Living Organic Super Soil
The Bomb™ is a class-defying mix that some would call soil and others would call soilless media, yet everyone knows it will Make Your Plants Explode!
We have four different variants in the Bomb Line to fit your growing style. All of these mixes perform quite similarly, will grow at relatively the same rate and have similar amount of nutrients and amendments built into them. The only thing that is different about each of the four ”Bombs” is the base. Original Bomb™ has an all Coco coir base. Sphagnum Bomb™ has an all Sphagnum peat base. Let us explain what is different about these bases.
While Coco is a little easier to hydrate, Sphagnum makes a more cohesive root ball. The 50/50 blend offers the best of both. If you don’t have a preference, choose Bomb 50/50™. The fourth type is called Raised Bed Mix and is just like Bomb 50/50™ but we swap the perlite with organic rice hulls. This works great in raised beds and landscape applications where clients don’t want to see the white perlite specks or when extra water retention is desired. We do add a bit more nitrogen to Raised Bed Mix to offset the additional carbon from the rice hulls.
Our original mix. Coconut husk peat is the base for this mix.
Our most popular mix, this version has half coco peat and half sphagnum peat.
For growers who prefer all sphagnum peat.
RAISED BED MIX™
We replace the perlite with organic rice hulls.
Click on the ingredients below to learn more about each one
Coconut Coir Peat
Coco peat is a proven natural alternative to mined peat moss. Using it helps slow down peat extraction from environmentally sensitive swamps worldwide. Coco coir peat will last three times as long as peat moss and sphagnum peat moss. Unlike peat moss, coco coir is hydrophilic and will re-wet easily without using wetting agents. It can hold up to 8 times its own weight in water. Used as a growing medium/potting medium, coco coir outperforms most of the popular brands of peat and sphagnum peat.
Coco coir peat promotes healthy root growth in plants. This eco-friendly alternative to peat moss is derived from the husk of the coconut. Coco coir is an excellent growing medium for both commercial and home gardening applications. The hydroponics and horticulture industries have observed that plants grown with the aid of coir develop larger roots, stems and blooms. This is because unlike ordinary soil, which is usually compacted, coco peat provides more breathing space and aeration for plant roots, resulting in better growth.
Coco peat is included in Original Bomb™, 50/50 and Raised Bed Mix, and is not included in Sphagnum Bomb™.
Sphagnum is a genus of approximately 380 accepted species of mosses, commonly known as “peat moss” though they are different as peat moss has a more acidic pH level. Accumulations of Sphagnum can store water, since both living and dead plants can hold large quantities of water inside their cells; plants may hold 16 to 26 times as much water as their dry weight, depending on the species. The empty cells help retain water in drier conditions.
Our Coarse Grade Peat Moss is ideal for plant propagation. It boasts an excellent air filled porosity (AFP), allowing roots to grow and expand to their maximum capacity. It is also preferred by mushroom growers for its fibre structure and water absorption properties.
Sphagnum peat is included in Sphagnum Bomb™, 50/50 and Raised Bed Mix, and is not included in Original Bomb™.
Heat expanded volcanic rock is the world’s premier organic aeration and drainage agent. This means that it lets water drain into the mix more quickly and then pulls air in as it drains out. See more about the advantages of perlite here. It is not Styrofoam as some people assume. It is rock.
Dynamic Dressing Compost
High nitrogen, Biodynamically prepared chicken compost, fully composted at over 140F and then cured. Non windrow turner turned and perfectly carbon to nitrogen balanced with natural sawdust for higher microbe species and more nutrients. In addition to the biodynamic preps that are inserted into the pile we inoculate with beneficial nematodes as well as the Stratiolalapse S beneficial. These great micro-arthropods will patrol your soil looking for pest insects to devoure and provide the crucial final layer of the soil food web delivering the organic nutrients to your plants. To learn more about our Dynamic Dressing Compost® click here.
There is just too much good to say about worm castings, so here’s a link: The Benefits of Vermicompost
Kelp meal is a very high quality organic fertilizer. With an N-P-K ratio of approximately 1-0-2, it is a good source of nitrogen and potassium. It also contains minerals, amino acids, and trace amounts of other micronutrients. Kelp meal is seaweed, specifically Ascophyllus nodosum, and is harvested from the ocean. We primarily add it for it’s root stimulant and as a tonic for transplant shock.
High nitrogen protein and excellent fungal organism food. Feather meal has a good mix of soluble and non-available nitrogen to provide a great start and a long-time release that you can still feed lightly on top of if desired.
Adds calcium and sulfur, both critical, increasing the calcium to magnesium ratio while dropping p.H. Gypsum’s bound sulfur is much less fungicidal than other sulfurs, helping microbes, yet still pushing against the dolomite to drop us closer to our 6.5 optimal p.H.
Oyster Shell Flour
Adds calcium and magnesium
Adds calcium & magnesium. Dolomite is ground natural limestone and will buffer acidic conditions yet never raise above 7.
Feeds beneficial bacterial microbes and adds carbohydrates to enhance the flavor of fruits and vegetables.
A natural trace mineral source, AZOMITE® is unique highly mineralized ore that is a complex silica (Hydrated Sodium Calcium Aluminosilicate or HSCAS) mined in Utah from a deposit left by an ancient volcanic eruption that was ejected out of the side of a mountain. The volcanic ash filled a small nearby sea bed. The combination of seawater, fed by hundreds of rivers rich in minerals, and the rare and abundant minerals present in volcanic ash created the AZOMITE® deposit which is found nowhere else on Earth. The deposit is very old, perhaps as much as 30 million years. Today, the geologic characteristic is an outcropping known as a hogback.
High in nitrogen, protein and phosphorous another excellent beneficial microbe food.
Fossilized Seabird Guano
An ancient and naturally chelated source of phosphorous. Our two source method insures that plants, and especially flowering plants have what they need.
Complex organic acids that help to acidify the soil and improve nutrient uptake.
Harvested from an archeological excavation in the Colorado Rockies, this amazing organic material is over 45 million years old and has large amounts of humic and fulvic acid. It was the ancient plant mater surrounding actual mastodon and mammoth remains.
Humic Acid makes nutrients more absorbable. Essentially highly concentrated ancient organic matter. Humic acid is a principal component of humic substances, which are the major organic constituents of soil (humus), peat, coal, many upland streams, dystrophic lakes, and ocean water. It is produced by biodegradation of dead organic matter. It is not a single acid; rather, it is a complex mixture of many different acids containing carboxyl and phenolate groups so that the mixture behaves functionally as a dibasic acid or, occasionally, as a tribasic acid.
12 strains of symbiotic root organisms that increase uptake of nutrients and water.
Ancient sand deposit provides silica & potassium.
A small amount is our final effort to correct the typically Alkaline water and soil conditions in Colorado.
As one of nine essential nutrients that plants require for growth just a few parts per million make a huge difference. Many processes are dependent on this nutrient, including chloroplast formation, photosynthesis, nitrogen metabolism and synthesis of some enzymes. This role of manganese in plants is extremely crucial. Deficiency, which is common in soils that have neutral to high pH or a substantial deal of organic matter, can cause serious problems with plants. Adequate Manganese prevents chlorosis.
Zinc is an important yield factor that is responsible for leaf sizing. With the leaf being the plant’s primary solar panel, the overall size (surface area) of the leaf will directly govern the amount of sunlight that can be captured by the plant to facilitate photosynthesis. Photosynthesis is responsible for 90% of all plant production so improving photosynthesis is improving plant production. Additionally, when you supply adequate zinc levels to your crop, water absorption is enhanced as are flower and fruit development, as well. Because water is required for all nutrient uptake and nutrient translocation within the plant, improving water absorption is key in achieving top production. Adequate Zinc prevents chlorosis.
A tiny amount of borate assists the plant in immune function.
An excellent natural source of potassium that is slightly more available than the green sand in the soil food web for immediate delivery.
Yucca Saponin Wetting Agent
An organic, yucca-based wetting agent with saponins that increases your crop’s water and nurtrient uptake and gets water into our mix even faster.
- Saponins improve the soil’s absorption and dispersal of both nutrients and water by reducing surface tension. This allows plant roots to absorb more of what is available to them as the water and nutrients are distributed more evenly.
- Yucca extracts reduce salt buildup by reducing dry pocket formation within the soil and increasing permeability in clay soils. In the case of excessive mineral buildup, yucca extracts will reduce the amount of water necessary to flush the soil.
- Saponins and complex carbohydrates in yucca extracts provide slow-release food sources for many soil-dwelling microorganisms. As a result, many compost tea recipes use yucca extracts. Yucca extracts commonly contain micronutrients such as iron, zinc, manganese and copper as well.
- Yucca contains antioxidants (i.e. salicylic acid, vitamin C) that protect cells from free radical damage. Yucca extracts also stimulate plants’ immune systems to produce their own protective hormones boosting insect and disease resistance.