Agriculture
ESAW — Agriculture
Growing Food
The Right Way
Sustainable Practices for a Nourished, Resilient World
Sustainable agriculture is more than a farming method — it's an integrated system of practices that satisfies human food needs while protecting the natural resources future generations will depend on. It weaves together environmental stewardship, social equity, and economic viability into one unified approach to the land.
Field to ForkThe Foundation
"Farming that feeds today without compromising tomorrow."
CONTACTANT Agriculture Initiative
45%
Cover Crop Yield Potential
Cover crops show the greatest potential for yield improvement across global croplands — ahead of agroforestry, no-till, and organic farming.
npj Sustainable Agriculture, 2026
+13.2%
Crop Rotation Yield Gain
A global synthesis of 1,217 field experiments found crop rotation improves yield by 13.2% while also boosting water productivity by 17.6%.
ScienceDirect, 2025
40.9%
IPM Average Yield Increase
IPM projects across 24 countries delivered a mean yield increase of 40.9% while cutting pesticide use to just 30.7% of baseline.
NIH / PubMed — 85 projects, 24 countries
Up to 30%
Agroforestry Yield Lift
Agroforestry systems can produce yield increases of up to 30% compared to monoculture, particularly in regions with challenging growing conditions.
IFAD / Agriculture.Institute, 2025
The Three Pillars
What Sustainable Agriculture Is Built On
Every truly sustainable farm rests on three interlocking pillars — environmental stewardship, social equity, and economic viability. Together they create a system that nourishes people, protects the planet, and sustains the livelihoods of those who grow our food.
Environmental Stewardship
Protecting the Land
Farming in harmony with nature means safeguarding the soil, water, and biodiversity that make agriculture possible in the first place.
Water Conservation — Efficient irrigation and responsible watershed management to reduce runoff and waste.
Soil Health — Organic matter, composting, and cover crops that enrich the earth year over year.
Biodiversity — A variety of plants and wildlife that create resilient, self-regulating ecosystems.
7–17%
Increase in soil organic carbon in as few as 8 years under conservation tillage versus conventional tillage — with no reduction in crop yields.
NIH / PubMed
Social Equity
Honoring the People
Every person in the food supply chain — from field worker to family table — deserves to be treated with dignity, fairness, and respect.
Fair Labor Practices — Ethical treatment and fair wages for every worker in the agricultural system.
Safe Working Conditions — Health and safety at the forefront of every farming operation.
Community Bonds — Strengthening the relationship between farms and the people and towns they serve.
1.5M+
Farmers trained through IPM Farmer Field Schools in Indonesia alone — spreading ecological farming knowledge community to community across 90 countries.
World Economic Forum
Economic Viability
Building Lasting Value
Sustainable farming must also be financially sustainable — creating models that allow growers to thrive across generations, not just seasons.
Local Economies — Supporting regional markets and small-scale producers to keep value in the community.
Reduced Inputs — Efficient resource management lowers costs and dependency on synthetic inputs.
Farm-to-Table Supply — Fresher food delivered directly to consumers, cutting waste and middlemen.
$100–$300
Additional annual income per hectare from higher agroforestry yields, with diversified timber and crop products adding $200–$2,000 more over time.
IFAD
How Farmers Put It Into Practice
Proven Techniques for Healthier Farms
Principles only come to life through technique. These are the methods sustainable farmers deploy every day — each one a tool for building healthier soil, cleaner water, and more resilient crops.
When applied together, these practices create a self-reinforcing cycle: better soil grows healthier plants, which need fewer chemical inputs, which protects water, which feeds the soil again.
Research across 24 countries confirms that combining even two of these practices can dramatically multiply the productivity benefit of either approach alone, while simultaneously reducing environmental impact.
Cover Crops
Planting specific crops off-season manages erosion, retains moisture, and restores fertility. Long-term implementation of 5+ years combined with no-till practices can increase agroecosystem productivity by the equivalent of 97.7 million metric tons annually on a global scale.
+45% yield potential — Nature Communications, 2024No-Till Farming
Minimizing soil disturbance preserves the carbon, moisture, and microbiome layers crops depend on. Conservation tillage increases soil organic carbon and nitrogen concentrations by up to 17% within 8 years — without reducing crop yield.
+37% yield potential — npj Sustainable Agriculture, 2026Integrated Pest Management
Beneficial insects and natural controls replace synthetic pesticides. Across 85 projects in 24 countries, IPM delivered a mean yield increase of 40.9% while cutting pesticide use to just 30.7% of baseline — with 30% of crop combinations reaching zero pesticide use entirely.
–69% pesticide use — NIH/PubMedCrop Rotation
Rotating crops across seasons breaks pest cycles, balances soil nutrients, and reduces disease pressure. A global synthesis of 1,217 field experiments found rotation boosts yields by 13.2%, water productivity by 17.6%, and reduces crop evapotranspiration by 6.2%.
+17.6% water productivity — ScienceDirect, 2025Agroforestry
Integrating trees and shrubs into crop and livestock systems delivers shade, shelter, and long-term carbon sequestration. Studies show yield increases of up to 30% versus monoculture — yet agroforestry is currently used on only 1.5% of U.S. farming operations, representing enormous untapped potential.
Up to 30% yield increase — IFAD / USDA, 2023Featured Innovation
Diss Mix &
Attapulgite Clay
Developed over 40+ years by Jim Diss — Purdue graduate and Air Force veteran — Diss Mix is a field-proven formulation built on the unique science of attapulgite clay sourced from the Okefenokee Swamp along the Georgia–Florida border.
By applying a shearing force to the clay's crystalline shaft, reactive electrons are released and bond with nitrogen molecules — creating a potent complex that measurably enhances vegetative vigor and crop yield. The result is electron-rich antioxidant compounds that plants readily assimilate, delivering superior growth from the ground up.
Available for both garden-scale (400 sq. ft.) and large-scale acreage applications, Diss Mix brings the same foundational science that underpins sustainable soil health to every grower — from the backyard to the field.
40+ Years
In Development
Decades of meticulous trial, error, and refinement by founder Jim Diss — Purdue graduate and Air Force veteran.
2 Scales
Garden & Acreage
Proven performance across both grain and vegetable production — from 400 sq. ft. garden samples to large-scale field application.
Electron-Dense
Attapulgite Science
Attapulgite clay's unique crystalline structure — sheared to release reactive electrons — bonds with nitrogen for superior plant vitality.
Our Flagship Product
About Diss Mix
Explore the science, story, and results behind Diss Mix — the attapulgite clay formulation that unlocks superior crop vitality for grains and vegetables alike.
Learn About Diss MixGet Started Today
Buy Diss Mix
Available in garden samples for 400 sq. ft. and bulk quantities for large-scale acreage. Find the right option for your operation and start growing better.
Shop NowField Notes & Research
Related Articles
Dive deeper into attapulgite clay science, sustainable farming techniques, and real-world results from growers using Diss Mix in the field.
Browse Articles