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SOP 0-0-50-17S is organic potassium. Never MOP. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Potassium identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

KNO₃ 13-0-46 is conventional only, on salty/high-S ground. Count its N. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Potassium identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Solubor is split 3–4 ways. Never the season's B at once. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Boron identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Zinc sulfate is tissue confirmed only. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Micronutrients identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Fermented humic acid is 12% liquid or dry soluble humate. Always on. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Lime is moderately low calcium with pH under 6.2. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Calcium identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Gypsum is moderately low calcium with pH 6.2 or higher. Never on high sulfur soil. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Calcium identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.

Eden soluble calcium is for severely low calcium per your soil report. Name and rate set by Cure Soil. This is the role it plays in the Cure Soil approach. The reason to use it is the job described here, not the idea that adding more of everything makes soil healthier.

Use it when The Plan · Calcium identifies that job and the linked protocol explains the conditions. Compare it with the named part of your soil report before choosing a rate. If you do not have the relevant reading yet, ask Cure Soil to set the rate instead of guessing. Where a label applies, follow that label.

Do not use it simply because another garden needed it. Too much of an input can crowd out another nutrient, stress the soil's living community, or hide a water problem. For living products and extracts, also keep oxidizers such as bleach and chlorine away: they kill the organisms you meant to bring into the soil. Check the warnings in the matching protocol before combining anything.

To tell whether it helped, note the reason you chose it, then compare the same bed and the same relevant report measure next round. Look for the expected change in the roots, soil or measured shortage rather than declaring success from a single greener leaf. If the signal did not move, pause and reassess before repeating the application.