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Plant uptake as Mg 2+ at root tip

Magnesium Cycle. Click on green circle to return to main cycle. Crop removal. Plant uptake as Mg 2+ at root tip. Plant residue and Microbial population. Chelates in solution. Immobilization. Mineralization. Mg fertilizer. Leaching MgSO 4. Soil Solution. Erosion. PPT. Secondary clay

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Plant uptake as Mg 2+ at root tip

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  1. Magnesium Cycle Click on green circle to return to main cycle Crop removal Plant uptake as Mg2+ at root tip Plant residue and Microbial population Chelates in solution Immobilization Mineralization Mg fertilizer Leaching MgSO4 Soil Solution Erosion PPT Secondary clay and humus Mg2+ Where you can go Where you have been Weathering CEC Authors: Jeffrey Ball, Mark Everett, Rick Kochenower, and Heather Qualls More Info.

  2. Plant uptake as Mg2+ at root tip Dolomite, MgSO4, MgO, Mangesite,Magnesia, Kainite, Langbeinite, Epsom salts Mg fertilizer Soil Solution Secondary clay and humus Oxides Silicates Sulfides Etc Where you can go Where you have been More Info.

  3. Crop removal Plant uptake as Mg2+ at root tip Plant residue and Microbial population Chelates in solution Mg fertilizer Soil Solution Dolomite, MgSO4, MgO, Mangesite,Magnesia, Kainite, Langbeinite, Epsom salts Where you can go Where you have been More Info.

  4. Crop removal Plant uptake as Mg2+ at root tip Where you can go Where you have been More Info.

  5. Plant uptake as Mg2+ at root tip Plant residue and Microbial population Chelates in solution Immobilization Mineralization Soil Solution Erosion Where you can go Where you have been More Info.

  6. Plant residue and Microbial population Soil Solution Erosion Where you can go Where you have been More Info.

  7. Chelates in solution Leaching MgSO4 Soil Solution Where you can go Where you have been More Info.

  8. Plant uptake as Mg2+ at root tip Plant residue and Microbial population Chelates in solution Leaching MgSO4 Soil Solution Secondary clay and humus Oxides Silicates Sulfides Etc Where you can go Where you have been More Info.

  9. Parent material non-exchangeable 2% of all rock Dolomite Magnesite Serpentine Biotite Olivine Fosterite Pyrope Iolite Diopside Augite Enstatite Actinolite Hornblende Talc Phlogopite Clinochlore Soil Solution Secondary clay and humus Where you can go Where you have been Weathering Oxides Silicates Sulfides Etc More Info.

  10. Dolomite, MgSO4, MgO, Mangesite,Magnesia, Kainite, Langbeinite, Epsom salts Parent material non-exchangeable 2% of all rock Dolomite Magnesite Serpentine Biotite Olivine Fosterite Pyrope Iolite Diopside Augite Enstatite Actinolite Hornblende Talc Phlogopite Clinochlore Mg fertilizer Soil Solution PPT Secondary clay and humus Where you can go Where you have been Weathering Oxides Silicates Sulfides Etc More Info.

  11. Plant uptake as Mg2+ at root tip Plant residue and Microbial population Dolomite, MgSO4, MgO, Mangesite,Magnesia, Kainite, Langbeinite, Epsom salts Chelates in solution Immobilization Mineralization Mg fertilizer Leaching MgSO4 Soil Solution Erosion PPT Secondary clay and humus Mg2+ Where you can go Parent material non-exchangeable 2% of all rock Dolomite Magnesite Serpentine Biotite Olivine Fosterite Pyrope Iolite Diopside Augite Enstatite Actinolite Hornblende Talc Phlogopite Clinochlore Where you have been Weathering CEC Oxides Silicates Sulfides Etc More Info.

  12. Soil Solution Mg2+ Where you can go Where you have been CEC More Info.

  13. Back to cycle More Info.

  14. Back to cycle More Info.

  15. Back to cycle More Info.

  16. Back to cycle More Info.

  17. Back to cycle More Info.

  18. Back to cycle More Info.

  19. Back to cycle More Info.

  20. Back to cycle More Info.

  21. More Information Effect of pH on availability Form taken up by plant Mobility in soil Precipitated forms at pH Mobility in plant Interactions with other nutrients Deficiency symptoms Fertilizer sources Deficiencies Location in plants Where deficiencies occur Radioactive isotopes Enzymes that require Mg2+ Toxicity symptoms/Toxicities Role of nutrient in microbial and plant growth Concentration in plants Ionic radius/Hydration energy Back to cycle References

  22. Back to cycle More Info.

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