Founded by Dr. Elaine Ingham in 1996, Soil Foodweb Inc is dedicated to changing the way the world grows food and how humans treat the Earth's soils.
The Soil Foodweb Approach has been used on over 5 Million acres worldwide to dramatically reduce input costs, increase yields and to sequester soil carbon at rates that have the potential to stop Climate Change.
Founder and Director of Research for Soil Foodweb Inc.
Dr. Ingham has pioneered research in the field of Soil Biology over the last 4 decades and is widely recognized as the world's foremost soil biologist.
Behind Dr. Ingham’s user-friendly approach to soil biology lies a wealth of knowledge and research on the different groups of microorganisms that make up the Soil Food Web.
Her goal is to empower people to bring the soils in their communities back to life using the science of the Soil Food Web. Dr. Ingham's revolutionary approach has been used to restore the ecological functions of living-soils all over the world, ensuring healthy, strong plants and super-nutritious food, whilst eliminating soil erosion and the need for chemical inputs.
From 1996 to the present, at Soil Foodweb, Inc., Elaine has developed new methods of assessing soil and foliar biology and the impact of various management practices on these communities of microorganisms. She has focused on grower-related issues, such as reducing input costs whilst increasing fertility and yields. She has demonstrated numerous times that intensive chemical use not only damages and destroys the soil by harming beneficial organisms, but that it also reduces fertility and nutrient concentrations in plants.
We use the natural balances of microbes to encourage the growth of desired plants, and to discourage undesired plants. Weeds become less and less of a problem as the proper balances are attained.
With healthy sets of soil life, roots of plants go deeper into the soil, more water infiltrates and is stored in the soil as soil structure is built. Compaction disappears, and organic matter in the soil begins once again to hold its maximum amount of water.
Making certain that plants are never stressed for nutrients, water or sunlight means that foods will contain the maximum concentrations of nutrients, vitamins and minerals. This leads to healthier animals and healthier humans at a lesser cost than we pay for poor nutrient quality food today.
Carbon is sequestered in the soil, and throughout the whole soil profile. Repairing soil requires all these benefits be invoked, such that CO2 is put back into the soil from whence it came, before people started using toxic, destructive methods to grow plants.
We operate on any scale, from a single lawn to 300,000 hectares, and believe our approach can be scaled worldwide.
A brief overview of four decades of research into the Soil Foodweb.
Elaine grew up in the Midwest, and was influenced at an early age by her father, who along with being a college professor, often helped dairies improve the health of their livestock.
Elaine started her academic career at St. Olaf College with a B.A., Biology and Chemistry, cum laude, in 1974. She later earned an M.S. in Microbiology at Texas A & M University and her Doctorate in Microbiology, (with an emphasis in soil,) from Colorado State University.
In 1985, Dr. Ingham was awarded a Research Associate Fellowship at the University of Georgia and in 1981, Dr. Ingham was awarded a Post-doctoral position at Colorado State University’s NREL.
From the mid-1980’s to the mid-1990’s, Dr. Ingham was a Faculty Member in Forest Science and Botany and Plant Pathology at Oregon State University. There her research was focused on understanding the role and function of soil organisms in plant production.
In 1991, Dr. Ingham opened a service called the Soil Microbial Biomass Service, offering researchers and commercial clients the ability to have soil samples analyzed for soil foodweb organisms.
From 1996 to the present, at Soil Foodweb, Inc., Elaine was developed three new methods of rapidly assessing soil and foliage-related organisms and how soil and foliar biology changes with different management practices. She has focused on grower-related issues, such as reducing the cost to grow plants by showing that intensive chemical use not only damages and destroys the soil by harming beneficial organisms in the soil and on foliage, but also reduces nutrient concentrations in plants.
In the year 2000, Dr. Ingham opened a lab at Southern Cross University in Lismore, Australia, allowing grower’s overnight access to the assays they need to improve plant production without the use of high levels of inorganic chemicals.
From 2011 to 2014, Dr. Ingham served as the Chief Scientist for the Rodale Institute in Pennsylvania.
From 2014 to August, 2018, Elaine has been the Managing Scientist at Environment Celebration Institute in Berry Creek, CA, which was a non- profit research facility focusing on scientific experiments to assess the impact of soil biology on plant production. In the first two years at ECI, Dr. Ingham showed that improvement in biology leads to reduced water use, reduced weed populations, improved nutrient cycling, and the elimination of pesticides or inorganic fertilizers while improving plant production and nutrition. This data was published in Permaculture Magazine.
The world of microbiology has always held a special fascination for Dr. Schneider and has played a large part in her life. During her studies in Germany, she focused in the areas of micro and molecular biology. After earning her Ph.D. she enjoyed diverse areas of work, acquiring many skills. While living in Arizona, she was a biology teacher at a community college and a coach to a youth rowing crew.
During her time volunteering at a ranch in Washington, she discovered Dr. Elaine Ingham’s work, immediately recognizing that Dr. Ingham’s discoveries would be instrumental in saving the world with microbes!
She is now happily learning, working with and sharing her knowledge of the Soil Food Web with the students of SFI. She also works with Dr. Ingham to help coordinate her many travels and working engagements around the world.
Doctorum Rerum Naturalis in Biology, magna cum laude, University of Konstanz, Germany, 1997 (Ph.D. in Biology)
Diplom in Biology, University of Konstanz, Germany, 1991 (German equiv. Master of Science)
Bachelor of Science in Microbiology, magna cum laude, Arizona State University, 1986