Resource management planning

• US 20040039621A1
• Filed: 06/06/2003
• Published: 02/26/2004
• Est. Priority Date: 06/07/2002
• Status: Abandoned Application

• Current Assignee: US Environmental Protection Agency (Government of the United States of America)
• Original Assignee: US Environmental Protection Agency (Government of the United States of America)
• Inventors: Wood, James C., McFall, Warren T., Keith, Kristen E., Beddoes, Jenifer C.
• Application Number:
  US10/455,914
• Publication Number:
  US 20040039621A1
• Time in Patent Office: Days
• US Class Current: 705/7
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G06Q 10/0631 Resource planning, allocation, distributing or scheduling for enterprises or organisations
• CPC Class Codes: G06Q 10/06314 Calendaring for a resource
• CPC Class Codes: G06Q 10/0635 Risk analysis of enterprise or organisation activities
• CPC Class Codes: G06Q 10/0637 Strategic management or analysis, e.g. setting a goal or target of an organisation; Planning actions based on goals; Analysis or evaluation of effectiveness of goals
• CPC Class Codes: G06Q 10/10 Office automation; Time management

Abstract

In one embodiment, a resource management planning system that includes a web server having access to digital imagery of geographic areas and geospatial information associated with the digital imagery, computer programming for compiling geospatial information for a site selected from the digital imagery, and computer programming for generating a conservation plan identifying resource problems for the site and identifying practices that when implemented are expected to solve the resource problems. In another embodiment, the system includes computer programming for generating a nutrient management plan identifying nutrient management practices for agricultural operations on a selected site in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

Claims

1. A computer readable medium having instructions thereon for:

associating geospatial information with digital imagery of geographic areas;

compiling geospatial information for a site selected from the digital imagery;

defining a planning unit within the site;

defining characteristics of the planning unit; and

based on defined characteristics, generating a conservation plan identifying resource problems for the planning unit and identifying practices that when implemented are expected to solve the resource problems.

2. The medium of claim 1, wherein generating a conservation plan comprises identifying resource problems for the planning unit, identifying practices that when implemented are expected to solve the resource problems and establishing a schedule for implementing the practices.

3. A computer readable medium having instructions thereon for:

associating geospatial information with digital imagery of multiple agricultural sites;

compiling the geospatial information for a site selected from the multiple sites;

defining a farm or ranch within the site;

defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features and facilities of the farm or ranch; and

based on defined characteristics, generating a conservation plan identifying resource problems for the farm or ranch and identifying practices that when implemented are expected to solve the resource problems.

4. The medium of claim 3, wherein identifying a farm or ranch comprises identifying a farm field or a ranch field and defining characteristics comprises defining characteristics of the farm field or ranch field including identifying geospatial information, irrigation features, hydrological features and facilities of the farm field or ranch field.

5. The medium of claim 3, wherein defining characteristics comprises defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features, facilities and practices being implemented on the farm or ranch.

6. A computer readable medium having instructions thereon for:

prompting a user to identify a planning unit;

aligning the planning unit with applicable NRCS common resource areas and/or NRCS Guidance Document Templates;

identifying resources typically a problem in the planning unit;

prompting the user to assess if a resource identified as typically a problem for the planning unit is actually a problem for the planning unit;

prompting the user to identify resource management practices needed to resolve each resource actually a problem for the planning unit from a list of conservation practices compiled by the NRCS in its Field Office Technical Guide;

generating a conservation plan identifying the planning unit, resources actually a problem for the planning unit and the resource management practices need to resolve each resource problem.

7. The medium of claim 6, having further instructions for:

prompting the user to assess existing and planned features of buildings and areas around buildings;

identifying in a farmstead action plan with any corrective actions to be taken in and around buildings; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, and describing the farmstead action plan.

8. The medium of claim 6, having further instructions for:

developing an implementation schedule for each resource management practice; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, and describing the implementation schedule.

9. The medium of claim 7, having further instructions for:

developing an implementation schedule for each resource management practice and each corrective action; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, describing the farmstead action plan, and describing the implementation schedule.

10. A resource management planning system, comprising:

a web server having access to digital imagery of geographic areas and geospatial information associated with the digital imagery;

computer programming for compiling geospatial information for a site selected from the digital imagery; and

computer programming for generating a conservation plan identifying resource problems for the site and identifying practices that when implemented are expected to solve the resource problems.

11. The system of claim 10, wherein the computer programming for compiling geospatial information resides on the web server and the computer programming for generating a conservation plan resides on a client remote from the web server.

12. The system of claim 10, wherein the computer programming for compiling geospatial information and the computer programming for generating a resource management plan reside on the web server.

13. The system of claim 10, wherein the computer programming for generating a resource management plan for the site based on the geospatial information comprises computer programming for:

defining a planning unit within the site;

defining characteristics of the planning unit including characteristics based on the geospatial information; and

generating a conservation plan for the planning unit based on defined characteristics, the plan identifying resource problems for the site and identifying practices that when implemented are expected to solve the resource problems.

14. The system of claim 10, further comprising computer programming for generating a nutrient management plan identifying nutrient management practices for agricultural operations on a selected site in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

15. Computer programming implementing an agricultural producer self-guided adaptation of NRCS conservation planning guidelines and processes.

16. The programming of claim 15, wherein implementing includes generating a series of graphical user interfaces prompting the producer to input information and answer questions related to conservation planning.

17. The programming of claim 16 wherein implementing also includes generating a conservation plan based on information input by the producer and the producer'"'"'s answers to questions.

18. Computer programming implementing an agricultural producer self-guided adaptation of NRCS nutrient management planning guidelines and processes.

19. The programming of claim 18, wherein implementing includes generating a series of graphical user interfaces prompting the producer to input information and answer questions related to nutrient management.

20. The programming of claim 19 wherein implementing also includes generating a nutrient management plan based on information input by the producer and the producer'"'"'s answers to questions.

21. A resource management planning system, comprising:

a web server having access to digital imagery of geographic areas and geospatial information associated with the digital imagery;

computer programming for compiling geospatial information for a site selected from the digital imagery; and

computer programming for generating a nutrient management plan identifying nutrient management practices for agricultural operations on a selected site in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

22. The system of claim 21, wherein the computer programming for compiling geospatial information resides on the web server and the computer programming for generating a conservation plan resides on a client remote from the web server.

23. A resource management planning system, comprising:

a web server having access to digital imagery of geographic areas and geospatial information associated with the digital imagery;

computer programming for compiling geospatial information for a site selected from the digital imagery; and

computer programming for generating a nutrient management plan identifying nutrient management practices for agricultural operations on a selected site in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled, including computer programming implementing an agricultural producer self-guided adaptation of NRCS nutrient management planning guidelines and processes through a series of graphical user interfaces prompting the producer to input information and answer questions related to nutrient management.

24. A computer readable medium having instructions thereon for:

associating geospatial information with digital imagery of geographic areas;

compiling geospatial information for a site selected from the digital imagery;

defining a planning unit within the site;

defining characteristics of the planning unit; and

based on defined characteristics, generating a nutrient management plan identifying nutrient management practices for agricultural operations on the planning unit in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

25. A computer readable medium having instructions thereon for:

associating geospatial information with digital imagery of multiple agricultural sites;

compiling the geospatial information for a site selected from the multiple sites;

defining a farm or ranch within the site;

defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features and facilities of the farm or ranch; and

based on defined characteristics, generating a nutrient management plan identifying nutrient management practices for operations on the farm or ranch in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

26. The medium of claim 25, wherein identifying a farm or ranch comprises identifying a farm field or a ranch field and defining characteristics comprises defining characteristics of the farm field or ranch field including identifying geospatial information, irrigation features, hydrological features and facilities of the farm field or ranch field.

27. The medium of claim 25, wherein defining characteristics comprises defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features, facilities and practices being implemented on the farm or ranch.

28. A computer readable medium having instructions thereon for:

associating geospatial information with aerial photographs of an agricultural site;

defining characteristics of the site including identifying geospatial information and facilities of the site;

prompting a user to identify nutrients produced in or imported to an agricultural operation at the site

prompting the user to identify nutrients used in the agricultural operation;

based on defined characteristics of the site, identifying the risk of environmental degradation associated with the production, importation and use of nutrients at the site; and

generating a nutrient management plan identifying resource management practices needed to reduce any unacceptably high risk of environmental degradation to an acceptable level.

29. The medium of claim 28, wherein:

prompting a user to identify nutrients produced in or imported to an agricultural operation at the site comprises prompting an agricultural producer to identify nutrients produced in or imported to an agricultural operation at the site; and

prompting the user to identify nutrients used in the agricultural operation comprises prompting the producer to identify nutrients used in the agricultural operation.

30. A computer readable medium having instructions thereon for:

associating geospatial information with aerial photographs of an agricultural site;

prompting a user to indicate whether livestock is raised or animal waste is imported to the site;

in response to an indication that livestock is raised and/or animal waste is imported, prompting the user to input information about animal waste production or importation and the use of animal waste at the site;

sizing facilities to store animal waste at the site;

prompting the user to indicate whether crops are grown at the site;

in response to an indication that crops are raised, prompting the user to input information about the crops raised at the site;

determining the amount of animal waste that can be safely applied to crops raised at the site;

prompting the user to identify irrigation systems used in crop production at the site;

in response to identifying irrigation systems, prompting the user to input information about each irrigation system used in crop production at the site;

determining if excess water is being applied at the site through irrigation;

based on information input animal waste, crops and irrigation, identifying physical and/or operational features of the site that create an unacceptably high risk of undesirable nutrient transport; and

generating a nutrient management plan identifying resource management practices needed to modify identified features to reduce the risk to an acceptable level.

31. The medium of claim 30, wherein:

prompting a user to indicate whether livestock is raised or animal waste is imported to the site comprises prompting an agricultural producer to indicate whether livestock is raised or animal waste is imported to the site;

prompting the user to input information about animal waste production or importation and the use of animal waste at the site comprises prompting the producer to input information about animal waste production or importation and the use of animal waste at the site;

prompting the user to indicate whether crops are grown at the site comprises prompting the producer to indicate whether crops are grown at the site;

prompting the user to input information about the crops raised at the site comprises prompting the producer to input information about the crops raised at the site;

prompting the user to identify irrigation systems used in crop production at the site comprises prompting the producer to identify irrigation systems used in crop production at the site; and

prompting the user to input information about each irrigation system used in crop production at the site comprises prompting the producer to input information about each irrigation system used in crop production at the site.

32. A method for conservation planning, comprising:

associating geospatial information with digital imagery of geographic areas;

compiling geospatial information for a site selected from the digital imagery;

defining a planning unit within the site;

defining characteristics of the planning unit; and

based on defined characteristics, generating a conservation plan identifying resource problems for the planning unit and identifying practices that when implemented are expected to solve the resource problems.

33. The method of claim 32, wherein generating a conservation plan comprises identifying resource problems for the planning unit, identifying practices that when implemented are expected to solve the resource problems and establishing a schedule for implementing the practices.

34. A method for conservation planning, comprising:

associating geospatial information with digital imagery of multiple agricultural sites;

compiling the geospatial information for a site selected from the multiple sites;

defining a farm or ranch within the site;

defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features and facilities of the farm or ranch; and

based on defined characteristics, generating a conservation plan identifying resource problems for the farm or ranch and identifying practices that when implemented are expected to solve the resource problems.

35. The method of claim 34, wherein identifying a farm or ranch comprises identifying a farm field or a ranch field and defining characteristics comprises defining characteristics of the farm field or ranch field including identifying geospatial information, irrigation features, hydrological features and facilities of the farm field or ranch field.

36. The method of claim 34, wherein defining characteristics comprises defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features, facilities and practices being implemented on the farm or ranch.

37. A method for conservation planning, comprising:

prompting a user to identify a planning unit;

aligning the planning unit with applicable NRCS Guidance Document Templates;

identifying resources typically a problem in the planning unit;

prompting the user to assess if a resource identified as typically a problem for the planning unit is actually a problem for the planning unit;

prompting the user to identify resource management practices needed to resolve each resource actually a problem for the planning unit from a list of Best Management Practices compiled by the NRCS in its Field Office Technical Guide;

generating a conservation plan identifying the planning unit, resources actually a problem for the planning unit and the resource management practices need to resolve each resource problem.

38. The method of claim 37, further comprising:

prompting the user to assess existing and planned features of buildings and areas around buildings;

identifying in a farmstead action plan with any corrective actions to be taken in and around buildings; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, and describing the farmstead action plan.

39. The method of claim 37, further comprising:

developing an implementation schedule for each resource management practice; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, and describing the implementation schedule.

40. The method of claim 38, further comprising:

developing an implementation schedule for each resource management practice and each corrective action; and

wherein generating a conservation plan comprises generating a conservation plan identifying the planning unit, identifying resources actually a problem for the planning unit, identifying the resource management practices need to resolve each resource problem, describing the farmstead action plan, and describing the implementation schedule.

41. A method for nutrient management planning, comprising:

associating geospatial information with digital imagery of geographic areas;

compiling geospatial information for a site selected from the digital imagery;

defining a planning unit within the site;

defining characteristics of the planning unit; and

based on defined characteristics, generating a nutrient management plan identifying nutrient management practices for agricultural operations on the planning unit in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

42. A method for nutrient management planning, comprising:

associating geospatial information with digital imagery of multiple agricultural sites;

compiling the geospatial information for a site selected from the multiple sites;

defining a farm or ranch within the site;

defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features and facilities of the farm or ranch; and

based on defined characteristics, generating a nutrient management plan identifying nutrient management practices for operations on the farm or ranch in which nutrients are applied to the land and/or animal waste or other bio-nutrients are handled.

43. The method of claim 42, wherein identifying a farm or ranch comprises identifying a farm field or a ranch field and defining characteristics comprises defining characteristics of the farm field or ranch field including identifying geospatial information, irrigation features, hydrological features and facilities of the farm field or ranch field.

44. The method of claim 42, wherein defining characteristics comprises defining characteristics of the farm or ranch including identifying geospatial information, irrigation features, hydrological features, facilities and practices being implemented on the farm or ranch.

45. A method for nutrient management planning, comprising:

associating geospatial information with aerial photographs of an agricultural site;

defining characteristics of the site including identifying geospatial information and facilities of the site;

prompting a user to identify nutrients produced in or imported to an agricultural operation at the site

prompting the user to identify nutrients used in the agricultural operation;

based on defined characteristics of the site, identifying the risk of environmental degradation associated with the production, importation and use of nutrients at the site; and

generating a nutrient management plan identifying resource management practices needed to reduce any unacceptably high risk of environmental degradation to an acceptable level.

46. The method of claim 45, wherein:

prompting a user to identify nutrients produced in or imported to an agricultural operation at the site comprises prompting an agricultural producer to identify nutrients produced in or imported to an agricultural operation at the site; and

prompting the user to identify nutrients used in the agricultural operation comprises prompting the producer to identify nutrients used in the agricultural operation.

47. A method for nutrient management planning, comprising:

associating geospatial information with aerial photographs of an agricultural site;

prompting a user to indicate whether livestock is raised or animal waste is imported to the site;

in response to an indication that livestock is raised and/or animal waste is imported, prompting the user to input information about animal waste production or importation and the use of animal waste at the site;

sizing facilities to store animal waste at the site;

prompting the user to indicate whether crops are grown at the site;

in response to an indication that crops are raised, prompting the user to input information about the crops raised at the site;

determining the amount of animal waste that can be safely applied to crops raised at the site;

prompting the user to identify irrigation systems used in crop production at the site;

in response to identifying irrigation systems, prompting the user to input information about each irrigation system used in crop production at the site;

determining if excess water is being applied at the site through irrigation;

based on information input animal waste, crops and irrigation, identifying physical and/or operational features of the site that create an unacceptably high risk of undesirable nutrient transport; and

generating a nutrient management plan identifying resource management practices needed to modify identified features to reduce the risk to an acceptable level.

48. The method of claim 47, wherein:

prompting a user to indicate whether livestock is raised or animal waste is imported to the site comprises prompting an agricultural producer to indicate whether livestock is raised or animal waste is imported to the site;

prompting the user to input information about animal waste production or importation and the use of animal waste at the site comprises prompting the producer to input information about animal waste production or importation and the use of animal waste at the site;

prompting the user to indicate whether crops are grown at the site comprises prompting the producer to indicate whether crops are grown at the site;

prompting the user to input information about the crops raised at the site comprises prompting the producer to input information about the crops raised at the site;

prompting the user to identify irrigation systems used in crop production at the site comprises prompting the producer to identify irrigation systems used in crop production at the site; and

prompting the user to input information about each irrigation system used in crop production at the site comprises prompting the producer to input information about each irrigation system used in crop production at the site.