Category: Drip Irrigation News

A Shift to Drip Irrigation

In the wake of the drought, the Midwest is seeing a shift from pivot and furrow irrigation to drip irrigation on some acres. In a recent and great article by Corn&Soybean Digest, reporter Larry Stalcup wrote about making the switch to drip irrigation. Larry interviewed Don Anthony, a Lexington, Nebraska, grower to learn about his experiences with subsurface drip irrigation (SDI), as well as Freddie Lam, an agricultural engineer and irrigation researcher at Kansas State University.

According to Freddie Lam of Kansas State University, more than 300,000 acres are now drip irrigated in the Great Plains, much of which is cotton. But many growers in the western Corn Belt and southern High Plains are also making the shift to drip irrigation for other crops such as corn and soybeans.

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Toro Releases New BlueLine® PC Dripline Emitter Flow Rate

This week, Toro announced a new emitter flow rate for its popular BlueLine® PC dripline, the 0.26 GPH pressure-compensating (PC) emitter. This new 0.26 GPH pressure-compensating emitter is the latest addition to Toro’s other BlueLine PC flow rates (0.42, 0.53, and 1.00 GPH).

Toro’s BlueLine dripline is a tremendous advancement in dripline irrigation technology. Its pressure-compensating emitters provide greater resistance to plugging and superior flow accuracy, while the hose is incredibly durable. Traditionally used on permanent crops, BlueLine PC dripline can be installed above ground, below ground, or hanging on a wire.

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Standage Farms, Vale, OR – Drip Irrigation on Onions

Standage Farms - Drip Irrigation on OnionsLarry Standage has reaped all the typical benefits of converting to drip irrigation with his onions in Vale, Oregon, including increased yields, reduced runoff, and less use of water, fertilizer, and labor. But the most important benefit is that Standage builds customer loyalty as a result of a higher quality, more uniform crop.

“Each 50 pound bag of onions is superior becuse the crop is more uniform in size, shape, and color, thus the customer is more pleased. I use drip to keep my customers coming back,” says Larry.

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Drip Irrigation Supplies & System Components

Drip irrigation systems consist of emission devices serviced by a water distribution network that includes control zone equipment.  At the water source, water is controlled with automatic valves, sometimes amended with nutrients or chemicals, filtered and regulated at levels suitable for the emission devices chosen and plants being grown.  From there, water is delivered to each of the emission devices through a network of PVC and PE pipes.  The emission device, whether it is drip tape, a drip emitter, jet or micro-sprinkler, then delivers water and nutrients to the soil where plant roots may nourish the plant.  All components have attributes that affect performance, and that are traded off with initial, installation, operation and maintenance costs or cheap cialis.  A thorough understanding for drip irrigation supplies and components will assist in selecting the proper equipment to achieve desired expectations for the given application.  Drip irrigation systems are durable and are

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Good Water Management: A Wise Business Decision

Increasing water costs and water scarcity are becoming critical issues that are affecting the bottom lines for growers’ businesses. Whether these issues are the result of droughts, environmental concerns, or water regulations, the fact is that growers need to improve their water management techniques.

In a recent online article in Growing Produce, Michael Cahn highlights how growers in California are utilizing drip irrigation to improve their water management and crop quality. In one paragraph, Cahn writes, “In the Central Valley where surface water allocations can be limited during drought years, drip has allowed growers to farm more acres with less water. Besides saving water, drip provides more management options for growers. Under drip, tractor operations are less likely to be hampered by saturated furrows and application uniformity under drip is not affected by wind, which is common in the afternoon along the coast. Additionally, drip can reduce foliar disease pressure in crops by keeping leaves dry.”

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Reiter Berry Farms, Watsonville and UCCE, Monterey County, CA

Row crop growers were among the first farmers to adopt drip irrigation as a production tool rather than to save water. Initially, drip was viewed as a superior way to manipulate plant growth and quality by precisely managing water and fertilizer after germination or plant set. Sprinklers are commonly used to germinate vegetable seed or set vegetable transplants, and in some cases, are still used today to irrigate throughout the crop cycle. But with water, labor, energy, fumigation, organic, and food safety issues becoming more important each day, growers are finding that drip provides real solutions, and may be used for much more than just irrigation after plant establishment.

“With drip, I’m not applying water in-between the beds, so weed growth is greatly reduced. With sprinklers, weeds germinate everywhere and I am forced to hand weed, which is expensive,” says Frank Estrada, Area Manager for Reiter Berry Farms in Watsonville, California. “We stopped using sprinklers over three years ago for anything except pre-irrigation prior to bed prep.”

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Cox Valley View Farms, Long Island, KS – Drip Farm Irrigation Systems on Corn and Soybeans

Even before the perfect storm of diminished water supplies, rising corn prices and government cost-share funding hit the plains, Steven Cox knew his irrigated farms would have to change. That’s why he installed his first subsurface drip irrigation system over nine years ago on his 4,000 acre operation, and has installed an additional 120 acres of drip irrigation since.

The conversion has allowed him to stretch limited water supplies while increasing yields and gain quality at the same time. “Before drip, we were trying to flood irrigate 60 acres with a 250 GPM well. We were lucky to get top yields on 25 percent of the field. I now get top yields on 100 percent of the field because of the increased uniformity and efficiency I get with drip.”

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Drip Irrigation on Processing Tomatoes – Worth Farms, Huron, CA

Chuck Herrin manages Worth Farms in California’s Westlands Water District. Founded by his grandfather, a custom harvester turned farmer, Worth Farms today grows 4,500 acres of drip irrigated crops including 3,500 acres of processing tomatoes.

“Our best-ever yield on conventional sprinkler/gravity acreage was 64 tons/acre in 2004. five years later, we are achieving 50-100% increases in yields with drip, and an overall average of 65 tons/acre operation wide. On top of that, water, labor, fertilizer, and herbicide savings are substantial. We used to apply 36 inches of water per acre to meet a crop ET of about 18 inches. Now, we only apply 24 inches of water, a 33% savings. At the same time, we have cut labor use by half, and fertilizer use by a third. This is significant.”

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Craig Andrus Farms, Salinas, CA – Drip Irrigation on Lettuce

Craig Andrus is no stranger to sprinklers, but has been using drip on his 400 acres of romaine lettuce, Southeast of Salinas for over four years, now. He used to have a linear, but when it came time to replace it, he noticed the trend towards drip and made the change.

“My yields are higher, the crop is more uniform, and the quality is better because of perfect growing conditions.”

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The Advantages of Closely Spaced Emitters

Choosing the right drip tape emitter spacing can be more of an art than a science. This is because of the many variables that exist in each farming application, including tape placement, soil type, crop, plant population, soil and water salinity, tape quality and cost, etc. Fortunately, Cal Poly San Luis Obispo’s recent Drip and Micro Irrigation Design and Management Manual, published by the Irrigation Training and Research Center (ITRC) in 2007, provides a great deal of guidance for this important decision. In particular, the new manual discusses how closely spaced drip tape emitters can enhance salt management for seed germination, leach salts in permanent crops, and dilute soil salinity for salt sensitive crops. In addition, the manual highlights some of the agronomic and economic disadvantages of using widely spaced emitters.

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