hey clack, I know you didn't ask me, but if you make tea with EM, the EM will just be protozoan food. Added at the end, they have a chance to compete and/or find the right niche.
TrichgnomesThanks.
I was pretty sure they were a good source of it, and I think I know what you're referring to-- the fact that each country cultures it from microbes in their area. For a while I was trying to figure out a way to keep a mother culture going indefinitely, but then I came across an article that was written by founder Matthew Wood, who apparently studies with Dr. Higa before starting SCD. I'm sure you probably know this CC, but for others who are curious, I found it quite interesting.
He stated why it was impossible to keep an EM extension going indefinitely. The Lactic acid bacteria, phototropic bacteria, and yeast are each cultured separately, and then added together to create the mother culture. The reason for this is that each group relies on different foodstuffs. The PNSBs, for example, do not readily consume molasses in the way LAB do, and would eventually be drastically reduced due to insufficient light, or lack of proper food. This shed a light on the concept of EM for me, because for the longest time I was viewing it as similar to yogurt, kefir or kombucha, all products that can be cultured from the same mother culture indefinitely. And to boot, the very opposite happens, the culture grows and one gets to share it with friends/family.
Rhodopseudomonas bacteria have a photosynthetic reaction center containing bacteriochlorophyll b that was first found in 1963 and classified 3 years later and have a range of metabolic processes (Lang and Oesterhelt 1989). R. viridis is an anaerobic, photosynthetic bacterium that has microaerophilic growth capacity. It is one of the most metabolically versatile bacteria known with the ability to convert carbon dioxide gas into cell mass and nitrogen gas into ammonia and hydrogen gas.
I don't buy that PNSB comment. The PNSB and PSB are the hardiest of bacteria. You can feed them with light. PSB were the first creatures to start converting our poison atmosphere to one breathable by plants. They did this by fixing carbon as protein, which was then broken apart to make mineralized N and C (as CO2). You owe everything to PSB's
ah, good point microbe. right you are. let's say then that there is a tendency for things not to be so fast most of the time. Particularly when trying to transform a mass of soil already colonized by roots. mad lib's mad lib:
and let's say that guanos are adjective in nitrates. and let's say I verb lots and lots. The immediate noun can verb gradual noun, no?
MicrobemanI don't see the point in adding EM or other stuff to ACT. All you need is the few foods to grow out the microbes you want. I added AEM at 50% to ACT once (I know; silly) but protozoa dead all over the place. I added 5 gallons of fish hydrolysate to 1200 gallons of ACT. Got 40% dead and dormant microbes. I don't add things anymore.
oh and on the teaming with microbes book... there is a revised edition coming out in feb... i got it wonder if it will be much different... Ive seen where there was better info in older versions of books... any thoughts?
I saw on another site they are reading and discussing it chapter by chapter in a sub-forum. Someone innocuous should suggest the book club approach here.
I saw on another site they are reading and discussing it chapter by chapter in a sub-forum. Someone innocuous should suggest the book club approach here.