Engineered
Regenerative Environmental Management Soil Food Web Lab Servi Environmenta
Mother Nature designed the system we use.
Mother Nature designed the system we use.
Engineered Composts, Compost Teas and Liquid Compost Extracts.
Have you ever wondered how forest echo systems can be the most productive in the world, year after year, without the need for N-P-K fertilizers or crop rotation? The answer lies below our feet in the community of organisms that are responsible for the cycling of nutrients that make this possible. This is referred to as the Soil Food Web. Unlike the food chain that is a linear pathway, the Soil Food Web can be thought of as the transfer of energy between species in an ecosystem containing all the potential pathwayThe sun’s energy is used to convert inorganic compounds into energy rich organic compounds. Through photosynthesis, minerals and carbon dioxide are turned into an energy rich material. Plants will exude these energy rich substances to both above and below ground surfaces in the forms of nectar in the flowers and exodus in the roots. While nectar is designed to attract pollinators, the acids, sugars and enzymes released into the rhizosphere are designed to favour the bacteria and fungi that populate the rhizosphere. The plants form a living symbiosis with the rhizosphere dwellers. Bacteria produce Nitrite alkaline (N03-) glues that break down parent material (rock, pebbles, sand, silt, clay, dust) and bind soil particles together into micro-aggregates. Fungal hyphae bind these micro-aigrettes together forming macro aggregates or larger soil particles building structure while producing Ammonium acidic byproducts (NH4+). Fungi are decomposers, breaking down plant and animal materials and rearranging the molecular bonds. These new compounds are used by the digesters themselves. Shared with the plants in exchange for more carbon rich exodus in a symbiotic relationship and excreted into the soil as byproducts in the form of Humic, Fulvic, and Ulmic acids. This interaction in the rhizosphere attracts predatory nematodes, protozoa, micro and larger arthropods (like centipedes), and even slime mold. These predators eat the shredders, decomposers, and other life found in the soil, expelling plant available forms of nutrients previously locked up and unavailable. This is known as the poop-loop. An example is when a Protozoa, whom has a wide Carbon to Nitrogen ratio of 30:1, eats a Bacteria, that has a close Carbon to Nitrogen ratio of 5:1, the Protozoa must expel or poop 25 carbon units for each Nitrogen unit consumed. All this happens in the rhizosphere, where the plant is constantly adjusting the pH of the soil through the length of the root to attain elements required.
A member of ACM Consultancy Services
ACM Consultancy Services Ltd. is a bespoke environmental and sustainability consultancy firm, which drives an equilibrium of environmental and operational performance, within the public and private sector, to empower a globally sustainable future through innovation, collaboration and expertise.
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Our experienced team will take care of your environment.
Maintenance services using our biological approach remediates past bad management practices.
Discover The Soil Food Web
The Secret To A Supercharged Garden
Sequester more carbon,
experience better drainage,
use less water,
increase drought tolerance and reduced weed pressure
$80/H
Soil Food Web Lab Services
Soil / Compost Assessments
Mobile Soil Food Web Assessments available at your site.
Our soil food web lab can help you to understand the biological profile of your sample. You will be provided with a lab report detailing the populations of the microbiology contained within your sample and whether they are within the requirements to be considered BioComplete. Lab reports are useful in helping to understand your fungal to bacterial ratio and if the amendments you are using are increasing the biological profile of your soil.
$150/H
Having the proper bacterial to fungal ratio for the crops you are growing is critical to achieving maximum yields
Our Compost products are engineered to bring your soil into the proper state of secession for the crops you are growing.
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Our "Brew Lab" uses an all stainless steel conical brewer to ensure bio-film is never present. Using a proprietary recipes; we combine organic foods, organic acids and aerobic beneficial biology to create BioDynamic Solutions.
Our teas are safe and pathogen free. All of our products are assessed using dark field microscopy.
Applied through low pressure spray by our team on above ground plant surfaces. Populations of beneficial biology established at 70% or more outcompete pests and disease for food and space, unable to become established.
Our Liquid Compost Extracts are made in the same all stainless steal equipment that our teas are brewed in.
With the addition of beneficial microbes we are able to increase the bioavailability of Phosphate, Calcium and Iron. Our compost extracts promote good soil health with enzymes that hydrolyze substrate into useful byproducts for the community of microbes in the rhizosphere .
Enhance the effectiveness of gas saturated liquids with invisible, long-lasting bubbles generated by proprietary Nanobubbles (Ultra-fine bubble) technology.
Ultra-fine Nanobubbles were first identified in Japan in the early 1990’s. Since that time, they have been extensively studied throughout the world to understand the amazing properties of these negatively charged, highly pressurized, invisible bubbles, and the applications in which they can be successfully employed to enhance gas saturation and retention in liquids.
Nanobubbles can enhance virtually any application in which stable, super saturation of gas in liquid is beneficial. Ultra-fine bubble technology can be employed in agriculture, aquaculture, wastewater treatment, chemical free cleaning, lake and pond remediation, reduced chemical swimming pools and spas, pharmaceutical production, hydrotherapy, oil and gas and more to enhance gas saturation. Ultra-fine bubble generators have been successfully integrated worldwide into systems and products installed in agriculture, aquaculture, swimming pools and spas, lake and pond remediation, wastewater and various oil and gas applications.
Our partner manufactures its low cost, low pressure and scalable volume ultra-fine nanobubble generators to allow integrators to readily incorporate them into their products and systems. Flow rates range from as low as 4 gallons per minute to up to 1,000 gallons per minute. Patented and patent pending products, generate 100 to 200 million ultra-fine bubbles of less than 200 nanometers in diameter per millilitre of liquid.
Oxygen is an essential plant nutrient – plant root systems require oxygen for aerobic respiration, an essential plant process that releases energy for root growth and nutrient uptake. Oxygen supplied for plant root uptake is provided mostly as dissolved oxygen (DO) held in the nutrient solutions used to irrigate the plants. If depletion of this dissolved oxygen in the root system occurs, growth of plants and water and mineral uptake are reduced.
Injury from low (or no) oxygen in the root zone can take several forms and these will differ in severity between plant types. Often the first sign of inadequate oxygen supply to the roots is wilting of the plant under warm conditions and high light levels. Insufficient oxygen reduces the permeability of the roots to water and there will be an accumulation of toxins, so that both water and minerals are not absorbed in sufficient amounts to support plant growth. This wilting is accompanied by slower rates of photosynthesis and carbohydrate transfer, so that over time, plant growth is reduced and yields are affected. If oxygen starvation continues, mineral deficiencies will begin to show, roots die back and plants will become stunted. If the lack of oxygen continues in the root zone, plants produce a stress hormone – ethylene, which accumulates in the roots and causes collapse of the root cells, at this stage pathogens such as pythium can easily take hold and destroy the plant.
Healthy roots supplied with sufficient oxygen are able to absorb nutrient ions selectively from the surrounding solution as required. The metabolic energy which is required to drive this nutrient uptake process is obtained from root respiration using oxygen. In fact, there can be a net loss of nutrient ions from a plant’s root system when suffering from a lack of oxygen (anaerobic conditions). Without sufficient oxygen in the root zone, plants are unable to take up mineral nutrients in the concentrations required for maximum growth and development. Maintaining maximum levels of dissolved oxygen boosts nutrient uptake by ensuring that healthy roots have the energy required to rapidly take up and transport water and mineral ions to the plant.
Aquaculture is the fastest-growing animal-based food industry in the world. Over half of the seafood eaten in the US is farm raised, most being imported. Population growth and diminishing natural harvests put the managed aquaculture industry in a prime position for explosive growth globally. Superior water quality management will be key to ultimate industry success.
Dissolved oxygen (DO) is by far the most important chemical parameter in aquaculture. Low-dissolved oxygen levels are responsible for more fish kills, either directly or indirectly, than all other problems combined. Like humans, fish require oxygen for respiration. The amount of oxygen consumed by the fish is a function of its size, feeding rate, activity level, and temperature. Small fish consume more oxygen than do large fish because of their higher metabolic rate.
Fish farmers, attempting to maximize production, stock greater amounts of fish in a given body of water than found in nature. Frequently, due to increased oxygen demand, it is necessary to supply supplemental aeration to maintain adequate levels of dissolved oxygen.
To obtain good growth, fish must be cultured at optimum levels of dissolved oxygen. A good rule of thumb is to maintain DO levels of at least 5 ppm. Dissolved oxygen levels less than 5 ppm can place undue stress on the fish, and levels less than 2 ppm will result in death. While this is a rule of thumb, warm and cold water species have varying tolerances to low DO levels.
Fish are not the only consumers of oxygen in aquaculture systems; bacteria, phytoplankton, and zooplankton consume large quantities of oxygen as well. Decomposition of organic materials (algae, bacteria, and fish wastes) is the single greatest consumer of oxygen in aquaculture systems. Accordingly, management of supplemental oxygen is critical.
In nature, oxygen enters the water primarily through direct diffusion at the air-water interface and through plant photosynthesis. Direct diffusion is relatively insignificant unless there is considerable wind and wave action. Several forms of mechanical aeration are currently in use to assist nature. The general categories are:
We offer a new, more efficient, and more effective technology for maintenance of DO levels in aquaculture operations utilizing ultra-fine nanobubble generation. None of the above aeration methods generate ultra-fine nanobubbles.
Cleaning is normally associated with soaps and other chemicals. Ultra-fine nanobubbles, particularly CO2 nanobubbles, are an effective and earth friendly alternative. Our ultra-fine nanobubble technology has been widely, effectively and economically used to clean everything from cars to windows to heavy equipment to metals to commercial buildings and more. The combination of the penetration properties of nanobubbles and the degreasing capabilities of CO2, provides a chemical-free, effective solution for both small and large scale cleaning applications.
Throughout the world, lakes, ponds, estuairies, creeks and rivers are experiencing problems with excessive algae, anoxic water and fish and wildlife kills. While unhealthy and unsightly, these issues usually also cause unpleasant odors the abutters must live with.
It is widely recognized that these problems are caused by the negative impact on the water bodies’ natural biom of diminished dissolved oxygen (DO) levels throughout the water column. Overall DO decreases due to increases in the biochemical oxygen demand (BOD) required to decompose dead algae and remediate the impact of fertilizer and industrial and human waste runoff.
The essentials
Engineered Biological Solutions for foliar and Root applications
Biological Root injections
From 4.50/Each
60 injection minimum order
Local Delivery available 1/2 - 7 yard loads $80-$125/load + Material
Also available by the pound.
Contact us for availability.
Hardscape Landscaping services.
bobcat, mini excavatior, and mini-skidsteer services $150/h
Hardscape labour $125/h
Biological Soil Assessment Services
Fungal to Bacterial ratio
Sample collection protocols and sample submission forms are available in the Downloads section at the bottom of this website.
Contact us for a detailed quote
4 hour minimum billed at $100/h includes 1 employee and an equipped truck. 4 hours includes 30 min to your site, 3 hours labour, 30 min green waste disposal including tipping fees. Each additional employee/hour billed at $80/h.
Contact us for a custom quote
Complete Systems from $5K
Regenerative Agriculture, Vertical Farming, Controlled Environments, and living Soils educational services.
Contact us to see what we can do for you.
rob@thesoilwhisperer.com
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