High-Residue Farming Publications

13 Publications

High Residue Farming Under Irrigation: Pest Management Considerations (series 4 of 4)

This publication is the fourth in a series on high residue farming (HRF), for farmers who are interested in HRF. This publication gives an overview of the effects of adopting HRF on the management of weeds, insects, and diseases. EM074E.

High Residue Farming Under Irrigation: Residue Management through Planting (series 3 of 4)

This publication is the third in a series on high residue farming (HRF), for farmers who are interested in HRF. It discusses residue management after harvest and explains how to plant crops into high residue conditions with a planter or drill. It also covers modifications for existing equipment such as planters and drills, and soil fertility adjustments that may be necessary. EM073E.

High Residue Farming Under Irrigation: Crop Rotation (series 2 of 4)

This publication is the second in a series on high residue farming (HRF), for farmers who are interested in HRF. It discusses how to choose a cropping sequence, choosing specific cover crops, and special crop considerations for irrigated cropping systems in the far western United States. It includes a very helpful table of crops that shows the relative difficulty of specific rotations. EM072E.

High Residue Farming Under Irrigation: What and Why (series 1 of 4)

This publication is the first in a series on high residue farming (HRF), for farmers who are interested in HRF. It provides an overview of HRF, including the benefits and challenges. It also discusses some special considerations for HRF in the irrigated agriculture regions of the far western United States. EM071E.

High Residue Farming under Irrigation: Strip-till

Extension Bulletin EM036E. Strip-tillage is a low-impact cultivation technique suited to irrigated land with a lot of residue from a previous crop. A strip-till system creates both clean-till and high-residue conditions in the same field, taking advantage of both systems while minimizing drawbacks. This publication discusses the benefits of this system, as well as equipment needed, general management concerns, and how to get started. A budget is also included to help growers determine the relative net cost of implementing this system. Originally published Jan 2011; revised Sept 2014.

Irrigated Ag Information Service

A new WSU Extension website for agricultural industry professionals is designed to provide users with a customizable source of timely information on all aspects of irrigated agriculture. The service is completely free and was developed by a team of WSU Extension irrigation and agronomy experts.

High Residue Farming under Irrigation – Workshops

Digests and agendas from yearly WSU Extension High Residue Farming under Irrigation workshops in Moses Lake, Washington. 2004 to present.

2009 Field Trial Report

On-farm research report.

No-Till: How Farmers Are Saving the Soil by Parking their Plows

Huggins and Reganold. Article published in Scientific American July 2008.

2008 Field Trial Report

On-farm research report.

High Residue Farming Under Irrigation: Why Wait? – Summer 2007

Article in Sustaining the Pacific Northwest Newsletter. Summer 2007.

The Effects of Reducing Tillage on Pest Management

Andy McGuire, WSU Extension. 2007. An increasing number of farmers in the Columbia Basin are adapting reduced tillage systems from other regions to our conditions and crops. This paper will examine the general effects of reducing tillage on the management of weeds, insects, and diseases. Because these systems have been developed mainly in the Midwest and Canada, much of the information presented here is for the conditions and crops (mainly corn and wheat) in those regions. Experience will show what holds true under our conditions.

2006 Strip-till vs. No-till Sweet Corn

On-farm research report.