To dry out soil quickly, you can apply hydrated lime to the soil, add compost and then turn the soil thoroughly to aerate it. Adding hydrated lime and compost will help absorb the water in your soil, and turning it all will help distribute the water in the waterlogged soil throughout your garden.
Using a hairdryer directly on the soil is an easy way of removing that excess moisture easily. However, there are some things to take into consideration when doing so. When directed at the soil the dryer will only remove the moisture from the surface having the rest of the soil wet.
The duration of the rain is the first aspect that impacts how quickly the ground will dry. If the rain was brief, such as 15 minutes, the ground may dry up in 6 hours and you may be able to work on it afterward. However, if there is continuous rain for 4 days, the ground may take longer than 4 days to dry up.
Add Organic Material
Aside from adding fertility, organic material is also great for breaking up heavy dense soils. By mixing and bonding with soil particles it allows for more air space and drainage. As a side note adding organic material can also help dry soils hold moisture.
To dry out soil quickly, you can apply hydrated lime to the soil, add compost and then turn the soil thoroughly to aerate it. Adding hydrated lime and compost will help absorb the water in your soil, and turning it all will help distribute the water in the waterlogged soil throughout your garden.
If your potting soil has been sitting in your shed since last year in an opened bag and it's gotten wet, toss it. If it somehow stayed bone dry, it should be OK to use.
Wet soil can mean the death of many landscape plants — due not only to excess water but also to lack of oxygen. Plants that can't tolerate such conditions usually die of suffocation. Improving drainage in the area is always a plus; consider installing a French drain, a wet-weather bed or raised beds.
Yes, coffee grounds can help prevent soil diseases… in a laboratory. Mixed into a growing mix, they have been found to control such harmful fungi as Pythium (which causes root rot) and Fusarium and Sclerotinia (vascular diseases).
Hydrogen peroxide can help to control fungal growth and fungal infection, such as root rot, by preventing the growth of fungi. It can also help kill fungus and bacteria on plant roots.
Baking soda has a pH of around nine, and its alkalinity will act as poison for fungi. It will eliminate it from the roots by alkalizing the soil and preventing it from developing.
Look out for signs of overwatering – including a limp plant, yellowing leaves, or dropping leaves. If you see these signs, test the soil with your fingers. It should be pretty obvious if it's soggy! Stop watering and let the soil dry out.
You can gently take the plant out of its original pot and place the root ball on top of a layer of newspaper. The newspaper will help to absorb excess water. You may need to change the newspapers a few times until it has removed as much of the water as possible.
In general terms, if the soil in a pot takes more than two weeks to dry out, it is probably drying too slowly and may cause problems for your plant. Overwatering is one of the most common problems when growing houseplants, resulting in soggy soil conditions that cause root rot.
Often, soil is dried in an oven in the laboratory. This is usually at 105°C for measurement of the total water content (Topp et al., 2008), but may also be at lower temperatures to remove part of the water.
The good news is that most plants will bounce back between 7-14 days if they're given proper care (which includes rehydration). If this isn't possible because major damage was done or little healthy root system exists then expect about 2 weeks until improvement can be seen.
Approximately 1% to 2% of granular quicklime by dry weight of soil is normally applied, an amount not generally sufficient to achieve chemical modification or stabilization. Strangely enough, the most common and costly mistake in lime application is inadequate moisture.
Excess moisture, also known as moisture stress, can be caused by inadequate water drainage or a pot without any holes. A few things that encourage the growth of fungus include dense soil, a lack of drainage holes, and the wrong pot size.