultivation management storage device. And (b) receiving the work content when cultivating the crop from the producer side, creating production history data based on the work content and storing it in the cultivation management storage device; and (c) production. A step of checking whether the history data complies with the pesticide control law, the number of practices of chemical pesticides and the amount of chemical pesticide stored in the cultivation standard storage device, and (d) production history data, planting plan data And according to the analysis result of the cultivation plan data, a cultivation plan comprising a step of supporting the setting of the next year planting plan data, the next year cultivation plan data, and the next year farming plan data And summarized in that a management method.

  The third feature of the present invention is that (a) a computer for managing the cultivation process of crops predictively shows the stage of growing the crops created based on the planting plan data relating to crop cultivation on the producer side. Upon receiving the instruction to store the cultivation plan data in the cultivation management storage device and (b) the work content when cultivating the crop from the producer side, production history data is created based on the work content, and the cultivation management storage device And (c) an instruction to check whether the production history data complies with the cultivation standards including the pesticide control law, the number of practices of chemical pesticides and the amount thereof stored in the cultivation standard storage device; (D) Support for setting up cropping plan data for the next year, cultivation plan data for the next year, and farming plan data for the next year in accordance with the analysis results of production history data, cropping plan data and cultivation plan data And summarized in that a cultivation plan management program for executing the Nau instructions.

  According to the cultivation plan management server, the cultivation plan management method, and the cultivation plan management program of the present invention, the items related to the sales forecast information of the producer and the production group and the production history information of the crops to be provided to the consumer are included in the same system. Can be generated and managed.

  Based on the production history information, the production organization decides the managed production unit by “harvest” which is the final execution content of the production process. The product brand power of the group's crops can be strengthened.

  Since the producer provides more accurate and specific sales forecast information than the production history information collected by many producers on the production group side, it is easy to make a farming plan. In addition, the product brand power can be differentiated from other production groups and become more competitive, thus increasing the sales (sales) of the crops.

  Consumers can select and purchase farm products with brand safety and keep certain standards, and can view the production history of the crops from the production organization's server. You can buy goods and use them.

  Next, embodiments of the present invention will be described with reference to the drawings. In the following description of the drawings, the same or similar parts are denoted by the same or similar reference numerals. However, it should be noted that the drawings are schematic.

(Embodiment)
As shown in FIG. 1, the cultivation management system using the cultivation plan management server 100 according to the embodiment of the present invention includes producer terminals 2a, 2b, 2c on the producer side that produce crops, and the production to which the producer belongs. The cultivation plan management server 100 managed by the consumer group, and the consumer terminals 3a, 3b and the like for the consumer who purchases the crop through the production group to browse the production history data 20 of the crop.

  The cultivation plan management server 100 creates in advance cultivation plan data that is a plan for cultivating the crop of the year, and transmits it to the producer terminals 2a to 2c.

  The producer terminals 2a to 2c perform farm work along the received cultivation plan data, and sequentially transmit cropping of the actually performed crop and work contents during cultivation to the cultivation plan management server 100. The producer terminals 2a to 2c indicate wired wireless data communication devices such as personal computers and mobile phones held by the producer.

  When the cultivation plan management server 100 receives this work content, it registers it as production history data. Moreover, cultivation plan data is rewritten suitably from this production history data. When harvesting and receiving a crop, the management production unit is determined based on this production history data, a lot is formed, a tracking ID is issued, a packaging container for the packing lot, a label attached directly to the crop, etc. Ship with tracking ID added. The consumer terminals 3a and 3b refer to wired wireless data communication devices such as personal computers and mobile phones held by the consumer, access the cultivation plan management server 100 based on this tracking ID, and browse the production history of products. To do.

  Further, the cultivation plan management server 100 calculates cultivation plan data, planting plan data, sales forecast information, etc. for the next fiscal year based on the accumulated production history data, and creates farm management plan data based on this, thereby producing the producer. It transmits to terminal 2a-2c.

(Cultivation plan management server)
As shown in FIG. 2, the cultivation plan management server 100 includes a central processing unit (CPU) 10, an input device 11, an output device 12, a main storage device 13, an auxiliary storage device 14, a communication interface 15, a communication control device 16, and the like. Composed. The input device 11 includes a keyboard, a mouse, and the like. Alternatively, input may be performed from the external auxiliary storage device 14 and a network via the communication control device 16. The output device 12 includes a display unit and a printing unit (not shown), and specifically includes a display device such as a liquid crystal display and a CRT display, and a printing device such as an ink jet printer and a laser printer. The communication interface 15 indicates a communication line such as a LAN or a network card. The communication control device 16 generates a control signal for transmitting / receiving data to / from other terminals, general-purpose devices, servers, and the like via a communication line. The main storage device 13 temporarily stores a program describing a processing procedure and data to be processed, and delivers a machine instruction and data of the program according to a request from the CPU 10. Data processed by the CPU 10 is written to the main storage device 13. The main storage device 13 and the CPU 10 are connected by an address bus, a data bus, a control signal, and the like. The auxiliary storage device 14 indicates an internal memory, an external memory, an external storage medium, or the like.

  The CPU 10 includes the production history means 4, the reference determination means 5, and the reference plan support means 6 shown in FIG. The auxiliary storage device 14 includes the cultivation management storage device 7 shown in FIG. 1, the cultivation reference storage device 5a shown in FIG.

  The production history means 4 is means for managing the production history created based on the work contents transmitted from the producers A, B, and C. The history management means 4a, the inventory receiving means 4b, and the lot formation means 4c. And a tracking ID issuing means 4d and a history inquiry means 4e.

  The history management means 4 a receives work contents transmitted from the producer terminals 2 a to 2 c via the communication interface 15 and stores them as production history data 20 in the cultivation management storage device 7. The production history data 20 is configured as shown in FIG. 3, and each producer inputs each work according to conditions such as the producer CD name, cropping variety, cropping type, cultivation method, field area, cropping area, and the like. Yes. Specifically, as in the cultivation management storage device 7 of FIG. 1, the “producer A” is cultivating the item “Tomato” in the cropping “open field” at the cultivation place “farm field 1”, and “X Information such as “Seeding on the 1st of the month” is written sequentially.

  The inventory receiving means 4b adjusts the inventory amount (harvest amount) of agricultural products and the shipping amount delivered to the wholesaler. For example, as shown in FIG. 1, when the harvest amount of the producer A is 140 in total, as an example, the selection is made according to size, such as “large: 50”, “medium: 50”, and “small: 40”. The same applies to the yields of producer B and producer C. As a result, the total amount of the item “Tomato” cropping type “open field” cultivated on the same cultivation standard and received by the production group at the same timing is 450 pieces, and the breakdown is “large: 150”, “medium: 200”, “small” : 100 ”.

  The lot forming means 4c performs calculation for forming one package form (lot) at the time of delivery. For example, as shown in FIG. 1, when the yield is “large: 150”, “medium: 200”, and “small: 100”, the packing form is “large: 50 × 3”, “medium: 50 × 4”, “small: 50 × 2 ”.

  The tracking ID issuing means 4d issues and assigns a tracking ID to each package. At this time, the production unit managed by one tracking ID is determined by the production history data 20 at the harvest stage. In other words, in the production history data 20 of FIG. 3, cropping items, cropping types, cultivation methods, field areas, cropping areas, etc. that meet the same or constant criteria are treated as different crops with the same quality. Even if it is produced by a producer (producer A, producer B, producer C), the same tracking ID is given.

  When there is an inquiry request for the production history data 20 from the consumer terminals 3a, 3b, the history inquiry means 4e acquires the production history data 20 from the cultivation management storage device 7 based on the tracking ID, and the consumer terminals 3a, 3b, Present on 3b.

  As shown in FIG. 4, the reference determination means 5 is connected to the cultivation standard storage device 5a, compares the production history data 20 with the cultivation standard in the cultivation reference storage device 5a, and grows according to the cultivation standard and the original plan. Check if it is done. The results of the check are used for farming guidance to producers and for setting up farming plans for the next year. The cultivation reference storage device 5a stores the cultivation reference data 22 shown in FIG. The cultivation standard data 22 includes compliance check of the Agricultural Chemicals Control Law for each item and cropping type (whether it is unregistered or applicable), special cultivation standard guideline checks from countries, prefectures, subcommittees, destinations, etc. There are component values such as frequency of practice, nitrogen, phosphorus, environmental hormones, herbicidal ingredients, etc.

  The standard plan support means 6 is, for example, when cultivating “item: Tomato”, according to standards determined by the country or prefecture, such as the average cultivatable amount per hectare and the type and amount of fertilizer used. Assist in planning. Specifically, the reference plan support means 6 includes a cultivation plan setting means 6a, a planting plan setting means 6b, a farming plan setting means 6c and the like as shown in FIG.

  The cultivation plan setting means 6a is a means for setting the cultivation plan data 23 shown in FIG. 7, and is created by the production organization as a standard index value for each “item”, “cropping type”, and “cultivation standard” to be cultivated. The The planting plan setting means 6b sets the planting plan data 24 based on the standard yield per cultivation unit area, past planting / yield history, and the like. The farming plan setting means 6c sets the farming plan based on the income forecast predicted from the planting plan data 24 and the cultivation plan data 23, the expenditure forecast of the farmer, and the like.

  The cultivation management storage device 7 is based on standards (guidelines) established by the country or prefecture, such as the production history data 20 in FIG. 3, the cultivation plan data 23 and the agricultural chemical master by item, and the type and amount of fertilizer used. ) 21, cultivation item, cropping type, cultivation standard 22 determined based on adopted guidelines, farming plan, etc. are stored. The cultivation plan data 23 includes supply information from the production organization to the producer, for example, items such as the amount of seeds and seedlings necessary for the planned cultivation, the amount of fertilizer, agricultural chemicals, fuel, materials, etc., and from the producer to the production organization. Market shipment information, for example, items such as a market shipment amount from a planned harvest, and unit price maintenance by market shipment adjustment.

(Cultivation plan management method)
Hereinafter, operation | movement of each process of the cultivation plan management server 100 is demonstrated using drawing. First, the setting operation before the cultivation plan formulation of the cultivation plan management server 100 on the production organization side will be described with reference to FIGS. 6 and 7.

(a) In step S101, the cultivation plan setting means 6a uses, as an item-specific pesticide master 21, an applicable pesticide that can be dropped on the corresponding crop for the “item” and “cropping type” grown by the producer by the production organization. Set. The item-specific pesticide master 21 includes, for example, as shown in FIG. 7, an agrochemical application master, an agrochemical master, a pest and insect grass master, a work master, a material master, and a fertilizer master. Some or all of these masters may be received via the communication interface 15 from a higher-level system organization or the outside.

(B) In step S102, the cultivation plan setting means 6a uses as a cultivation standard data 22 in FIG. Agricultural chemicals are administered for each of the “items” and “cropping types” to be cultivated based on the criteria (guidelines) such as crops that have been cultivated in the number of times or less. A threshold for checking the amount, a threshold for checking related to fertilizer, and the like are set. The established cultivation standard is transferred to and stored in the cultivation standard storage device 5a of FIG. This cultivation standard data 22 is created for the combination of “item”, “cropping type”, and “guideline” and stored in the cultivation standard storage device 5a.

(C) In step S103, the cultivation plan setting means 6a is based on the production history data 20 in FIG. 3, the agricultural chemical master 21 by item and the cultivation reference data 22 in FIG. 7, and the cultivation plan data applicable to the planting year. 23, as shown in FIG. 7, the cultivation year, item, cropping type, application standard, work items and time required for cultivation, pests and time expected to occur, unit area to be planted and predicted yield per unit area Set. At this stage, “What should be planted, what criteria should be used to produce and what should be done”, “How much will be planted this year, how much is the field area, and what is the expected yield?” To clarify. In addition, the items of “work” and “disease pest” in the cultivation plan data 23 in FIG. 7 are in the state of standard index values at this stage, and are appropriately reviewed by future work in accordance with the set cultivation standard data 22. Is called.

  Information on the predicted yield, pests and timing, and work items and timing necessary for cultivation are calculated based on the production history data 20, the agricultural chemical master 21 by item, and the cultivation standard data 22 as described above when there is a past record. However, if the past record is not registered on the master, it is calculated and set by the production organization based on experience and know-how.

    Next, an operation for formulating a cultivation plan between a producer and a production organization will be described with reference to FIGS. In the following explanation, a case where there is no past result data will be explained.

(a) In step S201, the cultivation plan management server 100 registers the farming plan data (including at least the cultivation item, cropping type, planting area, and cultivation standard) determined by the producer and the production organization. In step S202, the planting plan setting means 6b sets the planting plan data 24 of FIG. 9A based on the contents of the farming plan document data. In the planting plan, the planting plan for the next fiscal year is confirmed, and the item, cropping type and planted area are confirmed. The farming plan data may be received from the outside via the communication interface 15.

(B) In step S203, the cultivation plan setting means 6a adjusts the cultivation amount of a producer who owns a plurality of fields (adjustment of what fields are to be cultivated, etc.), and a plurality of production implementations based on the same cultivation standard. The consensus of producers (final cultivation standards, etc.) and search for cultivation standard storage device 5a based on the finally established planting plans (cultivation items, cropping type, planting area, cultivation standards, etc.) Then, the cultivation plan 23 that matches the planting plan is extracted. Based on the extracted cultivation plan 23, a predicted yield is calculated based on the planting area in the farming plan document data, and a cultivation plan 23 (see FIG. 9) for each producer is created.

  About the agricultural chemicals used in actual cultivation, the agricultural chemicals that can be used based on the threshold for checking the dosage of agricultural chemicals, the threshold for checking related to fertilizers, etc., established in the application standards at the time of creation of the cultivation plan data 23 Is extracted from the agricultural chemical master 21 classified by item and presented to the producer as a candidate. Or you may make it confirm at the time of creation of the cultivation plan data 23 in step 103 by the producer group side.

(C) In step S204, the farming plan setting means 6c calculates the planned settlement amount using the market unit price from the yield prediction result of the corresponding item together with the farming plan other than the cultivation plan, and links with the income item. . In step S205, the farming plan setting means 6c sets the farming plan data based on the scheduled settlement amount value.

  In addition, the cultivation plan data 23 of FIG. 9A may be represented by a table or a graph as shown in FIG. 9B, and may display an item growth stage (stage).

  The cultivation plan data 23, the planting plan data 24, the farming plan data, the accumulated production history data 20 and the like used until the harvest of that year are left in the cultivation management storage device 7 as a history. Since each plan is made with reference to these histories from the next fiscal year, it becomes possible to make a more accurate and accurate plan every time the year is followed.

  Next, the production history registration operation will be described with reference to FIGS.

(a) In step S301, when the producer starts a production act based on the cultivation plan data 23 set in S204, the producer uses the producer terminals 2a to 2c for specific daily work contents in the field. To the cultivation plan management server 100. This may be registered on behalf of the production organization, such as paper sent to the production organization.

(B) In step S <b> 302, the history management unit 4 a in FIG. 1 registers the work content received as needed as the production history data 20. Although the cultivation schedule such as the work period is based on the cultivation plan data 23 set in advance, the cultivation plan data 23 can be reset by changing the weather, weather conditions, or the like.

(C) In step S303, the criterion judging means 5 actually checks whether the production work described in the production history data 20 exceeds the customary number of times and the component value threshold in the use of the chemical pesticide set in the cultivation standard 22 or the like. The pesticide used in the above is calculated based on the amount actually used with reference to the item-specific pesticide master 21, and the contents of the cultivation standard stored in the cultivation standard storage device 5a are compared and determined. If the threshold is exceeded, a danger notification at the time of production history registration is immediately notified to the producer by e-mail or the like, and correct guidance is encouraged.

(D) In step S304, the contents of the production history data 20 are registered by the history management means 4a as actual values of the cultivation plan data 23 for each producer and item / cropping type.

  Next, the collection / shipment operation and the tracking code generation operation from the producer harvest to the production organization will be described with reference to FIGS.

(a) In step S401, the amount of goods received is calculated based on the record of the production history of each producer in FIG. In step S402, shipment data is set by adjusting the calculation result and the shipment amount to the wholesaler. As shown in FIG. 13, the shipment data includes the date of receipt of goods, item, cropping type, cultivation standard, quantity of received goods, and the like.

(B) In step S403, the lot forming means 4c in FIG. 1 sets and counts the selection (standard). For example, the standards are classified into large, medium, and small. Further, the harvest amount according to the standard is received from the input device 11 or by a counter program. Further, the lot forming means 4c forms the harvest amount set by selection as a fixed lot. For example, in FIG.

(C) In step S404, the tracking ID issuing means 4d in FIG. 1 assigns the same tracking ID to the production history data 20 of the same item for each production unit on the same shipping date (a crop cultivated on the same basis). Issue and grant. This tracking ID is affixed to a box in a packing form or a crop solid and shipped to the market.

That is, as shown in FIG. 1, when the producer A, the producer B, and the producer C cultivate the same cultivated item according to the same cultivation standard, the inventory receiving means 4b and the lot forming means 4c of the production history means The crops received from the producer A, the producer B, and the producer C are combined into one, and the same tracking ID is issued and assigned to the packing form having the same shipping date from the production organization.
(D) In step S405, a consumer who has purchased a crop in the market accesses the cultivation plan management server 100 via the consumer terminals 3a and 3b. Then, the history inquiry means 4e of the cultivation plan management server 100 searches the corresponding production history data 20 based on this tracking ID, and transmits it to the consumer terminals 3a and 3b.

  According to the above, it is possible to generate and manage each item related to the sales forecast information of the producer and the production organization and the production history data 20 of the crop to be provided to the consumer in the same system.

  In addition, it is practically difficult for the production organization to manage the individual producers, and the quality of the same items cultivated by the producers on the same standard is equivalent. It is a general and effective management method.

It is a figure which shows the whole structure of the cultivation management system using the cultivation plan management server which concerns on embodiment of this invention. It is a block diagram which shows the internal structure of a cultivation plan management server. It is a figure which shows the data structure of a production history. It is a figure which shows the internal structure of a reference | standard determination means. It is a figure which shows the internal structure of a reference | standard plan assistance means. It is a flowchart which shows the setting operation | movement before cultivation plan formulation. It is a related figure of each data used when setting a cultivation plan. It is a flowchart which shows the operation | movement of cultivation plan formulation. It is a related figure of each data used for cultivation plan development. It is a flowchart which shows registration operation | movement of a production history. It is a related figure of each data used in the case of registration of a production history. It is a flowchart which shows the collection / shipment operation and the tracking code generation operation. It is a related figure of each data used in the case of collection / shipment and tracking code generation.

Explanation of symbols

2a, 2b, 2c ... Producer terminal 3a, 3b ... Consumer terminal 4 ... Production history means 4a ... History management means 4b ... Inventory receipt means 4c ... Lot formation means 4d ... Tracking ID issuing means 4e ... History inquiry means 5 ... Criteria Determination means 5a ... Cultivation standard storage device 6 ... Criteria plan support means 6a ... Cultivation plan setting means 6b ... Planting plan setting means 6c ... Farming plan setting means 7 ... Cultivation management storage device 10 ... CPU
DESCRIPTION OF SYMBOLS 11 ... Input device 12 ... Output device 13 ... Main memory device 14 ... Auxiliary memory device 15 ... Communication interface 16 ... Communication control device 20 ... Production history data 21 ... Agricultural chemical master 22 classified by item 22 ... Cultivation reference data 23 ... Cultivation plan data 24 ... Planting plan data 100 ... Cultivation plan management server

Claims (5)

Planting plan data related to crop cultivation on the producer side, cultivation plan data predictively indicating the stage of growing the crop, production history data that is a history of a plurality of work contents for growing the crop, information on medicinal pesticides Agricultural management comprising farming plan data indicating a balance plan of farming consisting of information including itemized agricultural chemical data, cropping plan data, and income prediction by harvesting of the crop predicted from the cultivation plan data. A storage device;
History management means for storing and managing the production history data created from the plurality of work contents received from the producer side;
Cultivation Control Law, Cultivation Standard Storage Device that stores the cultivation standard including the number of practices and the amount of chemical pesticides for each item and cropping type;
A standard determination means for checking whether the production history data complies with the cultivation standard in the cultivation standard storage device;
In accordance with the analysis results of the production history data, the planting plan data, and the cultivation plan data, a standard plan support means for providing support for setting the next year planting plan data, the next year cultivation plan data, and the next year farming plan data is provided. A cultivation plan management server characterized by   The cultivation plan management server according to claim 1, wherein the reference determination unit notifies the producer when a reference threshold value is exceeded as a result of the check.   Tracking ID issuing means for managing the production history data for each production unit and issuing one tracking ID for the production unit on the basis of the same shipping date, from the consumer purchasing the crop to which the tracking ID is assigned When there is an inquiry request for the production history data, the production history means comprises a history inquiry means for acquiring the production history information from the cultivation management storage device based on the tracking ID and transmitting it to the consumer side. The cultivation plan management server according to claim 1 or 2 characterized by things. Storing cultivation plan data in a cultivation management storage device that predictively indicates the stage of growing the crop created based on the planting plan data on crop cultivation on the producer side;
When receiving the work content when cultivating the crop from the producer side, creating production history data based on the work content and storing it in the cultivation management storage device;
Checking whether the production history data complies with the agricultural standard, including the agricultural chemical control law stored in the cultivation standard storage device, the number of practices of chemical agricultural chemicals and the amount thereof, and
And providing support for setting the next year's planting plan data, the next year's cultivation plan data, and the next year's farming plan data according to the analysis results of the production history data, the planting plan data, and the cultivation plan data. Cultivation plan management method. A computer that manages the cultivation process of crops,
An instruction to store in the cultivation management storage device the cultivation plan data predictively showing the stage of growing the crop, which is created based on the planting plan data relating to the crop cultivation on the producer side;
When receiving the work content when cultivating crops from the producer side, the production history data is created based on the work content and stored in the cultivation management storage device;
An instruction to check whether the production history data complies with the pesticide control law stored in the cultivation standard storage device, the number of practices of chemical pesticides and the cultivation standard including the amount thereof, and
A command for assisting in setting the next year planting plan data, the next year cultivation plan data, and the next year farming plan data is executed in accordance with the analysis results of the production history data, the planting plan data, and the cultivation plan data. A cultivation plan management program.

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