PATTI B. SARIS, Chief District Judge.
Plaintiffs Samuel and Ann Furrow bring this suit seeking excess flood insurance coverage for the loss of their vacation home after a storm in March of 2013 in the Town of Nantucket, Massachusetts. Plaintiffs allege the loss qualifies as a "flood" under the "erosion" prong of their Standard Flood Insurance Policy ("SFIP"). Defendant Underwriters at Lloyd's London ("Lloyd's"), the excess insurer, asserts that the loss was not covered because the cause of the loss was gradual erosion of a sandy bluff overlooking the Atlantic Ocean, which was a specifically excluded cause of loss under the policy.
Both parties moved for summary judgment. After hearing, Plaintiffs' Motion for Summary Judgment (Docket No. 61) and Defendants' Motion for Summary Judgment (Docket No. 58) are
The facts below are taken from the record, and are undisputed except where stated.
Plaintiffs Samuel and Ann Furrow purchased their summer home in Nantucket in July 2003. The home is located at 87 Baxter Road atop a 75-foot bluff on the easternmost portion of the island of Nantucket. When the home was purchased in 2003, the home was over 50 feet away from the bluff.
Due to erosion rates at the bluff, Plaintiffs knew it might become necessary to move their house away from the bluff at some point in the future. By 2007, the bluff had moved to within 20 feet of the home, so Plaintiffs moved the house closer to the road and away from the bluff. After the move, the home was about 60 feet away from the bluff.
Plaintiffs purchased insurance for their home. In addition to standard home insurance, Plaintiffs also purchased primary and excess flood insurance. For the policy period from February 12, 2013 to February 12, 2014, Plaintiffs had two flood insurance policies — a primary policy issued by Wright National Flood Insurance Company
Standard Flood Insurance Policy section II.A. Certain causes of damage are explicitly excluded from coverage:
From March 6-9, 2013, a storm hit Nantucket with near gale force winds, a storm surge, and high waves ("Storm"). As a result of this Storm, a portion of the bluff upon which the house sits collapsed into the ocean. Two days after the Storm ended, the home was condemned by the Nantucket Building Commissioner as unsafe for human use. In April 2013, the home was demolished.
Within days of the Storm, Plaintiffs made a claim for the loss to Wright and Lloyd's. Plaintiffs reached a settlement with Wright for the $250,000 policy limit. Lloyd's determined that the loss was not covered. Plaintiffs seek a declaration that the excess policy is obligated to cover the full value of the dwelling up to the policy limit.
Summary judgment is appropriate when there is "no genuine dispute as to any material fact and the movant is entitled to judgment as a matter of law." Fed. R. Civ. P. 56(a). To succeed on a motion for summary judgment, the moving party must demonstrate that there is an "absence of evidence to support the nonmoving party's case."
In enacting the National Flood Insurance Act ("NFIA"), Congress found, among other things, that "many factors have made it uneconomic for the private insurance industry alone to make flood insurance available to those in need of such protection on reasonable terms and conditions." 42 U.S.C. § 4001(b). "The NFIP is a federally-subsidized program which provides flood insurance at below actuarial rates."
Federal common law governs the interpretation of the flood insurance coverage under the NFIP.
"Insurance policies are generally interpreted in the same way as other contracts," the dominant purpose of which is to "give effect to the intentions of the parties."
The insured bears the burden of proving the loss is within the description of the risks covered.
Defendants contend Plaintiffs' claim is not covered because it resulted from ongoing, gradual erosion which is excluded under the SFIP. To support their contention that the loss on Plaintiffs' house was caused by gradual erosion, Defendants presented evidence that the coastal erosion on the sandy bluff at 87 Baxter Road was frequent. The average rate of erosion in the vicinity of Plaintiffs' property from 1990 to 2005 ranged from 2.0 to 12.7 feet per year, Docket No. 60 at 13, and during the thirteen months from November 2012 to December 2013, the land eroded approximately thirteen feet.
Plaintiffs assert that the SFIP provides coverage for "erosion." Section II.A.2. of the SFIP defines flood as a "[c]ollapse or subsidence of land along the shore of a lake
To meet their threshold burden of demonstrating that the erosion that caused their loss was covered, Plaintiffs submit that the bluff generally eroded 3-5 feet per year. Docket No. 64 ¶ 4. At the beginning of 2013, Plaintiffs state the top of the bluff was 20-30 feet away from their home and at the general rate of erosion, it would have taken 2-3 years for the gradual erosion to threaten their home. Plaintiffs contend that a factfinder could reasonably find that during the four days of the Storm, 20-30 feet of the bluff precipitously collapsed into the ocean. Even with Defendants' evidence that the bluff was gradually eroding at a rate of up to 13 feet a year, Plaintiffs' evidence that the erosion was a result of the Storm was at least 20 feet is sufficient to create a disputed issue of fact as to whether the exclusion applies. Accordingly, when all facts are viewed in favor of Plaintiffs, a fact-finder could reasonably find that the loss after the Storm was not due to "gradual erosion."
The parties do not dispute that there was a "collapse or subsidence of land," but Defendants do dispute that the collapse was caused by "waves or currents of water exceeding anticipated cyclical levels." Plaintiffs' expert, Stephen Harned, a meteorologist, defines "anticipated cyclical levels" using statistical wave data collected by the National Oceanic and Atmospheric Administration from 1982-2008 at Buoy #44008 ("Nantucket Buoy") for the month of March when the event occurred. This data shows the historical average level of waves near the Nantucket Buoy (located 50 miles southeast of Nantucket) during the month of March to be 11.2 feet or less.
Harned then calculated the wave heights during the Storm to determine if they exceeded "anticipated cyclical levels." First, Harned collected data from Buoy #44017 ("Montauk Point Buoy," southeast of Long Island, NY) to determine the wave heights at the Montauk Point Buoy during the Storm. Harned used data from the Montauk Point Buoy instead of the Nantucket Buoy because the Nantucket Buoy became unmoored a few weeks before the Storm, rendering the data unreliable. He then calculated the height of the waves at the bluff using the data from the Montauk Point Buoy. Because the calculated height of the waves at the bluff during the Storm ranged between 12 and 29 feet, Harned concluded that the level of the waves at the bluff during the Storm were double — and almost triple — the historical level of waves at the Nantucket Buoy in March, and thus, the waves during the Storm exceeded "anticipated cyclical levels."
Defendants attack Plaintiffs' expert report in two ways. First, they define "anticipated cyclical levels" "as waves or currents at levels that could be expected, even if higher than average, in light of seasonal variations in sea and weather conditions." Docket No. 71 at 3. Defendants rely on a comparative storm analysis performed by one of their experts, Dr. Lloyd Schulman, a meteorologist, to define "anticipated cyclical levels." Analyzing data from January 2003 to January 2016, Schulman identified fourteen other storms of similar force as the Storm, leading him to conclude that storms of this force occur on average once per year. Specifically, Schulman found that "[a]lthough each coastal storm is unique, the other 14 storms . . . were comparable in both wind speed and wave heights with peak speeds near 20 m/s and maximum significant wave heights in the open ocean near 6 meters." Docket No. 60, Ex. 17, Schulman Report, at 11. Thus, since the maximum wave heights during the Storm were within the range of expected wave heights during these yearly Nor'easters, the waves during the Storm were anticipated and thereby did not exceed "anticipated cyclical levels."
Plaintiffs argue that Defendants' definition of "anticipated cyclical levels" is not supported by the plain language of the policy because it would calculate only the anticipated water levels during storms, rather than the longterm historical anticipated water levels in March. The primary case Plaintiffs rely on is unpublished, but it is helpful because it suggests that the proper methodology is looking at long-term water level data.
Plaintiffs don't win yet though, because Defendants' second challenge is to Plaintiffs' expert's calculations of "anticipated cyclical levels" and the height of the waves during the Storm. Defendants' experts question the methodology used to convert the wave heights at the buoy to the wave heights at the bluff. For example, the Defendants' experts contend that Harned made a number of assumptions in his calculations: that the "wind direction is constant at 20 degrees along that entire fetch" and also that the velocity of the wind stayed constant over the entire length the waves travelled from the buoy to the bluff. Docket No. 67, Ex. 16, Sykora Dep., at 52-53. Additionally, Defendants challenge Mr. Harned's reliance on a buoy that was 600 miles away.
Defendants argue that there is no evidence the Storm resulted in a "flood" as defined in section II.A.1.a. of the insurance policy as required by section II.A.2., and therefore Plaintiffs' loss is not covered.
Plaintiffs contend that the waves exceeding anticipated cyclical levels resulted in inundation from tidal waters. To meet the requirement that two or more acres of normally dry land area were inundated by an overflow of tidal waters, Plaintiffs' submit evidence that the beach and bluff up and down Siasconset Beach, including 87 Baxter Road, were inundated. The Court has an insufficient basis for concluding that the beach area is "normally dry," or that the inundation involves "two or more acres," or two or more properties, at least one of which is Plaintiffs'. Moreover, the facts are unclear and disputed as to where the property line is located on the bluff and beach.
Additionally, Plaintiffs point to several other spots on the island that were flooded as a result of coastal flooding during the Storm — Hulbert Avenue; Washington, Broad, Easton, and Easy Streets; and Sheep Pond Road. Docket No. 67, Ex. 14, Harned Report at 14-16, 20. Although the entire record is hard to read, all of these streets appear to be on different sides of the island from where the Furrows' house was located.
Plaintiffs' expert states that "surge and wave flooding covered several streets and adjacent properties in the town of Nantucket which exceeded 2 acres in size." Docket No. 67, Ex. 14, Harned Report at 4. Defendants state that these other properties are not appurtenant to Plaintiffs' property. The plain language of the policy does not require that the properties be adjacent, but it does require that the collapse of land on the bluff result from erosion caused by the waves exceeding anticipated cyclical levels and that these waves result in the inundation defined by the policy (i.e., the two acres or the two properties). The record contains insufficient evidence for the Court to conclude that the flooding in other parts of the island was caused by such waves.
In sum, each party is calling the other's bluff because the record is inadequate for this Court to determine whether there is a "flood" as defined in the policy.
Plaintiffs' Motion for Summary Judgment (Docket No. 61) and Defendants' Motion for Summary Judgment (Docket No. 58) are