Dr Elaine Inghams ‘Soil Food Web’ Lectures

Take a look at this amazing resource I’ve just discovered, it’s Dr Elaine Inghams lessons on the soil food web, as well as creating your own composts and compost teas/extracts. The information contained hereinafter is often behind a paywall.

“Elaine Ingham, Chief Scientist at Rhodale Institute came to Hawi, Hawai’i in July 2012 to deliver a 5 day seminar dedicated to studying, understanding, and improving our soil biology to assist in ecologically sound agricultural practices. This is where I got my introduction to the microscope and learned much of it’s importance. This was some of the best 30 hours of class ever, and I often re-watch this epic series to refresh myself and discover more as I tune my own magnification of understanding this microscopic wonderland.” – Drake of Natural Farming Hawaii.

This presentation consists of 18 videos containing a total of 26 hours of footage. For information purposes the audio quality is a little poor and the presentation slides are slightly out of focus.

LINK: http://naturalfarminghawaii.net/learn-natural-farming/elaine-ingham-seminar/
PLAYLIST: https://youtu.be/a5Lbag-4Dew?list=PLEF3AC2CFE07692A4

Using Cutting Edge DNA Analysis To Unlock The Secrets Of The Soil

Scientists unlocking the secrets of soil by unravelling its genetic fingerprint. His garden soil has had its ‘DNA’ sequenced in a race against the clock, to highlight both the rapid advances in DNA sequencing technology and its expanding range of uses in biological science.

The data unearthed which microorganisms are in the soil and what they do. This cutting edge soil analysis, known as ‘metagenomics’, is still in its infancy but could offer great benefits for agriculture, helping us to understand how soil works, how climate and farming can affect soil systems, and how to ensure productivity and sustainability.

A truly fascinating technology that will be extremely useful for next generation soil analysis and finding out how different agricultural/horticultural techniques affect the ratios and diversity of the organisms from the soil food web.