Kruse v. Grokap, Inc.
This text of 349 So. 2d 788 (Kruse v. Grokap, Inc.) is published on Counsel Stack Legal Research, covering District Court of Appeal of Florida primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.
Opinion
Elizabeth B. KRUSE, a/K/a Elizabeth Kruse Wandall, Appellant,
v.
GROKAP, INC., Appellee.
District Court of Appeal of Florida, Second District.
*789 Ezra J. Regen, Sarasota, for appellant.
Law Offices of Robert F. Thompson, Sarasota, for appellee.
GRIMES, Judge.
This case involves the application of the doctrine of submergence of tidal waters.
The parties were both record title holders of lots in Block 18 of Sarasota Beach Subdivision which is located on Siesta Key. Appellant was the owner of Lot 23. Appellee was the owner of Lot 10. The waters of the Gulf of Mexico originally laid along the southwest side of Lot 23. Lot 10 was located to the northeast of Lot 23 and separated therefrom by an alleyway.
The appellee brought a suit to quiet title to appellant's Lot 23 alleging that over a period of years the waters of the Gulf of Mexico gradually encroached upon Lot 23 and the alleyway to the extent that Lot 23 became completely submerged and disappeared beneath the waters of the Gulf. The complaint further alleged that the waters subsequently receded thus exposing what was formerly Lot 23 and that appellee is now the riparian owner of this land through accretion. The appellant filed an answer and a counterclaim specifically denying the allegations of submergence and accretion. Following a nonjury trial the court entered judgment quieting the title to Lot 23 in appellee.
There are two lines of authority in this country concerning the doctrine of submergence as related to gradual changes in the shoreline. Some jurisdictions hold that land lost through erosion or submergence is regained by the original owner when by reliction or accretion the water disappears and the land re-emerges.[1] On the other hand, many courts hold that once land is lost by erosion or submergence it is lost for good. If the water encroaches upon the land of a more remote owner and then changes its movement in the other direction gradually restoring the land which had been submerged, the re-emerging land becomes the property of the remote owner through the doctrine of accretion.[2] Florida has adopted the latter view.[3] But the threshold question is when is the land "lost" to submergence.
Private ownership of land in Florida bordering on navigable waters extends to the ordinary high water mark[4] or in the case of tidal waters to ordinary high tide.[5] The ordinary high water mark has been deemed synonymous with mean high tide.[6] Therefore, the issue in this case is whether the ordinary or mean high tide of the Gulf of Mexico had encroached upon appellee's Lot 10. If it did, appellant's title to Lot 23 was lost by submergence, and when the land later re-emerged, appellee became its owner by way of accretion. Thus, in ruling for appellee the trial court necessarily concluded that the ordinary high tide of the Gulf had reached Lot 10. We are compelled to reverse because as a matter of law there is insufficient evidence upon which such a conclusion can be based.
The variations which occur in major tide producing forces will go through one complete cycle in approximately 18.6 years.[7]*790 Apparently, this figure is often rounded out to nineteen years.[8] In Borax Consolidated Ltd. v. City of Los Angeles, supra, the court stated:
"In view of the definition of the mean high tide, as given by the United States Coast and Geodetic Survey, that `Mean high water at any place is the average height of all the high waters at that place over a considerable period of time,' and the further observation that `from theoretical considerations of an astronomical character' there should be `a periodic variation in the rise of water above sea level having a period of 18.6 years,' the Court of Appeals directed that in order to ascertain the mean high tide line with requisite certainty in fixing the boundary of valuable tidelands, such as those here in question appear to be, `an average of 18.6 years should be determined as near as possible.' We find no error in that instruction."
The significance of determining mean high water through observations covering a long period of time is explained in Norwood Gay's article, The High Water Mark: Boundary Between Public and Private Lands, at 18 U.Fla.L.Rev. 553, 556 (1965), where the author states:
"The definition of mean high water is simple enough: it is the average height of the high waters at a given place over a period of nineteen years....
* * * * * *
"A full tidal cycle is generally considered to be nineteen years, because during this period of time the more important of the tidal variations will have gone through complete cycles. Observations for lesser periods of time can be corrected to the nineteen-year cycle by comparison with a suitable tide station where nineteen-year values are available. In 1951 there were thirty primary tide stations located on the Atlantic coast, eight on the Gulf coast, fifteen on the Pacific coast, and eight in Alaska. The nineteen-year observations provided by these sixty-one stations for primary determination of mean sea level are sufficient because a satisfactory secondary determination of this datum plane can be made at all other places by using short period observations and correcting the results to a mean value by comparison with the data at one of the primary tide stations."
Thus it is that the boundary of ordinary or mean high tide exists in a particular location at any given time,[9] but in order to determine the location as of that time, it is necessary to average out the high tides over a nineteen-year period.[10] Since this is the duration of the full tidal cycle, it cannot fairly be said that a proper average has been determined by considering the tides over a lesser period of time. However, the location of mean high tide in a particular location can be made by using observations over a shorter period and correcting the results by comparison with the nineteen-year data of one of the primary tide stations maintained by the National Ocean *791 Survey (formerly the United States Coast and Geodetic Survey).[11]
None of this was done in the instant case. The only expert who testified was a surveyor whose observations concerning the mean high tide were properly stricken because they were based on some old photographs about which he had no knowledge. His testimony set forth below amply demonstrates that he did not follow a generally accepted method for determining mean high tide.
"Q Isn't it a fact, at the time this survey was made, the only real method of actually determining accurately the real mean high water line was the use of tide gauges?
A That was one.
Q That involved using those tide gauges over a considerable period of time at that time?
A That's right.
Q Do you remember approximately how long?
A You could go for one month, two months. There was an economic problem.
Q I'm talking about actually physically and completely locating the mean high water line. Theoretically, you had to go through a full 18.6 year cycle?
A Yes.
Q By computers, they have managed to shorten that?
A Yes.
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349 So. 2d 788, Counsel Stack Legal Research, https://law.counselstack.com/opinion/kruse-v-grokap-inc-fladistctapp-1977.