The Living Soil - How to organery in a Responsible and Environmentally-Friendly Manner

Miracle Grow Fertilizer - The Living Soil - How to organery in a Responsible and Environmentally-Friendly Manner

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The Living Soil

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Miracle Grow Fertilizer

Did you know that in one teaspoon of living soil there are 100 million to 1 billion bacteria,1 mile to 40 miles of fungal hyphae, and 1,000-100,000 protozoa? These organisms contribute a variety of benefits for the plant. The bacteria eat the exudates (simple sugars, carbons, carbohydrates) that the plant puts out through its roots, who are then eaten by the protozoa, and what it excreted by the protozoa is plant ready nutrients. Beneficial fungi protect the plant from pathogens and harmful microbes, as well as creating pathways in the soil that bring water and nutrients back to the plant from larger distances. Bacteria and fungi work together in decomposing organic material and development the nutrients plant available. This is a sustainable process that allows for the growth of wholesome plants, without the need for fertilizers, pesticides, and other chemicals. After all, there's no one out there putting Miracle Gro on our rainforests, yet a look at prosperous plants are at growing in these microbially-rich environments.

So what went wrong? Why can't the plants in your backyard grow in the same manner? The acknowledge is simple. The biology valuable to cycle nutrients to the plant and protect it are no longer present or not present in adequate numbers. So where did they go? Well, they were killed off by chemical fertilizers, pesticides, fungicides, over tilling and compaction.

Chemical fertilizers and other ~cides consist of salts. Remember back to high school science where you learned about the process of osmosis? It's the movement of water through a cell membrane from a clarification of low solute attention to a clarification with high solute concentration. So where is the water in the soil located? It's locked up in the cells of these microbes. When salts in the form of chemical inputs are added to the soil, the water is drawn out of the microbes and they are whether killed or go into a dormant state. Now the plant is dependent on you to contribute all of its food and protection. That's why you have to fertilize on a quarterly basis.

In addition to damaging the biology in the soils, these chemicals are having other impacts of much greater consequence. Nitrates from fertilizers are leaching into our water system, and pesticide exposure has been related to a variety of diseases such as cancer. There's a intuit that lawn fellowships recommend retention children and pets off of lawns after they've been sprayed, these chemicals are extremely toxic!

So what's an alternative? This is a shift from our current N-P-K paradigm towards an organic way of gardening by feeding the microbes in the soil and letting them do the work for us. Our antique ancestors gardened in this manner long before we knew what bacteria was. Fertilizer was in the form of manures, which was decomposed by the microbes and in case,granted all the nutrients the plant needed.

Using present day technology, we are now able to add these organisms back to our soils and feed them through a variety of organic inputs. The three best things you can do for your soil is to topdress with compost, mulches, and compost tea. Since many of you probably already know about the benefits of compost and mulch, I'd like to focus a bit more on compost tea.

When I say compost tea, I'm referring to actively aerated compost tea or Aact for short. This difference is important because there is a big difference in the middle of throwing some compost or manure in a bucket letting it sit for a concentrate of weeks, and Aact.

Aact is an aerobic water clarification that has extracted the microbe citizen from compost along with its nutrients. The idea behind compost tea is quite simple, though the actual process come to be scientific and has many variables that need to be accounted for. The idea is that compost (full of Beneficial microorganisms) is put into water and then nutrients or foods for the microorganisms are added to allow the bacteria, and protozoa to multiply rapidly and the fungi to grow. Air is sent through the water to keep the dissolved oxygen levels above 6 mg/liter, as this selects for the aerobic microorganisms, which are the ones found to be most beneficial. At the end of the brewing cycle, what you have is a concentrated liquid full of billions of microorganisms that can be sprayed directly onto the leaf surface. This puts the "good" biology where the plant needs it to protect itself. It keeps the plant healthier and helps to fight off inherent diseases. The "good" biology occupies the infection sites on the leaf surface and survive there by spicy the exudates that the plant puts out. The "good" biology, then out competes the pathogens for the space on the leaf surface or nearby the roots. This is how plants protect themselves in nature.

It is inherent to make bad Aact. If you don't start with good compost, don't add the proper number of nutrients, or keep the brew sufficiently aerated, you could be selecting for pathogens rather than Beneficial and end up with a tea that will have small to no corollary on your plant or maybe even do damage.

Along with compost tea it's important to do applications of other bio-amendments such as soluble seaweed, humic acids, and fish hydrolysate for example. Seaweed serves as a bacterial food substrate and also provides added benefits for your plants in the form of growth hormones, increased stress resistance, and faster plant response. Humic acids serve as a fungal food and also chelate (bond with) minerals in your soil and make them ready to your plant (many minerals in your soils are "locked up" or unavailable to your plant).

When gardening in this manner, it's important to adjust your application rates or schedule to fit with the needs of your organery or pumpkin patch. In the case of giant pumpkins, I'd recommend an initial topdressing of your patch with compost and an application of compost tea, adding soluble seaweed and humic acids to the tea after brewing. Then, another application 2-3 weeks before planting and another one when you plant your starters (adding mycorrhizal fungi into the hole at this time). After that, I'd start a weekly application schedule comprised of both a foliar and soil application for the life of your plant. In the fall, I'd add a mulch to your patch, followed by an application of compost tea (to speed up decomposition over the winter). Since you have such rapid growth requirements for these pumpkins, I'd recommend an organic fertilizer to supplement the rest of your program.

These application rates are much higher than what I typically recommend to homeowners or gardeners. Once an organic schedule has been established, typical application rates of Aact, humic acids, and seaweed are only 3-5 times per year.

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