COG3: The Geology, Geometallurgy and Geomicrobiology of Cobalt Resources Leading to New Product Streams (joint with Natural History Museum and Universities of Manchester, Bangor, Exeter, Loughborough and Southampton and Industrial Partner)

Keyphrases

1. Fungi 100%
2. Aspergillus Niger 49%
3. Biomineralization 37%
4. Biorecovery 33%
5. Carbonate 30%
6. Biotransformation 28%
7. Bioprecipitation 27%
8. Oxalate 27%
9. Toxic Metals 23%
10. Fungal Biomineralization 23%
11. Biominerals 20%
12. Bioremediation 19%
13. Selenium Nanoparticles (SeNPs) 16%
14. Tightly Bound Extracellular Polymeric Substances (TB-EPS) 16%
15. Biogenic Selenium Nanoparticles 16%
16. Phosphate 15%
17. Elemental Mercury 15%
18. Bioweathering 14%
19. Ureolytic Activity 13%
20. Bioprotection 13%
21. Built Environment 13%
22. Se Nanoparticles 12%
23. Microorganisms 12%
24. Bioleaching 12%
25. Immobilization 12%
26. Culture Supernatant 12%
27. Biodeterioration 12%
28. Copper Carbonate 12%
29. Carbonate Nanoparticles 12%
30. Exopolymers 12%
31. Cobalt 12%
32. Rare Earth Elements 11%
33. Radionuclides 11%
34. Metalloids 10%
35. Scanning Electron Microscopy 10%
36. Soil Fungi 10%
37. Soil Contamination 10%
38. Biogeochemical Cycles 10%
39. Fungal Transformation 10%
40. Oxalic Acid 10%
41. Fungal Colonization 9%
42. Contaminated Water 9%
43. Nanoparticles 9%
44. Biomineralization Mechanism 9%
45. Geomycology 9%
46. Struvite 9%
47. Mineral Interactions 9%
48. Organic Phosphorus 8%
49. Manganese Oxide 8%
50. Aureobasidium Pullulans 8%
51. Extracellular Proteins 8%
52. Organic Pollutants 8%
53. Cerium 8%
54. Liquid Medium 8%
55. Tellurium Nanoparticles 8%
56. Hg(II) 8%
57. Co-contaminated 8%
58. Bioerosion 8%
59. Endolithic Fungi 8%
60. Electrochemical Materials 8%
61. Coral 8%
62. Mercury Pollution 8%
63. Saprotrophic Soil Fungi 8%
64. Mercury Immobilization 8%
65. Monazite 8%
66. Marine Ecosystems 8%
67. Metal Recovery 8%
68. PH Effect 8%
69. Copper Nanoparticles (CuNPs) 8%
70. Uranium 8%
71. Goethite 8%
72. Mortar 8%
73. Hexachlorocyclohexane 8%
74. Urinary Catheter 8%
75. Phosphatase 7%
76. Phosphorus Sources 7%
77. Fungal Culture 7%
78. Pyromorphite 7%
79. Mycogenic 7%
80. Adsorption 7%
81. Catheter 7%
82. Geomicrobiology 6%
83. Biodegradation 6%
84. Selenite-reducing Bacterium 6%
85. Rock Phosphate 6%
86. Vanadinite 6%
87. Agriculture 6%
88. Fungal Bioremediation 6%
89. Metal Carbonates 6%
90. Supernatant 6%
91. Geochemical Modeling 6%
92. Iron Oxide 6%
93. Heavy Metals 6%
94. Organic Phosphate 6%
95. Heteroaggregation 6%
96. Cultural Heritage 6%
97. Xenobiotics 6%
98. Toxic Chemicals 6%
99. Biomineralized 6%
100. Mineral Transformation 5%
101. Lead Oxalate 5%
102. X-ray Powder Diffraction 5%
103. Biogeochemistry 5%
104. Paecilomyces 5%
105. Selenite 5%
106. Inorganic Pollutants 5%
107. Nanomaterials 5%
108. Fungal Growth 5%
109. HgSe 5%
110. Natural Environment 5%
111. Carbonate Minerals 5%
112. Cu(II) 5%
113. Geochemical Simulation 5%
114. Groundwater 5%
115. Neurospora Crassa 5%
116. Saprotrophic Fungi 5%
117. Detoxification 5%
118. Nanominerals 5%
119. Uranium Phosphates 5%
120. Mineral Phase 5%
121. Oxalate Crystals 5%
122. Uranium Biomineralization 5%
123. Zinc Oxalate 5%