Jeff Ravage

Jeff Ravage

Jan 04, 2024

Group 6 Copy 629
0

2024 Progress notes

The carbon experiment has been running since September of 2023. We are using 10 species of mushrooms to digest both hardwoods and softwoods to determine the carbon sequestration capacity of the post decay compost. We are measuring our bags weekly, harvesting fruit when needed and carefully documenting everything that goes in or out from the growth bags. We need very accurate measurements, and multiple bags to gather enough data to make reasonable claims about the rotting process and the outcomes. When complete, we will have a model of the speed of different species and the completeness of their decay on different woody materials. We will also have a good idea of how much moisture and carbon dioxide is exhaled in the process. Our field trials have given us a good idea of what to expect, but repeating everything in a controlled environment, strictly monitored by out team, and in the complete absence of bothersome squirrels, will allow us to begin creating a carbon offset protocol based on our technique of rapid mushroom decay.

Proof fruiting of Pleurotus ostreatus where we prove that the strains of mycelium we work with are what we claim they are.

Here is a hericium coral that we fruited.

Happy volunteers weighing out sawdust substrate for our many mushroom bags.

We're really going to try and set up a zoom soon so we can say hello and thank you to everyone and share some of the work we have completed. This study, however, will go into 2025. We've found that staggering the runs is the only way to make this project manageable. There's a whole lot of ROT going on!

Happy New Year funders!

0 comments

Join the conversation!Sign In

About This Project

Our previous study on the decay of forest waste products found that the compost produced by wild fungi holds up to twice as much carbon as natural montane soils (duff, produced by natural organic decay).

"The carbon sequestration potential of fungally produced composts" will investigate the carbon contents of post decay composts produced by white and brown rot fungus both in situ and in the lab. These techniques could aid in the natural sequestration of carbon in soils.

Blast off!

Browse Other Projects on Experiment

Related Projects

Wormfree World - Finding New Cures

Hookworms affect the lives of more than 400,000,000 men, women and children around the world. The most effective...

Viral Causes of Lung Cancer

We have special access to blood specimens collected from more than 9,000 cancer free people. These individuals...

Cannibalism in Giant Tyrannosaurs

This is the key question we hope to answer with this study. This project is to fund research into a skull...

Backer Badge Funded

Add a comment