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Cover of Farming with Soil Life book featuring boots on the ground, showing soil and a few insect images.

Farming with Soil Life

A Handbook for Supporting Soil Invertebrates and Soil Health on Farms

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www.sare.org publications steel-in-the-field horticultural-crop-farmer-profiles bill-chambers-corvallis-or

Bill Chambers, Corvallis, OR

Horticultural Crops: The Farmers Diversified Oregon Grower Matches Tools to the Task Bill ChambersCorvallis, Oregon Weed management highlights Strategies: crop rotation (irrigated and non-irrigated, early- and late-seeded)... cover crops to suppress weeds... modified stale seedbed tillage-cultivation-planting sequence... hand-hoeing Tools: flex-tine weeder... rolling cultivator... rotary power harrow... high-residue cultivator... low-residue cultivator... sweeps, disks, tines and shanks […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles steve-mckaskle-kennett-mo

Steve McKaskle, Kennett, MO

Agronomic Row Crops: The Farmers Steel, Flames Beat Back Weeds in Delta Cotton Steve McKaskleKennett, Missouri Weed management highlights Strategies: crop rotation... composting and cover crops to improve soil quality... aggressive mechanical weed control... manual hoeing Tools: 'do-all' combination tool... standard rotary hoe... no-till cultivators.. flamer As a pioneer in managing cotton weeds without herbicides, […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles nelson-hattaway-blakely-ga

Nelson Hattaway, Blakely, GA

Agronomic Row Crops: The Farmers Single-Sweep Shines in Georgia Cotton Nelson HattawayBlakely, Georgia Weed management highlights Strategies: Banding in-row herbicides... cultivators for escape weeds in row middles... winter cover crops… full-rate herbicides Tools: single-sweep, maximum-residue cultivator... low-residue cultivator Mechanical cultivation never went out of style in southwest Georgia, but a surge of interest in single-sweep, […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles gary-thacker-tucson-az

Gary Thacker, Tucson, AZ

Agronomic Row Crops: The Farmers Guided Precision Tools Finesse Whole Fields Faster Gary ThackerCounty Extension Agent and researcherTucson, Arizona Weed management highlights Strategies: Cultivation-based weed control in commercial irrigated cotton... reduced herbicide use Tools:In-row weeding tools (vegetable knives, crescent hoes, Bezzerides tools) mounted on a heavy-duty, straight-shank cultivator equipped with an articulated automatic guidance system […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles rex-and-glenn-spray-mount-vernon-oh

Rex and Glenn Spray, Mount Vernon, OH

Agronomic Row Crops: The Farmers Brothers Perfect Disking, Cultivating That Beats No-Till on Sloping Land Glenn and Rex SprayMount Vernon, Ohio Weed management highlights Strategies: delayed planting into warm soil... crop rotation... high-tilth soil with increasing organic matter... mechanical controls Tools: spike-tooth harrow... standard rotary hoe... four-row low-residue cultivators... rolling shields... tent shields Two Ohio […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles jack-erisman-pana-il

Jack Erisman, Pana, IL

Agronomic Row Crops: The Farmers A Sustainable Transition Takes the Right Metal Jack ErismanPana, Illinois Weed management highlights Strategies: Minimum tillage... cover crops... seven-year, flexible crop rotation... mechanical cultivation Tools: Flexible-chain harrow... high-residue rotary hoe... three cultivators (low-residue, high-residue, maximum residue)... heavy and light tandem disks Jack Erisman uses both conventional and unconventional practices to […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles rich-bennett-napoleon-oh

Rich Bennett, Napoleon, OH

Agronomic Row Crops: The Farmers Covers and Cultivation Check No-Till Weeds Rich BennettNapoleon, Ohio Weed management highlights Strategies: Crop rotation... cover crops... herbicide kill or incorporation of covers... timely cultivation Tools: High-residue cultivator... disk harrow Rich Bennett has mastered an alternative low-input system that features planting soybeans into herbicide-killed grain rye or hairy vetch, cultivating […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles carmen-fernholz-madison-mn

Carmen Fernholz, Madison, MN

Agronomic Row Crops: The Farmers No-Chemical Control Regime Integrates Timing, Tools, Covers Carmen FernholzMadison, Minnesota Weed management highlights Strategies: delayed planting into warm soil... crop rotation... high-tilth soil with increasing organic matter... mechanical controls Tools: low-residue C-shank cultivator (front and rear mounts)... standard rotary hoe... field cultivator... chisel plow Canada thistles have kept Carmen Fernholz […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles peter-kenagy-albany-or

Peter Kenagy, Albany, OR

Agronomic Row Crops: The Farmers More Weed Control With Fewer Passes Peter KenagyAlbany, Oregon Weed management highlights Strategies: strip tillage into herbicide- and winter-killed covers... banded herbicides... field borders in mowed sod crops... prevention of off-site introduction of weed seeds Tools: Maximum-residue cultivator... rotary hoe... front-mount conventional cultivator.. rotary tiller Cover crops on Peter Kenagy's […]

www.sare.org publications steel-in-the-field row-crop-farmer-profiles dick-and-sharon-thompson-boone-ia

Dick and Sharon Thompson, Boone, IA

Agronomic Row Crops: The Farmers Thompson Farm Trials Confirm Efficiencies of Covers, Hoes, Cultivators Dick & Sharon ThompsonBoone, Iowa 300 acres of corn, soybeans, oats, hay, cover cropsridge-till for row crops  in the rolling fields of central Iowa Weed management highlights Strategies: early weeds managed to suppress late-germinating weeds... no preplant tillage... increased plant population... […]

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Sustainable Agriculture Research and Education University of Maryland US Department of Agriculture

This work is supported by the Sustainable Agriculture Research and Education (SARE) program under a cooperative agreement with the University of Maryland, project award no. 2024-38640-42986, from the U.S. Department of Agriculture’s National Institute of Food and Agriculture. Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and should not be construed to represent any official USDA or U.S. Government determination or policy.


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