Organic food company Cascadian Farm and parent company General Mills have announced a five - year, $ 125,000 contribution to Grain Millers, one of the world's largest conventional and organic oat millers, to support
soil health research in the Upper Midwest.
Cascadian Farm, a pioneer in the organic food movement, and parent company General Mills, announced a five - year $ 125,000 contribution to Grain Millers to support
soil health research on oat farms in the Upper Midwest.
Not exact matches
Research projects at Rodale Institute include applied and practical projects in regenerative organic agriculture,
soil health, climate... Continued
Rodale Institute, in turn, began specific
research at the Burkholder's Farm, studying the
health of the cows,
soil, and milk to see how organic management affects omega - 3, omega - 6 and conjugated linoleic acid levels in the dairy products.
The main experiments used to conduct this
research are the Farming Systems Trial (FST)- the oldest continuous trial in the US that compares organic and conventional farming systems, the new Vegetable Systems Trial (VST)- comparing the impacts organic and conventional farming practices on nutrient density in vegetables and linkages to
soil health, and Integrated Crop - Livestock Systems using annual and perennial crops along with cattle or hogs for
soil, plant, and animal
health.
Our
research focuses on biologically - based mechanisms to reduce pest issues,
soil erosion, fossil fuel use, and greenhouse gas emissions; increase nutrient and water use efficiencies; improve pollinator activity and food security; and apply a systems approach to
soil, crop, animal, human and planetary
health.
Tags: rodale institute, farming,
research, compost, organic certification,
soil health, microorganisms
Today Rodale Institute, the global leader of regenerative organic agriculture, announced it has received a grant for $ 5,995,000 from the William Penn Foundation to partner with Stroud Water
Research Center, the global leader in the advancement of knowledge and stewardship of freshwater systems, on a groundbreaking project to improve
soil health and water quality.
No - till, low - input technology has the potential to conserve
soil health and support robust vegetable production for small - scale and low - capital organic vegetable growers, reports Gladis Zinati, Ph.D., associate
research scientist at Rodale Institute.
Research projects at Rodale Institute include applied and practical projects in regenerative organic agriculture,
soil health, climate change mitigation, water quality, and the linkages between healthy
soil and healthy people.
My idea was to learn from both
research organisations and commercial growers on the most up to date practices in building
soil health and growing certified organic produce in an economical way.
As of this year, General Mills has contributed more than $ 3 million to partners working towards
soil health improvement and
research in the United States.
In contrast, important
research into improving
soil health which has the potential to boost productivity and plant climate resilience with minimal commercial product input, is by comparison poorly supported.
«Most of the scientific
research and legislation efforts have focused on graywater's
health risks, while less attention has been given to its environmental outcomes, including its effect on
soil properties,» says Prof. Amit Gross, head of the Department of Environmental Hydrology and Microbiology in the Zuckerberg Institute.
«Although the development in the abundance of resistant genes in
soil mirrors what you see in the
health service,
research has not yet made a connection between the two.
MedUni Vienna's Center for Public
Health is already conducting further
research into the craving for
soil.
This
research could have important implications for developing countries whose populations rely on rice as a staple of their diets and are in need of cheap, readily available material to improve
soil quality and decrease arsenic levels that threaten human
health.
Research suggests these microbes are important for the
health of
soils — and plants.
Tags: organic farming, rodale institute, livestock, farming,
research,
soil health, cover crops, organic no - till, nutrient management, dr. gladis zinati
In its 35th year of existence, the Farming Systems Trial (FST) at Rodale Institute continues to demonstrate, through scientific
research data, that organic farming is superior to conventional systems with regard to building, maintaining and replenishing the
health of the
soil.
During its 35 years existence, FST continues to demonstrate, through scientific
research data, that organic farming is superior to conventional farming with regard to building the
health of the
soil.
The 28 June letter was signed by leaders of the following organizations: AAAS; American Chemical Society; American Geophysical Union; American Institute of Biological Sciences; American Meteorological Society; American Public
Health Association; American Society of Agronomy; American Society of Ichthyologists and Herpetologists; American Society of Naturalists; American Society of Plant Biologists; American Statistical Association; Association for the Sciences of Limnology and Oceanography; Association for Tropical Biology and Conservation; Association of Ecosystem
Research Centers; BioQUEST Curriculum Consortium; Botanical Society of America; Consortium for Ocean Leadership; Crop Science Society of America; Ecological Society of America; Entomological Society of America; Geological Society of America; National Association of Marine Laboratories; Natural Science Collections Alliance; Organization of Biological Field Stations; Society for Industrial and Applied Mathematics; Society for Mathematical Biology; Society for the Study of Amphibians and Reptiles; Society of Nematologists; Society of Systematic Biologists;
Soil Science Society of America; University Corporation for Atmospheric
Research.
Today Rodale Institute, the global leader of regenerative organic agriculture, announced it has received a grant for $ 5,995,000 from the William Penn Foundation to partner with Stroud Water
Research Center, the global leader in the advancement of knowledge and stewardship of freshwater systems, on a groundbreaking project to improve
soil health and water quality.
Rodale Institute's
Research Department investigates a number of scientific and regenerative farming issues, including cover crop practices, organic weed management, organic no - till systems, compost use, influences of agricultural practices on water quality, and effects of mycorrhizae and other
soil biota on crop and
soil health, and yields.
The main experiments used to conduct this
research are the Farming Systems Trial (FST)- the oldest continuous trial in the US that compares organic and conventional farming systems, the new Vegetable Systems Trial (VST)- comparing the impacts organic and conventional farming practices on nutrient density in vegetables and linkages to
soil health, and Integrated Crop - Livestock Systems using annual and perennial crops along with cattle or hogs for
soil, plant, and animal
health.
Rodale Institute, in turn, began specific
research at the Burkholder's Farm, studying the
health of the cows,
soil, and milk to see how organic management affects omega - 3, omega - 6 and conjugated linoleic acid levels in the dairy products.
Our
research focuses on biologically - based mechanisms to reduce pest issues,
soil erosion, fossil fuel use, and greenhouse gas emissions; increase nutrient and water use efficiencies; improve pollinator activity and food security; and apply a systems approach to
soil, crop, animal, human and planetary
health.
Tags: organic farming, rodale institute, farming,
research,
soil health, weed management, organic, OFRF
Jon Sanderman, a co-author with Griscom, as well as a
soils experts at Massachusetts» Woods Hole
Research Center, said skeptical farmers are coming to understand that natural techniques used to sequester
soil carbon and reduce agricultural emissions also end up benefiting
soil health, water retention and crop yields, thus promoting food security — a big worry in developing countries.
Tags: rodale institute,
research, compost,
soil health, microorganisms, Coach Mark Smallwood, Coach's Game Plan, microbiology, nutrient cycling
Meticulous in the filtration, leaching and preparation of 3,000 yearly samples tested for organic and inorganic matter throughout the laboratory Led laboratory studies in the leaching process of samples, writing scientific reports, and maintaining
research lab operations Reached company budget goals earning a paid bonus by specializing in the analysis of contaminants in aqueous solutions,
soils, biota, and hazardous waste Managed resources and fostered innovations that raised levels of
health and well - being within the company, yielding unnecessary spending by 25 % Achieved fast results to satisfy the business needs of more than 20 clients increasing company profits and the cost - effectiveness for analytical measurements and services.