ANIMAL PRODUCTION SYSTEMS: SYNTHESIS OF METHODS TO DETERMINE TRIPLE BOTTOM LINE SUSTAINABILITY FROM FINDINGS OF REDUCTIONIST RESEARCH

Earth & Environmental Sciences

1. air quality 5%
2. ammonia 10%
3. animal production 9%
4. aquatic ecosystem 6%
5. atmospheric pollution 5%
6. carbon dioxide 5%
7. communication 6%
8. compartmentalization 8%
9. decomposition 9%
10. degradation 13%
11. denitrification 12%
12. engineering 5%
13. environmental factor 5%
14. environmental science 100%
15. erosion 5%
16. farm 11%
17. fertilizer 5%
18. field method 9%
19. gas 10%
20. geomorphology 7%
21. greenhouse gas 11%
22. human health 5%
23. hydrogen sulfide 7%
24. hydrology 20%
25. lake 51%
26. liquid manure 9%
27. loss 7%
28. management practice 12%
29. manure 77%
30. methane 5%
31. microbial activity 6%
32. minority 9%
33. mitigation 10%
34. modeling 6%
35. moisture 5%
36. nitrous oxide 6%
37. particulate matter 5%
38. phosphorus 5%
39. production system 7%
40. project 7%
41. redox potential 7%
42. research method 8%
43. school 14%
44. science 5%
45. scientific research 8%
46. sedimentation 5%
47. spatial variation 5%
48. storage tank 23%
49. student 73%
50. sustainability 5%
51. temporal variation 5%
52. terrestrial ecosystem 6%
53. travel 14%
54. volatile organic compound 6%
55. water quality 5%
56. weather 9%