Important issues regarding industrial agriculture include:

  1. what it is exactly
  2. how it fits into modern science/technology
  3. how it fits into modern global and national politics
  4. its place in the modern corporate world
  5. its effect on traditional farming practices and communities
  6. its effect on the environment
  7. the ethical issue of causing pain to animals
  8. the ethical issue of creating "unnatural" ecologies and lifeforms
  9. the need for it to keep billions of people from starving
  10. specifically, what it is as applied to Animals
  11. specifically, what it is as applied to Aquaculture
  12. specifically, what it is as applied to Shrimp
  13. specifically, what it is as applied to Chickens
  14. specifically, what it is as applied to Pigs
  15. specifically, what it is as applied to Cattle
  16. specifically, what it is as applied to Crops
  17. specifically, what it is as applied to Wheat
  18. specifically, what it is as applied to Maize
  19. specifically, what it is as applied to Soybean
  20. specifically, what it is as applied to Tomato
  21. specifically, the part modern management techniques plays
  22. specifically, the part mechanical harvesting plays
  23. specifically, the part genetic modification plays
  24. specifically, the part hydroponics plays
  25. industrial organic farming
  26. innovation in agricultural machinery and farming methods
  27. genetic technology development
  28. techniques for achieving economies of scale in production
  29. the creation of new markets for consumption
  30. the application of patent protection to genetic information
  31. globalization
  32. historical development
  33. current efforts to modify it it including "sustainable agriculture" efforts
  34. Cheap and plentiful food
  35. Convenience for the consumer
  36. The contribution to our economy on many levels, from growers to harvesters to processors to sellers
  37. Environmental and social costs
  38. Damage to fisheries
  39. Cleanup of surface and groundwater polluted with animal waste
  40. Increased health risks from pesticides
  41. Increased ozone pollution and global warming from heavy use of fossil fuels
  42. marketing challenges and consumer tastes
  43. international trading environment (world market conditions, barriers to trade, quarantine and technical barriers, maintenance of global competitiveness and market image, and management of biosecurity issues affecting imports and the disease status of exports)
  44. biosecurity (pests and diseases such as bovine spongiform encephalopathy (BSE), avian influenza, foot and mouth disease, citrus canker, and sugar smut)
  45. infrastructure (such as transport, ports, telecommunications, energy and irrigation facilities)
  46. management skills and labor supply (With increasing requirements for business planning, enhanced market awareness, the use of modern technology such as computers and global positioning systems and better agronomic management, modern farm managers will need to become increasingly skilled. Examples: training of skilled workers, the development of labor hire systems that provide continuity of work in industries with strong seasonal peaks, modern communication tools, investigating market opportunities, researching customer requirements, business planning including financial management, researching the latest farming techniques, risk management skills)
  47. coordination (a more consistent national strategic agenda for agricultural research and development; more active involvement of research investors in collaboration with research providers developing programs of work; greater coordination of research activities across industries, research organisations and issues; and investment in human capital to ensure a skilled pool of research personnel in the future.)
  48. technology (research, adoption, productivity, genetically modified (GM) crops, investments)
  49. water (access rights, water trade, providing water for environmental outcomes, assignment of risk in response to reallocation of water from consumptive to environmental use, accounting for the sourcing and allocation of water)
  50. resource access issues (management of native vegetation, the protection and enhancement of biodiversity, sustainability of productive agricultural resources, landholder responsibilities)
  51. the industrial farm owner issue of integrated farming systems
  52. the industrial farm owner issue of crop sequencing
  53. the industrial farm owner issue of water use efficiency
  54. the industrial farm owner issue of nutrient audits
  55. the industrial farm owner issue of herbicide resistance
  56. the industrial farm owner issue of financial instruments (such as futures and options)
  57. the industrial farm owner issue of collect and understand own farm information;
  58. the industrial farm owner issue of knowing your products
  59. the industrial farm owner issue of knowing your markets
  60. the industrial farm owner issue of knowing your customers
  61. the industrial farm owner issue of satisfying customer needs
  62. the industrial farm owner issue of securing an acceptable profit margin
  63. the industrial farm owner issue of cost of servicing debt;
  64. the industrial farm owner issue of ability to earn and access off-farm income;
  65. the industrial farm owner issue of management of machinery and stewardship investments