In Re Determining the Natural Ordinary High Water Level of Lake Pulaski

384 N.W.2d 510, 1986 Minn. App. LEXIS 4160
CourtCourt of Appeals of Minnesota
DecidedApril 1, 1986
DocketC4-85-2143
StatusPublished
Cited by1 cases

This text of 384 N.W.2d 510 (In Re Determining the Natural Ordinary High Water Level of Lake Pulaski) is published on Counsel Stack Legal Research, covering Court of Appeals of Minnesota primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
In Re Determining the Natural Ordinary High Water Level of Lake Pulaski, 384 N.W.2d 510, 1986 Minn. App. LEXIS 4160 (Mich. Ct. App. 1986).

Opinion

OPINION

WOZNIAK, Judge.

The Association appeals from an order determining the ordinary high water level *512 of Lake Pulaski in Wright County. It contends the Commissioner of Natural Resources erred by not granting oral argument, by selecting an ordinary high water level not advocated by either party to the proceeding, by incorrectly applying Minn. Stat. § 105.37, subd. 16, and by unconstitutionally taking private property. It also contends the Commissioner’s decision is unsupported by substantial evidence and is arbitrary and capricious. We affirm.

FACTS

Lake Pulaski 1 is approximately two miles long and one mile wide. It is landlocked with neither a natural nor an artificial outlet. The shoreline is almost completely developed. More than 240 homes and summer cottages surround it. The first structure dates to before 1853. The natural features around most of the lake have been obscured or destroyed by grading, filling and landscaping. The dividing line between Little Lake Pulaski and Lake Pulaski has been substantially modified with filling and dredging.

In 1964, the Department of Natural Resources (DNR) surveyed the lake in order to determine whether certain filling was below the ordinary high water level. The survey crew chief set the ordinary high water level at 960.5 feet. While there was no intention to formally establish the ordinary high water level of the lake and no contested case hearing, the DNR, Wright County, and the City of Buffalo used the 960.5 foot elevation as a basis for regulation.

In 1981, the DNR commenced a formal proceeding to establish the ordinary high water level after it received a number of citizen complaints and permit applications. After a hearing, the Commissioner issued an order establishing the ordinary high water level at 968.8 feet. The order was not appealed.

In response to numerous complaints, the DNR decided to have a new determination made based upon a new record. Hearings began in March 1985. The Association advocated an ordinary high water level of 961.4 feet. The DNR advocated a 968.8 foot level.

Recordings of water levels on Lake Pulaski began in 1941. Between 1941 and 1946, lake levels varied between 951.7 feet and 955.4 feet. Sporadic readings between 1947 and 1981 show a low of 958.7 feet and a high of 962.5 feet. Since 1981 the level of the lake has varied between a low of 960.9 feet and a high of 965.6 feet. The elevation recorded on the first day of the hearing, 965.63 feet, is the highest recorded elevation on the record.

The DNR relies on a variety of evidence to determine ordinary high water levels. It relies on tree elevations because of a tree’s relative permanence. If a tree is inundated with water for approximately one to three years, it will die. Generally, a hardwood tree requires unsaturated soil at least equal in depth to its diameter in order to survive. A softwood tree requires unsaturated soil at least equal to one-half of its diameter. The DNR estimates the ordinary high water level by measuring the ground elevation at the base of selected trees, subtracting the diameter, and averaging the reduced elevations.

The reliability of an ordinary high water level estimate based on tree elevations depends upon the trees selected for study. In 1981 the DNR selected 16 trees which were in an undisturbed area atop a geological feature referred to as an “old lake bank.” This site was selected after the DNR determined that it was the outer limit for where the ordinary high water level must be located. The average reduced elevation for the 16 trees was 968.8 feet.

In 1985, the DNR took borings from 12 trees. Six of those bored were located on top of the feature known as the old lake *513 bank. Five of the six were more than 100 years old with an average age of 111 years. The sixth tree could not be dated. With the exception of the Leonard elm, these trees are the only ones which are more than 100 years old. The reduced elevations ranged from 969.55 feet to 970.17 feet. The other six trees the DNR selected were the largest which could be found below the old lake bank elevation. These trees were 56 years or younger with an average age of 47 years.

Seven trees selected by the Association were bored after the hearing concluded because the Association presented evidence based upon estimates of their age. An independent examiner appointed by the administrative law judge determined that, with two exceptions, the ages ranged from 43 to 60 years.

The two exceptions are the How oak and the Carpenter-Poirier cottonwood. The oak is 74 years old. The cottonwood is over 69 years old. Both are located on Little Lake Pulaski. The oak has a reduced elevation of 964.56 feet and the cottonwood has a reduced elevation of 963.3 feet. According to a 1959 memorandum in DNR files, correspondence dating back to 1927 indicates the isthmus separating Little Lake Pulaski and Lake Pulaski has been opened and closed several times by various parties. A 1928 letter from a district court judge indicates that the outlet from Lake Pulaski into Little Lake Pulaski had been opened twice “this spring” and that the judge himself had closed it in June of 1928. DNR files also indicate that a 1927 inspection revealed a channel between the lakes and that the channel had been deepened at some time earlier.

A 139-year-old elm grew on the northern shore of Lake Pulaski until it died in 1982. Its reduced elevation is 965.67 feet. A cabin with a ground elevation of 969.5 feet stands between the lake and the tree and has stood between the two since 1926. There has been some modification of the area by landscaping. In order for water from the lake to reach the elm, the water would have to rise to at least 969.5 feet. There is no substantiated evidence that the lake has ever reached 969.5 feet.

The geologic feature known as the old lake bank was formed by ice pushing against the shore. There is a dispute about when it was formed. Hundreds of exposed boulders protrude from the lakeward side of the feature. The top elevation of the exposed boulders is roughly 970.1 feet.

Indicia of old lake banks include a wall around a tree with a base elevation of 968.7 feet. The wall was placed around the tree to keep it from falling when a lake bank was leveled in the mid-1940’s. The bank was described as a narrow sandy strip which was so steep a model-T could not be driven up it. A long-time resident recalled that the water “came up pretty close to the tree” in the early 1920’s.

Aerial photographs were taken of the Lake Pulaski area in 1937. Using a stereoscope to obtain a three dimensional view, eight separate shorelines can be discerned. The highest water mark was located below the hardwood tree line. Development was generally above the line. A hydrologist with 28 years of experience in reading and interpreting aerial photographs placed the highest water mark approximately 20 feet from a portion of the road east of an S-curve. There is no indication of vegetation in the area between this portion of the road and the lake. The elevations of the road portion vary between 971.6 feet and 973.4 feet. The hydrologist estimated that the elevation 20 feet from the center line of the road is 968 feet.

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Bluebook (online)
384 N.W.2d 510, 1986 Minn. App. LEXIS 4160, Counsel Stack Legal Research, https://law.counselstack.com/opinion/in-re-determining-the-natural-ordinary-high-water-level-of-lake-pulaski-minnctapp-1986.