Valuation of Terrestrial Ecosystem Services in a multifonctional peri-urban space.

Earth and Planetary Sciences

1. Land Use Change 100%
2. Mathematical Model 100%
3. Terrestrial Ecosystem 63%
4. Investigation 60%
5. Belgium 55%
6. Periurban Space 53%
7. Valuation 53%
8. Ecosystem Service 53%
9. Utilization 50%
10. Model 50%
11. Urbanisation 50%
12. Climate Change 50%
13. Surface Pressure 50%
14. Vegetation Dynamics 31%
15. Good and Service 31%
16. Ecosystem 28%
17. Area 21%
18. Natural Capital 18%
19. Land Use 14%
20. Land 14%
21. Residential Area 12%
22. Socioeconomics 12%
23. Ecodevelopment 11%
24. Land Management 10%
25. Policy 10%
26. Society 9%
27. Landscape Management 9%
28. Ecological Economics 6%
29. Geobiology 6%
30. Pasture 6%
31. Physical Factor 6%
32. Forestry 6%
33. Economic System 6%
34. Intensive Agriculture 6%
35. Organic Farming 6%
36. Crop Rotation 6%
37. Plant Specie 6%
38. Physical Process 6%
39. Service Provision 6%
40. Decision Process 6%
41. Energy Budget 6%
42. Management 6%
43. Sustainability 6%
44. Climate 6%
45. Context 6%
46. Water 6%
47. Response 6%
48. Farm 6%
49. Policy Instrument 5%
50. Pillar 5%
51. Integrated Assessment 5%
52. Accounting 5%
53. Stakeholder 5%
54. Starting 5%
55. Competition 5%
56. Value 5%
57. Input 5%
58. Suggestion 5%
59. Dimension 5%
60. Political Economy 5%
61. Decision Making 5%
62. Set 5%
63. Approach 5%
64. Policy Development 5%
65. Loss 5%
66. Monitoring 5%