The Issue The issue is whether proposed amendments to Rule 46-39.005 adopted by the Marine Fisheries Commission, setting maximum lengths for nets used for the commercial harvesting of mullet, establishing one week alternating closure periods for mullet harvests during the late fall/ early winter roe season, setting a 500 pound per vessel per day harvest limit during the pre-roe season and a one thousand pound limit if two licensed commercial fishermen fish together during the roe season, constitute invalid exercises of delegated legislative authority. The Petitioners assert that the economic impact statement which accompanied the notice of rulemaking is inadequate.
Findings Of Fact The Parties Sigma International, Inc., owns and operates a mullet processing, wholesaling and exporting business in Florida. The restrictions embodied in the proposed rules will substantially affect its interests. Seafood Consumers and Producers Association is a non-profit association of businesses and consumers interested in fishery resources and fish harvesting in Florida and elsewhere. The rules would substantially affect interests of the association and the interests of individual members of the association. Bob Combs Fish Co. are fishermen, a first receiver of fish caught by others, and a fish wholesaler doing business in Florida. The proposed rules would substantially affect its interests. Everglades Fish Corporation are fishermen, are first receivers of fish caught by others, and fish wholesalers doing business in Florida. The proposed rules would substantially affect their interests. Houston Brown is a fisherman who does business in the State of Florida. The proposed rules would substantially affect his interests. Triad Seafood is a first receiver of fish caught by others, and a fish wholesaler which does business in Florida. The proposed rules would substantially affect its interests. Horse Weeks Fish Co. is a first receiver of fish caught by others, and a fish wholesaler which does business in Florida. The proposed rules would substantially affect its interest. A.P. Bell Fish Co. are fishermen, a first receiver of fish caught by others, a wholesaler, retailer, and distributor of fish and fish products which does business in Florida. The proposed rules would substantially affect its interests. SaltWater Enterprises, Inc., are fishermen, a first receiver of fish caught by others, a wholesaler, retailer and distributor of fish and fish products which does business in Florida. The proposed rules would substantially affect its interest. The Fisherman's Market, Inc., is a first receiver of fish caught by others, a wholesaler, retailer and distributor of fish and fish products which does business in Florida. The proposed rules would substantially affect its interest. The Marine Fisheries Commission (Commission) is legislatively created and assigned to the Department of Natural Resources. It has authority to adopt rules. Sections 370.025, 370.026 and 370.027(1), Florida Statutes (1991). It adopts fishery conservation and management measures which promote the continued health and abundance of marine fisheries resources in Florida. Section 370.025(2)(a) and (c), Florida Statutes (1991). The Fish Black or striped mullet is a popular food sought for the flesh of the fish and especially for its roe, which is available annually during the autumn spawning season beginning in October. Mullet roe is highly valued by the Japanese, and much of the roe is exported to Japan. Mullet is the most intensively harvested finfish in Florida; in 1989 mullet accounted for 19.3 percent of the state's total finfish catch. Florida is the source for 85 percent of the nation's black mullet catch. Since 1976 the demand for the export of black mullet roe has increased, which has increased fishing pressure on the species' egg bearing females. Roe-bearing fish caught during roe season are about four times as valuable as the fish would be if caught in the pre-roe season. Mullet has a shelf life as a fresh fish of no more than four days due to the oil in its flesh. Although it can be frozen, in the Florida retail market frozen mullet is not considered a desirable food. There is a California market for frozen mullet, however, where it is popular with Asians. Since the closures during the roe season proposed in the Commission's rules will be for periods of one week, there could be days when no fresh mullet would be available to Florida consumers. Earlier Regulation of the Black Mullet Fishery - 1989-1992 Black or striped mullet (mulgi cephalus) are regulated by the Commission as a restricted species. Section 370.01 (20), Florida Statutes (1991), and Rule 46-39.001(4), Florida Administrative Code. Size and bag limits are imposed on recreational takings of mullet. Commercial fishermen taking mullet must hold a saltwater products license with a restricted species endorsement. When they sell their catch they must provide a trip ticket to the purchaser of the fish which includes the fisherman's name and license number, the gear used in the catch, the place of the catch, the species caught and the number of pounds of fish caught. This information is then sent by the purchaser to the Department of Natural Resources, and is an important part of the Department's data base used in regulating the fishery. The Marine Fisheries Commission began a study of black mullet in 1987, and adopted rules restricting commercial black mullet fishing in 1989. Those rules established gear restrictions, amended certain qualifications for licensure to catch mullet in commercial quantities, and set roe season closure periods for mullet fishing. During 15 weekends of the year, the fishery was closed for 36-hour periods. The minimum net size for mesh was set at three inches. Amendments to the rules in 1990 closed new areas to fishing, set minimum net mesh size which could be used during the roe season at four inches, and prohibited commercial fishermen from using spotter aircraft to locate schools of fish. The weekend closures were extended from 36 to 54 hours, and two more weekends were closed for fishing. In drafting all its management measures, the Commission attempted to make it possible for fishermen to fish year round for mullet, and thus make fresh mullet available to consumers throughout most of the year; See the Purpose and Effect Statement of the rule published at 18 Florida Administrative Weekly at 4931, which reflects this Commission policy. In 1991 the Commission debated whether additional regulation was necessary for the mullet stock and proposed new rules and amendments to existing rules which were published in Volume 17, No. 32, of the Florida Administrative Weekly on August 9, 1991, at pages 3593 et seq. but, as noted above, the validity of these rules was challenged. In a final order that was issued on December 9, 1991, provisions of those rules were found to be invalid exercises of delegated legislative authority (DOAH Case Nos. 91-5408R and 91-5422R). The District Court of Appeal affirmed that determination in the opinion entered in Florida Marine Fisheries Commission v. Organized Fishermen of Florida, 610 So.2d 92 (Fla. 1st DCA 1992). Those invalidated rules had their genesis in a decision made by the Commission in February 1991 which set a statewide spawning potential ratio (SPR) for black mullet. The SPR is a measurement tool used by the Commission and by other regulatory groups, such as the Federal Fishery Management Councils, in the regulation of fish stocks. It is a measure of the biomass (essentially the total weight) of those fish capable of reproducing, divided by an estimate of what would have been the total biomass of fish of reproductive age if there were no fishing at all in the fishery. The goal the Commission set of maintaining a 35 percent SPR for black mullet was chosen using the best information available. The goal is a reasonable tool for the Commission to use in assessing the effectiveness of any of its efforts to manage the black mullet population to produce maximum stock abundance. The 35 percent target is the minimum level which could be set to provide adequate management of the stock and avoid the risk of a dramatic reduction in the number of fish available. The Commission was disappointed that its August 1991 efforts to increase regulation (and in its view, protection) of the mullet population had been turned back through litigation. It credited data on mullet landings showing a continuing decline in the mullet population. This led the Commission to believe that the spawning potential ratio for mullet in the 1991-1992 fishing year had declined to 18-25 percent, well below the target of 35 percent. Review of nine management options and debate at its August 1992 meeting led the Commission to advertise proposed new rules and amendments to existing rules published in Volume 18, No. 35 of the Florida Administrative Weekly at pages 4931 et seq. on August 28, 1992. According to the Purpose and Effect Statement and Summary for these rules the changes proposed to the regulatory regime for black mullet would do six things: proposed rule 46-39.0036 would prohibit the recreational harvesting of mullet from October 1 through October 15, from November 1 through November 15, and from December 15 through January 15 each year; an exception to the closures would be recognized for possessing cut mullet to be used on boats as bait; an amendment was proposed to existing rule 46-39.005 to prohibit the use of gill or trammel nets or beach or haul seine nets longer than 600 yards; subsection (4) of existing rule 46-39.005 was deleted, it had closed the fishery to commercial operation during weekends in the roe season; a new subsection (5) was proposed to rule 46-39.005, which would close the fishery to commercial harvests for the same periods specified for recreational closures; a new subsection (6) was also proposed for rule 46-39.005, which set a limit on commercial harvesting of mullet to 500 pounds of mullet per vessel per day from July 1 through September 30, which is the pre-roe season. At its meeting of September 25-26, 1992, the Commission conducted a legislative-type hearing under Section 120.54(3), Florida Statutes (1991), for the rules it had noticed for adoption. More than 60 people commented on the proposed new rules and amendments to existing rules. On September 26, 1992, the staff of the Commission made a presentation of options it believed were available to the Commission to achieve increased SPR for black mullet and the Commission deliberated using all the information placed before it. Based upon the rule making record compiled, the Commission voted to make changes to the text of the rules as they had been published for comment on August 28, 1992. The Commission decided that instead of two week alternating closures of the mullet fishery for 61 days during the roe season (from October 1-15, November 1-15 and December 15-January 15), it would close the fishery for 56 days using alternating one week periods (from the first through the seventh and fifteen through the twenty-first days of the months of October, November, December and January). The proposed 600-yard maximum net length and 500-pound per fisherman trip limit during the pre-roe season remained, but an increased limit of 1,000 pounds per vessel during the roe season was added if two licensed commercial fishermen used a single vessel. These changes were published in Volume 18, No. 42, of the Florida Administrative Weekly, pages 6221 et seq., on October 16, 1992, as a notice of changes to the Commission's proposed rules. DSPOPS Model for Estimating Spawning Potential Ratio Authorities which manage stocks of pelagic fishes commonly assess the condition of the stock with biological models. Models attempt to account for dynamics of a fishery represented by variables, in an effort to mimic the behavior of the population in its natural state. The models' results provide managers with as accurate an estimate of future fish populations as current science can provide. The choice of a particular model is significantly affected by the data available to be loaded into the model equation. How well any model mimics the natural population necessarily is affected by the accuracy of each of the values used in running the model. The federal National Marine Fisheries Service uses models to assess the condition of stocks of king mackerel, Spanish mackerel and dolphin. The Florida Marine Fisheries Commission has used similar a model known as GXPOPS 1/ to manage the red drum population, with good results, and another for management of Spanish mackerel, which has been brought back from the point of collapse (i.e., a dramatic change in population from an insufficient number of juveniles reaching adulthood). Commission staff chose the biological model known by the acronym DSPOPS 2/ to analyze the current spawning potential ratio of the black mullet fishery. The DSPOPS model is rather sophisticated and contains a significant number of input parameters or variables, such as growth rates, age at sexual maturity, observed harvest levels, recruitment and mortality. The value for some of these parameters are relatively well known through biological sampling, such as age, size, sex and maturity. Values for others, such as mortality of black mullet due to fishing, are subject to some debate. There is sufficient data available to use the DSPOPS model. The model can be run using the high and low estimates for input variables, which yields a range for the SPR, based on those runs. Data the Commission staff used to run the model came from the southwest Florida area. About 75 percent of all mullet landings are made there (especially in the Tampa area), and there is no reason to believe that the dynamics of the black mullet population operate differently there than in the panhandle area or in eastern Florida waters. Catch and effort data for all areas of the state are sufficiently similar to show the fishery is a single unit. Analysis of mullet show Gulf and Atlantic mullet are part of a single gene pool. Moreover, the statute encourages the Commission to manage species populations as a single biological unit. Section 370.025(2)(d), Florida Statutes (1991). The Commission used data only for female mullet, which is appropriate when calculating the spawning potential for a fish where eggs are a limiting factor for the number of fish in a population. Recruitment is a term that refers to those fish that survive the egg and larval stages and eventually mature into adults which can be harvested with fishing effort. There is a relationship between the number of fish able to spawn and the number of fish that are added or "recruited" into a fishery as the result of the spawning, which is known as the spawner recruit relationship. Unfortunately, the spawner recruit relationship cannot be estimated for mullet with enough precision to incorporate it into the model. To account for this, Commission staff ran the model assuming constant recruitment, that is, the assumption was made that there is no relationship between spawning stock and recruitment. This produces an estimate of spawning potential ratio that may be accurate or may be higher than it would be had a spawning recruitment relationship been determined (or assumed). Thus, use of a constant recruitment assumption tends to produce an optimistic assessment of the spawning potential ratio. The most basic variables used in a biological model designed to predict future fish stock are those for mortality rates. In fisheries science, total mortality is universally represented as the variable "Z." It is equal to the rate of fishing mortality, represented as "F," plus the rate of natural mortality "M." 3/ Thus, the equation is that Z = F + M. This is as basic to fishery science as the equation "debits = credits" is to accounting. It is also significant that under this equation, if any two of the three variables are known, the third can be calculated. Non-Parametric Statistics and Independent Review Many of the parameters used in the DSPOPS model have threshold values, they are not parameters which would be expected to have a normal or bell-curved type distribution (such as the average age of fish in a population). Threshold values are non-parametric statistics, and there are no confidence intervals or other measures of variation, such as coefficients of variation, associated with them. This does not mean that the expected SPR levels produced by the model lack utility, are unscientific, or are inherently untrustworthy. Other efforts are made to test the correctness of the parameters values used in the model, or in using the model's output. Using the model to estimate a range of SPR for various regulatory regimes is the best way to manage a fishery. It is for this reason that the Department convened an independent review panel to evaluate the values which its staff had loaded into runs of the DSPOPS model, to represent what would happen in the fishery if various management measures were imposed. This group of outside scientists met with the Commission staff on July 9-10, 1992, to review the data and reach a consensus on the appropriate values to be used for all parameters introduced into the model equation. They cross checked data, and evaluated its consistency with published studies. Although Petitioners complain that scientists who testified for them at the Section 120.54(4) final hearing on the 1991 rules were not invited to this meeting, the Commission's explanation for this is persuasive. The scientists invited were independent, had no association with the Commission, DNR or the Petitioners, and had no other prior associations or biases militating against reaching a consensus. The panel concluded that data available showed female SPR was in the range of from 15 percent to 26 percent, with the most likely value being 21 percent or less. F Value Determined by Tag/Recapture Data and Z Using Time Series of this Data Dr. Behzad Mahmoudi, of the Florida Marine Research Institute, performed a tag/recapture experiment on mullet in southwest Florida in an attempt to determine the F value (fishing mortality) to be used in the DSPOPS biological model. The determination of F can be a problem; for some fish species it is not available. In a few fisheries researchers are assigned to observe and record activity on commercial fishing vessels; there F (fishing mortality) may be calculated by analyzing catch per unit of fishing effort, i.e., the number of pounds of fish landed per hour or per day of fishing. Florida's data gathering through trip tickets does not permit this, since it provides no means to account for the common situation of a fishing trip which yielded no mullet catch. Dr. Mahmoudi's experiment for determining fishing mortality was a good one, which carefully accounted for the biases normally associated with studies designed to estimate F. In a tagging experiment mullet are handled, a smooth plastic filament streamer or tag inserted in a small slit, and then the fish is reintroduced into the waters of the Gulf. These streamers are thin enough to be pulled through the mesh of the crown of fishing caps, where they are sometimes worn by fishermen disinclined to return them to the Commission's researchers, although they are paid $5.00 per tag returned. These tags are then returned to the Florida Marine Research Institute by fishermen or fish processors when tagged fish are caught. When used in conjunction with data on landings of mullet, the proportion of tags returned from among those landed gives an indication of the fishing mortality for the species. The fish were tagged at the beginning of the '89-'90 and '90-'91 seasons, and captured over the following two seasons. Fish tagged in the first year may not be caught until the second year or later. Dr. Mahmoudi also performed ancillary experiments. He put a sample of tagged fish in pools, and evaluated mortality over time caused by the tagging process itself. He also evaluated tag rejection by monitoring tagged fish placed in pools to determine the proportion of spontaneous tag loss. Lastly, he and associates evaluated the non-return rate for tagged fish commercially caught by going to fish processors, and examining commercial catches made by licensed fishermen. After the fishermen and processors had finished with the fish, and returned all tags that were going to be returned, researchers examined those fish to see how many tags yet remained and had not been removed or returned to the Commission. This permitted calculation of the rate at which tags on fish caught are returned. Through these three ancillary experiments, Dr. Mahmoudi accounted for the major variability likely to be introduced into estimations of F (fishing mortality) based on tag recovery. He did not add a specific adjustment to his F value for any increased predation on tagged fish, for there was no reason to believe that it would be anything other than de minimis. Due to the nature of the tag and the placement of the tags on the fish, it is unlikely that tagged fish were ensnared in nets at any higher rate than untagged fish. It is also significant to remember that the recovery rate for tags is not affected by fishing effort. It is based on the percentage of tags which are returned from among fish caught, and is a proportion of fish caught. The more fishermen fish, the larger the absolute number of tags returned, but if the price of fish falls, and fishermen make fewer fishing trips, the proportion of tags returned does not change, although fewer tags may be returned. The range of values which Dr. Mahmoudi estimated for F based on his tag return data of .88 through 1.13 are quite accurate. Moreover, the numbers are consistent with published studies and confirmed by separate calculations discussed below which are consistent with these F values. By treating tagged fish as if they were the whole fish population, Dr. Mahmoudi was also able to determine how many tags were returned at different time intervals, and by using this time series data, was able to calculate a value for Z (total mortality) of 1.5. Since he then had values for both F and Z, he was able to calculate the value of M (natural mortality) as .3. Independent Calculation of Z Through Catch Curve Analysis A commercial catch of fish contains individual fish of different ages. When gear such as gill nets are used, small fish escape, but after the fish reach a certain size, all but the biggest fish are caught (big fish may bounce off or swim around gill nets). The range of ages of the fish caught in gill nets mirrors the age distribution in the fish population, after an adjustment for the smallest and largest fish which escape gill net capture. It is possible then to calculate the slope of a line by plotting the age of fish versus the percent of fish of that age in the catch, and by this method to derive a value for Z (total mortality). Dr. Mahmoudi did this. He then went through an additional verification step. He made a catch of fish using a purse seine net which, unlike a gill net, catches all fish regardless of size. He was able to superimpose the catch curve analysis from this purse seine catch over that generated by the catch curve for fish caught with gill nets, and they matched. This gave him two additional independent and consistent estimates of Z, which also were consistent with his Z estimate of 1.5 from the tag/recapture data. Corroboration of Z value by Otolith Size Mullet have bones in their ear which lay down layers of clear and opaque material creating rings. Counting the number of rings yields a determination of the fish's age. Dr. Mahmoudi counted otolith rings using a large sample of mullet, and he determined the average age of mullet in the fishery was 3.5 to 4 years. This is consistent with the estimates of Z as being 1.5, because use of 1.5 in the equation Z = F + M means that the average age of mullet in the fishery is 3.5 to 4 years old. Independent Calculations of M Natural mortality, or M, is a significant parameter in the DSPOPS biological model, and it is important to have a good estimate for it. Dr. Mahmoudi used three independent methods to calculate a value for M. The first he used, Pauly's method 4/, is one which can be done with little data, but provides a somewhat weak estimate. It was developed for use in estimating sardine populations, and is based on water temperature readings, and the rate of the growth of fish. It yields an estimate of mortality which is accurate within a range of from one half to two times the actual mortality rate for the fish. The independent review panel determined that it was likely that the estimate for mullet of .58 using Pauly's method would be on the high side, i.e., closer to the twice than to one-half of the actual mortality rate. Dr. Mahmoudi then calculated an M value with a different method, Alagaraja's method 5/, which provides a stronger estimate, but requires knowing the maximum age of the fish attained in an unfished environment. This is somewhat difficult because black mullet have been fished in Florida waters for more than 50 years. Other experiments in the scholarly literature showed mullet have been found that were at least ten old, so an age of at least ten years was appropriate and when used in Alagaraja's method yielded a value for M of .4. The consensus of scientists on the independent review panel was that the maximum age of mullet in an unfished population was probably closer to 15 years of age, and using that value, the Alagaraja's method yielded a M value of .3, which was consistent with the M value generated in the tag/recapture study, and reasonably close to the .4 value computed for M under Alagaraja's method using a maximum age of ten years for mullet. The third method was to calculate M based on the values of F and Z determined from the tag/recapture study. Summary of Biological Data For Z there were two independent estimates derived from catch curve analyses (one using gill nets and the other purse seine net catches) and the determination from otolith rings. There were two separate calculations of M using Pauly's and Alagaraja's methods. F was calculated from the tag/recapture study. Independent estimates for Z and M were derived from Dr. Mahmoudi's tag/recapture data, and all were consistent. There are number of reasons, therefore, to have great confidence in the values for the significant variables Z, F and M used by Dr. Mahmoudi in running the DSPOPS model. As with the values for other parameters loaded into the DSPOPS model, which have no statistical confidence intervals associated with them, it is not possible to say that the value of 1.5 for Z is correct within plus or minus X thousandths of a point, at the .05 level of confidence, as is commonly done with parametric statistics, such as reports of opinion polling data. For this reason, separate computer runs were done using high and low estimates of significant variables such as Z (total mortality), F (fishing mortality), and M (natural mortality), paying special attention to the estimates likely to produce the highest SPR value. Effects of Cold Fronts on Catchability and the Effect of Effort-shifting by Fishermen. The more cold fronts which occur during the closure season, the more likely it is that a higher proportion of fish will escape, and conversely if many cold fronts occurred during the open weeks, a larger proportion of fish ready to spawn would be caught. Dr. Mahmoudi ran simulations using data from 17 years on the occurrence of cold fronts, and using what is similar to a random number generator, performed a Monte Carlo simulation for likely occurrences of cold fronts based on the 17 years of data. This data was incorporated into the projections of likely SPRs for different regimes. Net Limitations The Petitioners attack the 600-yard net limitation found in the rule as arbitrary. At the time the rule was being considered, the average net length used in the fishery was about 1,000 yards. The reduction in the maximum net length would have an effect on the catch, but while catch may vary inversely with maximum net length, it does not vary directly with a reduction in net length. Consequently, Dr. Mahmoudi estimated that the 40 percent reduction in the maximum net length would result in an approximately 15 percent reduction in catchability. While this assessment of the effect of the reduction in gear is judgmental rather than statistical, it is reasonable, and not arbitrary, i.e., a judgment unsupported by fact or logic. Regulatory Options For the option proposed of two-week closures during the roe season of October through January of each year, coupled with the 600-yard net limitation and a 500-pound catch limit per vessel, the estimation of SPR mullet would achieve would be from 30 percent to 39 percent. This was the management option discussed at the Commission's August 1992 meeting which led it to the publication of the first iteration of the rule in the August 28, 1992 edition of the Florida Administrative Weekly. After that publication and before the legislative-type public hearing on the rule which had been noticed for adoption, Dr. Mahmoudi ran the DSPOPS biological model to consider four more management options, three of which were suggested by commercial fishermen or their representatives. The option which suggested the highest SPR range was not necessarily the best option, however, because the Commission also had to consider what the escapement rate would be for roe-bearing mullet during the roe season for that option, and how enforceable that option was likely to be. The commercial fishermen made it clear at the pubic hearing that they would prefer a one week open/one week closed regime, as opposed to the published text of the rule which would have closed the fishery for alternating two week periods. In addition, the rule was amended to allow two licensed fishermen on a single vessel to catch 1,000 pounds of mullet per boat trip during roe season. Fishermen believed that by fishing together when fish were more valuable they could lower their expenses and thus achieve a higher profit margin during the open weeks. The Petitioners argue that had the Commission chosen option 1, a 72- hour-per-week closure during roe season, with one 10 day closure, the predicted SPR would be approximately 32.3 percent (with a range of 27.9 to 36.7 percent), while option 4, the proposal for week one/week off closures, would produce an average SPR of 34.2 percent (having a range of 29.8 to 34.2 percent). They see the options as essentially identical in the SPR but would find option 1 much easier to live with, since it would be easier for fish processors to maintain their labor forces with shorter closures. Option 1 would also make it less likely that there would be many periods when no mullet would be available to retail consumers of fresh mullet since with a four-day shelf life, week long closures could produce periods when fresh mullet could not be found and 72-hour closures do not. The longer the closure period, the more likely closures will coincide with cold fronts; it is closures during these frontal periods which permit the escapement of the most fish. The significant differences between option 1 and option 4 are that under option 1, approximately 20 percent more spawning females would survive the roe season, but under option 4 (which is essentially the option the Commission adopted), the increase in the number of spawning females surviving through the roe season would be 48 percent. Option 4 intuitively is a better management option if the goal is to reach spawning potential ratio of 35 percent, the minimum ratio to sustain stock abundance over time. The Commission did adjust the closure period to help the commercial fishermen by switching the closures periods from a two-week on/two-week off regime to a one-week on/one- week off regime. The Economic and Small Business Impact Statement As is often the case with legislation, the goals stated in Section 370.025(2), Florida Statutes (1991), can be harmonized, but only with some difficulty. Section 370.025(2)(b) requires the Commission to base its conservation and management measures upon "the best information available, including biological, sociological, economic and other information deemed relevant by the Commission." Section 370.025(2)(c), Florida Statutes, requires that those measures "shall permit reasonable means and quantities of annual harvest, consistent with maximum practicable sustainable stock abundance on a continuing basis." The Petitioners interpret this to require the Commission to achieve its biological goals with the least possible negative impacts on the economics or social conditions in the fishery. This is simply not what the statute says. No doubt those regulated would hope that the Legislature would require the least possible impact on them. But what was enacted was the mandate that the Commission's primary goal is to insure the continuing health and abundance of the species, and after doing so, then to permit reasonable quantities of annual harvest which can be sustained over time. The economic impact statement (EIS) was prepared by an economist, using data from a variety of sources. The statement itself is 16 pages long, it contains three pages of references, five figures to illustrate points, and six pages of tables of data to support its conclusions. Much of the important information was derived from a 1989 study published by the Institute of Food and Agriculture Science at the University of Florida by Robert Degner and others entitled "An Analysis of Potential Regulatory Changes on the Economic Structure of the Eastern Gulf of Mexico Finfish Industry Centered in Florida" (Reference 11). Section 3 of the EIS estimates the economic benefits and costs to persons directly affected by the proposed amendments. It analyzes who are the persons directly affected (Section 3.20); the costs and benefits of having no regulation, of maintaining current regulations, or of imposing the new regulations published in the August 28, 1992 edition of the Florida Administrative Weekly (Section 3.30); the result of changes in net lengths (Section 3.40); the result of the seasonal closures (Section 3.50), and of trip limits (Section 3.60). It contains as well an analysis of the impact of the proposed rules on competition in the open market for employment in Section 4.00, a small business impact statement in Section 5.00, and an analysis of alternatives in Section 6.00. Section 7.00 evaluates costs to the agency and to local governments. Section 8.00 describes the data and methods used by the Commission in making its estimates. The Petitioners presented testimony at final hearing of an economist that many of the views expressed in the economic impact statement are misinterpretations of economic data or are in error. It is essential to remember that the purpose of rulemaking is not to produce assessments of potential economic impact which can withstand the intense scrutiny of a Ph.D. dissertation. Rather, the EIS is required to insure that the agency considers each of the topics required in the statutory economic impact analysis before settling on a policy which will be embodied in its rule, and to give affected persons the opportunity to bring to the attention of the Commission information which could lead to other regulatory choices, if the Commission is persuaded by that economic evidence or argument. Basically, Mr. Murray's testimony at final hearing argued that the Commission's economic impact analysis focused on macro-economic results of the proposed regulations, but not enough on micro-economic results, that is, impacts on individual households and business (Tr. 458). The EIS concentrated on such things as estimates of total dollar losses caused by the regulation proposed. In Section 3.20 the EIS defines the persons directly affected by the rules as "those engaged in the directed harvest of mullet for commercial purposes;" and commercial harvesters (fishermen) were estimated to be between 455 and 3,150 persons, based on estimates in two sources (EIS at 5). The fishermen generally work alone, as two-man crews, and in a few instances in six to eight fishermen groups. These estimates of those directly affected appear to have an adequate basis. While a broader number of people will feel the pinch of the rule (for instance consumers wishing to buy fresh mullet at retail) they are indirectly rather than directly affected, since there is no prohibition against possession of mullet purchased at retail for home consumption during closure periods. The statute requires the analysis of the effect on those persons who will be prevented from harvesting mullet during closure periods and the EIS is not deficient for limiting its analysis to those whose actions would be directly regulated by the Commission. The section of the EIS dealing with the impact on competition and the open market for employment acknowledged that the rule would have seasonal affects on employment and the incomes of persons in roe mullet fishing and processing businesses (EIS Section 4.00 at 9). Most all of the fishermen are small businesses, so there is no effective way to tier the rules to impose lesser restrictions on small businessmen and ultimately achieve the impact the Commission intends to achieve. If small businesses were exempted, no regulation could be effective. EIS has an analysis of the effect on the standing stock of fish and the dollar value of that stock under four scenarios, (1) under equilibrium conditions with no regulation, (2) the then current weekend closure and net size regulations, (3) under the proposed rule as published and (4) under the assumption that the rule would result in an increased recruitment to the fishing stock of an additional 10 percent. The dollar value for the fish used in the these evaluations is probably inappropriate (the value is $6.70 for each fish, which is the ecological value the Department of Environmental Regulation was considering establishing for fish killed through violations of ecologic regulations). What is significant is the comparison of the increase in standing stock in each scenario, as well as the dollar value ascribed to that stock. Commissioners, legislators, or anyone else could interpret the dollar value by making different dollar assumptions for the stocks levels projected. Mr. Murray's written comments pointed out to the Commission that a better value might be 60 per pound. The EIS does provide a means of comparing the benefits of not adopting the rule to the benefits of adopting the rule, at least as far as an increase in the size of the fish stock is concerned. Proper notice of the proposed rule was sent to the Director of Economic Development, the Bureau Chief of Minority Business, and the Small and Minority Business Advocate, as well as to the Joint Administrative Procedure Committee. The Marine Fisheries Commission received neither a response nor an objection from any of these agencies. The Commission amended the proposed rules in significant ways in an attempt to relieve the burdens which the fishermen argued they would suffer if the rules were adopted with no changes. The one week on/one week off closure periods were substituted for the two week closure periods originally proposed, and the trip limit was amended to permit two licensed fishermen to fish in a single boat and bring in 1,000 pounds of fish during the roe season. The agency thus seriously considered alternatives to achieve their management goals while ameliorating the economic impact on those regulated. This shows that the economic information contained in the economic impact statement was seriously considered by the Commissioners. The only economic objection actually voiced to the Commission on September 25, 1992, during public testimony by Mr. Murray was that the EIS did not ascribe sufficient value to mullet flesh taken during roe season, but concentrated on the value of the roe. He informed the Commission that for some sellers, fresh mullet flesh was 80 percent of their sales, and that two week closures could put them out of business. (Ex. 12, at 57-58). This error in the EIS was remedied by Mr. Murray's testimony.
Findings Of Fact Upon consideration of the oral and documentary evidence adduced at the hearing, as well as the Hearing Officer's view of the project site, the following relevant facts re found: Respondent Sunset Realty Corporation initially applied to the Department of Environmental Regulation on March 2, 1979, for a permit to place 54,600 cubic yards of fill adjacent to Three Sisters Island and waterward of the mean high water line in Charlotte Harbor in order to construct a causeway and a sixty-foot bridge from Boca Grande Isles to Three Sisters Island. The applicant Sunset was notified on May 3, 1979, that adverse comments on the project had been received due to its impact upon biological resources. DER suggested that the application be modified by bridging the entire submerged area to alleviate biological and hydrographic concerns. On June 21, 1979, the respondent Sunset filed a revised application which reduced the volume of fill from 54,600 cubic yards to 25,000 cubic yards and extended the bridge from sixty feet to ninety feet long. The Department of Environmental Regulation forwarded to Lee County a summary of the Department's biological and hydrographic report. Additional information was not requested by the County. On October 31, 1979, the Lee County Commission considered the information made available to them from the Department and passed a resolution giving their approval to the first revision of the project by respondent Sunset. Finding that the applicant had not provided reasonable assurance that immediate and long-term impacts of the project would not result in violation of state water quality standards for Class II waters, the Department of Environmental Regulation issued its Intent to Deny Sunset's permit application on March 24, 1980. After a biological and hydrographic study of the project area, Sunset filed a second revision to its project on June 30, 1980. This revised application requested a permit for 10,000 cubic yards of fill and a 120-foot long bridge. In addition, this revision contained plans to install groins at the south end of Three Sisters Island and on Boca Grande Isles, to place riprap along the face of the fill, to remove and relocate existing oyster bars, to maintain turbidity barriers around the project during construction, and to direct stormwater run-off from the concrete bridge to an upland retention area on Three Sisters Island. It was also stipulated by respondent Sunset at the hearing that it would agree, as a condition of the permit, to replant mangrove vegetation along the shoreline of Three Sisters Island. On July 18, 1980, the Department of Environmental Regulation issued a Letter of Intent to Issue the applicant a permit for the revised project. The Department of Environmental Regulation did not seek reapproval of the revised project from the Lee County Commission because the scope and impact of the revised project were substantially reduced. It is not the policy of DER to request a new local approval for reduced projects. All property within the project boundary including submerged lands to be filled is held in fee simple by respondent Sunset. The waters affected by the proposed project are Class II waters, but are unclassified by the Department of Natural Resources as to shellfish harvesting. The nearest Class II waters which thus far have been approved for commercial shellfish harvesting are located approximately one and a half miles north of the project site. The proposed project would involve the destruction and elimination of approximately one acre of productive marine bottoms. The area has an abundance of grass beds and organisms that constitute a viable marine nursery and habitat. The area is not considered a spawning ground for any significant commercial or sport fish species. While the project will eliminate one acre of shallow water and productive bottom resources, the project should have no permanent effect upon the quality of the remaining surrounding waters. Three different species of mangroves vegetate the shoreline and the project would entail the removal of approximately 2/10 acre of mangroves. As indicated above, the applicant has agreed to insert a condition in the permit to revegetate mangroves around the site. The project will also entail the removal of one or two oyster bars. Live oysters can be removed and relocated by the use of floating cages. Relocation of the oysters to the riprapping and bridge pilings should increase their productivity. While the proposed fill will eliminate a wading bird habitat, birds will not otherwise be affected except during the construction of the project. The area around Three Sisters Island is an excellent fishing ground for line and net fishing for trout, red fish, mullet and sheepshead. Concern was expressed by commercial fishermen at the hearing that the bridge would obstruct net fishing, that the construction of the bridge would drive the fish away temporarily and that the fish, being creatures of habit, would not come back. The 120-foot bridge itself would have a minor effect of approximately 2% upon the restriction of flow in the area. A flow resistance is presently caused by the channel itself, a sharp bend in the channel that occurs at a constriction or spit, and the spit itself. The spit severely restricts flow and the channel needs to be enlarged. The remedial measure proposed is to place groins on the spit and on Boca Grande Isles across the spit. This will gradually enlarge the opening and reduce constriction. The placement of groins could provide a 40% increase in flow through the channel, and the increased circulation will improve the overall system. The two groins proposed are 40 feet and 80 feet in length. The groins will intercept the transport of sand and the pass will thereby be enlarged. The groins will be visible to boaters in shallow water and will not be a significant hazard to navigation. Three Sisters Island is a fifteen acre island to be utilized by Sunset Realty Corp. for residential development. Employees of DER who testified at the hearing were not aware of DER ever permitting filling in Class II waters for the purpose of aiding a private development or use. Other regulatory agencies providing comments on the proposed project after its first revision recommended that all fill be deleted from the project plans and that the bridge be constructed so as to span the entire submerged lands and shoreline wetlands. These agencies included the United States Department of the Interior, the Department of the Army, the Florida Game and Fresh Water Fish Commission, the United States Department of Commerce and the United States Environmental Protection Agency. With the exception of Durbin Tabb and Richard Lotspeich, both of whom felt that the destruction of one acre of bottom resources would not be significant to the total system, all other experts in marine biology who testified at the hearing felt that spanning the entire area with a bridge and eliminating the fill would provide a viable alternative to the permanent elimination of wetlands and shorelands. The petitioner Gasparilla Island Conservation and Improvement Association, Inc. is a non-profit, tax exempt corporation which was incorporated in 1971. The qualification for membership is the ownership of real property on Gasparilla Island. Approximately 700 property owners on Gasparilla Island are eligible to be members of GICIA. The actual membership is approximately 446. Twenty-two members own property on Boca Grande Isles, the subdivision closest to Three Sisters Island. Among the purposes of the GICIA are the promotion of Land, water and wildlife conservation uses and purposes in the Gasparilla Island area in Lee County and Charlotte County, Florida, including the preservation of ecology of the area, the protection of fish and shellfish breeding areas, the preservation of wildlife, and the promotion of anti-pollution measures. Members of the association use the proposed project area for recreational boating, commercial fishing, shellfish gathering, swimming, fishing and enjoyment of the natural flora, fauna and wildlife. Association members will be adversely affected by the destruction of grasslands, mangroves and oyster beds. The Organized Fishermen of Florida, Inc. (O.F.F.) is a non-profit corporation with chapters throughout the State of Florida. Its purposes include the protection of the fishing industry of Florida and the promotion and sponsorship of conservation. Some members of O.F.F. regularly fish in the Three Sisters Island area that would be impacted by the proposed project. No evidence was presented at the hearing that the State Board of Directors of O.F.F. officially sanctioned witnesses to appear on behalf of the incorporated Organized Fishermen of Florida. No evidence was presented at the hearing as to the standing or substantial interest of the Florida Division of the Izaak Walton League or Eugene C. Enlow, both listed as Petitioners in the "Amendment of Petition for Formal Hearing." Petitioner Freemen Boynton is the owner of a residence located on Lot No. 98 on Boca Grande Isles. The proposed access bridge and groins are to be constructed on Lots No. 99 and 100 which are contiguous to Mr. Boynton's lot. The groin on Lot No. 99 could cause sand and other debris to accumulate upon Mr. Boynton's riparian property. Petitioner Boynton uses his home on Boca Grande Isles about two and one-half months per year and fishes along the shore, collects oysters, conch and shells and engages in bird watching. He is a member of the Gasparilla Island Conservation and Improvement Association, Inc., and he feels that the proposed project would remove some of the recreational aspects of his property and Three Sisters Island. Petitioner Ralph Cole is 71 years old and has been a commercial fisherman in the Charlotte Harbor area since the age of 12. He fishes the Three Sisters Island area every week. He feels that the area is an excellent fishing ground and that the proposed bridge would be in the way of striking a net.
Recommendation Based upon the findings and fact and conclusions of law recited herein, it is RECOMMENDED that the application of Sunset Realty Corporation for a permit be DENIED insofar as it includes the deposition of 10,000 cubic yards of fill in Class II waters. Respectfully submitted and entered this 24th day of February, 1981, in Tallahassee, Florida. DIANE D. TREMOR Hearing Officer Division of Administrative Hearings The Oakland Building 2009 Apalachee Parkway Tallahassee, Florida 32301 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 24th day of February, 1981. COPIES FURNISHED: Joseph W. Landers, Jr. Ausley, McMullen, McGehee, Carothers and Proctor Post Office Box 391 Tallahassee, Florida 32302 Charles G. Batsel Wotitzky, Wotitzky, Johnson, Mandell and Batsel 201 W. Marion Drive Punta Gorda, Florida 33950 Robert M. Rhodes and Terry E. Lewis Messer, Rhodes, Vickers and Hart Post Office Box 1976 Tallahassee, Florida 32302 Lester E. Durst Farr, Farr, Haymans, Moseley and Emrick Post Office Box 635 Punta Gorda, Florida 33950 Victoria Tschinkel, Secretary Department of Environmental Regulation 2600 Blair Stone Road Tallahassee, Florida 32301 H. Ray Allen Department of Environmental Regulation 2600 Blair Stone Road Tallahassee, Florida 32301
The Issue Whether a small business party who petitioned for a formal hearing in response to DER's notice of intent to grant a permit is entitled to recover costs and fees incurred in contesting the application, when DER denies the application after a formal hearing? Whether DER's initial intent to grant was substantially justified? The parties' stipulation and the record made in the underlying permit application, No. 87-3175, are the basis for the following
Findings Of Fact Dickerson Bayshore, Inc. (DBI) filed an application for a dredge and fill permit authorizing construction of a marina on the shore of Dickerson Bay in Wakulla County. As required by DER rule, DBI published notice that it had applied for the permit. On various grounds, DER initially issued an intent to deny DBI's application. After DBI modified the application to meet DER's objections, DER issued an intent to grant the permit. Gulf Specimen Company, Inc. (Gulf) is a small business party, within the meaning of Section 57.111(3)(d), Florida Statutes (1987), and the parties have so stipulated. Because petitioner Rudloe had written DER (probably on Gulf's stationery) requesting that DER do so, DER sent petitioner a copy of its notice of intent to grant. In the notice, DER proposed to grant DBI's application on conditions that included installation of a "sewage pumpout facility," enforcing prohibitions against sewage discharge and "live-aboard vessels" (later modified to forbid only "non-transient" live-aboards) and hiring a dockmaster. Petitioners' original response to DER's notice of intent to grant is not in evidence in the present case and did not reach the Division file in Case No. 87-3175. The amendment to notice of objection, which DER referred to the Division of Administrative Hearings pursuant to Section 120.57(1)(3)b., Florida Statutes (1987), alleges that Gulf and Rudloe have substantial economic interests in the continued environmental health and productivity of the bay and surrounding waters. Petitioner and his company collect marine animals and plants there for scientific and educational purposes and conduct field trips for schools; all of which provides the major source of [their] income. Petitioners also alleged that "Dickerson Bay serves as one of the major sources of marine organisms marketed by Gulf Specimen Company, as well as providing sea water used in the tanks for cultivating marine organisms." DBI filed a motion to dismiss or in the alternative for more definite statement on August 28, 1977, addressed to petitioners' amendment to notice of objection. On September 21, 1987, the day before this motion was denied, petitioner filed a verified second amended petition, invoking Section 403.412(5), Florida Statutes (1987). In the course of preparation for the formal hearing, DER evidently reassessed the impact the proposed marina might have on oysters in the vicinity, with the result that, at the time the parties filed their prehearing stipulation, "DER again indicated an intention to deny DBR's application . . . this time on account of the shellfish in the area." Jack J. Rudloe and Gulf Specimen Company, Inc. vs. Dickerson Bayshore, Inc. and State of Florida, Department of Environmental Regulation, No. 87-3175 at p. 2 (RO; April 25, 1988), adopted by final order entered June 9, 1988. A week later, however, DER filed a notice of change in position stating that it supported DBI's permit application. But, after the formal hearing, DER adopted the recommended order's conclusion that DBI had "failed to give reasonable assurance that the proposed marina would not violate fecal coliform standards in Class II waters," at 53, waters ordinarily approved for shellfish harvesting. Among the findings of fact on which this legal conclusion is predicated are the following: In determining whether to open waters for the harvesting of shellfish, DNR makes its decision by identifying actual [or] potential pollution sources that may be close enough to shellfish harvesting waters to render them unsafe for human consumption; number two, the hydrographics of the area, to determine the distribution and transport of those pollution sources; and then the sampling program. (T. 549) Of course, sampling could not be determinative if the pollution source were potential, instead of actual. Before a marina opens, the precise amounts of pollutants it will add to the water are, to some extent, a matter of conjecture. Planned restrooms and pumpout facility notwithstanding, uncertainty exists in the present case, as well. (T. 807) "Transient" live aboards are contemplated. The harbor master is to require boats capable of discharging their heads to lock through hull discharge valves. (Evidence at hearing dispelled ambiguity in the language proposed as a permit condition: boats are not to be barred from the marina just because their heads can be made to discharge to surrounding waters.) But the harbor master will not be present around the clock, to ensure that boaters leave their boats on stormy nights for the public restrooms, or be able to guarantee that the heads stay locked. The ameliorative influence of restrooms and pumpout facility is also problematic. As Mr. Crum observed, [I]t is going to be a lot of problems, it's not going to be that you are going to put a dockmaster there or a harbor master and have this thing converted overnight, because these people have been doing it all their lives (T. 238) Some boat owners would undoubtedly choose to remain at the municipal dock free of charge, rather than rent a slip at a new marina. The plan is that the harbor master would help bring order at the municipal dock, too, by enforcing ordinances, not yet adopted. But it is not clear how well this would work. The fecal coliform standard DER water quality rules lay down for Class II waters is precisely the same standard DNR applies in approving waters for shellfish harvesting. In evaluating DBI's application, both DER and DNR must assess the risk of contamination in Class II waters now approved for shellfish harvesting. Foreseeable conditions, if the marina is built, include increased fecal coliform loading 1700 feet away in waters where high background levels have persisted for years. Other issues litigated at the formal hearing included whether petroleum, bottom paint, and other refuse would lead to violations of DER's biological integrity, cadmium, copper or dissolved oxygen standards, and whether the project was contrary to the public interest because of likely effects on turtles and wood storks. In taking its last position before the hearing began, DER presumably made the judgment that restrooms, a pumpout facility, and a rule that heads be locked when boats were docked provided reasonable assurance that the marina would not contribute fecal coliform, at least in amounts which, when added to ambient levels, would violate standards outside an area "reasonably contiguous" to the marina. At the time DER furnished Gulf a copy of its first notice of intent to grant, however, DER had also proposed a ban on all live- aboards. At hearing, Mr. Rudloe proved that he made recreational, as well as commercial use of the waters of Dickerson Bay. Pertinent findings of fact in the recommended order include: Petitioner Jack Rudloe and his wife, Dr. Ann M. Rudloe, live on Dickerson Bay, north of the site proposed for the marina. The Rudloes use the bay for recreation. In the laboratory that they and the corporate petitioner operate, tanks house specimens of marina life, many ultimately bound for use in research on such questions as the toxicity of oil drilling muds. Pollution in Dickerson Bay might contaminate the water in petitioners' uptake lines and holding tanks; they have found no practical way to filter the bay water. Even if petitioners' specimens survived contamination, the effects of contamination could render mysid shrimp and other organisms useless for the experimental purposes for which petitioners sell them. A good fraction of the specimens come from Dickerson Bay, to begin with. Gulf's interest in the disposition of DBI's application differed in kind and degree from the interest of members of the public generally. Gulf and the individual petitioner jointly incurred attorney's fees in excess of $15,000. The evidence did now show whether petitioner Rudloe, as an individual, qualified as a small business party. No appeal was taken from DER's order in Case No. 87-3175.
The Issue The issues are whether Respondent committed the violations alleged in Petitioner’s Second Amended Administrative Complaint; and, if so, what penalties should be imposed.
Findings Of Fact Based on the evidence adduced at the final hearing, the record as a whole, the stipulated facts, and matters subject to official recognition, the following Findings of Fact are made: The Parties and the Events of August 24, 2019 The Department is the state agency charged with encouraging the development of aquaculture3 in Florida. § 597.003(1), Fla. Stat. “When any qualified person desires to lease a part of the bottom, water column, or bed of any [state waters] for the purpose of growing oysters or clams . . . , he or she shall present to [the Department] a written application ” § 597.010(1), Fla. Stat. Mr. Lee and his father, Robert J. Lee, jointly hold Aquaculture Certificate of Registration No. AQ1529074. On January 5, 2016, they applied to the Department for a state owned submerged land aquaculture lease in the 2 Petitioner’s Exhibit G is a flash drive containing video footage of Officer Travis’s traffic stop and subsequent arrest of Mr. Lee. 3 Section 597.0015(1), defines “aquaculture” as “the cultivation of aquatic organisms.” Section 597.0015(3), defines “aquaculture products” as “aquatic organisms and any product derived from aquatic organisms that are owned and propagated, grown, or produced under controlled conditions.” vicinity of Alligator Harbor in Franklin County, Florida. The lease was to be used for the commercial cultivation of oysters and clams. The Department issued a ten-year lease, Sovereignty Submerged Land Aquaculture Lease No. 19-AQ-1465, to Mr. Lee and his father on February 3, 2016. One provision therein required the lessee to be bound by the current and future versions of the Florida Statutes and the Florida Administrative Code. Another provision stated that a violation of chapter 597 and/or chapter 5L-1 “may be cause for this lease to be terminated without further notice to the lessee and shall result in the forfeiture to lessor of the works, improvements, and shellfish in and upon the leased premises.” On June 15, 2017, Mr. Lee pled nolo contendere to several charges filed in Franklin County, Florida. Two of the aforementioned charges pertained to the criminal offenses of possessing untagged and undersized oysters, and Mr. Lee was adjudicated guilty of all charges. At approximately 3:00 a.m., on August 24, 2019, Officer David Travis of the Florida Fish and Wildlife Conservation Commission was on patrol in Carrabelle, Florida, and traveling west on US-98, 25 miles from Alligator Harbor. He observed a Chevrolet Tahoe pulling a boat4 that had no trailer lights. A Ford Fusion was closely following the Tahoe. Officer Travis then made a U-turn in order to initiate a traffic stop based on the lack of trailer lights and the failure of both vehicles to use their blinkers prior to making two turns. Mr. Lee was driving the Fusion, and a friend of Mr. Lee’s was driving the Tahoe. Upon inspecting the boat, Officer Travis saw four untagged baskets, one blue and three orange. The blue basket was completely full with at least 40 4 The boat was registered to Mr. Lee’s father. pounds of unculled5 oysters. The orange baskets were approximately the same size as the blue basket, and two of the orange baskets were at least 75 percent full with unculled oysters. The third orange basket contained 15 to 20 culled oysters. The boat and the contents therein were wet. Officer Travis found multiple pairs of wet gloves and one pair of wet socks inside a yellow oyster sack at the boat’s stern. At the bow, he found several casting nets that were soaking wet and containing fresh grass, mud, sand, and live crustaceans. Officer Travis also found a mullet in a cooler that appeared to have been recently caught. During an inspection of the Tahoe, Officer Travis found a large, white cooler with a large quantity of culled oysters in a bed of ice. According to Mr. Lee, those oysters were harvested from his Alligator Harbor lease on August 22, 2019, and were intended for personal consumption. Mr. Lee told Officer Travis during the traffic stop that he had taken the oysters described in paragraph 6 from his lease in Alligator Harbor on August 23, 2019, between 10:00 a.m. and 6:00 p.m. Mr. Lee further stated to Officer Travis that he had transported the oysters at issue to his girlfriend’s house in Carrabelle where he had begun to cull some of them. According to Mr. Lee, he and his girlfriend had gotten into an argument, and Mr. Lee decided to take the oysters to his father’s home in order to finish culling them. Mr. Lee and his friend were supposedly driving to Robert J. Lee’s home when Officer Travis pulled them over. Officer Travis arrested Mr. Lee and his friend. Ultimate Findings Count I of the Department’s Second Amended Administrative Complaint alleges that Mr. Lee violated rule 5L-1.007(2) on approximately 5 Wild oysters commonly grow together in clumps. “Culling” refers to the process by which wild oysters are separated from each other. The term can also encompass the cleaning, grading, and sorting of oysters. August 23, 2019, by failing to label containers holding oysters. Neither Officer Travis’s arrest report nor his testimony mentioned any tags on the baskets in the boat or the cooler in the Tahoe. Also, no tags are visible during the footage from Officer Travis’s body camera. While Mr. Lee testified that he had a bulk tag that applied to all of the containers at issue, the undersigned does not find Mr. Lee’s testimony to be credible. Accordingly, the Department proved Count I by clear and convincing evidence. Count II of the Department’s Second Amended Administrative Complaint alleges that Mr. Lee failed to timely deliver oysters to a certified processing facility on approximately August 23, 2019, as required by rule 5L- 1.008(7). The aforementioned rule requires that “shellfish shall be harvested between sunrise and sunset as established by the U.S. Weather Service.” As noted above, Officer Travis observed that the contents inside the boat were wet and fresh, and that evidence convincingly undermines Mr. Lee’s assertion that the oysters at issue were harvested on August 23, 2019, prior to 6:00 p.m. While Mr. Lee asserted that the oysters in question were intended for personal consumption rather than for sale, that assertion is undermined by the large number of oysters Officer Travis observed in the boat during the August 24, 2019, traffic stop. Therefore, the Department proved Count II by clear and convincing evidence. Count III of the Department’s Second Amended Administrative Complaint alleges that Mr. Lee violated rule 5L-3.004 on approximately August 23, 2019, by attempting to transport oysters to a private residence for sorting and washing rather than performing those activities over his lease. As noted above, Officer Travis observed a large quantity of unculled oysters during the traffic stop. Those oysters had not been sorted and washed over Mr. Lee’s lease. Also, the allegation in Count III is consistent with what Mr. Lee told Officer Travis during the traffic stop. Accordingly, the Department proved Count III by clear and convincing evidence. Count IV of the Department’s Second Amended Administrative Complaint alleges that Mr. Lee violated rules 5L-1.008(5)(a) and 5L- 3.007(8)(c) in December of 2018 by harvesting and replanting wild shellfish stock on the submerged lands of his lease. However, the Department presented no clear and convincing evidence that Mr. Lee violated rules 5L- 1.008(5)(a) and 5L-3.007(8)(c). Count V of the Department’s Second Amended Administrative Complaint alleges that Mr. Lee was convicted on June 15, 2017, of possessing untagged oysters in violation of section 597.0041(4). As noted above, Mr. Lee was adjudicated guilty on June 15, 2017, of possessing untagged and undersized oysters. The Department thus proved Count V by clear and convincing evidence.
Recommendation Based on the foregoing Findings of Fact and Conclusions of Law, it is RECOMMENDED that the Department impose a cumulative fine of $4,000.00 ($1,000.00 each) for Counts I through III and V. The undersigned also recommends that Aquaculture Certificate of Registration No. AQ1529074, jointly held by Mr. Lee and his father, be revoked. Finally, the undersigned recommends that Sovereignty Submerged Land Aquaculture Lease No. 19- AQ-1465 be terminated with Mr. Lee forfeiting all works, improvements, and shellfish in and upon the lease premises.6 6 Mr. Lee argued that his father’s interest in the Certificate of Registration and the lease at Alligator Harbor should not be extinguished because his father had no involvement with Mr. Lee’s violations. However, Mr. Lee offered no authority to support his argument, and the undersigned’s independent research did not find anything to support Mr. Lee’s position. DONE AND ENTERED this 20th day of November, 2020, in Tallahassee, Leon County, Florida. S G. W. CHISENHALL Administrative Law Judge Division of Administrative Hearings The DeSoto Building 1230 Apalachee Parkway Tallahassee, Florida 32399-3060 (850) 488-9675 Fax Filing (850) 921-6847 www.doah.state.fl.us Filed with the Clerk of the Division of Administrative Hearings this 20th day of November, 2020. COPIES FURNISHED: Robert Kevin Lee Post Office Box 28 Carrabelle, Florida 32322 Darby G. Shaw, Esquire Department of Agriculture and Consumer Services 407 South Calhoun Street, Suite 520 Tallahassee, Florida 32399 (eServed) Allan J. Charles, Esquire Department of Agriculture and Consumer Services 407 South Calhoun Street, Suite 520 Tallahassee, Florida 32399 (eServed) Stephen M. James, Esquire Department of Agriculture and Consumer Services 407 South Calhoun Street, Suite 531 Tallahassee, Florida 32399 (eServed) Steven Hall, General Counsel Department of Agriculture and Consumer Services 407 South Calhoun Street, Suite 520 Tallahassee, Florida 32399-0800 (eServed) Honorable Nicole “Nikki” Fried Commissioner of Agriculture Department of Agriculture and Consumer Services The Capitol, Plaza Level 10 Tallahassee, Florida 32399-0810 (eServed)
Recommendation Based on the foregoing findings of fact and conclusions of law, it is RECOMMENDED that the application of Jan Sevastakis, Post Office Box 23575, Mandarin, Florida 32217, for a permit to use a 60-foot trawl net with 1 1/2 inch bar measure mesh (3-inch stretched mesh net) to capture marine species of commercial value on the St. Johns River and adjacent areas be GRANTED. DONE and ORDERED this 19th day of August, 1982, in Tallahassee, Florida. DONALD R. ALEXANDER Hearing Officer Division of Administrative Hearings The Oakland Building 2009 ApA1Achee Parkway Tallahassee, Florida 32301 (904) 488-9675 Filed with the Clerk of the Division of Administrative Hearings this 19th day of August, 1982. COPIES FURNISHED: Jan Sevastakis Post Office Box 23575 Mandarin, Florida 32217 Paulette Armstead, Esquire Suite 1003, Douglas Building 3900 Commonwealth Boulevard Tallahassee, Florida 32303 Dr. Elton J. Gissendanner Executive Director Department of Natural Resources 3900 Commonwealth Boulevard Tallahassee, Florida 32303
