![]() You can change your growing system to protect your health or you just don’t want soil molds to look at. Repeat weekly until you see the molds shrink and die. You want to thoroughly spray the molds until they are completely wet with these spray formulas. of Bicarbonate of soda mixed with a liter of water. Milk diluted 1:10 parts with water also makes an effective organic spray for powdery mildew.Here are three spray formulas you can use to kill or inhibit molds on plant soils. Give the plant a good soaking and be sure to let it drain well. Pour the drench through the plant-soil so the soil is thoroughly drenched and water drains out of the pot. ![]() Repot your plant in fresh sterile soil in a draining pot instead. If not you will not want to use this drench. Hopefully your pot has a drain hole in the bottom. ![]() Maybe more if you have a large pot of soil. You will need at least a quart of this drench per plant.Hydrogen peroxide drench will help kill molds and fungus. Dead matter attracts decomposers like molds. Remove dead leaves so they don’t rot into the soil.If your plant is full of mold, Repot your plant into light sterile soil.Using extra perlite is a great way to add air into your soil. Avoid Heavy dense soil mixes that trap and hold water.Occasionally using a wet paper towel to wipe your plant leaves can greatly reduce mold growth. Mold spores travel through the air and often settle onto the top of plant leaves. Wipe the leaves occasionally to clean off mold spores.Avoid misting your plants too frequently. Misting soil wets the top of the plant soil, keeps it wet, and attracts molds.Replant into a less organic rich soil mix to deter molds. Molds love organic-rich materials like wood bark which is often used in soil mixes and for growing mediums for aroids like orchids.More airflow around the plant pot will allow the topsoil to dry and discourage mold spores from settling into your soils. Stagnant air encourages mold growth on plant soils.Try moving the plant into a brighter location. Low light conditions make soils more likely to mold.Try pruning the bottom foliage back to allow air and light to your soil, if possible. Heavy plant foliage overhanging the pot eliminates airflow to the soil.Do you top water all the time? This keeps the topsoil constantly wet attracting mold spores (and fungus gnats too).Does your plant pot have a good drainage system? Use only well-draining pots to prevent the soil from holding too much water and attracting molds.On our site, we have a great guide on how to properly water your houseplants. Most houseplants do not like constantly wet soils. Are you overwatering? Molds grow well on constantly moist soils with poor drainage.Even more important, depending on the plants you grow, molds may indicate a need to change your plant management methods.Īre your plants healthy? OR are Drooping yellowing leaves a problem for some of your plants with moldy soil? Plant Management Methods to Deter Molds: Molds on the soil of plants may be harmless to plants, and mostly people, but it is still unsightly. Here are some ideas that will help deter molds and promote healthy plants. We help identify positive methods for mold-free healthy plant management below. It’s more likely you have some plant management methods that are encouraging molds AND ALSO harming your plants. It is easy to see a visual like moldy soil and think it is making your plants sick. Read more about why houseplants are beneficial to people here. Plants are very beneficial to people emotionally and as an environmental addition to your home. ![]() One reason the H2O2 helps prevent root rot is because like you said, it rapidly decays into water and free oxygen, which helps to oxygenate the roots, which prevents the plant from drowning.Mold growing on plant soil will not harm your plants It didn't cause the root death, it just moves in after the fact. The roots die, then they start to decompose, and thats where the mold/rot/etc you see as root rot comes into play. If you overwater, you literally drown the roots because they can't get enough oxygen. Its down in the roots that it becomes an issue. The leaves produce more oxygen than they use so they're fine. Its true that they use CO2 and sunlight in photosynthesis to make food, but they use basically the same kreb's cycle that we do to turn that food back into energy, and that means they have to burn oxygen to do it. Most people don't realize it, but plants require oxygen to survive just like everything else. Root rot is not caused by mold or anything like that, the mold is the results. You've got the right basic idea, but the wrong line of reasoning.
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