Respecting safe operating spaces: opportunities to meet future food demand with sustainable use of water and land resources

Earth & Environmental Sciences

1. food 100%
2. climate change 77%
3. crop yield 51%
4. water 50%
5. water stress 48%
6. water resource 48%
7. agricultural production 47%
8. food production 44%
9. import 44%
10. food security 43%
11. wheat 43%
12. planet 39%
13. runoff 39%
14. rice 39%
15. water availability 39%
16. world 35%
17. stocking density 34%
18. dam construction 33%
19. crop 32%
20. food supply 31%
21. transgression 31%
22. adaptive capacity 31%
23. development plan 31%
24. water level 29%
25. Southern Oscillation 29%
26. biodiversity loss 29%
27. land 29%
28. lake 28%
29. floodplain 27%
30. machine learning 26%
31. river 26%
32. river basin 26%
33. carrying capacity 25%
34. peatland 25%
35. agriculture 25%
36. rhizosphere 24%
37. water demand 24%
38. trend 24%
39. tropical forest 24%
40. cropping practice 24%
41. environmental issue 24%
42. permafrost 23%
43. water management 23%
44. dry season 23%
45. vulnerability 23%
46. Indian Ocean Dipole 23%
47. livestock 23%
48. soybean 22%
49. dam 22%
50. streamflow 21%
51. footprint 21%
52. Southeast Asia 21%
53. turbidity 21%
54. conflict 20%
55. environmental factor 20%
56. hydrological cycle 20%
57. grassland 20%
58. global trade 20%
59. urbanization 20%
60. loss 19%
61. crop production 19%
62. climate oscillation 19%
63. ecosystem 18%
64. rainfall 18%
65. Africa 18%
66. dust 18%
67. biodiversity 17%
68. major risk 16%
69. water consumption 16%
70. anomaly 16%
71. mountain 15%
72. energy 15%
73. society 15%
74. project 15%
75. flood damage 15%
76. greenhouse gas emissions 15%
77. livestock farming 14%
78. flood hazard 14%
79. rainfed agriculture 14%
80. carbon 13%
81. product 13%
82. analysis 13%
83. aridity 13%
84. drought 13%
85. policy making 13%
86. temperature 13%
87. agricultural practice 13%
88. forage 13%
89. climatic factor 13%
90. Asia 12%
91. socioeconomics 12%
92. basin 12%
93. environmental priority 12%
94. vegetable 12%
95. fruit 12%
96. prediction 12%
97. soil 11%
98. North Atlantic Oscillation 11%
99. maize 11%
100. strategic approach 11%
101. climate change impact 11%
102. effect 11%
103. population growth 11%
104. need 11%
105. environmental footprint 10%
106. pollinator 10%
107. water footprint 10%
108. grazing 10%
109. productivity 10%
110. thawing 10%
111. routing 10%
112. climate 10%
113. province 10%
114. subsidence 10%
115. soil compaction 10%
116. wet season 9%
117. livelihood 9%
118. ocean acidification 9%
119. infrastructural development 9%
120. Holocene 9%
121. forest cover 9%
122. credit 9%
123. environmental sustainability 8%
124. accounting 8%
125. soil nutrient 8%
126. land use 8%
127. permafrost ecosystem 8%
128. rain 8%
129. policy 8%
130. hydrological regime 8%
131. agricultural trade 8%
132. interpolation 8%
133. sustainable development 8%
134. areal interpolation 8%
135. animal 8%
136. environmental management 8%
137. Europe 7%
138. demand 7%
139. incentive 7%
140. continent 7%
141. income 7%
142. irrigation 7%
143. environmental protection 7%
144. scenario analysis 7%
145. treaty 7%
146. frequency-magnitude distribution 7%
147. index 7%
148. infrastructure 7%
149. cooperation 7%
150. modeling 7%
151. decomposition 6%
152. South America 6%
153. water scarcity 6%
154. diet 6%
155. hot spot 6%
156. soil moisture 6%
157. natural hazard 6%
158. software 6%
159. social cost 6%
160. inertia 6%
161. environmental impact 6%
162. mitigation 6%
163. communication 6%
164. transparency 6%
165. low flow 5%
166. political border 5%
167. flood frequency 5%
168. Southern Asia 5%
169. protein 5%
170. peak discharge 5%
171. soil respiration 5%
172. malnutrition 5%
173. participation 5%
174. downscaling 5%
175. degradation 5%
176. Eastern Asia 5%
177. global climate 5%
178. greenhouse gas 5%
179. carbon stock 5%
180. governance approach 5%
181. inflow 5%
182. climate modeling 5%
183. decision 5%
184. overgrazing 5%
185. grazing pressure 5%
186. long-term trend 5%
187. canal 5%
188. Central Africa 5%
189. habitat 5%