COLD FIRE
4 CORNERS
Using locally sourced fungi
to rot woody debris,
increase soil moisture,
and build soil
Fungi recycle wood into soil naturally, we can expedite it!
2004-2018 First Pilot Project data
Pilot study In Pikes Peak National Forest
about 4 cubic yards of woodchips
12" deep mulch piles
+ local fungi
+3-5 years
-additional irrigation
_________________
4" of soil in 5 years.
Some slash piles have to wait 3 years to cure before they can be burned, this one at Dalla Mtn Park had a mushroom on it
Fungi increase moisture holding capacity & decrease dry material
2004-2018 First Pilot Project data
We like a shallow depth to moisture, we don’t want a lot of dry material hanging around
this graph shows the fungi decreased the depth over the control (just woodchips, no fungi)
Fungi can convert woodchips to forest soil without added water
2004-2018 First Pilot Project data
We can improve the speed by tweaking a few things
-inoculation rate
-watering
What We Offer-
Coldfire 4 Corners Timeline
Month 1: Site Assessment matches fungi to fuel type
End of season 1, 2, 3:
Inoculate & Monitor
Month 2: Prep fuels for treatment
Property Size (ac) | Cost (assuming 2 cu yd produced per acre) |
1.00 | $211.59 |
3.00 | $634.77 |
5.00 | $1,057.95 |
10.00 | $2,115.90 |
20.00 | $4,231.80 |
25.00 | $2,644.88 |
30.00 | $3,173.85 |
40.00 | $4,231.80 |
50.00 | $5,289.75 |
Pricing
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About Fungal Solutions
Fungal Solutions began in 2018 as Science by Design, LLC, Dr. Lauren Czaplicki's technical consulting firm. Science by Design began doing business as Fungal Solutions in 2022 when the company refocused on fungal technologies. Now, Fungal Solutions is part consultancy, part think-tank, part education center, and fully focused on leveraging fungi to solve large environmental problems.
Our Vision
Our Mission
We seek a world where fungi are leveraged in their full capacity to help humans live in harmony with their environment.
We are driven to inspire, design, and execute mycotechnology commercialization strategies that center on local fungi to build resiliency.
Dr. Lauren Czaplicki holds a Doctorate, a Master's, and a Bachelor's with work in environmental engineering. For her dissertation work at Duke University, she coaxed native soil fungi to clean up legacy pollution from Superfund sites. On ColdFire, we have expert support from Jeff Ravage (CUSP and Denver Botanic Gardens researcher).