Lynch v. State Board of Equalization

164 Cal. App. 3d 94, 210 Cal. Rptr. 335
CourtCalifornia Court of Appeal
DecidedJanuary 25, 1985
DocketCiv. 21862
StatusPublished
Cited by27 cases

This text of 164 Cal. App. 3d 94 (Lynch v. State Board of Equalization) is published on Counsel Stack Legal Research, covering California Court of Appeal primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Lynch v. State Board of Equalization, 164 Cal. App. 3d 94, 210 Cal. Rptr. 335 (Cal. Ct. App. 1985).

Opinion

Opinion

SPARKS, J.

This coordinated proceeding concerns the meaning and validity of article XIII A of the California Constitution, adopted by the electorate as Proposition 13 at the June 1978 primary election, as it applies to the assessment of oil and gas properties. Although there are numerous parties to this proceeding, they fall into three main groups. First, the oil and gas interests insist that article XIII A is fully applicable to oil and gas properties, and that such properties have been consistently overvalued since the adoption of article XIII A. Second, a number of county government interests assert that article XIII A does not apply to oil and gas properties, and that these properties have been consistently undervalued since the adoption of article XIII A. Third, the California State Board of Equalization (Board) and other respondents contend that the Board’s rule (Cal. Admin. Code, tit. 18, § 468), which might be termed an intermediate position, is the proper interpretation of article XIII A as it applies to oil and gas properties. The trial court upheld the Board’s rule and the parties asserting each of the other positions appeal. We agree with the trial court and therefore shall affirm the judgment.

Facts

If precedent teaches anything it is that oil and gas interests are truly sui generis. (See generally Colby, The Law of Oil and Gas (1943) 31 *99 Cal.L.Rev. 357.) These interests first became economically significant at a time when our basic notions of property had already crystallized. (Callahan v. Martin (1935) 3 Cal.2d 110, 115 [43 P.2d 788, 101 A.L.R. 871].) At that time the ultimate world importance of petroleum could not have been remotely anticipated. (Colby, op. cit. supra, at p. 373, fn. 47.) The courts attempted to fashion rules of law by analogies drawn from other fields of law which were often inapt for comparison. (Railroad Commission v. Oil Co. (1940) 310 U.S. 573, 579 [84 L.Ed. 1368, 1372, 60 S.Ct. 1021]; see also Glassmire, Oil and Gas Leases and Royalties (2d ed. 1938) § 1, pp. 1-2.) But oil and gas interests are by their very nature unique, and the attempt to classify them in legal terms presents “as thorny a problem as has challenged the ingenuity and wisdom of legislatures [and courts].” (Railroad Commission v. Oil Co., supra, 310 U.S. at p. 579 [84 L.Ed. at p. 1372].) As a consequence those who dealt in oil and gas interests had difficulty in describing the interests transferred and ambiguous and uncertain instruments were presented to courts for analysis. (Dabney-Johnston Oil Corp. v. Walden (1935) 4 Cal.2d 637, 651 [52 P.2d 237].) With respect to these interests the California Supreme Court has lamented: “Their nature is far from certain or definite. They are obscure to say the least.” (Delaney v. Lowery (1944) 25 Cal.2d 561, 569 [154 P.2d 674].) Thus, “the nature of the interests which may exist in oil and gas, is complex, partly because of the inexactness of the terminology which is available to describe them.” (1 Williams & Meyers, Oil and Gas Law (1983) § 201, p. 17.)

In order to understand the nature of the property interests in oil and gas producing properties it will be necessary to describe briefly the physical occurrence of oil and gas. Although the witnesses at trial and the commentators agree that no two deposits of oil and gas are exactly alike, there is no dispute as to the general physical characteristics of an oil and gas producing property. Oil and gas deposits generally occur in sedementary beds of sandstone, shale and limestone. (See Colby, op. cit. supra, 31 Cal.L.Rev. at p. 358.) The oil and gas exist in the interstices of the rock occupying certain strata, referred to as “oil sands.” (Ibid.) Within a reservoir fluids are trapped under pressure, the amount of which is dependent largely upon the depth of the deposit. (Ibid.) This pressure is referred to as “reservoir energy” and may be utilized in the initial extraction process. (Ibid.)

Oil and gas deposits, due to their fluid nature, are capable of migration through the rock interstices in which they exist. (Colby, op. cit. supra, at p. 360.) In the course of time oil and gas deposits have become trapped in the most favorable location and there is little if any migration in the absence of a disturbance of the deposit’s equilibrium. (Ibid.) However, when this equilibrium is disturbed, such as by penetration by a well bore, the pressure *100 differential can cause the oil and gas to migrate. This aspect of the nature of oil and gas has caused them to be referred to as “fugacious minerals” (see Glassmire, op. cit. supra, § 1, p. 1), which implies that they are not fixed in a certain place, but are wandering. (See Webster’s Third New Internat. Dict. (1971) p. 918, “fugacious,” def. 2.)

Recoverable gas deposits often exist where there is no recoverable oil. The wells which produce gas only are referred to as “dry gas wells.” Most oil wells also produce some associated gas. In such a deposit the force of gravity has generally caused the gas and oil to separate with the lighter gas existing in the upper strata and the heavier oil existing in the lower strata of the formation. There is generally some water associated with the deposit which, because of its heavier nature, exists below the oil bearing strata. The total oil and gas within a deposit is referred to as the oil in place or the gas in place. Although it is generally accepted that all of the oil and gas ever created and not yet recovered is in place, no one knows or can accurately estimate the extent of such deposits.

There are three separate phases in the life of an oil and gas producing property. These are discovery, development, and production. Discovery is a function of geological effort wherein geophysicists and geologists determine the optimum place to drill a new well. When oil and gas is discovered very little is known about the amount of oil and gas in place and the potential recovery. During the development process wells are drilled and petroleum engineers and technical staff constantly evaluate the field in order to make knowledgeable decisions regarding how the field can best be produced. The primary development phase ends when the total field has been delineated.

The production phase of an oil and gas producing property may be subdivided into a primary phase and a secondary (and even tertiary) phase in which augmented recovery programs are utilized. Primary recovery utilizes the natural reservoir energy (pressure) and pumping or lifting to extract the hydrocarbon substances. The proportion of the original oil in place which can be recovered through primary recovery methods varies with the particular property, but is typically very low. In People v. Associated Oil Co. (1930) 211 Cal.

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Bluebook (online)
164 Cal. App. 3d 94, 210 Cal. Rptr. 335, Counsel Stack Legal Research, https://law.counselstack.com/opinion/lynch-v-state-board-of-equalization-calctapp-1985.