The Issue The issue to be determined in this case is whether proposed Florida Administrative Code Rule 40E-10.041(3)(d) of the South Florida Water Management District (“the District”) is an invalid exercise of delegated legislative authority.
Findings Of Fact The Conservancy is a non-profit Florida corporation with its offices in Naples, Florida. It has 6,200 members residing in Southwest Florida. The mission of the Conservancy is to protect the environment and natural resources of Southwest Florida. The Caloosahatchee River is an important focus of the Conservancy’s organizational activities and objectives. A substantial number of the members of the Conservancy use the Caloosahatchee River for drinking water, boating, fishing, wildlife observation, and scientific research. The proposed rules create a prospective reservation of water in the not-yet-operational Caloosahatchee River (C-43) West Basin Reservoir “for fish and wildlife.” The Conservancy’s interests would be substantially affected by the proposed reservation. The District is a regional water management agency created, granted powers, and assigned duties under chapter 373, Florida Statutes (2013). It is headquartered in West Palm Beach, Florida. Proposed rule 40E-10.041(3) states: (3) Caloosahatchee River (C-43) West Basin Storage Reservoir: All surface water contained within and released, via operation, from the Caloosahatchee River (C-43) West Basin Storage Reservoir is reserved from allocation. The water reserved under this paragraph will be available for fish and wildlife upon a formal determination of the Governing Board, pursuant to state and federal law, that the Caloosahatchee River (C-43) West Basin Storage Reservoir is operational. The reservation contained within this subsection and the criteria contained in section 3.11.4 of the Applicant’s Handbook for Water Use Permit Applications within the South Florida Water Management District, incorporated by reference in Rule 40E-2.091, F.A.C., shall be revised in light of changed conditions or new information prior to the approval described in paragraph (3)(b) above. Pursuant to subsection 373.223(4), F.S., presently existing legal uses for the duration of a permit existing on [RULE ADOPTION DATE] are not contrary to the public interest. The Conservancy challenges only paragraph (3)(d), contending that it modifies or contravenes the implementing statute, section 373.223(4).
Recommendation Based upon the above findings of fact and conclusions of law it is recommended that the permit requested be issued in accordance with the recommendations and special provisions set forth in the staff report (attached thereto). Respectfully submitted this 3rd day of November, 1975, in Tallahassee, Florida. CHARLES C. ADAMS Hearing Officer Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, Florida 32399-1550 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 3rd day of November, 1975. COPIES FURNISHED: Thomas C. Garwood, Jr., Esquire Post Office Box 231 Orlando, Florida 32802 John Wheeler, Esquire Post Office Box V West Palm Beach, Florida
Findings Of Fact Existing Conditions Between 1952 and 1957 the United States Army Corps of Engineers (Corps) and the Florida Central and Southern Flood Control District (the forerunner of SFWMD) constructed a chain of levees, L-1, L-2, L-3 and later L-4 in eastern Hendry County, Florida. These levees which begin approximately 10 miles to the southwest of Lake Okeechobee run first east, then south and then east again for a distance of approximately 38 miles. The purpose of these levees is to shield the land5/ to the east of them from the natural sheet flow of water which comes from the west during the area's rainy season. The EAA which is protected from natural flooding consist of rich muck soils which have been successfully exploited for years by sugar cane farming. The present levees were created by excavating a "borrow" canal parallel to the southern and western sides of L-1, 2, 3 and 4. The borrow canal is no larger than was required to provide sufficient material for construction of the levees; nevertheless, the canal has a considerable water carrying capacity in the amount of 1,260 CFS 6/ at peak flow. The canal is a navigable fresh water of the state. It interconnects into other navigable canals which terminate in either Lake Okeechobee or the Miami River. The water carried by the borrow canal flows south and discharges into the Miami canal via either a pumping station designated S-8, or via the borrow canal next to L-28.7/ The water which enters the Miami canal ultimately travels to canal C-60 and then into the section of WCA-3 south of Alligator Alley (State Road 84). Flooding The rain water which once moved from west to east directly across the eastern portion of Hendry County, Florida into the EAA is now interdicted by L- 1, 2 and 3. As a result it ponds in the corner of the intersection of L-1 and L-2 (known in these proceedings as the L-1 angle). The area flooded is grass land used by Hendry County ranchers for the open grazing of beef cattle. Some of the pasture is improved, that is fertilized, but the majority of the area is unimproved range. During flood times the ranchers move their cattle to alternative pastures either to the north or to the west. The deepest flooding, when it occurs, is immediately next to the levees in the L-1 angle. The flooding has been known to reach depths as great as 10 feet and to extend westward for several miles. Because the land to the west of the L-1 angle is higher, the depth of the flooding decreases in a westerly direction. The duration of the ponding immediately in the L-1 angle has been as long as 80 days after a prolonged and heavy rainfall event. This flooding occurs despite the capacity of the borrow canal to remove 0.18 inch of flood water per day from the inundated area. When there is flooding in the L-1 angle there is also high water In the northeast corner of WCA-3A where some of the water from the borrow canal is presently discharged. During a dry season the land immediately adjacent to the present borrow canal suffers overdraining due to seepage of ground water into the canal and its resulting evaporation or conveyance south. Water Conservation Area 3A is part of a series of conservation areas established as their name implies to conserve water. Extending over portions of several South Florida counties including Palm Beach, Broward and Dade, they provide the recharge source for the Biscayne Aquifer and other aquifers which are the water supply for metropolitan South Florida. The water conservation areas are also wildlife refuges and provide natural habitats for numerous South Florida animals such as deer, alligator, and wading birds. Description of Project The Hendry County plan as described by the Corps in General Design Memorandum No. 2, 8/ envisions the construction of a flood control canal, C- 139, with two water flow control structures, S-239 and S-243. To create C-139, the Corps plans to further excavate the existing borrow canal next to L-2, L-3 and L-4 for a total distance of 37 miles. See Illustration I.* This excavation will result in the removal of 5.2 million cubic yards of earth and limestone. Some of the resulting spoil will be used to create a levee along the west side of C-139. Most of the excavation will be done by draglines on the canal banks. Upon its completion C-139 will be an immense water conveyance. At its northern end the canal will be only five feet across the bottom with a depth of 10.6 feet, but by the time the canal reaches WCA-3A it will have enlarged to a bottom width of 80 feet across and a depth of 19.5 feet. Its peak design capacity is 3,000 CFS. That is more than twice the present capacity of the existing borrow canal. Downstream from S-239 C-139 turns south to be designated C-139(S) and to gradually become increasingly shallower. This will cause a discharge pattern designed to create a sheet flow across WCA-3A. Benefits, Future Land Use It appears that when levees L-1, 2 and 3 were constructed the Corps failed to fully consider the adverse effect which would result from the impoundment of water by the new levees. According to the General Design Memorandum, Levees 1, 2, 3 and 4 were constructed in the mid 1950s to prevent flood waters originating on the then sparsely developed lands westward of the levees from contri- buting to flooding on the rich agricultural lands lying to the east of the levees. The original borrow canals were sized based on materials needed for the levee construction. The sparse economic development of the lands to the west precluded increasing the con- veyance capacity of these canals to prevent flooding on those lands. Construction of the levees and the subsequent increased de- velopment over the drainage area have aggra- vated flooding problems on the lands. Water stands on some of the land during practically the entire wet season virtually every year. As the landowners developed the land, they became increasingly vociferous about con- struction of works to alleviate the flooding for which they contend is project-induced. There is merit in their contention in that the adjacent project works adversely affected both depth and duration of flooding in the area west of Levees 1, 2 and 3. (Emphasis added) The facts presented at the instant final hearing are somewhat to the contrary, in that there was no showing of significant subsequent development west of the levees after their construction. For many decades vast family ranches have raised cattle on the mentioned lands as they continue to do today. The primary purpose of the proposed project is to now provide flood control to an approximately 261 square mile drainage basin west of the flood-causing levees.9/ With a design capacity of 3,000 CFS, C-139 can handle twice the water which drains through the present borrow canal. By way of comparison the present canal has a drainage capacity of .18 inches per day from the flooded area during a ten-year flood,10/ while C-139 has the capacity to drain .43 inches per day. This heightened discharge rate will cause land in the L-1 angle to flood less, and once flooded, to be underwater for a shorter period of time. For instance, an area which during a ten-year storm might have been submerged for 40 days prior to the construction of the project Is estimated to have an inundation period of only 10 days upon the project's completion. The significance of the reduced flooding to the landowners in the flooded area is difficult to gauge from the evidence. Because an intensification of land use would result in a lowering in the quality of the water which runs off the land and into C-139 and thence into the environmentally sensitive water conservation area,11/ the landowners supporting the project were understandably reluctant to testify that the project will allow them to use their land for more than continued cattle grazing. The testimony of Mr. Joe Hillard, a partner in Hillard Bros. of Florida, Inc., one of the larger ranches is illustrative: Q If this project, the flood control portion, were built, would your company change any of its land uses on this land that you described? A No, sir, not at all. Not with what I understand is going to be done with the project I wouldn't change anything. In response to the Hearing Officer's later inquiry, Mr. Hillard explained that the project would allow pasture land to be used for twelve months per year as opposed to the current nine months per year during a flood season. He does not anticipate grazing any more head per acre after the project. This evidence contrasted with the assumptions made by the Corps in that part of the General Design Memorandum which discusses the cost-benefit ratio of the project. The Memorandum states at p. 52: As noted previously, the existing activity within the area is predominately agricultural with major emphasis in beef cattle production. Local landowners and managers were asked to indicate the production changes they expected to make with the reduced flood hazards available under with (sic) project condi- tions. These expectations were prepared as a land use map with the basic control matrix. For the most part, these changes in land use represented more intensive types of agricultural cultivation. In some cases, existing beef pastures were expected to be replaced with sugarcane, truck crops, and citrus production. The majority of the changes were an upgrading of existing beef cattle operations. Such upgrading was affected (sic) by planting the more pro- ductive types of pasture such as clover and grass combinations, and the application of additional fertilizers and supplemental water. These expectations were assumed to exist under favorable cultivation conditions. Because of the nature of soil conditions in the project drainage basin, sandy with poor nutrient and water retention ability, it is unlikely that land use in the 261 square mile drainage basin will change significantly. As predicted by Mr. Hillard, it is likely that all the project would do is allow more grazing time on land which is now periodically flooded. Since it is not the function of this proceeding to inquire into whether the purported cost- benefit ratio of the project is accurate, no findings will be made concerning that issue. Project Permitting History The Hendry County portion of the Central and Southern Florida Flood Control project for flood control west of levees 1, 2 and 3 was authorized by the Congress of the United States in the Flood Control Act of October 27, 1965. The Army Corps of Engineers is the actual builder of the project, but SFWMD is the local sponsor and is the Corps' agent in applying for the necessary permits from DER. The Department as the permitting agency is in a curious position here. Its Bureau of Water Resources (BWR) was responsible for the State Public Works Program through which Florida requested Congress to fund the Hendry County Project. Mr. Charles Littlejohn who was head of the Bureau in 1976 had the responsibility of lobbying in Washington for funding of the project. The DER through its Bureau of Permitting is now asked to pass on the validity of a project which the BWR has so vigorously promoted. The Department's uncomfortable posture was recognized by its permitting staff. In a memorandum dated March 9, 1979 to Mr. E.D. "Sonny" Vergara, Mr. Forrest Fields at DER wrote: I told Mr. Brown, as I told you yesterday that I felt rather awkward in reviewing for permitting a project which the agency had endorsed for the public works list." Every year projects being sponsored for federal approval are reviewed by a process In the Division of State Planning called the A-95 Clearinghouse.12/ The Hendry County Project had a checkered history there. Serious objections concerning the environmental impact of the project were raised; nevertheless, DER through the BWR continued to seek and was successful in obtaining federal funding. On November 15, 1978, SFWMD filed an application with DER for the requisite permits to begin construction. During the course of DER's review of the project several issues arose between the parties. Among them were: Whether local approval pursuant to Section 253.124, Florida Statutes would be required? Would an exception from dissolved oxygen (DO) standards be necessary? Whether local water quality standards would apply if they were stricter than state standards? Local Approval As early as February 19, 1979, DER noted that plans submitted by the applicant proposed the placement of fill in waters of the state. In a letter to Mr. Lee M. Brown of SFWMD, Mr. Forrest Fields, the DER permit processor, observed: Second, on page 2/11 of your drawings, you indicated that approximately 5,800 cubic yards of fill material will be placed water- ward of ordinary mean high water. I pre- sume that this fill is associated with structures S-243 and S-239. Pursuant to Section 253.124, Florida Statutes, approval of this filling by resolution of the local government is required. To do this I will, upon receipt of the Department of Environ- mental Regulation field report, summarize and send this to the Hendry County Commission. The Commission will have to consider this report, and, by vote, adopt a resolution approving the project. I will send you a sample resolution. The requirement of local approval was reiterated numerous times. In March, 1979, Mr. Fields sent a staff report of a biological survey of the project to the Hendry County Commission for consideration in their approval of the project. During a meeting on March 21, 1979 in the DER Secretary's office representatives of SFWMD were told that local approval would be required. On April 10, 1979 the County Commissioners of Hendry County gave their approval to the project. In correspondence to Mr. Charles Lee of the Florida Audubon Society, Secretary Jacob D. Varn noted that the permit applications were still incomplete because local approval for filling associated with the two water control structures had not yet been received by DER. During a public meeting held on May 22, 1979, the County Commissioners of Broward County, after three and one-half hours of testimony, voted 6-0 against approving the project as it related to fill in Broward County. Subsequent to that vote the Corps and SFWMD asserted that local approval by Broward County was not required. In response to this assertion Mr. Charles Littlejohn, on behalf of the Secretary, requested a legal opinion from DER's General Counsel. On October 30, 1979, General Counsel's Legal Opinion 79- 72 concluded that the Department could assert Chapter 253 jurisdiction over the project and therefore "local approval" is a statutory requirement for its permitting. On March 17, 1980 Mrs. Evelyn Jackman of Jackman and Sons, Inc., one of the major ranchers in the project drainage basin, wrote to Governor Graham to urge the rapid approval of the project. Her correspondence was forwarded to DER for an appropriate response. Ms. Victoria J. Tschinkel as Assistant Secretary noted in her reply on April 3, 1980 that: Pursuant to Section 253.124(3), Florida Statutes approval must be obtained from the County Commissioners before we can complete the processing of a permitting application for fill in navigable waters. Approval has not been received from Broward County and there Is fill proposed for the Broward County portion of the project. Ms. Tschinkel did, however, assure Mrs. Jackman that: The Department of Environmental Regulation is sympathetic to the problems outlined in your letter, and for that reason the Depart- ment has made this project part of its public works package given each year to Congress. We still support this as a public works pro- ject and for that reason we are attempting to work out the permitting problems as ex- peditiously as possible. Shortly after Ms. Tschinkel's letter was sent there was another meeting in the Secretary's office to discuss the project. Mr. Lotspeich's interoffice memorandum outlines the Department's new position as it related to local approval. In addition, the issue of what constituted fill pursuant to Chapter 253, Florida Statutes, for local approval purposes was discussed. Helen Setchfield also partici- pated in this discussion. After Helen and I looked more closely at the project, it appeared that only a concrete structure (S-239) was to be placed waterward of OHW.13/ We both agreed that in past permitting practices we had not required local approval for the construction of structures waterward of OHW, but only when fill to extend existing lands or create new lands was involved. Since the application drawings did not clearly show the relation of the fill and structure relative to OHW and sheet 2 of 11 clearly indicates that fill will be placed "below MHW" Forrest must have assumed that local approval would be required if the canal was determined to be under Chapter 253, Florida Statutes jurisdic- tion. GCO-79-72 from Randie Denker indicated that the Department can assert Chapter 253, Florida Statutes jurisdiction in the canals and therefore local approval would be required. It would appear that there was really no clear understanding as to what the "fill" consisted of in the case of structure 239. Conversation with Mr. Walker [counsel for SFWMD] and Messrs. Parsons [counsel for Alico and other landowners] and Davis [SFWMD] indicated that there was no intention to place fill in the canal waterward of OHW and that the concrete structure would span the entire canal width. Since the application drawings did not clearly show the relation of the structure and fill re- lative to existing OHW, Mr. Walker said he would provide new drawings which would show this. Helen and I discussed the situation and we scheduled an appointment to talk the problem over the (sic) Terry Cole. It was agreed at the meeting that simultaneous "intent" letters would be sent on May 5, 1980 from permitting and the exception review people. May 16, 1980 DER entered into a Stipulation with SFWMD which states in its entirety: The SOUTH FLORIDA WATER MANAGEMENT DISTRICT and the DEPARTMENT OF ENVIRONMENTAL REGULA- TION for purposes of this proceeding hereby stipulate and agree that: The DEPARTMENT OF ENVIRONMENTAL REGULA- TION has jurisdiction under Chapter 253, Florida Statutes, to require permits autho- rizing construction and other activities described in the application which is the subject of this proceeding. None of the activities or construction, including the construction of the proposed Spillway S-239, as described in the appli- cation which is the subject of this pro- ceeding, constitute construction of islands or an addition to or extension of existing lands and islands so that approval of local governments as described in Section 253.124, Florida Statutes, is not required. This Stipulation is executed by counsel for each party on the date shown. On May 20, 1980 coordinated letters of intent to grant permits for the construction of the project were issued. Pursuant to the Stipulation local approval was no longer being required by DER. Alternative Site Specific Criteria After receipt of SFWMD's permit application for the construction of C- 139 and associated structures, DIR noted that it did not have adequate data on dissolved oxygen. In correspondence dated March 9, 1979, Mr. Forrest Fields said: Fourth, the dissolved oxygen data are not adequate. The available data were col- lected during daylight, only, and these data include occasional concentrations of less than 4.0 mg/l. In an effort to re- solve these deficiencies so that reasonable assurances may be provided, you, Walt Dineen, and I will discuss the South Florida Water Management District data on Thursday, March 15. The results of the March 15, 1979 meeting were memorialized by Mr. Fields in a file memorandum dated March 19, 1979. The memorandum stated in pertinent part that: On March 15, 1979, Mr. Lee Brown, Mr. Walt Dineen, and Mr. Fred Davis, from SFWMD, called to discuss the staff's request for "reasonable assurance" re. the Department's water quality standards. Mr. Davis, the applicant's chief chemist, said that, throughout the Everglades, in both canals and conservation areas, the water quality standards for both conductivity and dis- solved oxygen are frequently violated. He asserted that this is typical of the area. He believes that these data represent natural background. The situation regarding affirmative, reasonable assurance appears to be this: widespread and frequent observations of DO data which are less than the minimum for Class III waters commonly occur within the existing L-1, L-2, L-3 canals. The increase in depth associated with C-139 is predicted to exacerbate existing stress- es on the DO regime.... However, the SFWMD's response does not constitute reasonable assurance re. other Class III standards. The District's DO and conductivity data may conceivably supply assurances that these standards will be violated in C-139. (Whether background DO and conductivity violate the standards may become important.) The District appears to have two alternatives: 1) attack the Class III standard; 2) apply for variances for, at least, DO and conductivity. A follow-up meeting was held on March 21, 1979. Again, in a file memorandum dated March 28, 1979 Mr. Fields wrote: Consideration of reasonable assurance began at the March 15, 1979, conversation among Messrs. Brown, Davis and Fields. According to the SFWMD, widespread and frequent violations of the Class III water quality standard for dissolved oxygen, as contained in Chapter 17-3, F.A.C., occur throughout the Everglades, in the canals, agriculture areas, Lake Okeechobee, and the conservation areas. The existing borrow canals follow this pattern. The SFWMD alleges that this condition is natural back- ground. They agree that it is probable that any existing DO stresses exist in the borrow canal will be exacerbated in the proposed C-139. However, both the former and present editions of Chapter 17-3 F.A.C. allow for exceptions for natural background. The SFWMD will review these rules to determine which regulatory approach will be taken. In addition, the SFWMD will supply to DER data for the "benchmark" station in the L-28 canal and at Everglades National Park to demonstrate lower back- ground concentrations of DO. Furthermore, the SFWMD will apply, per Ch. 403.087, F.S., for a temporary operating permit for the completed structure. Conditions governing private connections and incor- porating BMPs may be included in the TOP. On April 5, 1979, SFWMD submitted in support of its original permit application a document called Evaluation of Natural Background Dissolved Oxygen in Conservation Area 3-A, South Florida. This evaluation received unfavorable reviews at. DER. Landon P. Ross, chief biologist, wrote in an April 9, 1979 memo that: I have reviewed the data provided by SFWMD regarding background DOs in the Everglades area and have the following comments: Indication that DOs are not harmful to local organisms are, in a legal sense, irrelevant to the question. The data provided give evidence of the occurrence of low DOs in the area. Since the measured low DOs seem to be from artificial drainage channels, they can hardly be supposed to be "natural". The measures that SFWMD provided, however, do not seem too different from the values that I would expect to find in a natural swamp habitat. The proposed "standard" cannot be logically derived from the DO measurements provided. This Evaluation was later submitted in support of first Petition for Exception noted infra. In his review of the data Mr. Fred Bartleson at DER wrote:14/ The data submitted by the South Florida Water Management District does not justify the requested exception for dissolved oxy- gen criteria for the Hendry County Project. The petition alleges that D.O. concentra- tions lower than 1.0 mg/l occur in the re- ceiving waters of Conservation Area 3A. However, the data submitted from that area indicate a minimum value of 2.3 mg/l. The value cited in the petition of less than 1.0 mg/l was recorded in the L-3 borrow canal adjacent to the conservation area. This canal drains an agricultural area. Similar data from the L-28 east canal which is less affected by cultural activity depicts minimum D.O. values between 3 - 2 mg/l. The low D.O. values found naturally in fresh- water wetlands during the warmer months ob- viously result in stress to the biota. The introduction of larger quantities of water from the proposed Hendry County Project, which is anticipated to have lower D.O. values as well as nutrients and pesticides from agricultural runoff, could adversely affect the ecosystem. The proposed exception allowing discharge of water with not less than 1.0 mg/l for more than two consecutive hours in any 24-hour period is arbitrary and not supported by data. It may well be that an exception could be granted for some lowering of the D.O. criteria with time constraints. However, more defini- tive and conclusive data are required to in- sure that this action would not cause adverse effects. The burden of supplying this infor- mation should rest with the petitioner. His views were supported by Messrs. Kevin Edwards, Vernon Myers, and G. J. Thabaraj. Mr. Edwards also noted the difference in DO readings between the WCA- 3A and the borrow canals. SFWMD filed a Petition for an Exception on July 23, 1979. The Petition alleged that the receiving waters of the proposed discharge are located in WCA-3A and that due to natural causes that portion of WCA-3A which will receive the discharge does not meet the state standards for DO as set out in Section 17-3.121, Florida Administrative Code. The DO levels of the proposed discharge are alleged to be similar to those levels already present in the water conservation area. In response to the Petition DER requested more information by a letter from Stephen Fox dated August 29, 1979. The letter requested: Data which supports the contention that the condition of the waters is the re- sult of natural causes, that is, there is an absence of man-induced alteration; or Data which supports the contention that the condition of the waters is the re- sult of man-induced causes which cannot be controlled or abated with technology or management practices. Data which supports the contention that the biota have not been adversely af- fected or will not be affected adversely. The data submitted with the application did not address the possibility that the low dis- solved oxygen levels may be caused by the practice of pumping water off the agriculture areas during the summer wet season. Compari- son with similar subtropical, undisturbed aquatic environment should be made. The dis- solved oxygen data should be compared with pumping schedules and with dissolved oxygen values of water pumped. Comprehensive water- shed and land use data is needed for a thorough review. Further, the data submitted did not support the contention in the petition of a corre- lation between C.A. 3A and canals L-3 and L-28. Also, the contention that in C.A. 3A dis- solved oxygen concentrations were below 1.0 mg/l were recorded was unsupported. The data array was not adequate in terms of distri- bution and frequency of sampling, to demon- strate that the dissolved oxygen regime ap- proaches the proposed alternative criteria. On October 2, 1979, E. D. Vergara summarized the status of the SFWMD application for the DER Secretary, Jacob D. Varn. His memorandum with respect to dissolved oxygen states: ... (permits) originally requested under old 17-3 rules, it was found quality assurances could not be made due to a naturally occurring condition of low DO. The Department requested information sup- portive of the low DO background, but due to differences in opinions among the biologists, the district elected to re- quest an exception under the provisions of the new 17-3 rule instead. Additional information has now been requested by the Department to support the request for an exception, and the District is cur- rently putting this together. It is the general feeling that with this additional data, granting the exception should be possible. SFWMD responded to Mr. Fox's letter above by submitting in the Spring of 1980, an Amended Petition for Exception from Criteria. In its Amended Petition the District abandoned the comparison, found in the original petition, of the proposed discharged waters' dissolved oxygen levels to the levels found in the water conservation district. Instead the District concentrated on a comparison of the dissolved oxygen levels in the proposed discharge waters to the levels in the relatively clean canals in the South Florida area, specifically the L-28 canal system. The District proposed that as an alternative to Class III standards the following criterion be established: During any 24-hour cycle the dissolved oxygen concentration within the photic zone shall exceed 1.0 mg/l, except during the extreme low point when values shall not be less than 1.0 mg/l for more than two consecutive hours. (Emphasis added) Accompanying SFWMD's Amended Petition was a report (Supporting Report) dated February, 1980, which provided a voluminous compilation of data to justify the alternative standard proposed.15/ On April 8, 1980, Ms. Helen Setchfield sent a memorandum to DER staff requesting that they review the Amended Petition and report back to her within five days. Also on April 8, 1980, after a meeting attended by both SFWMD representatives and DER representatives, it was decided that DER would issue coordinated letters of intent on May 5, 1980 for both the exception and the dredge and fill applications. In spite of the decision to issue letters of intent, DER permitting staff were not satisfied with the concept that ban-made canals were "natural" background or that the proposed DO standard was reasonable. On April 16, 1980, Rick Lotspeich wrote to Suzanne Walker, Chief of the Bureau of Permitting, that: I have reviewed the referenced "request for exception" and it appears that the petition and supporting report are suf- ficiently complete to allow evaluation of the merits of the request. It would appear that the proposed dis- solved oxygen standard of 2.0 mg/l over 24 hours and 1.0 mg/l "during the extreme low point" for not more than two hours, is excessively low and not warranted by the data presented. A review of the data from figures 4 and 5 generally indicate that the following standard would be appropriate: Dissolved Oxygen: The concentration should not average less than 4.0 mg/l in a 24-hour period and not less than 3.0 mg/l except during the months of June--September, when the concentra- tion shall not average less than 3.0 mg/l in a 24-hour period and never less than 1.0 mg/l. Later, after having received comments from Rick Cantrell and Bob Siciler, Mr. Lotspeich wrote to Ms. Walker the following: My recollection from reading the request for exception was that SFWMD had indeed recognized the fact that the canals and their design had contributed to the de- pressed DO values of the water in them. Pursuant to Subsection 17-3.031(1), Florida Administrative Code, there may be a consideration for "man-induced causes which cannot be controlled or abated I am in full agreement with Cantrell and Siciler's discussion of the adverse impacts that canals in general, and the specific canal involved in this project, have on water quality and biological resources. However, I disagree with the conclusions that they reached. Clearly, there are extenuating circumstances involved in this case which set it apart from other dredge and fill cases. In light of these circum- stances, the fact that the depressed DO levels have resulted from man-induced causes which cannot be controlled, and Cantrell and Siciler's own statement that approval of this project has little probability of worsening the existing water quality of L-2, L-3 and WCA-3, I would recommend that the exception be granted. However, the alternate DO standard which I recommended in my previous memo is still applicable. (Emphases added. The "extenuating circum- stances" were never explained.) Subsequently, on May 20, 1980, the Department issued a coordinated letter of intent to grant an exception but for the standard proposed by Mr. Lotspeich, not that requested by the Water Management District. Dissolved Oxygen and Exception Section 17-3.121(14), Florida Administrative Code requires that discharges into fresh waters of the state must exhibit dissolved oxygen concentrations of 5.04 mg/l or more. Normal daily and seasonal fluctuations above that level must be maintained. Dissolved oxygen in certain concentrations is required for aquatic life. The amount of oxygen contained in water is subject to numerous variables, many of which are interrelated. They include: amount of sunlight entering the water, ability of the water to transmit light, photosynthetic activity of aquatic plants, water temperature, mechanical oxygenation, mixing with other water which may have either a higher or lower dissolved oxygen content, depth of water, rate of oxygen consumption by resident biota, and time of day. It is undisputed that during certain seasons and times of day the water in the existing borrow canal does not meet the state dissolved oxygen standard. Readings as low as 0.9 mg/l have been obtained there. These low readings usually occur in the months of heavy rainfall, primarily July through September. See the data on Figure 4 of SFWMD's Supporting Report. Similar, though not so low measurements have been obtained in neighboring man-made canals such as L-28. L-28 has been used by water quality experts as a "benchmark" for canal water quality since it does not receive large amounts of runoff from agricultural areas where pollutants such as fertilizers are used. There are numerous times during a given year that the dissolved oxygen levels in L-28 are below the 5.0 mg/l state standard. It is also possible to find at least two locations in WCA-3A wetlands where dissolved oxygen readings are below Class III standards. At Gauge 3-2 in the northwest corner of WCA-3A near where the project would discharge, dissolved oxygen levels have varied from 2.3 mg/l to 10.8 mg/l; however, the mean value for the measured levels has been 5.5 mg/l as reported on Table 2 of the Supporting Report.16/ Unfortunately, the data regarding dissolved oxygen concentrations in the proposed discharge area are scant. This paucity was recognized by the Supporting Report which states at page 6: "No systematic study of the dissolved oxygen conditions or requirements for fresh water wetlands in general, or WCA-3A in particular, have yet been conducted." Despite the limited data on WCA-3A, certain comparisons between DO readings in it and in the borrow canal which would discharge into the area can be made. Readings taken at Gauge 3-2 do not sink to levels as low as those found in L-3. Compare Figure 4 of the Report to Table 2. The minimum readings taken in L-3 were during those periods of greatest discharge. If the discharge from the existing borrow canal were presently sent into the area of Gauge 3-2 during months of peak discharge, the waters entering WCA-3A would have a lower dissolved oxygen concentration than would exist naturally in the area. It is not surprising that water in the borrow canal exhibits unusually low dissolved oxygen levels. The levee sides limit reaeration which could occur due to wind movement. The surface-to-volume ratio is also unfavorable. Much oxygenation occurs at the interface between the water and surrounding air, but because the canal is relatively deep compared to its surface area, the proportion of water coming into direct contact with the air is low.17/ The depth of the photic zone, i.e., the section of water penetrated by light, is limited due to the naturally high color of canal water. Construction of C-139 will add somewhat to a lowering of dissolved oxygen levels in the entire canal water column. To increase its conveyance capacity, the existing borrow canal will be deepened significantly, particularly in its southern reaches. This deepening will result in a lowering of the ratio between the area of water surface to the depth of the canal. No mathematical data were presented by which the lowered ratio can be computed; however, an examination of Plates A-24 and A- 25 of the General Design Memorandum indicates that completed C-139 will contain a higher ratio of water below the photic zone than is presently contained in the borrow canal.18/ This is true only during those times when the canal is relatively full of water. As the canal level drops during a drought the photic zone will approach the canal bottom in the shallower sections. Both SFWMD and DER have proposed site specific DO alternative standards. These have been set out in the foregoing discussion of the permitting history. There is a significant difference between the proposals. SFWMD's proposal includes only the waters contained in the photic zone. It fails to recognize that during times of discharge, the waters of C-139 which are deposited in WCA-3A will not be only those of the photic zone, but will come from the entire water column of the canal. While SFWMD's standard might be acceptable for C-139 when it is in a no discharge state, the standard is completely unacceptable when the canal is discharging. Neither the standard proposed by DER nor SFWMD recognizes the difference between the dissolved oxygen regime which can be predicted for C-139 and that presently existing in WCA-3A. The data submitted would justify an exception from the present 5.0 mg/l Class III standard. There are certainly times when both the water existing in relatively unpolluted canals and in the water conservation area contain less than the present minimal content of dissolved oxygen. When C-139 is not discharging an exception, which would have a range now exhibited by the existing borrow canal, would be justified for the new canal. Sufficient data was not presented here to suggest the precise figures for such an exception. The information given for L-3 for instance, is compiled from samples taken only once during a given day. The water depth of the sample is not given. Accurate data would account for the diel variation and the effect of water depth on each sample. Without data which gives a daily average, it is impossible to determine if the water either standing in, or discharging from C- 139 will meet any proposed alternative criterion. For the same reason the data obtained for the present DO concentrations in WCA-3A is incomplete for establishing appropriate levels for discharge waters entering that area. The establishment of site specific alternative criteria must await the submission of more complete dissolved oxygen readings from the applicant. One of the elements in considering whether to grant an exception to established standards is whether the existing biota have adapted to the background DO levels. The proof here shows that the fish and other biota now living in the borrow canal either tolerate or have adapted to the present low DO regime there. It has also been proven that the biota in WCA-3A are tolerant of the naturally occurring low DO levels in that area. It was not shown how they would respond to a massive influx of low DO water when C-139 would be discharging. Hydroperiod in WCA-3A The northwest corner of WCA-3A, where C-139 and C-139(S) will discharge, has a higher ground elevation than that of the southern portion of the water conservation area. The highest elevation in the extreme northwest corner is approximately 17 feet above mean sea level (MSL). It tapers down to approximately ten feet MSL at the southern boundary of WCA-3A. The project is designed to facilitate the sheet flow of discharge water from the northwest area towards the southeast with an ultimate destination being flow into the Miami canal. The construction of the Miami canal, C-123, which runs on a northwest- southeast diagonal across the area, causes overdrainage of the northwest section. The borrow canal along Alligator Alley also contributes to excess runoff. This overdrainage has shortened the hydroperiod in the northwest corner from approximately 9 to 10 months to approximately 5 to 7 months. "Hydroperiod" is the span of time during which land is inundated by ponded water. The shorten hydroperiod has a profoundly destructive impact on the natural environment. The muck soil when not submerged oxidizes at an accelerated rate. At the present time the rate of oxidation in the northwest corner is more rapid than the replacement rate. Since the natural hydroperiod has been altered muck fires have been more severe and frequent. These fires destroy existing tree islands which dot the Prior to 1974 WCA-3A received discharges from the waters of the L-1, 2 and 3 borrow canal. The outlet of the canal at L-4 was determined to be inadequate for flood control purposes in the L-1 angle. To increase the discharge rate of the borrow canal culverts G-88 and G-89 were installed at the L-3/L-4 intersection in October of 1974. G-89 directs part of the flow from the L-3 canal into canal L-28 west, and then into pumping station 5-140 and into C- 60 (parallel to Alligator Alley). G-88 directs another part of the flow from the L-3 canal into the L-4 borrow canal and then into S-8 where it is pumped into the Miami canal. Rather than being allowed to flow in a shallow sheet across the water conservation area, the direct water flow is now sent southeast in canals for ultimate discharge outside the area. This waste would be eliminated by the proposal to have C-139 discharge into WCA-3A via C-139(S). There is no dispute that more water is needed annually in the northwest corner of the water conservation area. What is at issue here is the timing of placing additional water there. Generally when there is flooding in the L-1 angle and C-139 would be discharging at its maximum rate there is already flooding in WCA-3A. Rainstorm events are somewhat regional and cover both areas. The applicant estimates that if the volume of water discharged by C-139 in a two-week period were to be instantaneously spread over the northwest corner of WCA-3A 20/ it would raise the water stage by 0.4 feet. This would occur during a one in ten year storm. At that time the wildlife in the water conservation area would already be stressed by high water levels. A 0.4 foot increase in stage could kill deer and other terrestrial animals and destroy alligator nests, but it also could benefit the more aquatic animals. The result of this increase cannot be accurately predicted on the data supplied by the applicant.21/ While expert witnesses on behalf of the applicant were willing to express an opinion that the influx of drainage water from C-139 would be beneficial, the opinions were simplistically based on the unsupported assumption that because WCA-3A currently suffers from overdrainage, any additional water at any time would be beneficial. It is possible that those opinions were based on studies conducted which prove that a discharge of water such as will come from C-139 may create a beneficial increase in the marsh hydroperiod. Unfortunately, no evidence of the existence of such studies is in this record. The applicant's expert witnesses' opinions are therefore given little weight. In the present situation WCA-3A receives some water from the borrow canal during the dry season when additional water is most beneficial. At the expense of overdraining the land west of the borrow canal, ground water seepage now enters the canal and travels south through L-1, 2 and 3. After the construction of S-239, designed to prevent overdrainage, any possible flow into WCA-3A during dry periods will be cut off. No evidence was presented on what quantity of water WCA-3A will lose during a dry season due to S-239. Also the record does not reflect what effect that reduction will have on biota in the water conservation area. S-239 and Fill When the level of water in the borrow canal drops below the nearby water table, there is groundwater seepage laterally into the canal. If C-139 were to be constructed without any water control devices, it would exacerbate the overdrainage because it will be a far more efficient conveyance than is the borrow canal. S-239 has been designed to prevent this overdrainage. The structure will be located in Broward County. On May 22, 1979 the County declined to give its approval of the use of any fill, as the term is used in Section 253.124, Florida Statutes, for the construction of this project in Broward County. The Department of Environmental Regulation has not maintained a consistent unwritten policy on what is "fill" in navigable waters of the state.22/ Testimony from past and present Department employees indicated that at times a "use" concept was employed to determine what was fill. If additional dry land were created which would be used for commercial purposes, then the newly created land was called fill which required local approval. At other times use was unimportant. The test was whether or not the result of the additional material would be moving the point, at which the high water mark intersected the land, in a waterward direction. It is found that what constituted fill in past permit cases depended upon the personal interpretation of each Department employee. S-239 as proposed is a massive structure which will cost 1.32 million dollars 23/ to build. It will contain 11,000 cubic yards of fill and backfill; 530 cubic yards of 1' by 1' pieces of stone rip-rap; 1,230 cubic yards of concrete and 647,000 pounds of cement. 153,800 pounds of reinforcing steel will be required. The structure will be over 50 feet high and will span C-139 where it is 60 feet wide. Each of the two vertical lift gates which control the water flow will be 27 feet wide. See Illustration II.* In between them will be a concrete pier three feet wide and approximately 38 feet long. The cement bottom of the structure will rise from an elevation of 8.0 feet MSL to a crest of 3.3 feet MSL for a total height of 11.3 feet. In order to allow service vehicles to pass across the canal a bridge 13 feet wide will span from one bank to the other. This bridge will support large trucks. The stone protection provided for in the plans consists of 1 foot square pieces of rip-rap to be placed 40 feet immediately upstream from the control gates and 30 feet immediately downstream of the gates. The purpose of this protection is to prevent erosion of the canal bottom and sides where the water flows by at a relatively high velocity. The majority of rip-rap will be placed below the ordinary high water mark. Local Water Quality Standards The issue of local water quality standards arose late in the permitting process. DER had already issued two letters of intent to SFWMD before the Department gave consideration to standards promulgated by Broward County. It appears from the record that the Broward County standards were formally brought to DER's attention through the County's Petition for Formal Hearing filed on June 3, 1980. On June 26, 1980, DER issued an amended letter of intent which said: This letter is an amendment of the letter of intent to issue signed by the Department on May 20, 1980. In that letter, the Depart- ment stated: "This intent to issue is contin- gent upon the applicant being granted an exception from the criteria for dis- solved oxygen, for Class III waters, pursuant to Section 17-3.031, Florida Administrative Code." The preceding paragraph is hereby amended to include a provision that the applicant must obtain relief from the dissolved oxygen stan- dards that appear in Section 27-5.072(19), Broward County Code, through a variance or other legal mechanism, in addition to the exception from state standards for dissolved oxygen. Section 27-5.072(19), Broward County Code, states that DO is to have a "daily average not less than 5 mg/l; single reading never less than 4 mg/l. The May 20, 1980, letter also contained a paragraph that read: "However, should the Department grant an exception from the dissolved oxygen criteria pursuant to Section 17-3.031, Florida Administrative Code, the Division intends to issue the permit." This paragraph is hereby stricken and the following paragraph substituted: "If the Department grants an exception from the State dissolved oxygen criteria pursuant to Section 17-3.031, Florida Administrative Code, the Division intends to issue a conditional permit which will only become valid upon the granting of relief by Broward County from its existing local standards for dissolved oxygen." The Department is taking this position upon consideration of Section 403.182(6), Florida Statutes, which requires the Department to en- force all stricter or more stringent rules, regulations or orders in the jurisdiction where they apply. It is the Department's position that it is without discretion to grant relief from Broward County's local standard for dis- solved oxygen. By its Petition the County alleged that it has an approved local pollution control program and that the proposed project will violate its local standards for dissolved oxygen and nutrients found in Sections 27-117(b)(9) and 27-117(11) of the Broward County Code.24/ Neither SFWMD nor the Corps has applied to the Broward County Environmental Quality Control Board for either a license under Chapter 27 of the County Code or for a variance from the standards established therein. On April 20, 1972, the Florida Department of Pollution Control (the predecessor of the Department of Environmental Regulation) gave temporary and conditional approval for six months to the Broward County Pollution Control Program. This approval provided that the County has full authority to enforce its own laws, rules and regulations, provided that they must be as strict or stricter than those of the State. The County was also required to modify its rules if the State subsequently adopted the regulations in conflict with those of the County. On November 7, 1972, the Department of Pollution Control gave Broward County full and final approval pursuant to Section 403.182, Florida Statutes. Subsequently, in 1974 and 1976 the State and Broward County entered into new agreements. These agreements were the result of DER's desire to make uniform all its agreements with all qualified local programs. The Broward County pollution control program including the portion administered by the Environmental Quality Control Board, continues to be an approved local program as defined at Section 403.182, Florida Statutes.
Recommendation Based on the foregoing Findings of Fact and Conclusions of Law, it is RECOMMENDED: That the Department of Environmental Regulation enter an Order denying South Florida Water Management District's application for a water quality permit and for a dredge and fill permit. DONE and RECOMMENDED this 13th day of October, 1982, in Tallahassee, Florida. MICHAEL PEARCE DODSON Hearing Officer Department of Administration Division of Administrative Hearings Oakland Building 2009 Apalachee Parkway Tallahassee, Florida 32301 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 13th day of October, 1982. * NOTE: Illustration I, noted in paragraph 8 and Illustration II, noted in paragraph 49 are not a part of this ACCESS document. Illustrationn II is available for review in the Division's Clerk's Office.
Findings Of Fact Petitioner has a lease on a 160-acre tract of land along the northern boundary of Palm Beach County which has been zoned and used for several years to mine rock used in local road building operations. This tract of land is surrounded on the east, south and west by some 1,000 acres of land owned by Intervenor, Vanguard Farms. The Vanguard Farms property is used to grow citrus and sugarcane. The geology of the area in the vicinity of this application is such that some three feet of Everglades top soil overlies the limestone. The land surface is about fifteen (15) feet NGVD and the water level table fluctuates from twelve (12) to fourteen (14) feet NGVD for the dry and wet seasons. The Vanguard Farms property, which surrounds Petitioner's property in Palm Beach County, is a wet area bordered on the west by Lake Okeechobee and on the east by high ground water elevation. The area has an excess of rainfall over evapotranspiration and excess water will always be generated. In order to render Vanguard Farms arable it is necessary to drain the property and pump excess water from the land. The existing rock pit is some 6.7 acres in area. In order to economically mine rock from this pit it is necessary to remove stable overburden and expose the limerock to provide a stable platform on which the mining equipment can be operated. Since the water table is generally above the top of this limerock, it is necessary to remove water from the pit to expose the rock to be quarried. During earlier operations water from the pit dewatering was pumped into a canal which flowed onto intervenor's property. In the application now under consideration, no water from the dewatering operation will be pumped off the 160 acres controlled by Petitioner. A 25-acre holding pond has been constructed on this site as well as a 9-acre overflow pond. The holding pond was constructed by piling the overburden, and possibly some limerock, in a rectangular shape some ten feet above the surface (25 feet NGVD). This material with which this 10-foot high levee is formed was excavated with a dragline and shaped with a tractor. Condition 28, of the conditions proposed by Respondent for the grant of this application, requires all dikes, levees and berms behind which water is to be retained to be inspected for structural adequacy. A report of such inspection and steps necessary to correct the deficiencies noted shall be submitted, and the report is to be signed and sealed by a Florida registered professional engineer. Perimeter ditches on the north, south and east sides of Petitioner's lands will intercept seepage from the retention pond and surface waters flowing onto this property. These perimeter ditches are connected to the rock pit to which such waters will flow. Water moving westward across the property will be intercepted by the rock pit. Without the rock pit excess water generated in this area will flow onto Vanguard's adjacent land. This condition will exist when the pit is not in operation. However, when the pit is in operation, the water will be retained on Petitioner's property by those limiting conditions requiring the maintenance of water level elevation in the perimeter ditch to be kept either equal to or below the water level elevation of Vanguard Farms. Under this condition, all water will be routed between the pit and retention pond. Conditions of the permit which Respondent proposes to issue include that the water level in the retention pond not exceed 18.5 feet NGVD, that the holding pond be interconnected with the overflow pond, that the water level in the perimeter ditches be maintained by use of a flashboard riser at 10.8 feet NGVD, that dewatering operations cease upon notification by District staff of any adjacent property owners experiencing water-related problems, and that a direct connection between holding pond and rock pit be established for emergency discharge of water from the holding pond back into the rock pit.
The Issue Whether a consumptive-use permit for quantities of water as applied for should be granted.
Findings Of Fact Application No. 7500043 requested water from one (1) well. The center of withdrawal will be located at Latitude 27 degrees 40' 38" North, Longitude 82 degrees 29' 31" West in Hillsborough County. Said withdrawal is for disposal off-site. This application is for an existing use. Notice was published in a newspaper of general circulation, to-wit: The Tampa Tribune on May 14 and May 21, 1975 pursuant to Section 373.146, Florida Statutes. Notices of said public hearing were duly sent by certified mail as required by law. The application, map of the premises, legal description, receipts of certified mail, copy of the Notice, and affidavit of publication were received without objection and entered into evidence as Exhibit 1. No letters of objection were received. The witness for Permittee was duly sworn and agreement was reached on each point enumerated as required by Rule 16J-2.11, Rules of the Southwest Florida Water Management District and Chapter 373, Florida Statutes with the exception as enumerated in No. 7. Upon request of the Hearing Officer a Joint Stipulation was filed in which it was agreed that the following conditions to the permit should be attached: "1. That applicant, Carol A. Ranallo, construct two observation wells on the south side of the pit mutually agreeable locations by inserting six (6) inch casings and screens to the depth of at least fifty (50) feet. The casings to be grouted in the bore hole from the bottom of the casing to the top of the ground level. The sites of the observation wells shall be selected by James Hudson of Delta Engineering Company and G. P. Szell within 15 days after issuance of the Consumptive Use Permit. 2. That the applicant or its agents or employees submit monthly readings to the staff of the Southwest Florida Water Management District of the chloride content of the water being withdrawn from the two wells and the level of the water table as read and determined under static conditions."
The Issue The issue in this case is whether an Application to the South Florida Water Management District for Authority to Utilize Works or Land of the District filed by Respondents, Joint Facilities Board of River Oaks H.O.A. and Little Oaks H.O.A., should be approved by the South Florida Water Management District.
Findings Of Fact Petitioners, Arthur Pivirotto and Ann H. Pivirotto presented no evidence in this matter. Petitioners have, therefore, failed to meet their burden of proof that Right of Way Occupancy Permit Application Number 94-1005-2 should not be granted.
Recommendation Based upon the foregoing Findings of Fact and Conclusions of Law, it is RECOMMENDED that the South Florida Water Management District enter a Final Order in case number 96-0870 dismissing the Petition for Formal Proceedings Per 40E-1.521 Fl. Admin. Code and 120.57 F.S. DONE and ENTERED this 2nd day of August, 1996, in Tallahassee Florida. LARRY SART1N, Hearing Officer Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, Florida 32399-1550 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 2nd day of August, 1996. COPIES FURNISHED: William A. Fleck, Esquire 6650 West Indiantown Road Suite 200 Jupiter, Florida 33458 Charles H. Burns, Esquire 1080 East Indiantown Road Jupiter, Florida 33477 Scott Allen Glazier, Esquire South Florida Water Management District 3301 Gun Club Road West Palm Beach, Florida 33406 Donald S. Fradley, Esquire 27 Pennock Lane Jupiter, Florida 33458 Alan J. Cooper, Esquire Tequesta Corporate Center 250 Tequesta Drive, Suite 200 Tequesta, Florida 33469 Samuel E. Poole, III, Executive Director Department of Environmental Protection South Water Management District Post Office Box 24680 West Palm Beach, Florida 33146
The Issue The issue presented for decision herein is whether or not Respondent, Gables Engineering, is required to obtain a surface water management permit for its property known as the G-Bar-E Ranch in Okeechobee County, Florida.
Findings Of Fact Upon consideration of the witnesses and their demeanor while testifying and documentary evidence received, the following relevant facts are found: The South Florida Water Management District (District) is a public corporation of the State of Florida existing by virtue of Chapter 25270, Laws of Florida, 1949, and operating pursuant to Chapter 373, Florida Statutes, and Chapter 40E, Florida Administrative Code as a multipurpose water management district with its principal office in West Palm Beach, Florida. Cables Engineering, Inc., owns property known as the G- Bar-E Ranch which is located in Okeechobee County, Florida. The property is located at the confluence of Otter Creek and Taylor Creek. Otter Creek flows into Taylor Creek which flows offsite into Lake Okeechobee. On August 28, 1986, the District issued an Administrative Complaint and Order which ordered Gables to obtain a surface water management permit pursuant to Chapter 373, Part IV, Florida Statutes for the surface water management system on the G-Bar-E Ranch. Gables refused and requested an administrative hearing on the Complaint and Order. Don Dillard is a Vice President of Gables and has overall responsibility for operating the Ranch. He has been employed by Gables for nine years. Gables has in its employ a ranch manager who remains on site. Until recently, Gables operated the property as a cattle ranch. A portion of its herd was sold to a former ranch manager who also remains on site. Alvin Castro is a civil engineer employed by the District as an area engineer which includes the area of Okeechobee County. Mr. Castro conducted a site inspection on the G-Bar-E Ranch on January 6, 1987. The inspection documented that there are two pond systems on the subject property and eleven hydraulic connections from the subject property to Otter Creek and Taylor Creek. One pond system, identified as pond system No. 2, is located in the mid-western area of the ranch east of Taylor Creek. It consists of three main ponds which are interconnected in a chain with hydraulic control structures and outfall ditches. The ponds were at one time natural ponds but have been deepened and improved to provide a water source for cattle and to store and convey water. A water control structure is located at the western end of each of the three ponds. The structures are aligned and installed to convey water from the upstream ponds to the downstream ponds. The control structures are culvert riser type. A culvert is a man-made conduit that conveys water to a point and allows it to flow. A riser is a half-section of a culvert or pipe welded perpendicular to the outfall culvert. Its main function is to serve as a support structure for weirs or flashboards, which regulate the upstream stages in a ditch. It allows water, as its flows over the spillway or weir, to be collected and directed to the outfall pipe or culvert. Mr. Castro observed water flowing, at the time of inspection, through all three outfall ditches to the south and westward from the pond system to a hammock area. The ponds have been cleaned of vegetation and the culverts and risers have been maintained by Respondent. One culvert riser structure conveys water from Pond 1 to Pond 2 which consist of a 96-inch riser and a 60-inch culvert, approximately 50 to 60 feet long. At the time of the inspection, water was being discharged through the control structure to an outfall ditch that connects Pond 1 to Pond 2. The outfall ditch is a man-made ditch. A second control structure connects Pond 2 to Pond 3 and interconnecting ditches consisting of a 96-inch ditch riser with a 60-inch culvert in place to hydraulically connect Ponds 2 and 3. The control structure allows water to flow underneath a private road to Pond 3. Mr. Castro observed water flowing from Pond 2 to Pond 3 at the time of his inspection. In the absence of the culvert, the pond system would run together as a large pond. The culverts alter the natural water storage capacity and drainage arrangement on the G-Bar-E Ranch. The third controlled structure is located on the southwest end of Pond It consists of a 96-inch riser on a 60-inch culvert and a sheet pile weir. At the time of his inspection, Castro observed that there was flow of water from the control structure and Pond 3 through the outfall ditch to a hammock wetland area to the southwest. (Petitioner's Exhibit 3, photos 1-6). The other pond systems, identified as pond system 1, is located in the northern portion of the property near the east bank of Taylor Creek. It consists of three main ponds ranging in size of one to five acres. One pond is connected to an outfall ditch to the southwest through a twenty-four inch culvert which runs underneath an existing grass road. At the time of Mr. Castro's inspection, it was conveying water from the pond westward into a vegetated area. The other two ponds are connected to each other via a 12-inch culvert underneath an existing grass road. The ditch is about three to five feet wide. At the time of Mr. Castro's inspection, there was flow of water between the two ponds. The downstream pond has an open connection (no control structure) to a ditch, which ultimately discharges to Taylor Creek. At the time of the inspection, water flow was observed (by Castro) in the ditch and was being discharged from pond 6 to Taylor Creek. (Petitioner's Exhibit 3, photos 11-14) The ditches in the pond system are prismatic; fairly uniform in cross section top width, depth and bottom width, with a straight alignment which indicates that they are man-made. The pond system is well-maintained by Respondent and free of vegetation. (TR, 21). There are four ditch structural connections from the G- Bar-E Ranch to Otter Creek. The easternmost structure consists of a 24-inch riser with a 15- inch culvert. It serves to convey stormwater from an upstream ditch system on the G-Bar-E property to Otter Creek and thereafter, offsite. There was flow to the structure to Otter Creek at the time of Mr. Castro's inspection. (Petitioner's Exhibit 3, photo 7). The second structure is located westward from the first. It consists of a 20-inch riser and a 13-inch culvert. (Petitioner's Exhibit 3, photo 8). The third structure is located westward from the second. It consists of a 32-inch riser and a 16-inch culvert. Discharge of water from the G-Bar-E property to Otter Creek through the third structure was observed by Mr. Castro during his inspection. (Petitioner's Exhibit 3, photo 9). The fourth structure is located westward from the third, consisting of a 36-inch riser and a 24-inch culvert. (Petitioner's Exhibit 3, photo 10). There are several manmade hydraulic connections to Taylor Creek on the G-Bar-E Ranch. On the eastbank of the Creek, the northernmost, identified as Ditch A, is a straight channel. At the time of Mr. Castro's inspection, it was discharging water from the G-Bar-E property to Taylor Creek by means of a 36- inch riser and a 30-inch culvert. The discharge served to drain the G-Bar-E property. (Petitioner's Exhibit 3, photos 15-16). The next ditch south is a prismatic channel with a straight alignment and uniform cross section, connected to Taylor Creek by a 46-inch riser and a 36-inch culvert. At the time of Mr. Castro's inspection, it was discharging water from the G-Bar E property to Taylor Creek. (Petitioner's Exhibit 3, photos 19-22). The headwaters of the ditch is a hammock wetland area at its upstream reach. (Petitioner's Exhibit 3, photos 19-22). The next ditch south is connected to Taylor Creek via a hydraulic control structure consisting of a 42-inch riser and a 30-inch culvert. The structure has at least one flashboard, which is a temporary barrier affixed to the slots on the riser and used to hold and regulate upstream water levels and to increase or decrease the storage capacity. (Petitioner's Exhibit 3, photos 24-25) The ditch drains a hammock area in the interior of the G-Bar-E property which lies to the northeast. It controls water from the upper end of the G-Bar-E property. On the westbank of Taylor Creek, the northernmost connection is an open connection to Taylor Creek. (Petitioner's Exhibit 2, sheet 1; Petitioner's Exhibit 2, photo 17). South of that connection is another ditch with an open connection to Taylor Creek. To the South is another open channel connection to Taylor Creek which has a non-functional control structure at the downstream end. (Petitioner's Exhibit 3, photo 23). The existing system of ponds and ditches on the G-Bar-E Ranch will collect, convey and can regulate upstream storage and flow rates to Taylor Creek and Otter Creek. In 1963 Gables conveyed to Okeechobee County a permanent easement along Taylor Creek. The Taylor Creek easement runs through the G-Bar-E property, roughly from the northeast corner to the southeasternmost corner. The easement to Okeechobee County covers about 150 feet on each side of Taylor Creek through the property. The purpose of the easement, as stated on the face of the document, is for the construction necessary to improve the Taylor Creek channel including widening, deepening, straightening, spoil placement and spoil disposition, installation of drip and pipe drop spillways; for operation and maintenance of the channel; and for the flowage of water through the channel, spillways, and pipe drop spillways. The grantor (Gables) reserved the right to use the easement land at any time, in any manner and for any purpose not inconsistent with the full use and enjoyment thereof by Okeechobee County. A small portion of the ditches on the G-Bar-E Ranch which connect to Taylor Creek and the control structures in those ditches lie within the area covered by the easement granted to Okeechobee County (approximately 150 feet). However, the major portion of the ditches all lie outside the easement granted to Okeechobee County. (TR 63-64; Respondent's Exhibit 4). The ditches serve to drain the G-Bar-E property into Taylor Creek and benefit the G-Bar-E Ranch property. This use is consistent with and permitted by the county's easement. The ditches and structures serve the purpose of draining the property and facilitating the flow of water to Taylor Creek. Mr. Dillard testified that Gables Engineering has not constructed, repaired or maintained any of the ditches during his nine year tenure with the company. (TR 67). However, no evidence was presented to indicate that the ditches or structures were constructed by Okeechobee County pursuant to the easement or that they benefit Okeechobee County rather than Respondent. In 1966 and 1967, Respondent granted to Okeechobee County a permanent easement along Otter Creek and Bimeny canal, which run roughly from east to west near the northern boundary of the property. The easement is for construction necessary to improve Otter and Bimeny Creek including widening, deepening, straightening, spoil placement and disposition, installation of drop and pipe drop spillways; for operation and maintenance of the channel and the flow of water to the channel, spillways and pipe drop spillways. Gables Engineering, Inc. reserved the right to install pipe drop inlets, retain, impound and regulate the flow of water into Otter Creek and Bimeny Canal lying within the Grantor's land, provided they are installed in conformance with sound engineering practice. Respondent reserved the right to use the easement property at any time and for any purpose not inconsistent with its use by Okeechobee County. (Respondent's Exhibit 2). Four control structures lie within the easement area along Otter Creek and Bimeny Canal. A small portion of the ditches from the G-Bar-E Ranch property leading to the control structure lie within the easement area. There is no record evidence to establish that the control structure, which facilitates the flow of water to Otter Creek and Bimeny Canal, is maintained by Okeechobee County or in any way serve the purposes of the easement to Okeechobee County. It is unclear who actually constructed the structures. The structures serve to convey water from the G-Bar-E property to Otter Creek. (Petitioner's Exhibit 3, photos 7 and 9). This appears consistent with and expressly permitted by the easement granted to Okeechobee County. In 1964 Gables Engineering granted Okeechobee County a bridge and access road easement which consists of an existing graded road forty feet in width running from State Road 15 to the west boundary of Taylor Creek. The easement is for purposes in conjunction with the construction, maintenance and operation of an access road and bridge across Taylor Creek. The access road and bridge across Taylor Creek do not presently exist. The road easement crosses over a culvert between two of the ponds in pond system 2. However the pond system itself, including the outfall structure and ditch at the western end of the system, lie outside the easement. The easement also crosses a culvert in pond system 1, but the remainder of the pond system lie outside the easement. (TR 63-64). The ponds, control structures and ditches on the G-Bar- E Ranch serve to drain the property internally and to Otter Creek and Taylor Creek. One pond system drains water into a hammock area to the southwest. This system consist of three ponds with control structures between each pond and an outfall ditch at the southwestern end of the system. The other pond system drains water to wetland areas and to Taylor Creek. It consists of three ponds, control structures and outfall ditches to a wetland area and to a ditch leading to Taylor Creek. While Respondent maintains that the culverts were installed for the purpose of allowing vehicular access between the southern and northern areas of the Ranch, the credible evidence reveals that the control structures primary purpose is to drain the property and control the flow of water throughout the system.
Recommendation Based on the foregoing Findings of Fact and Conclusions of Law, it is RECOMMENDED: That the Petitioner, South Florida Water Management District enter a Final Order requiring Respondent, Gables Engineering, to file an application to obtain a surface water management permit to operate works on the G Bar-E Ranch pursuant to Chapter 373, Part IV, Florida Statutes and that an initial application be submitted to obtain a surface water management permit within 30 days of the entry of the Final Order in this case. RECOMMENDED this 18th day of September, 1987, in Tallahassee, Florida. JAMES E. BRADWELL Hearing Officer Division of Administrative Hearings The Oakland Building 2009 Apalachee Parkway Tallahassee, Florida 32399-1550 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 18th day of September, 1987. COPIES FURNISHED: Sarah Nall, Esquire South Florida Water Management District 3301 Gun Club Road West Palm Beach, Florida 33402 Robert W. Stewart, Esquire Corrigan, Zelman & Bander, P.A. Rivergate Plaza, Suite 200 444 Brickell Avenue Miami, Florida 33131
Findings Of Fact The City of Boynton Beach, Florida, filed application number 24859 with the South Florida Water Management District (formerly the Central and Southern Florida Flood Control District) for an annual allocation of 3.89 billion gallons (10.7 mgd) for a public water supply system for its service area of 18,351 acres for a period of ten years. The application was dated February 26, 1976. A supplemental engineering report was submitted on April 26, 1977, and a water withdrawal management plan on August 18, 1977. The delay in completing the documentation for the application was due to the applicant's completion of a test well program and hydrogeological evaluation of the aquifer capability of the 34 acre tract known as the "Jarvis Property," the proposed site of eight future wells. (Composite Exhibit 1) The existing raw water supply system for Boynton Beach consists of four separate well fields, comprising a total of 14 wells with a total rated capacity of 9700 gpm. Wells 1 through 5 were built during the period 1946-1958. Wells 6 through 11 were built from 1961-1973, and wells 12 through 14 were completed in 1976. The application seeks approval for eight additional wells, numbers 16 through 22 to be located on the "Jarvis Tract." It is proposed that wells numbers 15 and 16 be built immediately upon approval of the application and that the remaining six new wells be constructed at a rate of two per year through 1982, subject to demand. The city presently operates a water treatment plant with a treatment capacity of 8 mgd and is expanding that facility to a capacity of 16 mgd. It is anticipated that this expansion and the new well field will meet projected water demands in the service area through 1987. (Testimony of Swan, Composite Exhibit 1, Exhibit 2) The Applicant's present wells tap the shallow aquifer overlying the Hawthorne formation. These wells range in depths from 54 to 115 feet below ground surface. The planned wells will reach 180 to 230 foot depths. The shallow aquifer is largely recharged by local precipitation and a surface canal system. There are two major canals located near the Applicant's well fields in distances ranging from directly adjacent to approximately one mile. Canal E-4 is located on the western boundary of the proposed Jarvis well field which would provide direct recharge in the area. Withdrawal of water from wells number 1-5 had to be curtailed due to a landward movement of the freshwater/saltwater interface. The wells at present are used for emergency standby purposes only. After wells number 12-14 were put into operation, it was discovered that the withdrawals affected residential shallow irrigation wells nearby. Three of the residents have filed objections to the application for this reason. This problem will be resolved by the development of the Jarvis well field which will allow curtailment of pumpage from wells numbers 12-14. Well number 14 presently is not in operation due to an unknown polluted condition. The curtailment of use of wells 1-5 will aid in controlling any salt water intrusion. A U.S. Geological Survey saltwater monitoring well in the area indicates that there has not been any net landward movement of the saltwater/freshwater interface in the shallow aquifer since 1973. The Applicant's water withdrawal management plan which will substantially reduce the pumpage from wells 6-14 will also reduce the threat of saltwater intrusion by maintaining the aquifer water levels in the area at a higher elevation. (Exhibits 2-4, 6, Testimony of Gresh, Higgins, Kiebler) The City of Boynton Beach currently has a population of 51,000 and it is projected that by 1987 the population will reach 71,000 which is the maximum limit of its water treatment facilities. The city plans to build a new treatment plant and well field in the western portion of the area when the capacity of the current and proposed well fields are reached. It would be uneconomic to place the currently proposed well field in that area due to the requirement of building a raw water line for a distance of approximately four miles. (Composite Exhibit 1, Testimony of Cessna) The South Florida Water Management District staff recommends that the application be approved in its entirety for a period of ten years, subject to 18 special conditions which are acceptable to the Applicant. The district staff concluded that sufficient water is available in the Applicant's area to support the 1987 level of withdrawals and that the proposed consumption rate reflects a reasonable use of water. The staff further found that there would be a minimal impact on existing users in the area and that westward lateral intrusion of saltwater from the coastline will be reduced. (Exhibit 2-3, Testimony of Higgins)
Recommendation That the application be approved and that a water use permit be issued to the Applicant pursuant to application number 24859 for a ten year allocation of 3.8 billion gallons, subject to the special conditions recommended by the South Florida Water Management District staff. DONE and ENTERED this 21st day of February, 1978, in Tallahassee, Florida. COPIES FURNISHED: Gene Moore, Esquire City Attorney City of Boynton Beach Post Office Box 310 Boynton Beach, Florida 33425 THOMAS C. OLDHAM Hearing Officer Division of Administrative Hearings Room 530, Carlton Building Tallahassee, Florida 32304 (904) 488-9675 Steve Walker, Esquire 3301 Gun Club Road Post Office Box 3858 West Palm Beach, Florida 33402
The Issue The issue in this case is whether Florida Administrative Code Rule 40E-7.523(2)(c) is an invalid exercise of delegated legislative authority.*
Findings Of Fact The Parties 1. The District is a public corporation existing by virtue of Chapter 25270, Laws of Florida (1949), and operating pursuant to Chapter 373, Florida Statutes, and Title 40E-7, Florida Administrative Code, asa multipurpose water management district, with its principal office in West Palm Beach, Florida. 2. KRVSA is a Florida corporation whose members are substantially affected by the rule in question. 3. Phillip B. Griner is an individual who holds a Special Use License to use the Lower Reedy Creek Management Area/Rough Island Management Unit Protected Zone. He has been a member of KVSA since its inception in 1998 and was serving on its board of directors at the time of the final hearing.
Conclusions Based upon the foregoing Findings of Fact and Conclusions of Law, the Petition for Administrative Hearing is denied. DONE AND ORDERED this 19th day of December, 2003, in Tallahassee, Leon County, Florida. Pan ate J. LAWRENCE JOHNSTON Administrative Law Judge Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, Florida 32399-3060 (850) 488-9675 SUNCOM 278-9675 Fax Filing (850) 921-6847 www.doah.state.fl.us Filed with the Clerk of the Division of Administrative Hearings this 19th day of December, 2003.
Other Judicial Opinions A party who is adversely affected by this Final Order is entitled to judicial review pursuant to Section 120.68, Florida Statutes. Review proceedings are governed by the Florida Rules of Appellate Procedure. Such proceedings are commenced by filing the original notice of appeal with Clerk of the Division of Administrative Hearings and a copy, accompanied by filing fees prescribed by law, with the District Court of Appeal, First District, or with the District Court of Appeal in the Appellate District where the party resides. The notice of appeal must be filed within 30 days of rendition of the order to be reviewed. 31
The Issue Whether a consumptive use permit for the quantities of water as applied for should be granted.
Findings Of Fact Application No. 7500112 requested water from three (3) wells for the purpose of industrial use. This application is for a new use. The center of withdrawals will be located at Latitude 27 degrees 38' 58" North, Longitude 81 degrees 48' 21" West, in Hardee County, Florida. The application is for the use of not more than 470 million gallons of water per year and not more than 2,592,000 gallons of water during any single day to be withdrawn from the Florida Aquifer. Application received as Exhibit 1. Notice was published in a newspaper of general circulation, to-wit: The Herald Advocate, published weekly in Wauchula, Florida, on August 7 and 14, 1975, pursuant to Section 373.146, Florida Statutes. Notices of said public hearing were duly sent by certified mail as required by law. The affidavit of publication was received without objection and entered into evidence as Exhibit 2. Letters of objection were received from the following: Mr. Joseph F. Smith, Route 1, Box 238, Wauchula, Florida 33273. Mr. Smith states that in his opinion such withdrawal of water will severely damage his property. He is developing a mobile home park on eight (8) acres and is fearful that the amount of water requested in this application will diminish his supply of water for his project. A letter from Mr. and Mrs. A. H. Van Dyck, written on August 16, 1975, Route 2, Box 657, Wauchula, Florida 33873. They are fearful that the large amount of water American Orange Corporation proposes to pump each day will affect their shallow well which provides water for their home. They would like to see some type of agreement whereby American Orange Corporation would be willing to pay for replacement of the well if the corporation should cause their well to go dry. Mr. Stanley H. Beck, Counselor at Law, wrote a letter in behalf of his client, Harold Beck, requesting information as to the applicable statutes and regulations which affect the matter of the consumptive use permit. A telegram was sent by Harold Beck of Suite 1021, Rivergate Plaza, Miami 33131, stating that he objected to the application of American Orange Corporation's withdrawal of water or the reason that it would reduce the property value. The witness for the permittee is Barbara Boatwright, hydrologist, who was duly sworn and agreement was reached on each point enumerated as required by Rule 16J-2.11, Rules of the Southwest Florida Water Management District and Chapter 373, Florida Statutes. The staff hydrologist recommended that the permit be granted with two (2) conditions. One was that each of the wells be metered and two, that the District receive monthly reports from each meter. The applicant has consented.
