JP2007073073A - Method for providing countermeasure information against pest, program, recording medium and system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To secure income and life of cooperative members who are persons engaged in agriculture, by providing information for determining countermeasures to secure revenue by minimizing damage against a forecast of pests. <P>SOLUTION: This method for providing countermeasure information against pests comprises: an information acquisition step for acquiring forecast information of pests by districts and by crops corresponding to cropping information, influence information of pests and effect information of pest control/extirpation; a revenue prediction step for respectively predicting revenue when pest control/extirpation is executed and revenue when crops is transplanted without executing the pest control/extirpation; and a response investigation information provision step for creating a comparative chart including response-based predicted revenue to provide it as response investigation information of the forecast information of pests. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention relates to a method for providing countermeasures for pests, a program, a recording medium, and a system for providing information for examining countermeasures for predicting occurrence of pests.

  2. Description of the Related Art Conventionally, a system and method for predicting and providing information on pests and providing information have been proposed in which a place is designated to obtain information on pest occurrence and disinfection information and the related parties can effectively use the information.

In addition, the system of the agricultural cooperative of the national organization known as JA holds planting information including the planting location and crops of farmers who are farmers, but the countermeasures are coordinated with the pest occurrence forecast information. There is no information system to consider.
Japanese Patent Application Laid-Open No. 11-287871 JP-A-11-313594

  However, when using the conventional system for predicting the occurrence of pests, union members who are farmers or JA staff (instructors, etc.) must specify the region each time and process the inquiry. It was necessary to judge the relationship between crops and crops.

  In addition, it is not possible to actually calculate the damage forecast due to the occurrence of pests, the cost for control and extinction, and the income forecast based on the grade and yield forecast, and it is not based on the cost-effectiveness such as control or extermination anyway. I had to take action.

  In addition, based on local predictions regarding the occurrence of pests, considering the profits of the entire JA, including crop production indexes, price predictions, and possible shipping adjustments, it is not possible to instruct different countermeasures for each region. It was difficult.

The present invention provides information for determining a countermeasure for ensuring profits by minimizing damage as a whole for the prediction of occurrence of pests, and responding to diseases and pests to ensure the income and life of union members who are farmers It is an object to provide a policy information providing method, program, recording medium, and system.

FIG. 1 is an explanatory diagram of the principle of the present invention. The method for providing countermeasure information of pests according to the present invention includes an information acquisition step for obtaining prediction information on occurrence of pests by region and crop corresponding to the cropping information, impact information on pests and effect information on pest control and extermination,
Based on the information obtained, the profits when nothing is dealt with, the profits when pest control and control are performed, and the profits when crops are replanted without pest control and control are predicted. Revenue forecast step,
A response review information provision step for creating a comparison table including expected revenue by response and providing it as response review information for predicting the occurrence of pests,
It is characterized by having.

  For this reason, it is possible to obtain forecasts of pests and related information in the target area and obtain the earnings forecast for each countermeasure, and it is possible for farmers (union members) to respond based on cost effectiveness.

  In particular, from a comparison table for each crop, each region, and each countermeasure, for example, it is possible to examine a method for dealing with pests that increases the overall profit (less loss). In addition, it will be possible to instruct different countermeasures for each region, including crop production index, price forecast, possibility of shipping adjustment, and replanting to another crop.

  Here, the information obtaining step, the profit forecasting step, and the countermeasure review information providing step are targeted for processing in all regions where the organization members reside, for example, all regions in JA. For this reason, it is possible to obtain countermeasure examination information corresponding to the prediction of the occurrence of pests in all areas, without the staff or the like specifying and searching each area. Of course, it is also possible to designate and process by region and by crop as required.

In the revenue forecasting step, the following three revenue forecasts are made.
(1) Predicting the occurrence of pests, information on the effects of pests and information on planting, and information on planting prices, and forecasting the corresponding revenues by predicting a drop in grades and a decrease in yield if no action is taken ).
(2) Prediction of the occurrence of pests, information on the effectiveness of control / disinfection, cropping information, shipping price forecast and information on chemical / work, and prediction of cost / grade and yield of drug / work when control / control is performed Predict the corresponding revenue (pest and extermination forecast).
(3) Replanting costs, replanting crop grades and replanted crops when replanting crops without planting information and information including planting information and shipping price forecasts without pest control / extermination Predict the yield and forecast the corresponding revenue (replanting forecast).

  In the response review information providing step, a maximum revenue list of predicted results in which the revenue is maximized for each region is created from the expected revenue for each response and provided as response study information for predicting the occurrence of pests.

The present invention provides a program for providing countermeasures and information on pests. This program is on your computer
An information acquisition step for obtaining information on the predicted occurrence of pests by region and crop corresponding to the planting information, information on the effects of pests and effect information on pest control and extermination,
Based on the information obtained, the profits when nothing is dealt with, the profits when pest control and control are performed, and the profits when crops are replanted without pest control and control are predicted. Revenue forecast step,
A response review information provision step for creating a comparison table including expected revenue by response and providing it as response review information for predicting the occurrence of pests,
Is executed.

The present invention provides a computer-readable recording medium storing a program for providing countermeasure information for pests. The program stored in this recording medium is stored in the computer.
An information acquisition step for obtaining information on the predicted occurrence of pests by region and crop corresponding to the planting information, information on the effects of pests and effect information on pest control and extermination,
Based on the information obtained above, the profits when nothing is dealt with, the profits when pest control / control is performed, and the profits when crops are replanted without pest control / control are predicted. The revenue forecasting step to
A correspondence examination information providing step of creating a comparison table including the expected revenue for each correspondence and providing as a correspondence examination information of the occurrence prediction of the pest;
Is executed.

The present invention provides a pest management information providing system. This system handles information based on the information obtained by the information acquisition unit 16 that obtains information on the predicted occurrence of pests by region and by crop corresponding to the cropping information, information on the effects of pests, and information on the effectiveness of control and extermination. Revenue forecasting section 18 that predicts profits when not doing, profits when controlling and extinguishing, and profits when replanting crops without controlling and controlling pests, The present invention is characterized in that it includes a correspondence examination information providing unit 20 that creates a comparison table including expected earnings and provides it as correspondence examination information for predicting occurrence of pests. The details of the program, the recording medium, and the system are basically the same as the method for providing countermeasure information for pests.

  According to the present invention, it is possible to obtain predictions of pests and related information simply by specifying the area and crop, and three actions to be taken when nothing is done, when control and extermination is performed, and when crop is replanted Revenue forecasts can be grasped by each measure, and it becomes possible for farmers to manage the occurrence of pests based on cost effectiveness.

  In addition, from a comparison table of earnings forecasts for each countermeasure, it is possible to examine countermeasures against diseases and pests that increase the profit of the entire organization such as JA.

Furthermore, in consideration of replanting to other crops, including crop production index, price forecast, and possibility of shipping adjustment, guidance and adoption of optimal countermeasures can be made in each region.

  FIG. 2 is a block diagram of a system configuration in which the pest countermeasure information providing method according to the present invention is realized.

  In FIG. 2, the countermeasure information providing process for pests according to the present invention is configured by an information system server 12 constructed in the JA system 10. A backbone system server 14 is connected to the information system server 12. The information system server 12 can access the pest occurrence prediction and information providing system 24 via the Internet 22.

  A system such as a weather center 26, a laboratory 28, a test site 30, and a pharmaceutical company 32 is connected to the pest occurrence forecasting and information providing system 24, and the occurrence of pests using the planting information that identifies the planting location and the crop. You can search for reconnaissance. As this system, for example, a system disclosed in JP-A-11-287871 can be used.

  Further, the information system server 12 can access the crop status information system 34 via the Internet 22 and can acquire the crop status information such as the shipping price forecast for each crop grade.

  The backbone system server 14 provided in the JA system 10 provides cropping information, shipping price prediction for each crop grade, medicine / work information, replanting information, and the like. The information system server 12 is provided with an information obtaining unit 16, a profit forecasting unit 18, and a countermeasure study information providing unit 20, thereby executing countermeasure information providing processing for pests according to the present invention.

  The information acquisition unit 16 accesses the pest occurrence prediction and information providing system 24 via the Internet 22 using the planting information acquired from the core system server 14 and makes a search request so that each region corresponding to the planting information Obtain information on predicting the occurrence of pests by crop, information on the effects of pests, and information on the effectiveness of pest control.

  In this embodiment, the information acquisition unit 16 performs access based on the planting information for all areas of JA obtained from the core system server 14, and predicts the occurrence of pests and generates the pests from the information providing system 24. An example is the case of obtaining preliminary information, pest impact information and control / control effect information. Of course, it is also possible to specify a region and a crop and make a search request.

  Based on the information obtained by the information acquisition unit 16, the revenue forecasting unit 18 obtains the revenue when nothing is dealt with, the revenue when the control / control is performed, and the crop without controlling / controlling the pests. Estimate each of the revenues from replanting. Here, the profit from the control / disinfection means the actual damage prediction. In addition, the profit when controlling / disinfecting means predicting pest control / control. Further, the profit when replanting means the replanting expectation.

  The countermeasure measure information providing unit 20 creates a comparison table including the three expected returns for each response obtained by the revenue forecasting unit 18 and provides the comparison table as the corresponding study information for predicting the occurrence of pests. This countermeasure study information is provided to the union member 38 individually by browsing the provided information by the instructor 17 using the client 15 provided in the JA system 10. Further, countermeasure consideration information is provided for access by the client 36 of the member 38 via the Internet 22.

  FIG. 3 is an explanatory view showing the contents of the pest countermeasure information providing processing of the present invention executed by the information system server 12 of FIG.

  In FIG. 3, first, the planting information 50 is obtained from the backbone system server 14 side by the processing of the information acquisition unit 16 shown in the information system server 12 of FIG.

  In this embodiment, for example, the planting information 50 is obtained for the entire JA, and this is used as a search keyword to access the pest occurrence prediction and information providing system 24. As a search result, pest occurrence prediction 40, pest impact information 42 is obtained. And the control / control effect information 44 is obtained.

  Based on the acquired information thus obtained, the revenue forecasting unit 18 in FIG. 2 executes the corresponding forecast process 48 in FIG. This correspondence prediction process 48 predicts the respective profits when no action is taken, when control / extermination is performed, and when crop replanting is performed without control / extermination.

  Specifically, damage expectation 56 when nothing is dealt with, pest control / control expectation 58 when pest control / control is performed, and planting when crop replanting is performed without control / control A replacement expectation 60 is made.

  First of all, as for the damage prediction 56 when nothing is dealt with, the shipping price prediction 46 for each crop grade obtained from the crop information system 34 is added to the pest occurrence prediction 40, the pest impact information 42 and the cropping information 50. From the information, predict the price of the grade and the revenue decline, and the corresponding revenue. Of course, this damage prediction 56 is made for each region and crop.

  Next, regarding the pest control / control prediction 58 when the control / control is performed, the pest occurrence prediction 40, the control / control effect information 44, and the cropping information 50 are further provided with the shipping price prediction 46 and the drug / work information 52. Based on the added information, the cost, grade, and yield of the drug / work when controlling / disinfecting are predicted, and the corresponding revenue is predicted.

  Furthermore, regarding replanting forecast 60 when crop replanting is performed without pest control / extermination, pest control / disinfection is performed based on information obtained by adding replanting information 54 and shipping price forecast 46 to planting information 50. Predict replanting costs, replanted crop grades and replanted crop yields when crops are replanted without predicting the corresponding revenue.

  In this way, if the profit for each of the three countermeasures, that is, the damage prediction 56, the pest control / disinfection prediction 58 and the replanting prediction 60 are obtained, the countermeasure examination provided in the information system server 12 of FIG. The comparison table creation process 62 shown in FIG. 3 is executed by the process of the information providing unit 20.

  This comparison table creation processing 62 is based on creating a corresponding revenue forecast comparison table 66 shown in the countermeasure review information 64, and also creates a maximum revenue list 68. The corresponding earnings forecast comparison table 66 is a comparison table including the expected earnings of the three types of handling results predicted by the handling forecast processing 48 as a handling method for each region.

  In addition, the corresponding revenue forecast comparison table 66 also shows the initially expected revenue as reference information. Therefore, by looking at the corresponding profit forecast comparison table 66, it is possible to compare the three kinds of profits according to the correspondence, and to determine, for example, a countermeasure for obtaining the highest profit for the entire JA.

  Further, the maximum revenue list 68 provided as the correspondence examination information 64 extracts the countermeasures that are the maximum revenue for each region, and compares and displays the crop acreage area, initial revenue estimate, response, total cost, expected revenue, and expected revenue. .

  As described above, according to the countermeasure review information 64 provided by the present invention, the instructor 17 using the client 15 in FIG. Guidance and judgment on whether it is appropriate to take countermeasures can be made appropriately.

  FIG. 4 is a flowchart showing a processing procedure of pest countermeasure information providing processing according to the present invention, and a program according to this flowchart is created and executed by the information system server 12 of FIG. .

  In FIG. 4, first, a pest occurrence prediction is performed in step S1. In this embodiment, the pest occurrence prediction is performed by searching the pest occurrence prediction and information providing system 24 using the planting information 50 held in the backbone system server 14 and, in this embodiment, the pest occurrences in the entire JA. An occurrence forecast 40, pest impact information 42, and control / extermination effect information 44 are obtained.

  In the next step S2, damage prediction is performed. The damage prediction is obtained from the pest occurrence prediction 40 and the pest impact information 42 obtained from the pest occurrence and information provision system 24, the shipping price prediction obtained from the production status system 34, and the core system server 14. Based on the planting information 50, a drop in grade and a decrease in yield are predicted for each crop and region when nothing is dealt with, and the corresponding profit, that is, the damage situation is predicted.

  Here, the prediction of a drop in grade and a decrease in yield is made using the following formula.

(Grading of grade) = (Grading of cropping information)-(Grade of pest impact information)
(Yield reduction) = (Yield of cropping information) x (Yield% of pest impact information)

  In the next step S3, pest control and extermination prediction is performed. This pest control / disinfection prediction includes the pest occurrence forecast 40 and the pest occurrence forecast 40 obtained from the information providing system 24 and the control / control effect information 44, the shipping price forecast 46 obtained from the production information system 34, and the core system Based on the planting information 50 obtained from the system server 14 and the medicine / work information 52, the cost, grade, and yield of the medicine and work when controlling / disinfecting by crop / region are predicted, and the corresponding revenue is predicted. .

  The grade prediction and yield prediction in this case are given by the following equations.

(Grade prediction) = (Damage prediction grade)-(Effect information grade)
(Revenue forecast) = (Yield of damage forecast) x (Yield% of effect information)

  In step S4, replanting prediction is performed. This replanting forecast is based on the shipping price forecast 46 obtained from the crop activity information system 34, the planting information 50 obtained from the core system server 14 and the replantation information 54, and without countermeasures or extermination of pests as countermeasures. Predict replanting costs, replanted crop grades, replanted crop yields when crops are replanted, and the corresponding revenue by crop and region.

  Finally, in step S5, a corresponding earnings forecast comparison table is created. The creation of the corresponding earnings forecast comparison table is based on the forecast results of steps S2, S3, and S4, and by creating a correspondence chart and maximum earnings list for the entire JA by crop and region from the initial plan values, and predicting the occurrence of pests Provide instructors and union members as review information for considering responses to

  Next, a specific example of pest countermeasure information providing processing according to the present invention will be described in detail by taking “green onion” as an example of a crop. FIG. 5 is a specific example of damage prediction in step S2 of FIG. In this example, the crop is “green onion”, the pest that is the target of the outbreak is “mushroom”, and the area is shown for two areas a and b.

  First, by performing the pest occurrence prediction in step S1 of FIG. 4, the pest occurrence prediction 40 based on the planting information 50 and the search of the information providing system 24, the pest occurrence prediction 40 and the pests containing the downy mildew corresponding to the green onion. Influence information 42 is obtained. Further, the production price information 46 is obtained from the production information system 34.

Therefore, in the damage prediction process 69 corresponding to step S2 in FIG. 4, a damage prediction 56 in the case where nothing is dealt with is generated based on the obtained information. For example, taking area a as an example: (Grading of grade) = (Grading of cropping information)-(Grade of pest information)
= 1st grade-(-2nd grade)
= 3rd grade (decrease in profit) = (Yield of cropping information) x (Yield of pest impact information)
= 1000 (5000kg / R) x 80%
= 4000 kg / R is expected.

  By applying the forecast price for the grade forecast and the yield forecast, the expected profit is 8 million yen for the region a. Here, since the cost plan of the cropping information 50 is 10 million yen for the region a, the expected profit is a loss of 2 million yen obtained by subtracting the cost plan from the expected income.

  On the other hand, as is clear from the effect information 42 of the pests in the area b, the grade decline is -1 grade and the yield is 90%, so the impact is low and the grade forecast in the damage forecast 56 is the second grade and the yield forecast is 4500 kg. For this reason, the expected revenue is 13.5 million yen, and if the cost plan for planting information 50 is deducted 10 million yen, the expected revenue is 3.5 million yen.

  In addition to this damage forecast 56, the profit forecast 70 when there is no damage is shown, the expected revenue when there is no damage is 20 million yen for both regions a and b, and the expected profit is 10 million yen It has become.

  For this reason, the total profit for the entire JA in the damage forecast 56 is 1.5 million yen. If there is no damage, this total revenue is 20 million yen.

  FIG. 6 is a specific example of pest control / control prediction in step S3 of FIG. In the pest control / disinfection prediction processing 72 corresponding to this step S3, the pest occurrence prediction 40, the damage prediction 56 in the case where nothing is obtained in the damage prediction processing 69 of FIG. 5, the effect of the control / disinfection Based on the information 44 and the same shipping price forecast and cropping information 50 as in FIG. 5, a pest control / control forecast 58, that is, a profit forecast when control / control is performed.

  This forecast is a grade forecast and a profit forecast. Taking region a as an example, the forecast is as follows.

(Grade prediction) = (Damage prediction grade)-(Effect information grade)
= 3rd class-(+ 1st class)
= 2nd grade (Revenue forecast) = (Yield of damage forecast) x (Yield of effect information)
= (4000kg / R) x (110%)
= 4400 kg / Arr In the same way, the grade prediction made for the region b is the first grade, and the yield prediction is 4950 kg / Aar.

  Once the grade forecast and unit yield forecast have been made in this way, the expected price of the shipping price forecast 46 is calculated by the grade predicted grade and multiplied to obtain an estimated revenue of 13.2 million yen for the region a and the region b. The expected income is 19.8 million yen.

  Then, by subtracting the cost plan in the planting information 50 and the drug cost and work cost in the pest control / disinfection forecast 58 from this forecasted revenue, the forecasted revenue in area a is 2.1 million yen and the forecasted profit in area b is 8.7 million yen. , The total revenue as JA total is 10.8 million yen.

  FIG. 7 is a specific example of the replanting prediction process 74 corresponding to step S4 of FIG. In the replanting prediction process 74, based on the pest occurrence prediction 40, the profit prediction 56 in the case where nothing is obtained in FIG. 5, the shipping price prediction 46, the planting information 50, and the replanting information 54. Estimate the cost of replanting, the grade and yield of replanted crops when crops are replanted without pest control and control, and the corresponding revenue by crop and region.

  In this case, as shown in the replanting information 54, the replanted crop of green onion is broccoli. For this reason, the replanting forecast 60 calculates the seedling cost from the amount of seedlings and the seedling unit price when the green onion is replanted into broccoli, calculates the work cost from the replanting work man-hour and the labor cost unit price, and further calculates the broccoli from the shipping price forecast 46 The expected revenue is obtained from the unit yield forecast using the expected price for the grading forecast.

  In this case, since the planted area is the same in both areas a and b, the expected income is both 16 million yen. And the expected profit is calculated | required by subtracting the cost plan of the planting information 50, the seedling cost in the planting forecast 60, and the work cost from the expected income. Expected revenue is 5 million yen for area a and 5 million yen for area b, and the total profit for JA as a whole is 10 million yen.

  FIG. 8 is a flowchart showing details of the corresponding profit forecast comparison process shown in step S5 of FIG. The procedure of the corresponding profit forecast comparison process will be described with reference to FIG. 9 specifically showing the corresponding profit predicted in FIGS.

  First, in step S1, an expected profit result for each region when nothing is dealt with is extracted from the result of the damage prediction 56 of FIG. Next, in step S2, an expected profit result for each region is extracted from the result of the pest control / disinfection prediction 58 of FIG. Further, in step S3, the initial expected profit result for each region is extracted from the result of the replanting forecast 60 of FIG.

  Further, in step S4, an initial expected profit when no pests are generated for each region for the target crop is calculated from the planting information 50 and the initial shipping price estimate 46. This initial expected profit may be extracted from the profit expectation 70 obtained when there is no damage as reference information in the damage prediction processing of FIG. 5.

  Subsequently, in step S5, a corresponding earnings prediction comparison table is created as one of the correspondence examination information 64. This corresponding earnings forecast comparison table 66 enumerates the expected earnings for areas a and b, when not responding, when pest control / extermination, and when replanting, and also provides the initial forecast as a reference material. It is enumerated. And the total profit as a whole is shown.

  In step S6, the maximum profit list 68 is created. The maximum profit list 68 extracts a result that maximizes profit for each region from the prediction results of the damage prediction 56, the pest control / disinfection prediction 58, and the replanting prediction 60, and the planting information correspondence method and cost by region. And a list of expected earnings.

  In this case, the method of dealing with the maximum profit in region a is replanting to broccoli, and the expected profit is 5 million yen. In addition, for region b, the maximum profitable response method is control / disinfection, and the expected profit in this case is 8.7 million yen. The total JA revenue according to the maximum revenue list 68 is 13.7 million yen.

  In this way, if the corresponding profit forecast comparison table 66 and the maximum profit list 68 are created as the correspondence examination information 64 in steps S5 and S6, the correspondence examination information is considered in step S7. This consideration is, for example, “In order to maximize profit, that is, in order to minimize damage, area a should be replanted and area b should be controlled and exterminated”.

  Further, the present invention provides a recording medium storing a program for executing countermeasure information providing processing for pests and insects. The recording medium is not limited to a portable recording medium such as a CD-ROM or a flexible disk, but also on a network. The recording medium may be any one of a recording medium in the recording apparatus and a recording medium such as a hard disk and a RAM of a computer. When the program is executed, the program is loaded on the computer and executed on the main memory.

  In the above embodiment, the information obtained by accessing the external system is used for the shipping price forecast 46 and the pest impact information 42 used for calculating the profit for each response. Specific parameters in the obtained information, for example, the expected price in the shipping price forecast 46 and the incidence, grade, and yield in the pest impact information 42 are individually changed to empirical values on the user side. Predictive processing can also be performed.

  In the above embodiment, the planting information of the entire JA is obtained from the core system server 14, and the occurrence prediction of the pest, the occurrence information of the pest and the control / control of the pest by the search of the information provision system 24. Although the information on the effect of extermination is obtained for all the crops in the entire area of JA, pesticide countermeasure information provision processing can also be performed in the same manner using the planting information of a specific crop in a specific region.

The present invention includes appropriate modifications that do not impair the object and advantages thereof, and the present invention is not limited by the numerical values shown in the above embodiments.
(Appendix)
(Appendix 1)
An information acquisition step for obtaining information on the predicted occurrence of pests by region and crop corresponding to the planting information, information on the effects of pests and effect information on pest control and extermination,
Based on the information obtained above, the profits when nothing is dealt with, the profits when pest control / control is performed, and the profits when crops are replanted without pest control / control are predicted. The revenue forecasting step to
A correspondence examination information providing step of creating a comparison table including the expected revenue for each correspondence and providing as a correspondence examination information of the occurrence prediction of the pest;
A method for providing countermeasure information for pests characterized by comprising: (1)

(Appendix 2)
The method for providing countermeasure information for pests according to appendix 1, wherein the information acquisition step, the profit forecasting step, and the countermeasure examination information provision step target all regions where the organization members reside, which are processing targets. How to provide countermeasure information.

(Appendix 3)
In the method for providing countermeasures for pests and pests according to appendix 1, the revenue forecasting step includes:
Predicting the corresponding pest outbreak, forecasting the impact of pests and information on cropping information and adding the shipping price to the information, and predicting the corresponding revenue by expecting a drop in the grade and yield reduction.
Predicting the cost, grade, and yield of drugs / operations when performing control / disinfection based on the forecast of occurrence of pests, information on the effectiveness of control / disinfection, and planting information plus shipping price forecast and information on drugs / work Anticipating the corresponding revenue,
Replanting cost, replanting crop grade and replanting crop yield when replanting crops without pest control / extermination based on the planting information plus replanting information and shipping price forecast A method for providing information on countermeasures against diseases and pests, characterized by predicting profits corresponding to forecasts. (2)

(Appendix 4)
In the method for providing countermeasure information for pests according to appendix 1, the countermeasure review information providing step further creates a maximum profit list of predicted results that maximizes profit for each region from the predicted profit for each countermeasure, and A method for providing information on countermeasures for pests and pests, which is provided as examination information for pre-occurrence.

(Appendix 5)
On the computer,
An information acquisition step for obtaining information on the predicted occurrence of pests by region and crop corresponding to the planting information, information on the effects of pests and effect information on pest control
Based on the information obtained above, the profits when nothing is dealt with, the profits when pest control and control are performed, and the profits when crops are replanted without pest control and control are predicted. The revenue forecasting step to
A correspondence examination information providing step of creating a comparison table including the expected revenue for each correspondence and providing as a correspondence examination information of the occurrence prediction of the pest;
A program characterized by having executed. (3)

(Appendix 6)
On the computer,
An information acquisition step for obtaining information on the predicted occurrence of pests by region and crop corresponding to the planting information, information on the effects of pests and effect information on pest control and extermination,
Based on the information obtained above, the profits when nothing is dealt with, the profits when pest control / control is performed, and the profits when crops are replanted without pest control / control are predicted. The revenue forecasting step to
A correspondence examination information providing step of creating a comparison table including the expected revenue for each correspondence and providing as a correspondence examination information of the occurrence prediction of the pest;
A computer-readable recording medium storing a program for executing (4)

(Appendix 7)
An information acquisition unit that obtains information on the prediction of pest outbreaks by region and crop corresponding to the cropping information, information on the effects of pests, and information on the effectiveness of control and extermination;
Based on the information obtained above, the profits when nothing is dealt with, the profits when pest control / control is performed, and the profits when crops are replanted without pest control / control are predicted. The revenue forecasting section,
A correspondence examination information providing unit that creates a comparison table including expected earnings for each correspondence and provides the examination information for the prediction of occurrence of the pests;
A system for providing information on countermeasures against diseases and pests. (5)

Principle explanatory diagram of the present invention Block diagram showing the system configuration of the present invention Explanatory drawing showing processing contents of the present invention The flowchart which showed the processing procedure of this invention Explanatory diagram of prediction processing when nothing is dealt with Explanatory diagram of prediction processing when control / disinfection is performed Explanatory drawing of prediction process when replanting The flowchart which showed the procedure of the profit forecast comparison processing according to correspondence in this invention Explanatory diagram of comparison table creation process based on revenue forecast by response

Explanation of symbols

10: JA system 12: Information system server 14: Core system server 15, 36: Client 16: Information acquisition unit 18: Revenue forecast unit 20: Countermeasure review information provision unit 22: Internet 24: Prediction and information on occurrence of pests Provision system

Claims (5)

An information acquisition step for obtaining information on the predicted occurrence of pests by region and by crop corresponding to the planting information, information on the effects of the pests, and effect information on the control and extermination by means of information acquisition on a computer;
Based on the information obtained above, the profit forecasting means the profit when nothing is dealt with, the profit when the control / control is performed, and the profit when the crop is replanted without controlling and controlling the pests. Revenue forecasting steps to predict each,
Pesticide countermeasure information, characterized in that a countermeasure information providing step is carried out by preparing a comparison table including the expected revenue for each countermeasure by the correspondence information providing means and providing it as correspondence examination information for predicting the occurrence of the pest. How to provide.
In the method for providing countermeasure information for pests according to claim 1,
The revenue forecasting step by the revenue forecasting means includes:
Predicting the corresponding pest outbreak, forecasting the impact of pests and information on cropping information and adding the shipping price to the information, and predicting the corresponding revenue by expecting a drop in the grade and yield reduction.
Predicting the cost, grade, and yield of drugs / operations when performing control / disinfection based on the forecast of occurrence of pests, information on the effectiveness of control / disinfection, and planting information plus shipping price forecast and information on drugs / work Anticipating the corresponding revenue,
Replanting cost, replanting crop grade and replanting crop yield when replanting crops without pest control / extermination based on the planting information plus replanting information and shipping price forecast A method for providing information on countermeasures against diseases and pests, characterized by predicting profits corresponding to forecasts.
On the computer,
An information acquisition step for obtaining, by an information acquisition means, information for predicting the occurrence of pests by region and crop corresponding to the cropping information, information on the effects of pests, and information on the effects of control and extermination;
Based on the information obtained above, each of the profits when nothing is dealt with, the profits when control and extermination is carried out, and the profits when crops are replanted without pest control and extermination are earned. Revenue forecasting step to forecast by forecasting means,
A response review information providing step for creating a comparison table including the expected revenue for each response by the response review information providing means and providing it as response review information for the occurrence prediction of the pests;
A program for running
On the computer,
An information acquisition step for obtaining, by an information acquisition means, information for predicting the occurrence of pests by region and crop corresponding to the cropping information, information on the effects of pests, and information on the effects of control and extermination;
Based on the information obtained above, information on the profit when nothing is dealt with, the profit when the control / control is performed, and the profit when the crop is replanted without controlling / controlling the pests. Revenue forecasting steps expected by means of acquisition,
A response review information providing step for creating a comparison table including the expected revenue for each response by the response review information providing means and providing it as response review information for the occurrence prediction of the pests;
A computer-readable recording medium storing a program for executing the above.
On the computer,
An information acquisition step for obtaining information on the predicted occurrence of pests by region and by crop corresponding to the planting information, information on the effects of pests, and information on the effectiveness of control and extermination by the information acquisition unit;
Based on the information obtained above, each of the profits when nothing is dealt with, the profits when control and extermination is performed, and the profits when crops are replanted without pest control and extermination are earned. Revenue forecast steps expected by the forecast section,
A response review information providing step for creating a comparison table including the expected revenue for each response by the response review information providing unit and providing it as response review information for the occurrence prediction of the pests;
System for providing information on countermeasures against pests and pests.

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