This document provides an overview of natural soil remediation methods that ordinary people can do themselves, including composting, phytoremediation, and mycoremediation. It explains that composting uses microbes to break down contaminants, phytoremediation uses plants, and mycoremediation uses fungi. Specific techniques are described, such as using oyster mushrooms to break down petroleum or turkey tail mushrooms to treat other toxins. Beginner plants and mushrooms are recommended. The document promotes using these natural methods to both remediate soil and improve its overall health and biodiversity.
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What is 'Grassroots' Soil Remediation
1. A resource for grassroots soil remediation products, education, and community
Remove toxins from the soil in small residential lots using passive, non-invasive, soil-building natural
processes
16. None of these are something
someone can do on their own
Plus other issues like being prohibitively expensive, looking ugly, being loud and disruptive,
and destroying all life in the soil and all the wildlife habitats on the site
19. Grassroots Soil Remediation is
remediation that is safe and
plausible for an ordinary* person
to do.
*ordinary, in this case, meaning people without specific soil science and remediation education and
training that do not have the funds/access/support of remediation companies.
People without soil remediation day jobs.
20. All Natural Soil Remediation
Plus it develops the soil, is much prettier, improves the soil so that it can hold water better and capture
carbon, improves and creates habitat for local wildlife and bees, and reduces erosion.
It’s typically much cheaper. The trade off is that it’s slower. It runs at nature’s speed.
22. *Bioremediation has 2 meanings, depending on who you ask:
- Using special microbes (usually bred in a lab) to eat specific toxins
(microbial remediation)
or
- Using all-natural remediation processes / using nature to fix nature
One of these the is accessible to the layperson, one of these isn’t.
I’m mostly just going to say ‘Compost’, because compost is the layperson’s way to
breed helpful microbes that eat toxins.
27. Microbial Remediation
“Microbial Remediation uses microorganism to either degrade organic contaminants or to bind heavy
metals into more inert and less biological available forms.
“Microorganisms break down contaminants by using them as a food source or metabolizing them with a
food source.”
-Leila Darwish
28. “If you are doing any restoration project,
healthy soil is the foundation.”
- Marika Smith, Victoria Compost Education Center
29. Compost
decayed organic material (as of leaves and grass) used to improve soil especially for growing crops.
- Merriam - Webster Dictionary
35. Phytotechnology
“Phytotechnology is the use of vegetation to remediation, contain, or prevent contaminants in soils,
sediments and groundwater, and/or nutrients, porosity and organic matter.
It is also a set of planning, engineering and design tools and cultural practices that can assist landscape
architects, site designers, engineers and environmental planners in working on current and future
individual sites, the urban fabric and regional landscape.”
- Kirkwood and Kennen
Second up -
36. Types of Phytotechnologies
Phytodegradation - plant destroys it
Rhizodegradation - microbes in soil destroy it
Phytovolatilization - plant releases it as a gas
Phytometabolism - plant uses it for growth, incorporates it into biomass
Phytoextraction - plant extracts and stores it, must be harvest and removed for treatment
Phytohydraulics - plant pulls up water, contaminants may come with it
Phytostabilization - plant holds it in place
Phytoaccumulation - plant collects contaminants from air and stores it
Rhizofiltration - roots and soil filter water
Phytobuffering - proactive plant choice prevents future contamination
37. Limited contaminants/soil conditions
Relatively shallow
Removing plants/risk exposure to humans
Maintenance and monitoring costs
Time/plant growth time
Natural systems/climate is variable and
unpredictable
Availability of plant stock
Legality and lack of understanding
Opportunities and Constraints
Plant-based: natural, passive, solar-powered
Diverse toxins on diverse types of sites
Leaves soil intact, even improved
Less expensive when applied correctly
High public acceptance
Integrated into other vegetation and design
Pollution prevention
Indicator species
38. Lower Maintenance Phytoremediation Techniques
Phytodegradation - plant destroys it
Rhizodegradation - microbes in soil destroy it
Phytovolatilization - plant releases it as a gas
Phytometabolism - plant uses it for growth, incorporates it into biomass
Phytoextraction - plant extracts and stores it, must be harvest and removed for treatment
Phytohydraulics - plant pulls up water, contaminants may come with it
Phytostabilization - plant holds it in place
Phytoaccumulation - plant collects contaminants from air and stores it
Rhizofiltration - roots and soil filter water
39. *The list excluded techniques that involve planting species that accumulate metal and
then having to extract the toxin plants and safely dispose of them
The remaining techniques involve the plant doing all the work with no extraction
necessary
40. Phytoremediation is better at treating:
In descending order:
Nutrients: nitrogen, phosphorus
Chlorinated Solvents
Pesticides
Petroleum
Salts
Explosives
Metals
Radionuclides
POPs
46. Mycoremediation
“...the use of fungi, specifically mushrooms, for creating simple yet effective biomass capable of breaking
down environmental and industrial pollutants.”
“Research has proven the efficacy of using fungi to degrade contamination such as PCBs, aromatic
hydrocarbons, and oil spills.”
- Tradd Cotter
Third up -
47. It’s the part of the mushroom
underground (the mycelium) that’s
doing all the work breaking down
toxins.
Not the fruiting body.
Mycelium, the best part