appendix e: spatial distribution of …...appendix e: spatial distribution of mehlich‐3...
TRANSCRIPT
Page|1
APPENDIX E: SPATIAL DISTRIBUTION OF MEHLICH‐3 EXTRACTABLE ELEMENTS
List of Figures
Figure 1. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 1 in 2014. .......................................................................................... 2 Figure 2. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 1 in 2018. ......................................... 3 Figure 3. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 1 in 2014. .............. 4 Figure 4. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 1 in 2018. .............. 5 Figure 5. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 1 in 2014. .................. 6 Figure 6. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 1 in 2018. .................. 7 Figure 7. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 1 in 2014. ................. 8 Figure 8. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 1 in 2018. ................. 9 Figure 9. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 5a in 2014. ...................................................................................... 10 Figure 10. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 5a in 2018. ................................... 11 Figure 11. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 5a in 2014. ........ 12 Figure 12. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 5a in 2018. ........ 13 Figure 13. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 5a in 2014. ............. 14 Figure 14. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 5a in 2018. ............. 15 Figure 15. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 5a in 2014. ............ 16 Figure 16. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 5a in 2018. ............ 17 Figure 17. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 12 in 2014. .................................................................................... 17 Figure 18. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 12 in 2018. ................................... 19 Figure 19. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 12 in 2014. ........ 20 Figure 20. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 12 in 2018. ........ 21 Figure 21. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 12 in 2014. ............ 21 Figure 22. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 12 in 2018. ............ 23 Figure 23. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 12 in 2014. ........... 24 Figure 24. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 12 in 2018. ........... 25
Page|2
Figure 1. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 1 in 2014.
Page|3
Figure 2. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 1 in 2018.
Page|4
Figure 3. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 1 in 2014.
Page|5
Figure 4. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 1 in 2018.
Page|6
Figure 5. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 1 in 2014.
Page|7
Figure 6. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 1 in 2018.
Page|8
Figure 7. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 1 in 2014.
Page|9
Figure 8. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 1 in 2018.
Page|10
Figure 9. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 5a in 2014.
Page|11
Figure 10. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 5a in 2018.
Page|12
Figure 11. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 5a in 2014.
Page|13
Figure 12. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 5a in 2018.
Page|14
Figure 13. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 5a in 2014.
Page|15
Figure 14. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 5a in 2018.
Page|16
Figure 15. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 5a in 2014.
Page|17
Figure 16. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 5a in 2018.
Page|18
Figure 17. Distribution of soil pH for 0 to 4 inch depth of grid sampling of Field 12 in 2014.
Page|19
Figure 18. Distribution of soil pH and cation exchange capacity for 0 to 4 inch depth of grid sampling of Field 12 in 2018.
Page|20
Figure 19. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 12 in 2014.
Page|21
Figure 20. Distribution of Mehlich‐3 extractable Boron, Calcium, and Potassium for 0 to 4 inch depth of grid sampling of Field 12 in 2018.
Page|22
Figure 21. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 12 in 2014.
Page|23
Figure 22. Distribution of Mehlich‐3 extractable Magnesium, Sulfur, and Iron for 0 to 4 inch depth of grid sampling of Field 12 in 2018.
Page|24
Figure 23. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 12 in 2014.
Page|25
Figure 24. Distribution of Mehlich‐3 extractable Manganese, Copper and Zinc for 0 to 4 inch depth of grid sampling of Field 12 in 2018.