Yellow Bayou Plantation, Inc. v. Shell Chemical, Inc. And Thompson-Hayward Chemical Company

491 F.2d 1239, 1974 U.S. App. LEXIS 9412
CourtCourt of Appeals for the Fifth Circuit
DecidedMarch 29, 1974
Docket73-1304
StatusPublished
Cited by9 cases

This text of 491 F.2d 1239 (Yellow Bayou Plantation, Inc. v. Shell Chemical, Inc. And Thompson-Hayward Chemical Company) is published on Counsel Stack Legal Research, covering Court of Appeals for the Fifth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Yellow Bayou Plantation, Inc. v. Shell Chemical, Inc. And Thompson-Hayward Chemical Company, 491 F.2d 1239, 1974 U.S. App. LEXIS 9412 (5th Cir. 1974).

Opinion

GEE, Circuit Judge:

This diversity suit for damages against the manufacturer, Shell Chemical, Inc. (Shell), and a distributor, Thompson-Hayward Chemical Company (Thompson-Hayward), of an herbicide, Planavin, asserted its actionable failure to control various pest-grasses in plaintiff’s soybean fields. Plaintiff, Yellow Bayou Plantation, Inc. (Yellow Bayou), advanced theories of negligence, misrepresentation, express and implied warranty, and intentional misconduct. 1 Trial to a jury resulted in special and general verdicts uniformly unfavorable to plaintiff and a consequent take-nothing judgment, which we affirm.

Plaintiff’s 3,900-acre farm was plagued by weeds and by seedling and rhizome 2 Johnson grass. Plaintiff’s professional manager decided to institute a program to control these for the 1971 crop year in hopes of better yield. After testing several herbicides, he settled upon Planavin, purchasing from Thompson-Hayward, sealed in' containers as it came from Shell, an amount sufficient, if properly applied and functioning, to achieve the desired control in plaintiff’s projected 1,400 acres of soybeans.

At trial, the evidence showed that in order to obtain proper results from the use of an incorporated pre-emergence herbicide such as Planavin it is vital to obtain uniform and dense coverage in the soil of the treated area. Such an herbicide must be minutely and densely dispersed below ground, so that as many as possible of the growing roots of pest-plants will make actual contact with a chemical particle. This contact arrests root growth. If sufficient of the plant’s roots are affected, dessication follows and the plant dies. If coverage is not minutely dispersed and uniform, however, sufficient roots may miss actual *1241 contact with herbicidal particles to support life and growth in the weed. In order to achieve maximum dispersal, the insoluble herbicide is ground into tiny particles, millions to a pound, and sprayed on the soil. Water is the vehicle, and a sufficient volume must be used to spread the particles far and wide.

Such herbicides may be applied either by aircraft or by “ground rig,” but the dispersal characteristics of the two methods differ. Shell’s label specifies a minimum of ten to twenty gallons of water per acre for ground rig, five for airplanes. Yellow Bayou sprayed 133 acres by airplane, using the five-gallon-per-acre prescription specified by Shell’s label. On the major portion of its acreage, however, Yellow Bayou employed a formulation radically different from the label’s instructions and what amounts to a third method of application, a novel type of ground rig—and thereby hangs the case.

This machine, called a Span Spray, operated differently from the conventional ground rig. Briefly speaking, the conventional machine employs spray nozzles on booms, dispersing liquid directly onto the soil at high volume and pressure. The Span Spray operates at lower pressure and volume, with its nozzles blowing into fans which, in turn, disperse the material. One characteristic of Span Spray application is a smaller spray droplet, more subject to drift and wind dispersal than the coarser mist produced by a conventional sprayer. There was testimony that the finer mist is most effective in application of insecticides, where a slow-settling, more fog-like spray operates to catch flying insects and settle through brushy growth. Reason indicates, and there was some testimony that, Span Spray’s lower volume and the tendency of its finer spray to drift might well produce less of a dispersed and uniform fallout to the ground, the desideratum in herbicide applications. But the evidence was meager regarding experience in herbicide application with Span Spray, which came into use only very recently.

Shell’s label gave specific instructions for mixing Planavin with water for use :

Shake Planavin 4 container well before using. Mix the required amount of Planavin 4 in sufficient water (five gallons per acre minimum for aircraft application or ten to twenty gallons per acre minimum for ground rig) to provide uniform spray coverage of the soil surface. Planavin 4 application to alfalfa and peas should be made by ground equipment. Agitation of the dilute mixture in the spray tank before the [sic] during application is recommended. Rinse container when empty and pour rinsings into spray tank, (emphasis added)

Yellow Bayou’s manager, Williams, testified that he read these directions, but instead of using ten to twenty used 1% gallons of water per acre, believing he could so achieve uniform coverage with the Span Spray ground rig. So applied, Planavin produced a degree of weed control which was disputed, but at all events less than the ideal. Yellow Bayou’s basic contention was that the herbicide was ineffective. Shell and Thompson-Hayward retorted, not so, you didn’t follow directions.

There was evidence meeting Boeing v. Shipman 3 standards upon which the jury could have gone either way, and it went with Shell and Thompson Hayward. Yellow Boyou’s various points to the effect that a verdict of liability should have been directed in its favor are without merit. Some of the countervailing evidence has been noted in the forepart of our opinion. In addition, there was testimony by qualified experts that it was simply impossible by any means to obtain uniform coverage by use of less than ten gallons of water per acre in ground applications of Planavin, that the Span Spray was fundamentally unsuited to application of such herbicides as Planavin, and that great *1242 care was used in producing, inspecting and testing the herbicide. In addition, Yellow Bayou’s manager admitted that even the Span Spray application improved yield and that the aircraft application improved it still more: untreated fields averaged about eighteen bushels per acre, Span Spray-treated areas about twenty-three, and air-sprayed ones about twenty-nine. 4

In response to this proof, Yellow Bayou took a very broad-brush approach indeed : that no grass control was achieved, that because of its unique action Span Spray could not fail to achieve uniform coverage with about one-tenth of the volume of water specified in Shell’s label, and that crops in which grass control is absent run from 25% to 75% of those in which it is achieved. Though these assertions pass lightly by various midly inconvenient facts, such as increased yield in fields where Planavin was applied in any manner whatever and the presence of rhizome Johnson grass which Planavin did not purport to control, they come down to an attempted circumstantial demonstration, which the jury might have accepted, that the Planavin supplied was defective as an herbicide. But the jury specially found it was not defective, on evidence at least as strong, a finding dispositive of all theories of negligence, warranty, etc.

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Bluebook (online)
491 F.2d 1239, 1974 U.S. App. LEXIS 9412, Counsel Stack Legal Research, https://law.counselstack.com/opinion/yellow-bayou-plantation-inc-v-shell-chemical-inc-and-thompson-hayward-ca5-1974.