Oregon Natural Resources Council v. Marsh

677 F. Supp. 1072, 18 Envtl. L. Rep. (Envtl. Law Inst.) 20033, 26 ERC (BNA) 1478, 1987 U.S. Dist. LEXIS 12669, 1987 WL 34856
CourtDistrict Court, D. Oregon
DecidedAugust 31, 1987
DocketCiv. 85-6433-BU
StatusPublished
Cited by6 cases

This text of 677 F. Supp. 1072 (Oregon Natural Resources Council v. Marsh) is published on Counsel Stack Legal Research, covering District Court, D. Oregon primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Oregon Natural Resources Council v. Marsh, 677 F. Supp. 1072, 18 Envtl. L. Rep. (Envtl. Law Inst.) 20033, 26 ERC (BNA) 1478, 1987 U.S. Dist. LEXIS 12669, 1987 WL 34856 (D. Or. 1987).

Opinion

OPINION AND ORDER

JAMES M. BURNS, District Judge.

1. INTRODUCTION

This dam case is back. When the case was here before, there was only a dam plan. Now there is half a dam. 1 The chore assigned on remand by the Court of Appeals requires me to determine what sort of half dam is a good (i.e., safe) half dam and which is a bad (i.e., unsafe) half dam. This assignment might seem strange, since my efforts earlier to determine whether the dam plan was good were not even half as good as those of the Court of Appeals. 2

The history of this litigation may be found in my opinion of March 3, 1986, 628 F.Supp. 1557 and the June 23, 1987 opinion of the Court of Appeals, 832 F.2d 1489. In essence, the June 23 ruling orders the Corps of Engineers back to the NEPA drawing board. In the meantime, my assignment is to determine what sort of in-junctive relief is appropriate when a large scale construction project — with many highly technical aspects — is sought to shut down, or placed on full, or partial hold while NEPA requirements are met. Thus, from the outset, after remand, I had called upon the parties to present various alternatives for me to evaluate in determining “appropriate” relief.

*1074 The Elk Creek project involves four 3 main contracts:

a) Construction of the structure itself, including a large quarry and rock crushing operation;
b) Construction and operation of a fish collection facility, about 600 feet downstream of the dam;
c) The reservoir clearing contract, intended so as to prepare the upstream area so as to accommodate the pool of 1,347 acres which will exist when the dam is completed;
d) The archeological contract.

Of these, only the first needs lengthy explanation. Interruption of the schedule of completion of the structure involves evaluation of safety risks if a full shut down order as to structure were ordered. These risks, in turn, depend upon technical complexities of a severe order, and upon estimates of probabilities as to flooding during the fall and winter of 1987-88. The other three, by comparison, need only brief discussion. I turn to the first.

II. WHERE AND HOW SHOULD THE STRUCTURE BE HALTED?

A. Dam Structure Itself

When the panel issued its opinion, the structure had risen to the 1,533 elevation level on the left side of the diversion outlet structure in the center. On the right side, the elevation had reached only 1,500 feet. Resumption of the structure could not begin — for reasons explained below — until sometime in the fall, most probably in late October, 1987. Thus, if no further work were allowed, and if fall and winter rain and snow were great enough, the gap on the right side would likely present flood danger downstream since only a small coffer dam on the right side would stand to restrain the water accumulating upstream.

At this point, “RCC” (roller compacted concrete) must be explained, since this is an RCC structure. Use of this method is cheaper and speedier. When employed correctly, it is equally safe as conventional concrete. RCC operations involve a continuous flow of concrete by which a fleet of trucks deliver and deposit it at a rate of up to 900 cubic yards per hour. As RCC is deposited, giant bulldozers spread it out so that the surface is built up in roughly 3 foot increments. Roller machines smooth and compact it so that, in effect, a succession of layers are deposited, somewhat like a chef preparing a multi-layer cake. RCC application (and pouring) is not a summertime thing. Hot weather effects allow stresses to develop which cause unacceptable cracking within the dam structure. Also, it is more difficult during hot weather to maintain desirable workability preventing proper consolidation of RCC. As a consequence, RCC operations ended in late May. They would not have resumed until about late October even in the absence of the June 23 ruling.

It was in this setting that I had asked the Corps to present and to evaluate several alternatives for me to consider. The Corps responded in the form of a submission filed July 28, 1987, along with relevant photographs which had been shown during the July 18 visit to the site.

*1075 The alternatives presented were as follows:

a) An immediate shutdown of all project-related activities and the termination of all contracts;
b) Partial completion of the dam [to the 1,545 foot level] and appurtenant works, but full completion of the fish facility;
c) Full completion of the dam, appurtenant works, and fish collection facility without reservoir clearing and filling;
d) Full completion and operation of the project and fish collection facility as currently scheduled.
P. 8, July 27 Alternatives.

Partial completion alternatives were the subject of discussion among Messrs. Stein-kamp (project engineer); Schroeder (plaintiffs’ expert) and Beeman (court’s expert) during their site inspection on August 11. At that time, those gentlemen discussed three separate possibilities: a) raising the elevation to 1,533 on the right side; b) raising the elevation to 1,545 for the full structure, or e) raising the elevation to 1,563for the full structure. Under (b) a spillway could be installed which would be located in the same position as that planned for full completion, i.e., aligned with the spillway basin immediately downstream. At this level, however, its depth would be only 12 feet, reducing sharply its capacity to allow a safe method of carrying water downstream in the event of unusually heavy runoff. Under (c) a spillway 30 feet high would be created; this would allow for the same discharge capability as would exist upon full completion to the 1,729 foot elevation.

It was out of this discussion that Bee-man’s recommendation emerged. (Beeman offered his tentative views at the August 14 hearing, and furnished a written recommendation to the parties and to me dated August 24.) I commend these three gentlemen for a helpful discussion which was professional, and purged of partisanship to the maximum extent possible, even though Steinkamp and Schroeder necessarily were partisans in a sense. I am deeply grateful to all of them for their help.

As shown elsewhere, I find and hold that injunctive relief which is “appropriate” is to allow the Corps to continue construction of the structure so as to bring it to the 1,563foot elevation as soon as the contractor can resume RCC operations this fall. Further elevation of the structure will not be permitted until NEPA requirements are met. I believe this furnishes a margin of safety so as to avoid disaster downstream if the runoff is unusually heavy.

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Related

Oregon Natural Resources Council v. Marsh
52 F.3d 1485 (Ninth Circuit, 1995)
Oregon Natural Resources Council v. Harrell
52 F.3d 1499 (Ninth Circuit, 1995)
Oregon Natural Resources Council v. Marsh
845 F. Supp. 758 (D. Oregon, 1994)
Hanlon v. Barton
740 F. Supp. 1446 (D. Alaska, 1988)

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Bluebook (online)
677 F. Supp. 1072, 18 Envtl. L. Rep. (Envtl. Law Inst.) 20033, 26 ERC (BNA) 1478, 1987 U.S. Dist. LEXIS 12669, 1987 WL 34856, Counsel Stack Legal Research, https://law.counselstack.com/opinion/oregon-natural-resources-council-v-marsh-ord-1987.