Kalorama Citizens Ass'n v. District of Columbia Board of Zoning Adjustment
Kalorama Citizens Ass'n v. District of Columbia Board of Zoning Adjustment
Opinion of the Court
In this case we are called upon to review a decision of the District of Columbia Board of Zoning Adjustment (the “BZA” or the “Board”) that upheld building permits issued with respect to a building located at 1819 Belmont Road, N.W. (“the subject building” or the “subject property”).
After petitioner Kalorama Citizens Association (“KCA”)
In the instant petition for review, the challengers contend that the BZA ruling must be reversed because it upheld action by the Zoning Administrator that contravened the District’s zoning regulations.
Applying the requisite deferential standard of review,
Background
The subject building is located in a residential area zoned as R-5-D. Improvements on lots located in R-5-D districts may have an overall maximum FAR of 3.5. See 11 DCMR § 402.4. As explained in footnote 4, swpra, FAR is determined by dividing the gross floor area of all buildings on a lot by the area of the lot. See 11 DCMR § 199.1. Thus, the “gross floor area” of the subject building is a major determinant of whether the subject property’s 3.5 FAR limit is exceeded.
As defined in the zoning regulations, the term “gross floor area” includes the following floor space:
basements, elevator shafts, and stairwells at each story; floor space used for mechanical equipment (with structural headroom of six feet, six inches (6 ft., 6 in.), or more); penthouses; attic space (whether or not a floor has actually been laid, providing structural headroom of six feet, six inches (6 ft., 6 in.), or more); interior balconies; and mezzanines.
Id. (italics added). Accordingly, the “gross floor area” of the subject building includes the building’s basement and also includes any space that is an attic space with “structural headroom” of at least six feet, six inches. The zoning regulations define a “basement” as “that portion of a story partly below grade [i.e., ground level], the ceiling of which is four feet (4 ft.) or more above the adjacent finished grade.”
The subject budding is sandwiched between two other row houses on its east and west sides; thus, no “adjacent finished grade” can be seen at the sides of the building. At the front of the building (the building’s southern face), the ceiling of the lower level is more than four feet above the adjacent grade; at the rear of the building, the lower level is completely below grade.
As indicated supra, this case also involves an “attic issue,” which relates to the sixth level of the subject building. Architectural drawings in the record show that the sixth level, which does not extend all the way to the front of the building, is covered by a sloping roof. Positioned below the roof rafters are a series of “collar ties.”
While the parties and intervenors disagree about whether the subject building’s lower level is fully a basement and whether the sixth-level -space is an attic, they do agree on one important point: that if either the entire lower-level space or the sixth-level space is counted in gross floor area, the FAR of the subject property would exceed the regulatory limit.
The BZA’s Ruling
At the outset of the BZA’s oral deliberations, the BZA Chairman acknowledged that the subject building “is clearly out of context with the rest of the block [ie., the 1800 block of Belmont Street, N.W.] and the adjacent structure.” Nevertheless, the BZA upheld the building permits, agreeing with the Zoning Administrator that the building does not exceed the FAR limit.
Regarding the basement issue, the BZA noted that the zoning regulations “provide no guidance on how to calculate the FAR of partial basements and partial cellars,” but that the Zoning Administrator’s Office “has employed at least two methods for calculating lower-level FAR: the grade-plane method
Under the “perimeter wall” method, the FAR is determined by establishing a ratio between the linear footage of the portion [of the] perimeter wall with more than four feet out of grade and the total square footage of the lower level. Under the “grade plane” method, a plane is established between the grade at the front of the building and the grade at the rear of the budding. The point at which this plane intersects at a four foot level, any portion that exceeds that plane counts toward FAR and any portion that does not is considered a cellar.
November 8, 2005 Order at 14.
The BZA noted that:
[t]he difficulty arises when the lower level is partially above and partially below that four-foot plane [ie., the plane at the level that is four feet above grade], and when the adjacent grade cannot be determined. Such is the case here where the Project is bounded on either side by row dwellings and the finished grade is not apparent.
Id. Although acknowledging KCA’s position that “the basement floor area was incorrectly calculated using the ‘perimeter wall method’ instead of the ‘grade plane method,’ ” the BZA concluded that “[b]oth methods appear reasonable[,] and the choice of which is most appropriate is within the Zoning Administrator’s discretion.” November 8, 2005 Order at 14. Accordingly, the BZA concluded, “the floor space in the basement was correctly calculated [by the Zoning Administrator] using the perimeter wall method in the plans submitted by Montrose.” Id. at 15. The BZA found that “[a]t most, only 147.3 square feet of space on the lower level [about one-fifth of the lower-level space] is a basement, which counts toward FAR,” enabling the project to “compl[y] with the density limitation of 3.5 FAR for the R-5-D District.”
[KCA] contended that the plans showed that the attic’s ceiling was not “structural” and therefore should not have been used to limit the height of the attic space. If the ceiling is not counted as “structural headroom” then the height would exceed six feet six inches and the space would be included in the Gross Floor Area, and the building would exceed 3.5 FAR.
The term “structural” is not defined in the Zoning regulations, accordingly the definition for zoning purposes is provided by Webster’s Unabridged Dictionary pursuant to 11 DCMR 199. The dictionary defines “structural” as “of or relating to the load bearing members or scheme of a building, as opposed to the screening or ornamental elements.”
The Board credits the testimony of the architect of record for the Project that because the building is framed from front to back, rather than relying on the adjacent walls of the abutting townhouses for support, the collar ties forming the attic ceiling were not ornamental, but served as structural members necessary to help brace the building against racking in a north-south direction. The Board therefore concludes that the collar ties created structural headroom of less than six feet, six inches, and thus the space was properly excluded from FAR calculations.
Id. at 14.
Finally, the BZA acknowledged that it was required under D.C.Code § 1-309.10(d) to give “ ‘great weight’ to the issues and concerns raised in the affected ANC’s written recommendation.” Id. at 15. The BZA stated that “[i]n this case, the ANC joined with KCA in the ... arguments that the Board has fully considered and addressed.... ” Id.
Standard of Review
Our review of BZA factual determinations is deferential. See George Washington Univ. v. District of Columbia Bd. of Zoning Adjustment, 831 A.2d 921, 931 (D.C. 2003). We will uphold the BZA’s findings “if they are based on substantial evidence in the record as a whole.” Id., quoting D.C.Code § 2-510(a) (2001). Substantial evidence is “such relevant evidence as a reasonable mind might accept as adequate to support a conclusion.” Giles v. District of Columbia Dep’t of Employment Servs., 758 A.2d 522, 524 (D.C. 2000). We must determine “(1) whether the [BZA] made a finding of fact on each material contested issue of fact; (2) whether substantial evidence in the record supports each finding; and (3) whether the [BZA’s] conclusions of law follow rationally from the findings.” George Washington Univ., 831 A.2d at 931. We “will defer to the Board’s findings and will not second-guess the Board’s decision unless it is ‘arbitrary, capricious, an abuse of discretion, or otherwise not in accordance with law.’ ” Citizens Ass’n of Georgetown v. District of Columbia Bd. of Zoning Adjustment, 925 A.2d 585, 589 (D.C. 2007). ‘We defer to the BZA’s interpretation of the zoning regulations unless its interpretation is plainly wrong or inconsistent with the governing statute.” Kuri Bros. v. District of Columbia Bd. of Zoning Adjustment, 891 A.2d 241, 244 (D.C. 2006); see also Downtown
Our function “in reviewing administrative action is to assure that the agency has given full and reasoned consideration to all material facts and issues,” a function we can perform only “when the agency discloses the basis of its order by an articulation with reasonable clarity of its reasons for the decision.” Felicity’s, Inc. v. District of Columbia Bd. of Appeals & Review, 851 A.2d 497, 502 (D.C. 2004) (quoting Dietrich v. District of Columbia Bd. of Zoning Adjustment, 298 A.2d 470, 473 (D.C. 1972)).
Discussion
A. The Basement Issue
1. The Specifics of KCA’s and the ANC’s Challenge
The regulatory definition of “basement” is at the center of KCA’s and the ANC’s challenge to the BZA’s ruling on the basement issue. As already noted, a “basement” — the area of which must be included in “gross floor area” — is “that portion of a story partly below grade, the ceiling of which is four feet (4 ft.) or more above the adjacent finished grade.” 11 DCMR § 199.1. The gist of the challengers’ argument is that, to implement the foregoing regulatory definition as part of determining a building’s gross floor area, “in all ... cases it is necessary ... to measure how much, if any, of the floor area on the ground floor has ceiling more than four feet above the adjacent grade, and to include that amount in ‘gross floor area’ and thus FAR”; and that if the adjacent grade and the ceiling height above it are impossible to observe and measure, there must be another way of arriving at the required measurements.
KCA and the ANC accept that the “perimeter wall method” can be used to apportion lower-level space between “basement” and “cellar” for a freestanding building, because the grade adjacent to all of the building’s perimeter walls can be observed. They contend, however, that the perimeter wall method cannot be used in cases such as this, where the grade adjacent to the subject building’s side walls cannot be observed, because it is impossible to complete the method’s step that entails measuring “that portion of the perimeter ..., the ceiling of which is four feet or more above the adjacent finished grade.” See note 17, supra. Because the Zoning Administrator did not and could not make that measurement, KCA and the ANC argue that the method that he used to calculate the square footage of lower-level space includable in the subject building's gross floor area was not actually the “perimeter wall method,” but instead was an unprecedented and unauthorized “front-wall-only” method. The “front-wall-only” method, they argue, not only fails to take into account the adjacent grade at the building’s other walls (as they assert the regulatory definition of “basement” requires), but also contravenes what they assert is the “intent of the zoning regulations.” That intent, they say, is to “make the amount of a ground floor area that a builder must count against density limits dependent on two variables: the amount of floor area and grade of the lot — the steeper the grade, the greater the proportion of ‘cellar’ space is likely to be; and the greater the total floor area of the ground floor, the more floor area will be apportioned to each type.”
KCA and the ANC contend that the BZA should have required the Zoning Administrator to use the grade-plane method,
2. Analysis
In essence, KCA and the ANC urge us to read the regulatory definition of “basement” to require the Zoning Administrator, for FAR-cáleulation purposes, to estimate the level of the (presumed) grade adjacent a building’s lower level if no grade can be observed. The BZA, however, read the regulation as affording the Zoning Administrator discretion as to how to apply the definition of “basement” in cases where the grade adjacent to a building’s lower level cannot be observed. See BZA Order at 14 (addressing the issue of how to resolve “the difficulty [that] arises” in applying the regulatory definition of basement when a building “is bounded on either side by row dwellings and the finished grade is not apparent”). The BZA reasoned that in such cases, it is reasonable to calculate the lower level’s contribution to gross floor area either by using the “perimeter wall method” (and, as the Zoning Administrator did, taking into account only the portion of the lower-level perimeter wall where, visibly, the ceiling is four or more feet above the adjacent grade);
We will not disturb the BZA’s interpretation that the regulatory definition afforded the Zoning Administrator discretion to use the apportionment method that he used. That is because, as we go on to explain, we conclude that the interpretation is neither “clearly erroneous [n]or inconsistent with the zoning regulations as a whole.” Wallick v. District of Columbia Bd. of Zoning Adjustment, 486 A.2d 1183, 1184 (D.C. 1985).
Nor can we discern any way in which the approach that the BZA approved — identifying the amount of “basement” floor space by relying on the adjacent grade only to the extent that “grade” is visible — is inconsistent with the zoning regulations as a whole. We note that in a different section of the definitional regulation under discussion here (11 DCMR § 199.1), the zoning regulations define “natural grade” as “the undisturbed level formed without human intervention or, where the undisturbed ground level cannot be determined because of an existing building or structure, the undisturbed existing grade” (emphasis added). Thus, in the definition of “natural grade,” the zoning regulations permit use of an alternative, measurable benchmark, rather than speculation, when the ground level referenced in the regulation cannot be observed. Here, the Zoning Administrator took an analogous alternative approach when presented with plans for a building’s lower level whose “adjacent finished grade” (and the ceiling height above it) could be observed on only one side: he relied on only that one side of the building — the front wall, where at all points the ceiling visibly is at least four feet above grade — to determine the ratio used in the “perimeter wall method” and thus the apportionment of lower-level space between “basement” and “cellar.”
KCA argues that the method that the BZA approved is arbitrary and capricious because it “bears no rational relation to the actual length and resulting floor area of the ground floor, increasing only modestly if the ground floor’s length and thus floor space are greatly increased”; “do[es] not vary at all with variations in steepness of the grade”; and “for this reason alone must be found inconsistent with the zoning regulations.” However, we discern from the zoning regulations neither an intent to vary the amount of floor space that must
KCA emphasizes that the “grade plane method” is an available alternative method for ascertaining the amount of “basement” space and is a method which the BZA agreed was “a rational method for making ... apportionment between ‘basement’ and ‘cellar’ in the case of ... attached buildings.” That is not a sufficient reason to disturb the BZA’s order upholding the Zoning Administrator’s use of the perimeter method. Cf. Dupont Circle Citizens Ass’n v. District of Columbia Bd. of Zoning Adjustment, 749 A.2d 1258, 1262 n. 11 (D.C. 2000) (the possibility of an alternative reading of the zoning regulations does not render the interpretation adopted by the BZA an unreasonable one); see also Bender v. District of Columbia, 804 A.2d 267, 269 (D.C. 2002) (a taxpayer challenging a real property tax assessment bears the burden of proving that the assessment is incorrect or illegal or that the assessment approach was irrational or unfounded, not merely that alternative methods give a different result or that another method is the best method) (citations omitted). Finally, the fact that use of the “grade plane method” would have resulted in inclusion of a greater portion of the subject building’s lower-level space in gross floor area does not render use of the “perimeter wall method” unreasonable or otherwise unlawful. The zoning regulations neither prescribe a methodology for calculating the floor area of partial basements, nor require the Zoning Administrator to use the calculation methodology that results in including as large an area as possible in gross floor area.
B. The Attic Issue
1. The Specifics of the KCA and ANC Challenge
We turn next to the attic issue. KCA argues that the BZA, concentrating on whether the sixth level of the subject building has “structural headroom,” 11 DCMR § 199.1, failed to address in its written decision whether the sixth level actually is an “attic” within the meaning of the dictionary definition of “attic” that is incorporated into the zoning regulations pursuant to 11 DCMR § 199.2(g). Both KCA and the ANC contend that the BZA’s decision upholding the Zoning Administrator’s treatment of the sixth-floor space as an attic conflicts with that dictionary definition. The ANC also asserts that the BZA ignored the evidence that the sixth-floor space has amenities (eight windows, ten general purpose duplex convenience outlets, and three ceiling light fixtures) that show that it was intended to be habitable space. KCA agrees, arguing that the sixth level is “an additional floor of usable space, labeled ‘attic’ and given a low ceiling for the evident purpose ... of circumventing the density restrictions of the Zoning Regulations.... ”
2. Analysis
The transcript of the BZA’s June 24, 2004 deliberations makes clear that the BZA recognized that it was presented with the issue of whether the sixth level is an attic, not merely with the issue of whether the sixth level has structural headroom of at least six feet six inches.
As we noted above, 11 DCMR § 199.2(g) provides that “[w]ords not defined in this section shall have the meanings given in Webster’s Unabridged Dictionary.” The unabridged, Webster’s Third New International Dictionary sets out the following definitions of “attic”:
la: a low story or wall above the main order or orders of a facade in the classical styles
b: a room or rooms behind an attic
c: the part of a building immediately below the roof and wholly or partly within the roof framing: a garret or storage space under the roof
Id. (italics added).
We will remand so that the BZA can make “a finding of fact on each material contested issue of fact.” George Washington Univ., 831 A.2d at 931. We reject,
During the BZA’s deliberations, BZA members rejected the argument, urged primarily by the ANC, that the sixth level is not an attic because it has amenities that show that it is intended to be a habitable space rather than a storage space.
C. The “Great Weight” Issue
1. The ANC’s Argument
Lastly, we turn to the ANC’s procedural claims. The ANC contends that the BZA “failed to address KCA’s argument, supported by ANC 1C in general terms in its December 23, 2003 vote and more speeifi-
2. Analysis
To comply with the requirement that it give “great weight” to the ANC’s recommendations, the BZA was required to “acknowledg[e] ... the [ANC] as the source of the recommendations and [to make] explicit reference to each of the Commission’s issues and concerns.” D.C.Code § 1 — 309.10(d)(3)(A). Furthermore, the BZA was required to articulate its decision in writing, to “articulate with particularity and precision the reasons why the [ANC] does or does not offer persuasive advice under the circumstances,” to “articulate specific findings and conclusions with respect to each issue and concern raised by the [ANC],” and to “support its position on the record.” D.C.Code § 1 — 309.10(d)(3)(B).
The ANC recommendations that are entitled to “great weight” are the ANC’s recommendations set out in a written report submitted pursuant to D.C.Code § 1-309.10(d)(1) and 11 DCMR § 3115.1; see also Friendship Neighborhood Coalition v. District of Columbia Bd. of Zoning Adjustment, 403 A.2d 291, 295 (D.C. 1979) (“the statute does not require the Board to give ‘great weight’ to [oral] testimony”). The ANC submitted its report to the BZA “[p]ursuant to 11 DCMR 3115” by letter dated December 22, 2003. In it, the ANC urged the BZA to sustain KCA’s appeal “on all three grounds stated in Attachment 1 to the KCA’s appeal filing.” The ANC then set out comments regarding those three grounds: the building height and the roof structure set back issues that KCA had identified (issues not involved in the instant petition for review), and the issue that the ANC entitled “When is an ‘Attic’ Not an Attic? When It’s a Ruse-to Evade Applicable FAR Limitations.” In the portion of its report beneath that heading, the ANC asserted that the space that DCRA treated as an attic “is not an attic under the legally controlling [dictionary] definition of the term” and also is not an attic because “all signs seem to point toward a future resident’s ability to use this space as a habitable room.” The foregoing were the only issues that the ANC addressed in its December 22, 2003 report.
Thus, in the written report that the ANC submitted pursuant to 11 DCMR § 3115.1, the ANC did not address the basement issue. Accordingly, we can deal in short order with the ANC’s contention that the BZA failed to give great weight to its position that the method that the Zoning Administrator used was not the perimeter wall method. Since the ANC did not express that issue or concern or offer a recommendation or advice about it or any other aspect of the basement issue in its December 22, 2003 written report, the BZA was not required to give great weight
Regarding the attic issue, for reasons already discussed, we agree with the ANC that the BZA’s written decision did not “articulate with particularity and precision” why the BZA rejected the ANC’s position, expressed in the ANC’s December 22, 2003 written report, that the sixth level of the subject building is not an attic.
Conclusion
For the foregoing reasons, the case is remanded to the BZA on the issue of whether the sixth level of 1819 Belmont Road, N.W., falls within the dictionary definition of “attic” incorporated in 11 DCMR 199.1(g). As to the basement issue, the BZA’s November 8, 2005 ruling is affirmed.
So ordered.
. The permits in dispute are Permit Nos. B455571 and B455876, issued by the District of Columbia Department of Consumer and Regulatory Affairs ("DCRA”).
. According to the petition that KCA filed with the BZA on November 10, 2003, KCA is a citizens’ organization whose members include individuals who live and own residences within 200 feet of the subject property. KCA is "interested in protection of the architectural integrity and aesthetic values of the neighborhood in which this property is located” and in "faithful adherence to the District’s laws and regulations governing construction, including those relating to permissible height and density.”
.D.C.Code § l-207.38(a) provides for division of the District of Columbia into "neighborhood commission areas” and for the establishment of an elected ANC for each such area. Each elected ANC may "advise the District government on matters of public policy regarding planning” and other matters in its neighborhood commission area. Id., § 1-207.38(c)(1).
. The zoning regulations define "gross floor area” as "the sum of the gross horizontal areas of the several floors of all buildings on the lot, measured from the exterior faces of exterior walls and from the center line of walls separating two (2) buildings.” 11 DCMR § 199.1. “ 'Floor area ratio' is a density restriction defined in the Zoning Regulations as 'a figure that expresses the total gross floor area as a multiple of the lot. This figure is determined by dividing the gross floor area of all buildings on a lot by the area of that lot.’ ” Cathedral Park Condo. Comm. v. District of Columbia Zoning Comm’n, 743 A.2d 1231, 1236 n. 2 (D.C. 2000) (citing 11 DCMR § 199.1 (1995)).
. The Zoning Administrator is an officer of DCRA, see 11 DCMR § 199.1, who reviews zoning issues presented by building permit applications. See Bannum, Inc. v. District of Columbia Bd. of Zoning Adjustment, 894 A.2d 423, 427, 427 n. 3 (D.C. 2006).
The BZA agreed with KCA that a new roof deck on the subject building caused the building to exceed applicable building-height limitations, but rejected KCA's contention that the building's new penthouse structure was not set back the required distance from two side walls. Those aspects of the BZA’s decision are not in dispute in the instant petition for review.
. In its petition to this court, KCA sought review of not only the BZA’s June 22, 2004 and November 8, 2005 rulings, but also the BZA’s April 4, 2006 order denying KCA’s motion for partial reconsideration and rehearing. However, KCA’s brief does not address the claims raised in that motion, and we therefore deem the claims to be abandoned. See Dera-mus v. Donovan, Leisure, Newton & Irvine, 905 A.2d 164, 176, 176 n. 22 (D.C. 2006) (the result of an appellant's failure to urge a point in its appeal brief is that we deem the point abandoned).
. See D.C.Code § 1-309.10(d)(3); see also 11 DCMR§ 3115.2.
. "Generally, 'our review of the [BZA’s] factual determinations is deferential.’ ” Lovendusky v. District of Columbia Bd. of Zoning Adjustment, 852 A.2d 927, 932 (D.C. 2004) (quoting George Washington Univ. v. District of Columbia Bd. of Zoning Adjustment, 831 A.2d 921, 931 (D.C. 2003)).
. By contrast, the regulations define a "cellar” as "that portion of a story, the ceiling of which is less than four feet (4 ft.) above the adjacent finished grade.” Id. The litigants agree that cellar space is not included in gross floor area.
. The lower level does not extend as far northward as the upper levels of the building; in the terminology used by Montrose, the lower level "does not extend through the whole footprint of the building.”
. KCA’s expert, architect Donald Hawkins, explained at the BZA hearing that "[i]t’s easier to imagine, to picture how a collar tie works if you’ll imagine an equilateral triangle, the bottom being the collar ties and the top two [sides] being the roof rafters.”
. In a sworn statement submitted to the BZA, former Zoning Administrator Jim Fa-hey, who, the record indicates, served as the District's Zoning Administrator from 1970 to 1986, stated that his predecessor Zoning Administrator devised and began using the “grade plane method” in 1958, for the purpose of distinguishing between a basement and a cellar "in the case of a row house or other building where the grade on either side could not be observed because the building was directly abutted by other buildings on either side.” Mr. Fahey explained that the grade plane method involves drawing on the building plans a line, i.e., "a grade plane line[,] from the grade at the front of the building to the grade at the rear of the building.” Any portions of the lower level where the ceiling is "four or more feet above the
. The "perimeter wall method” is described in greater detail in a September 11, 1990 memorandum written by former Zoning Administrator Fahey, introduced as an exhibit before the BZA. (At the time he prepared the September 11, 1990 memorandum, Mr. Fa-hey was working as a consultant to a law firm.) The memorandum explains that:
In the case of a building that has a difference in grade, resulting in floors that are by definition part basement and cellar; you use the following method for obtaining the floor area charged to gross floor area:
1. First, measure the total perimeter of the floor in question.
2. Then, measure that portion of the perimeter of the floor, the ceiling of which is four feet or more above the adjacent finished grade, and what percentage this is of the total perimeter of the floor in question.
3.The answer to the above will be the percentage of the floor area chargeable to gross floor area.
. According to one of the exhibits in the record, the lower level of the subject building has a perimeter of 131.4 linear feet. The front wall, the only side where the ceiling can be seen to be at least four feet above grade, measures 27 linear feet. The floor area of the lower level is 736.6 square feet. Applying the "perimeter wall method” as we understand it, one would take the ratio of the front wall length to the entire perimeter (i.e., 27/131.4), multiply that by the floor area of the lower level (736.6 square feet), and obtain the result of 151.35 square feet, which is the square footage of lower-level space that the perimeter wall method dictates must be included in gross floor area as basement space. On some of the exhibits in the record, this amount was calculated to be 147.3 square feet (the figure to which the BZA referred in its written findings). On a different exhibit that utilizes a slightly different entire-perimeter measurement, the amount of lower-level space includable in gross floor area is recorded as 161.6
. As our statement suggests, we do not agree with KCA and the ANC that the Zoning Administrator deviated from the "perimeter wall method.” We think that the step in that method that calls for measuring “that portion of the perimeter of the floor, the ceiling of which is four feet or more above the adjacent finished grade” is reasonably read — as apparently the Zoning Administrator reads it-to mean "that portion of the perimeter of the floor, the ceiling of which can be observed or measured to be four feet or more above the adjacent finished grade.” So read, the "perimeter wall method” requires what the record shows the Zoning Administrator did: he included only the length of the subject building's (27-foot) front wall in the numerator of the fraction used to apportion the lower-level floor space, since the front wall is the only area where the adjacent grade (and the extent to which the wall at ceiling level is out-of-grade) can be observed and measured.
Acting Zoning Administrator Denzil Noble represented, in a statement submitted to the BZA on May 11, 2004, that the "perimeter calculation methodology that was utilized in this project ... has been the practice of [the Office of Zoning Administrator] as far back as I can remember, during my twenty (20) years in the Building and Land Regulation Administration.” Because we conclude that the Zoning Administrator adhered to the "perimeter wall method” in this case, we also conclude that this is not a case where the agency has "departed] from its own established policy without providing a reasoned explanation for doing so.” Office of People's Counsel v. Public Service Comm'n, 610 A.2d 240, 247 (D.C. 1992).
. Seemingly to the contrary, "[t]he FAR regulations do not restrict the amount of ... space that may be added to a building below grade ...; a builder may add as much space below grade as he or she chooses.” Brown v. District of Columbia Bd. of Zoning Adjustment, 486 A.2d 37, 57 (D.C. 1984); cf. Raritan Dev. Corp. v. Silva, 91 N.Y.2d 98, 105-06, 667 N.Y.S.2d 327, 689 N.E.2d 1373 (1997) C'[i]t seems clear that [the] zoning restrictions were never designed to combat the erection of primarily underground housing levels which do not contribute to bulky, high-rise development. It is eminently logical that cellars, housing levels that are more than halfway below the ground, would be excluded from FAR calculations notwithstanding the actual or intended use of the space”).
. In a related argument, KCA asserts that what it calls "the front-wall-only method” is demonstrably unreasonable because, under it, "two buildings, identical in all respects except that one is attached on both sides and the other is freestanding, will be awarded grossly different density allowances.” We do not find this argument persuasive. Assuming that use of the "perimeter wall method” could yield the result that KCA decries, we think there could be sound reasons for permitting the attached building to have a larger amount of lower-level floor space than the freestanding building is allowed to have. For example, permitting the attached building to have a greater amount of floor space on its (bunk-ered) lower level might be justified on the ground that uses of the bunkered space would have a minimal adverse impact on the neighborhood in terms of objectionable sound or lighting. Cf. Glenbrook Rd. Ass’n v. District of Columbia Bd. of Zoning Adjustment, 605 A.2d 22, 35 (D.C. 1992) (noting the BZA’s finding that "the substantial use of below-grade space [for a law school building] allowed for reduced light and sound,” thus helping to "prevent objectionable impacts” on the community). It is not for us to say whether there actually may be a good policy reason for allowing the disparate result that KCA describes. Our point is simply that this possible result of using the "perimeter wall method” to determine the amount of basement space in an attached building does not render the method manifestly unreasonable.
. We have considered the challengers' arguments in the context of the entire record of the BZA’s proceedings, not just by looking at the BZA’s November 8, 2005 written ruling. Cf. Lovendusky, 852 A.2d at 933-34 ("Our review of the BZA’s extensive oral deliberations and its detailed written decision and order satisfies us that it explicitly addressed ... each of the issues and concerns the ANC 3D raised to the BZA’s attention ...”).
. KCA argued to the BZA:
It is the collar ties ... that Montrose relies on in their effort to establish the structural character of the top floor head room.... We have placed testimony in the record that [these collar ties] are not merely redundant structural members but, in fact, they perform no significant structural function at all ... [because] they could be removed. That being the case, the ceiling does not provide structural head room and the top floor must be included in FAR.
The BZA Chair thereafter summarized the issue as follows:
Of course, the appeal has given rise to the question of whether those structural members [the collar ties] could be removed ... And [] once [those] are ... removed, it would not become an attic or that attic area, or however you wanted to state it, would then go to the FAR calculations. [Emphasis added.]
The BZA went on to find that the building "plans depict an attic space less than 6 feet 6 inches in height from the floor level of the attic space to the underside of collar ties that form the ceiling of the attic."
. We note that 11 DCMR § 199.1 includes within the definition of "gross floor area” not only attics with structural headroom of six feet six inches or more, but also "floor space used for mechanical equipment (with structural headroom of six feet, six inches (6 ft. 6 in.), or more).” If structural headroom were enough to render a space an attic, it appears that some mechanical equipment rooms, wherever located, would also be attics.
. The definition of "garret” contained in the unabridged Webster’s Third International Dictionary is, variously, "an unfinished part of a house immediately under or within the roof: loft” or “a room on the top floor of a house.”
. The litigants also referred the BZA to the definition of "attic” in the so-called BOCA ("Building Officials Code Administrators”) Code, but we fail to see why that definition (which KCA asserts is "parallel in meaning and effect" to the dictionary definition, but appears to us to be substantively different from the Webster’s dictionary definition) is pertinent here.
. Levy v. District of Columbia Bd. of Zoning Adjustment, 570 A.2d 739, 753 (D.C. 1990).
. The unabridged Webster’s Third New International Dictionary defines a "collar tie” as "a board used to prevent the roof framing from spreading or sagging.”
. KCA argues that the very narrow space between the roof rafters and the collar ties that form part of the ceiling of the sixth level is actually the attic of the subject building. We express no opinion on this either, leaving it to the BZA on remand to address, as necessary, questions (raised by the litigants’ briefs) such as whether an attic must have some minimum size to satisfy the Webster’s dictionary definition (i.e., so that it can be a "room” or "storage space”) and whether a building may have more than one attic.
. BZA members reasoned that the relevant factor is the structure of the sixth level, not its intended use, saying:
One of the things that was implied during the testimony was that because of the certain number of outlets or the type of lighting fixtures ... perhaps the attic wasn’t intended to be attic space, and that may or may not be true, but ... it doesn’t change what the construction of the building is.
.We note, moreover, the District of Columbia housing regulations contain general restrictions that require a habitable room to have a ceiling height greater than the ceiling six feet five and a quarter inch height of the sixth-level space in issue here. See 14 DCMR §§ 405.1 ("In any room that is otherwise a habitable room only that portion of the room area that has a clear ceiling height of not less than seven feet (7 ft.) shall be counted as habitable room”) and 405.4 ("All habitable room area shall have a minimum clear head room of six feet eight inches (6 ft. 8 in.) under beams ...”). See also 11 DCMR § 101.4(d) (zoning regulation providing that the "provisions of any ... other municipal regulations shall govern whenever they ... (d) [ijmpose higher standards than are required by this title”).
. It appears, moreover, that during the hearing before the BZA and in post-hearing submissions, neither KCA nor the ANC argued that the method that the Zoning Administrator used was not the "perimeter wall method.” To the contrary, in its "Appellant’s Memorandum, on Additional Material Submitted by Montrose LLC Concerning Basement/Cellar FAR Calculation,” KCA referred to the "perimeter method” “employed by Montrose and the Zoning Administrator.”
. Although perhaps not with sufficient particularity, the BZA’s written decision did "come to grips with the ANC view,” Kopff v. District of Columbia Alcoholic Beverage Control Bd.., 381 A.2d 1372, 1384 (D.C. 1977), that the sixth-level ceiling configuration was a "ruse” to evade FAR limitations. The "ruse” theory, which was explained in more detail during the public hearings, was that Mont-rose’s installation of collar ties (in lieu of mounting the ceiling on the roof rafters) was a structurally unnecessary step designed to bring the ceiling height below six feet six inches. The BZA concluded, however, that the collar ties were in fact necessary "structural members” (a finding that is not challenged here).
.Nevertheless, we see no reason why the BZA, if it disagrees with the ANC’s position after remand, would need to address with particularity the ANC’s argument about the sixth level’s habitability. As we have already observed, the unabridged Webster’s dictionary definition of "attic” incorporated in the zoning regulations does not make habitability a relevant factor in determining whether the space is an attic. We have repeatedly held that if an ANC concern “is irrelevant under ... the zoning regulations])] ... the [BZA]’s failure to consider and discuss this issue is not error.” Wheeler v. District of Columbia Bd. of Zoning Adjustment, 395 A.2d 85, 91 (D.C. 1978); see also id. at 91 n. 10 ("[t]he Council did not intend to empower the Commissions to expand the factors that a board or agency may otherwise lawfully consider in reaching its decision. Thus, we interpret ‘issues and concerns,’ ... to encompass only legally relevant issues and concerns”).
Reference
- Full Case Name
- KALORAMA CITIZENS ASSOCIATION v. DISTRICT OF COLUMBIA BOARD OF ZONING ADJUSTMENT, Advisory Neighborhood Commission 1C and Montrose LLC, Intervenors
- Cited By
- 5 cases
- Status
- Published