0001 1 2 3 DEPARTMENT OF ENVIRONMENTAL PROTECTION AGENCY 4 PUBLIC HEARING 5 6 7 IN RE: NUMERIC NUTRIENT CRITERIA FOR 8 WATER QUALITY STANDARDS FOR LAKES AND FLOWING WATERS IN THE STATE OF FLORIDA 9 __________________________________ 10 11 12 13 14 15 DATE: February 16, 2010 16 TIME: A.M. SESSION 17 10:00 a.m. - 12:15 p.m. 18 LOCATION: FSU Conference Center 555 W. Pensacola Avenue 19 Tallahassee, Florida 20 21 REPORTED BY: Yvonne LaFlamme Court Reporter 22 23 24 25 0002 1 A P P E A R A N C E S 2 3 4 5 ENVIRONMENTAL PROTECTION AGENCY PANEL MEMBERS: 6 7 8 DENISE KEEHNER 9 JIM KEATING 10 EPHRAIM KING 11 JIM GIATLINA 12 13 14 15 16 17 18 19 20 21 22 23 24 25 0003 1 P R O C E E D I N G S 2 -- -- -- 3 MR. KING: We're going to start up real quick, so 4 I invite everybody to take your seat and get 5 comfortable. We've got three sessions today. It's 6 important that you are in a place that you can stretch 7 out your legs and relax. 8 Folks, ready to go? Do we have everybody here? 9 Okay. I think we'll go ahead and get started. 10 We'll take advantage of this opportunity to get 11 feedback from Floridians and from all stakeholder 12 groups on a proposal that EPA has developed and 13 published on establishing numeric nutrient water 14 quality standards for lakes and flowing waters in the 15 beautiful state of Florida. 16 My name is Ephraim King. I am director of the 17 Office of Science and Technology, and EPA's Office of 18 Water. 19 To my right and to your left is Jim Giatlina who 20 is director of the Water Division in EPA's Regional IV 21 office in Atlanta. 22 To Jim's right and your left is Denise Keehner 23 who is Office of Wetlands, Oceans, and Watersheds, 24 again from DC. 25 And then, finally, to Denise's right is Jim 0004 1 Keating, who is one of our senior technical and 2 problematic experts. And Jim in a second be will be 3 walking you overview through the proposed rule to make 4 sure we're all in the same room talking all about the 5 same thing, and taking the fullest advantage possible 6 by getting comments and feedback from everybody here. 7 Let me begin this morning, first and foremost, 8 welcoming everybody that has taken the time to join us 9 this morning. We think this is an important 10 proposal. It is only a proposal. And part of that 11 means we are really here to listen and get as much 12 feedback on technical issues and scientific issues as 13 we can. But this takes time out of your schedule, and 14 you're taking the time to be here, and we very much 15 appreciate that. 16 The subject of today's hearing, again, is the 17 proposed rulemaking by EPA to establish numeric 18 nutrient water quality standards for lake and flowing 19 waters in the state of Florida. EPA has developed the 20 proposal working in close coordination on a scientific 21 and technical basis with the State of Florida, and in 22 particular, with Florida's Department of Environmental 23 Protection. 24 This Rule is based on over 800,000 nutrient- 25 related data points that are from Florida and 0005 1 represent Florida conditions, and we are deeply 2 appreciative of the technical and scientific 3 partnership that we've been able to rely upon in 4 making this proposal bringing it to where it is. 5 Today we're here to listen. We have got the 6 proposal. It's on the table. It represents what we 7 think find scientific work. It represents a 8 phenomenal amount of data from the state of Florida. 9 It represents very, very rigorous scientific 10 analysis. But like any proposal and any analysis, 11 there's always more information; there's always more 12 data, and there may well be additional areas or 13 additional approaches that we all can consider 14 together to make the proposal an even better and more 15 effective approach and path towards getting effective 16 water quality controls and reducing pollutions in the 17 state of Florida. 18 Today is an opportunity to hear and listen from 19 all of the folks in this room and to get your feedback 20 with what you agree with, with what you disagree 21 with. If you think there's information we haven't 22 included, please let us know. If you think this 23 information we haven't used it properly, please let us 24 know. 25 Since our agenda today is to reach out to as much 0006 1 Floridians as possible. We have actually changed the 2 location to this lovely building to provide for a 3 larger room. We've also extended hours of the hearing 4 so we have as much of an opportunity as possible for 5 everybody to join us today. 6 For folks that feel they haven't had a sufficient 7 opportunity to speak today, I want to invite you to 8 consider that the formal comment period is still open 9 and will remain open until March 29th. So, if you 10 don't have enough time today to share all of your 11 information or you have some additional thoughts that 12 you want to share after you speak, then we really 13 welcome and invite you to send us some written 14 comments in by March 29. 15 Before we get started with public listening 16 session of this hearing, I'd like to ask Denise 17 Keehner to go over the rule-making contacts and the 18 process, and the steps that we use in conducting a 19 hearing like this, and then we'll turn to Jim Keating 20 who will go ahead and provide an overview the Rule 21 itself. 22 Denise? 23 MS. KEEHNER: Thank you. I also extend my 24 welcome and my thanks to all of you for taking the 25 time out of your days, and very busy days for many of 0007 1 you, to participate in this public hearing today. 2 The proposed rule that EPA published is part of a 3 process that's called an informal or notice of comment 4 rule-making process. Most federal rules that are 5 issued, including most of the EPA regulations are 6 established through this notice and comment rule- 7 making process. 8 The terms of "notice and comment" comes from 9 under the Federal Procedures Act; the fact such acts 10 require a notice of proposed rule making. And many of 11 you are very familiar with the Act published on 12 January 26 of this year, which was our proposal for 13 numeric nutrient criteria for lakes and flowing 14 waters. So, the notice of proposed rule-making is a 15 key part of that process. 16 The second part of process is a opportunity for 17 public participation of the rulemaking. And in the 18 context of this particular proposal, we are -- we have 19 a sixty-day comment period which will end on March 20 29th. And that allows for folks to provide data and 21 information and comments in written form to the 22 Environmental Protection Agency through a docket 23 process that is associated with the proposed rule. We 24 are also having a series, as you know, of informal 25 hearings which are also part of the public comment and 0008 1 public participation process. 2 The third part of the federal rulemaking process 3 is the publication of the final rule. And the final 4 regulation for lakes and flowing waters is required to 5 be published by October 15 of 2010, and that is an 6 incentive-related deadline, and thus will be a 7 deadline that will be met by the Agency as we move 8 forward. 9 When EPA publishes the final Rule, the final Rule 10 will also have a full preamble special that will 11 address all significant written comments that were 12 received around issues. There will be a response to 13 comments document. Some will be addressed to all 14 significant issues and thus will be responding in 15 writing to significant issues and comments that are 16 received through the rule-making process. 17 These hearings are basically an opportunity for 18 the public and you to speak to us, and for us to hear 19 from you, your thoughts perspectives on EPA's based 20 proposal. 21 We have a fairly large number of speakers even 22 here this morning. I think there's over fifty people 23 that are registered, so we need to be able to move 24 fairly quickly through the process of administratively 25 getting people up to the podium and allowing you to be 0009 1 able to speak, and to then move so the next person can 2 come up and speak. 3 There will be a transcript prepared of today's 4 hearings. We have a court reporter who is actually 5 transcribing the comments and the conduct of this 6 particular hearing, and that will be also part of the 7 public record. 8 When you signed in this morning and you indicated 9 that you wanted to speak today, we did give you a 10 number. After Jim Keating does his presentation and 11 provides an overview of what is in the proposed rule, 12 we will begin the process of going one by one in 13 numeric order calling people up to the podium in the 14 center of the room to provide and deliver your 15 comments. 16 What we're hoping to do is to call the first 17 number, and then the next two numbers find the seat 18 right behind the podium so this process can move 19 fairly smoothly as we go through the morning. 20 Each speaker has been allocated five minutes to 21 speak. We're going to have a timer to make sure we 22 stay on target if the number of people that have 23 signed up to speak this morning. The timer will 24 remind you, and we will remind you at the one-minute 25 point that you're reaching the end of the five-minute 0010 1 period for you to deliver your comments. If we run 2 out of time before you have a chance to speak, please 3 consider coming back for the afternoon session and we 4 will make sure that you receive an early number for 5 the afternoon session. 6 I did have a specific request this morning from 7 Mr. Ralph Poppell, who is from the Florida House of 8 Representatives. He came in and received number 54. 9 He has to go back to his government business very 10 quickly this morning, and he has asked if we can 11 accommodate him for an earlier speaking slot within 12 the first handful of people. 13 And I'm going to ask if it's okay with everybody 14 here, I'd like to accommodate Mr. Poppell. Is there 15 anybody that would find that not to be a positive 16 thing to do? Okay. So the people are agreeable, 17 Mr. Poppell. 18 So what we'll be doing now, I'm going to turn 19 over the floor to Jim Keating. As Ephraim said, Jim 20 is a senior policy technical expert with the Office of 21 Science and Technology in Washington, and Jim's 22 purpose here this morning is to provide a very brief 23 overview of EPA's proposal so we're all on the same 24 page with regard to what it is specifically that EPA 25 proposes and what it's all about today. 0011 1 MR. KEATING: Thank you. I'm not sure that this 2 microphone is on. Can everyone hear me? I guess I 3 need to raise it up a little bit. 4 When you walked in and registered you should have 5 receive a packet of materials that includes a hand-out 6 from my brief remarks, so just in case you don't need 7 to the slides will be there up on the screen, but if 8 you want to refer back to something you have that in 9 your materials. 10 I will be briefing my remarks so I want to 11 encourage everyone to avail themselves of the preamble 12 text as well as the support documentation we have 13 Online this's really no substitute for reading the 14 primary materials. 15 But what I would like to do today is referring 16 back to the title we have up there, talk a little 17 about what exactly phosphorous and nitrogen pollution 18 is, what exactly water quality standards are, and 19 briefly walk through how it relates to lakes and 20 flowing waters, and the contents of our proposal. 21 To start things off, I'm going to go through a 22 series of images that portrays some of the conditions 23 that have occurred over the last decade or so that are 24 the subject of today's proposal that we're talking 25 about. 0012 1 This is an image from about a year ago that's up 2 on a website called Earth Snapshot, and it really 3 shows how extensive some of the issues can be with 4 algal blooms; as you can see, the green area all up 5 and down the West Coast of the Spinnerule. 6 What do we mean by phosphorous and nitrogen 7 pollution? And I just showed a fairly benign image up 8 there, but excess nitrogen and phosphorous in the 9 environment causes the growth of unwanted nuisance 10 algae. 11 Not all algae are bad. In fact, we do need 12 algae, but the wrong kinds of algae. One example is 13 the algae lymbia, which smothers field grass which 14 feeds for our manatees. It also produces toxins and 15 it's harmful to animals, humans, pets. Very 16 detrimental species produces toxins that can cause 17 liver damage. It can also poison livestock, 18 wildlife. 19 Despite these harmful aspects, there's also some 20 subtle aspects in that can cause real problems for the 21 ecology for freshwaters. It can discolor the water. 22 It can build up and then crash and die and remove the 23 oxygen that all of the animal life in the water 24 needs. Or it can cause fish kill and really be 25 detrimental to our fish and shellfish survival. 0013 1 There's also human health concerns. There's 2 algae in the water and drinking water intake. Well, 3 that material has to be removed, and through 4 disinfection can produce byproducts that have been 5 linked to cancer and other serious illnesses in 6 drinking water. So there is a human health aspect 7 that is very important. 8 Another human health aspect that is very 9 important that's not necessarily related to algae 10 production issue is the presence of nitrates, which is 11 a form of nitrogen, and they can be present in heavily 12 elevated levels in Florida ground water. And there's 13 a lot of exchange between surface water and ground 14 water. One of more severe effects of nitrates is 15 called "Blue Baby Syndrome," which can lead to coma 16 and even death in some situations. 17 Throughout Florida, we see a pattern of sequences 18 of highly elevated levels of nitrates, and in fact 19 perhaps up to as high of 15 percent of what we call 20 the maximum contaminate level or MCL. 21 There are a lot of freshwaters. Over seven 22 thousand lakes, 50,000 miles of streams, 4,000 23 estuaries, and 700 freshwater springs, and a fairly 24 high percentage of them have been identified as 25 impaired because of nitrogen and phosphorous 0014 1 pollution. And I wanted to show very briefly some of 2 these impairments and kind of what they look like. 3 This is Lake Manatee. It's near Bradenton, 4 Florida. And as you can see, the algal bloom there. 5 The image on your right is a device which we call a 6 secchi disk a device that measures the clarity or 7 transparency of the water. Certainly in the vicinity 8 of that have none. 9 Fairly well known example -- (unintelligible) -- 10 is Lake Apopka, and this is an image of the algal 11 bloom that's present in that water. 12 This is a location called Merits Mill Pond. It's 13 actually about an hour west of here in Marianna. And 14 you can see the image of the algal bloom. A close up 15 right here in Tallahassee at Lake Munson, microcystis 16 bloom is on the screen right now. This is curtesy of 17 FTP's website. Not only in lakes do we see these 18 algal blooms, we also see them in flowing waters from 19 Florida rivers. Here are some images of some Florida 20 rivers. 21 This is the Caloosahatchee river in Olga, 22 Florida. There's a water intake in Olga, and that is 23 sometimes subject to these algal blooms. There are 24 other images from the Caloosahatchee that you can see 25 that show the dramatic difference between water on one 0015 1 side of that lock that is not affected by algal 2 blooms, when you can see the difference between the 3 water that is affected. 4 Towards the north Florida, near Jacksonville, is 5 the St. Johns River. That's been a site of lots of 6 problems in algal blooms. This is another picture of 7 the St. Johns River. What we see is that, you know, 8 there's several aspects of what we want out of water 9 and water quality that get put to risk by nitrogen and 10 phosphorous pollution, including recreation, including 11 ecology, human health, including tourism business and 12 waterfront property values; these are the items that 13 we see that are at risk. 14 This is the Saint Lucy River north of West Palm 15 Beach. 16 Springs are another water body that's at risk. 17 This is the very famous Weeki Wachee Spring about an 18 hour north of Tampa. They have had mermaid shows here 19 since the fifties. And on the image on the right you 20 can see is from this decade where it's been overtaken 21 by the algae lyngbya. 22 It also affects canals. This is in South 23 Florida, a canal that flows into Biscayne Bay. 24 So going back to water quality standards, the 25 subject of our Rule, Florida has a narrative water 0016 1 criterion statement that protects for a natural 2 populations of flora and fauna. And it says there 3 should not be an imbalance of those. But only with 4 the inherent state or targets the healthy waters, and 5 I think perhaps more to the point, more importantly, 6 it's one that typically gets engaged after the fact, 7 after you see that I've been showing you. What we're 8 really interested in, from the water body management 9 perspective, is prevent conditions that are happening 10 that are currently healthy and clean. 11 We call phosphorous and nitrogen "nutrients," and 12 these excess levels come from run-off from landscapes, 13 cattle, crop fields, power plants, faulty septic 14 tanks, certainly sewage treatments works and other 15 industries that discharge these. We also know the 16 better treatment and more effective -- best management 17 practices and can actually remove these excess 18 nutrients from the system also stop them from flowing 19 into Florida waters. 20 Now, water quality standards is the subject of 21 our proposed Rule, and there's a couple of things that 22 I want to make sure I impart to you that water quality 23 standards include designated uses; essentially what we 24 want from our waters, and criterion which are the 25 specific levels that are areas in which it will be 0017 1 those designated uses. And designated uses have been 2 set by the state of Florida, and are keeping with the 3 Clean Water Act. And they classify the overwhelming 4 majority as either class one, which is water supplies, 5 or class three, which is recreation and propagation to 6 healthy and well-balanced fish and wildlife. 7 Those two classes share the same water quality 8 criteria for aquatic life, for human health, and for 9 recreation. So these are Florida's goals we're 10 working with. 11 There has been identified a need for numeric 12 criteria, reasons I just iterated to facilitate the 13 time and restoration and prevention of adverse 14 conditions. We've been recommending numeric nutrient 15 criteria since 1998. Much more recently after 16 consulting with Florida's own Department of 17 Environmental Protection, the Agency made a 18 determination that it was necessary for numeric 19 nutrient criteria in water quality standards, and we 20 did that in June of 2009. 21 The Florida Department of Environmental 22 Protection actually presented their own draft numeric 23 nutrient criteria this past summer, having workshops 24 that were very beneficial, I think, for all involved. 25 EPA, we did enter into a legal agreement, that Denise 0018 1 referred to, in August of 2009 with several 2 environmental nonorganizations. And as she iterated, 3 it does put us on schedule to proposed criterias. We 4 did for flowing waters and lakes in January, 2010, to 5 be final in October, 2010. And there's a second rule 6 making for estuary and coastal waters that we would 7 propose by January, 2011, and will make final in 8 October, 2011. 9 We rely on a lot of data from Florida. We 10 relayed on a lot of technical analysis from Florida. 11 And Ephraim referred to the large database Florida 12 has. They have several thousand they sample. They 13 take tens of thousands of samples, and we add up all 14 of the observations from those samples, and it becomes 15 hundreds of thousands of records we have available to 16 us. 17 For lakes, we define a lake as an open contiguous 18 water body. And what we did is we divided the lakes 19 in the state of Florida in three groups, based on the 20 natural color level, natural alkalinity level, and we 21 have field correlations between chlorophyll A, which 22 you find in the cells of plant and algae, and levels 23 of total phosphorous and total nitrogen. We also have 24 a procedure that we proposed for adjusting the total 25 phosphorous and total nitrogen criteria for lakes on a 0019 1 lake-specific basis when the chlorophyll A levels are 2 met and protected. 3 This is a chart that basically briefly shows you 4 what some of our numbers are. You can see for the 5 color lakes and clear, alkaline lakes there would be 6 an expectation of greater productivity of plants and 7 animals, and that's represented in the chlorophyll A 8 levels. And for clear acidic lakes, there would be 9 lesser productivity expected. And you can see what 10 our baseline criteria are and ranges they can be 11 modified to given that the chlorophyll levels are 12 met. 13 Streams are free-flowing waters and channels 14 outside of South Florida, and we basically were able 15 to classify these according to their underlying 16 geology and by water set boundary. And using a tool 17 that FDP developed called a stream index, we're able 18 to identify protective levels of total phosphorous, 19 total nitrogen that contain those healthy biological 20 conditions. And you can see, they're in the visual of 21 where these areas are and what the criteria that 22 correlate to those areas would be. 23 Under the proposal you'll notice that there were 24 a couple of areas that go around the Tampa, Sarasota 25 area, and North Central, up around Hamilton there's 0020 1 high phosphatic levels in soils and the total 2 phosphorous criteria reflect that condition. 3 A feature of our proposal is we also address 4 protection of downstream waters. The issue is flowing 5 waters by their nature flow, and they flow into lakes, 6 and they flow into downstream estuaries, and the 7 nutrient levels they carry can have a profound effect 8 on downstream waters, and it is something by federal 9 regulations and water quality standards we need to 10 insure there is protection, for not just the proximate 11 waters, but also the waters that they flow into and 12 thus protect their water quality standards as well. 13 We have a procedure that we recommended and 14 proposed for lakes. It's an equation form. And for 15 estuaries we used a USGS called Sparrow. It's a water 16 shed based model that accounts for loadings of the 17 landscape and their transport. And in the case of 18 total nitrogen, some losses of the system as it flows 19 down. 20 One of the things we did in addition to 21 identifying protective loads that are needed for 22 downstream estuaries that thus translated that into 23 stream concentrations in all of the upstream locations 24 and water shed factors in any losses from the system. 25 And a feature of our proposal is downstream protection 0021 1 values tend to be more protective and lower, and 2 stream protection values. They range from something 3 on the border of .34 to .95 parts per million, and in 4 the terminal reaches of those waters with higher 5 concentrations up in the higher reaches of water 6 shed. 7 We did indicate in the proposal we have a couple 8 of options available to us. These downstream 9 protections we propose to be final in October, 2010. 10 Or, we can continue to take comment and go forward 11 with them in conjunction with the Estuary Coastal Rule 12 we're doing in 2011. 13 Springs are an important resource in Florida. 14 And there's a wealth of field and laboratory data of 15 protection of springs. FDP really pioneered the 16 coalescence of that material, and the analysis of that 17 and our proposal is very similar to theirs in terms of 18 criterion for nitrite and nitrate and accommodation. 19 South Florida canals. These are hydrogated 20 systems. They're basically trenches that are designed 21 for irrigation and flood control. But to carry those 22 designated uses are those goals for aquatic life 23 recreation and human health protection. And in a 24 similar way to the rivers and streams criteria, we 25 were able to identify canals that are lacking 0022 1 impairment, and therefore can be inferred to meet 2 other designated uses. And looking at those datas we 3 were able to identify protective levels for 4 chlorophyll A, phosphorous and total nitrogen in those 5 canals. 6 There are a couple of important provisions for 7 adjusting this criteria that is proposed. One is for 8 site-specific alternative criteria. You can through 9 the process go through our regional office. This 10 would allow Florida to demonstrate that alternative 11 protected values are appropriate. 12 And there's another procedure that we're 13 proposing called restoration standards that would 14 essentially allow local communities working with the 15 state of Florida in their Department of Environmental 16 Protection to develop a series of interim designated 17 uses in water quality criteria that could really give 18 them time to make progress of containment of the 19 standards. 20 We did conduct an economic analysis. We looked 21 at it in terms of what the costs would be for 22 Florida's proposed numbers and the incremental 23 numbers, if you looked at it, some of the additional 24 numbers we proposed. If you add those together, it 25 could be as high of 140 million dollars per year on an 0023 1 annual basis. And that would mostly be for a greater 2 treatment cost and condition of the B&Bs for -- 3 (unintelligible) 4 The procedure for submitting comments then, we 5 really do encourage written comments, and we are 6 accepting them until March 29, 2010, and there's 7 several ways can avail yourself to that opportunity. 8 Certainly, the easiest way would be using the 9 mechanisms to go Online. 10 So, real quick review: Water quality standards, 11 designated uses, and protective criteria. Florida 12 established those designated uses to protect fish and 13 wild life, recreation, human health. Florida has 14 agreed that numeric criteria is necessary and done a 15 ton of work to gather the data and do some supporting 16 analyses. 17 We have your entered a legal agreement, and we 18 are bound to propose a criteria and ultimately insure 19 they are in place by certain dates. We have proposed 20 criteria for lakes, rivers, streams, and South Florida 21 canals by using sound scientific approaches. And we 22 have also addressed the need for downstream 23 protection, and we have further proposed the need for 24 site-specific conditions or time needed to achieve the 25 restoration steps. 0024 1 We certainly, you know, invite all comments and 2 particularly any technical comments or questions you 3 may have, we're obligated to provide responses by 4 nature of proposal includes alternatives to consider. 5 And, you know, I encourage you to take the time to 6 look at those as well. 7 MS. KEEHNER: Thank you, Jim. At this time, I'd 8 like to invite Mr. Poppell to the podium for him to 9 make his remarks. And also, speakers one and two to 10 take seats immediately behind Mr. Poppell. Please 11 when you approach the podium provide your name and 12 your affiliation. 13 MR. POPPELL: Is this on? Okay. Great. Thank 14 you. I'm Ralph Poppell, Chairman of the Florida House 15 of Representatives Natural Resource Appropriations 16 Committee, and I would appreciate the opportunity to 17 speak with you this morning, and appreciate you coming 18 down and giving us this forum of which we can present 19 some of our views and our concerns. 20 Naturally, our concerns are not only for fresh, 21 clean, potable water and good water for our 22 environment, but it's also economics. In Florida we 23 understand water, we understand soils, we understand 24 our native plants better, and certainly care more than 25 anyone else and it's because it is our present and 0025 1 it's our future. But it's also important as we 2 establish a numeric nutrient criteria that we also 3 understand we need to do this, and not in a reckless 4 manner, but in a very methodical way. And that's what 5 Florida has been all about. 6 Florida started years ago developing the TMDLs in 7 conjunction with Florida DEP -- University of Florida 8 Department of Agriculture -- and an entire myriad of 9 businesses and individuals collectively working 10 together to develop this along with best management 11 practices. 12 This has proven to be really a success story. As 13 a matter of fact, I noticed when Mr. King was speaking 14 of it, the criteria of which we're meeting here today 15 and evaluating came most from Florida. So it makes me 16 sort of wonder if we're our friends -- if we're our 17 friend or our enemy by providing this. 18 However, we want this to be used in a positive 19 manner. If we take and move towards the final goal of 20 developing better water, better water quality, we have 21 to look back at where does Florida come from. 22 Number one. Years ago we started spending 23 billions of dollars, millions of man hours, and 24 millions of acres of land, setting aside for all 25 development and all under the name of better quality 0026 1 water and a better way of life for all Floridians. We 2 also entered into a couple of decades back, an 3 agreement with the federal government to clean up Lake 4 Okeechobee of which today we have provided several 5 billions of dollars and the federal government only 6 provided about one-fourth of that. 7 So, we don't print money. We absolutely have to 8 extract hard earned dollars, tax dollars, from our 9 constituents in order to do the job that's set aside 10 for us. 11 So we look at the issue of something of extreme 12 importance, or we would not be working on it, and I 13 know you feel the same way. But help us to help 14 ourselves. And help us to help others, by maybe 15 giving us a little leeway here and giving us a little 16 more time by studying the proposal and answering to 17 some of this so we can better be prepared to give the 18 answers we know that's going to help. 19 Right now is an absolute bad time to be enforcing 20 something that's going to cost our state any more 21 hard-earned dollars than we have. Economically, we're 22 like most other states. We're struggling to have 23 dollars, and we try meet the criteria that is not only 24 going to give Florida the healthy lifestyle but the 25 lifestyle they also wish and would like to have. So in 0027 1 doing so, we need to be working towards jobs, job 2 creation, in order to have a tax to pay not only for 3 clean water but our total environment picture. 4 So we're asking you today to work with us, and I 5 know DEP in the natural resource appropriations. We 6 struggle every day. We have worked with DEP, Fish and 7 Wildlife, Department of Agriculture, and also water 8 management districts. This is our job. We do this 9 daily, and try to come up with an area that is going 10 to best provide us with the information that we need 11 to do a better job. However, we're right within our 12 budget time right now, so we're working on these very 13 same issues. 14 But I ask you to work with DEP and work with the 15 Department of Ag and others so what we can do here 16 today is to provide a better way of life and do it in 17 an affordable manner. Thank you. 18 MS. KEEHNER: Thank you, Mr. Poppell. 19 Speaker number one. And if speaker number three 20 can join the seat that would be great. 21 MR. KELLY: Henry Kelly. Fort Walton Beach 22 Florida Tea Party. Fort Walton Beach, Florida is home 23 of the newest wastewater plant in the United States. 24 On behalf of the Fort Walton Tea Party, we would like 25 to register our objections to the proposed 0028 1 regulations. 2 We support responsibility to protect our 3 environment, and our taxpayers -- our tax dollars 4 going to build a brand new, $60 million wastewater 5 treatment center is tangible proof of our commitment 6 to the environment. The EPA was not needed to approve 7 this new facility, so we question how it can now 8 inject itself into a state and local matter. 9 We believe the proposed rules are only applying 10 to the state of Florida and do not apply to the other 11 49 states, we believe this may be a violation of the 12 equal protection clause of the US Constitution. 13 There is no clear science behind the rules. The 14 numeric criteria contained for maximum containment 15 levels are ridiculously low, and there is no 16 scientific data to back up the extremely lows MCLs for 17 nitrates. There is also limited data to support the 18 idea of wastewater plants are a significant source of 19 contamination in surface water bodies. We believe 20 that agricultural run off, lawn fertilizers, and golf 21 courses are contributing to a higher of the nitrate 22 contamination of Florida surface waters, and 23 wastewater facilities are way down the list. 24 In the Florida Panhandle we are actually punished 25 with these regulations for doing a good job of 0029 1 protecting our surface waters by having extremely 2 strict MCLs; in other words, you will actually punish 3 you for having the cleanest water in the state, and we 4 will have to improve on that because based on this 5 flawed science, the EPA believes that other regions in 6 Florida should be treated more leniently. There is 7 not a single wastewater treatment facility in Florida 8 that can currently meet the new limits. The cost for 9 retrofitting every plant in Florida is estimated to be 10 in the billions of dollars despite what you show on 11 your slides. In order to pay for the enormous cost of 12 coming in compliance, catastrophic double or triple 13 rate increases for all wastewater utility customers 14 will be required. 15 There is no accounting for the profound increase 16 that these regulations will have on the carbon 17 footprint of the retrofitted plants. If these plants 18 adopt a reverse osmosis system, it will greatly 19 increase operating costs, ironically, and increase the 20 amount of carbon-based energy needed to meet these 21 unscientific standards. So in the process of trying 22 to kill the patient -- in the process of trying to 23 save the patient, we will kill the patient by using 24 more greenhouse gases. 25 Additionally, FDS yesterday challenge the 0030 1 standard being put forth by the EPA. In this economy 2 we cannot continue to pretend to that we taxpayers can 3 avoid every environmental program that comes down the 4 pike. As I stated, Okaloosa County has invested 60 5 million dollars barely 60 days ago to have a state-of- 6 the-art water treatment plant. Now based on flawed 7 science data we will be asked to pay millions more. 8 We cannot afford any more, and we request you stop 9 these regulations. Thank you. 10 MS. KEEHNER: Thank you, Mr. Kelly. 11 Speaker number two. 12 MR. LEE: My name is Jerry Lee. I have worked in 13 the nursery industry for the last thirty-five years. 14 I've spent probably a great deal of the last 20 years 15 in trying to understand especially -- (unintelligible) 16 -- in the southeast. I can tell you based on what 17 I've seen, the numbers that I've seen in streams 18 exceed in the vast majority of cases the numbers that 19 have been proposed, especially with the Panhandle 20 area. That concerns me over the fact also that these 21 standards are based on the 75th percentile of river 22 and streams, rather than on science that determines 23 the levels at which biological degradation occurs. 24 And I'm not sure how much we'll be able to increase 25 the diversity with the dollars spent. 0031 1 Also, using utility in which also includes 2 organic nitrogen and in many cases may not be found in 3 a natural environment. The drinking water standard 4 for nitrate nitrogens, just for a reference point is, 5 ten parts per million, but this standard for total 6 nitrogen is 12 times more stringent than the drinking 7 standard. Also, I pulled up data from the 2008, from 8 the National Atmospheric Probe from the Quincy station 9 just a few miles from her. In that of the 37 weekly 10 samples of rainfall that were sampled in 2008, over 27 11 percent exceeded these nitrogen standards. When I 12 look at any of the samples that exceed fifty percent 13 of the proposed standards for the Panhandle, it 14 included all samples except six. 15 I do want to say that both the industry I'm in, 16 we do support the streams being in their designated 17 use. We have been, as far as agriculture goes, I 18 think we're somewhat of a forerunner in that area. 19 But I just really want to say if numeric criteria is 20 to be met, we need to be very, very careful with what 21 that letter says. 22 MS. KEEHNER: Thank you, Mr. Lee. 23 MR. KAPLAN: Good morning. My name is Mark 24 Kaplan, and I am a vice-president with Mosaic 25 Fertilizer. Thank you all for doing this morning. 0032 1 I'll keep it brief. I know you have a packed agenda, 2 and I'll save much the detail. 3 You know, Mr. Keating's presentation this morning 4 was actually very well done. And from Mosaic's 5 perspectives we absolutely support the efforts to 6 protect the waters from harmful and excessive 7 nutrients, but we believe that the proposed rule 8 misapplies the science and swings too blunt of an 9 instrument and too indiscriminate to manage. 10 We also believe there are many times that the 11 EPA's economic analyses are often below what the 12 people in Florida will actually have to pay. We're 13 convinced that if in acting in its current form the 14 proposed rule would impose costs on the people of 15 Florida that go beyond anything that is reasonably 16 warranted, and I would have to believe go beyond 17 anything that you could have possibly intended. 18 Because the proposed rule relies on flawed science, 19 and the proposed numeric nutrient criteria simply do 20 not correlate. 21 I suspect that you'll hear a litany of those 22 flaws over the coming day. To highlight just to few, 23 pristine streams identified by Florida's DEP are 24 characterized using the proposed data, biologically 25 healthy lake with productive fish populations would 0033 1 now be characterized impaired; river and stream 2 approach disregard to year, much of site-specific data 3 collected by TEP stakeholders and estuary programs and 4 modeling techniques have an unacceptable margin of 5 error and have not been invented for these type of 6 specific watershed types of applications. 7 We're working with independent experts to provide 8 you the type of comments that you have solicited and 9 technical concrete and scientifically well-grounded 10 solutions to the challenges that your rule narrative 11 seems to acknowledge on inherent setting of nutrient 12 criteria. 13 So, in our written comments you can expect us to 14 address the proper instream analogy and downstream 15 protective values that should be met, and scientific 16 base in which for doing so; the flaws we see in EPA's 17 methodology and how Mosaic believes it could be fixed; 18 specific suggestions to make sure the different forms 19 of the much-needed flexibility provide under the rule 20 actually work, and how to make good use of all that's 21 been learned in and been accomplished in TMDL 22 necessary programs. 23 It is achievable and necessary that the current 24 numeric nutrient criteria be protective of the 25 environment without inflecting major economic injuries 0034 1 on Florida's people. Our goals is to help EPA and DEP 2 to achieve true environmental protection based on 3 sound science and site-specific conditions so that the 4 challenging burden of compliance are matched with the 5 true needs of receiving works. 6 Again, thank you for your time and 7 professionalism. And I really do hope you'll take the 8 comments as far as DEP and all the stakeholders you're 9 going to hear over the next few days and bring back a 10 scientifically sound and practical approach. Thank 11 you. 12 MS. KEEHNER: Thank you, Mr. Kaplan. 13 Speaker number four? 14 MR. HACKNEY: Good morning. My name is George 15 Hackney. I am president of Hackney Nursery located in 16 Gadsden County, Florida which is near Greensboro, 17 Florida. Thank y'all for coming. I would like to 18 welcome you. I know it's a great hardship to leave 19 that wonderful weather in DC and spend a little time 20 in Florida. 21 When we moved to Florida in 1991, our family and 22 I, and bought an existing nursery that totaled at that 23 time about 38 acres of irrigating rolling beds, I was 24 told when I made this move from another state just 25 north from here that my largest obstacle for future 0035 1 growth would be water; both water availability and the 2 regulation of water. 3 We have been able to grow our business. 4 Currently, we have over 225 acres of irrigated beds, 5 because we have worked with the Northwest Florida 6 Water Management District and Department of 7 Environmental Protection and Department of Agriculture 8 and University of Florida, mainly using the Best 9 Management Practices Guide for producing container- 10 grown nursery stock. This guide has many useful 11 common sense techniques that are directed at enhancing 12 and protecting water quality. The original version of 13 this was printed in 1997 by leading professor, several 14 from universities, including the University of 15 Florida. 16 The original of the BMP was funded in part by a 17 grant from the United States Environmental Protection 18 Agency through the nonpoint source management program, 19 but pursuant to 319 in the Florida Clean Water Act, so 20 you guys had a big part in these BMPs. As we begin 21 our expansion when we had to build the nursery, we had 22 to catch our irrigation run-off. This made good sense 23 to us, not only from a water quantity issue, but also 24 a water quality issue. 25 Over the several years, we've spent several 0036 1 millions of dollars constructing 14 new ponds and 2 lakes and retrofitting the original ponds that were 3 there when we bought there. We've worked with the 4 water management district, engineers, construction 5 people moving dirt to drain all of our irrigation into 6 these ponds. I'm proud to say we're not catching 100 7 percent or our irrigation run-off today. We're 8 catching 99.99 percent of it. 9 Everything we do is directed towards catching our 10 run-off. We're making every effort that we can to be 11 good stewards to the land, but even after doing this 12 I'm concerned that we can't meet these proposed 13 numeric nutrient criteria. 14 There are many unanswered questions I have. As I 15 stated above, we have the ability to contain our 16 irrigation run-off. What happens in the event of a 17 storm discharge? What happens in the event of a 18 tropical depression? What happens right now? 19 According to the Tallahassee Democrat, and at the 20 airport we've had 23-plus inches of rain since 21 December 1, 2009. Our plants are basically dormant 22 right now, so our water needs right now are very 23 minimal. 24 What happens some of this rain water leaves our 25 catch ponds? Where are you going to measure this 0037 1 run-off leaving our property, or at the point it leads 2 or downstream somewhere? And why are we just throwing 3 out all of the wonderful work in the day compiled by 4 the DEP and BMP manuals. My concerns and concern of 5 the 40 full-time and hundred part-time people work for 6 me are: Can we comply? And can we afford any extra 7 costs? Unfortunately, our business is very dependent 8 on the housing industry, so things are tough. 9 Our state has a high unemployment rate, and any 10 undue, like Mr. Poppell said, economic benefits is 11 going to be tough. Let's continue like we have in the 12 past to work with the industry and work with all 13 parties at the table to keep our natural resources and 14 keep our agriculture sustainable. Thank you. 15 MS. KEEHNER: Thank you, Mr. Hackney. 16 Speaker number five? 17 Six and seven can have a seat. 18 MR. WHITE: Good morning. My name is Clifford 19 White. I'm the vice-president of the Florida 20 Cattleman's Association. We are an affiliate of 21 Florida Cattlemen's Association consisting of about 22 4,000 members statewide. 23 We have serious concerns about EPA's proposed 24 numeric nutrient standards that applies to Florida but 25 no other state. Most experts reports I have read 0038 1 state that numeric nutrient standards may be nearly 2 impossible to meet, and will certainly be incredibly 3 expensive to implement, thereby causing severe 4 economic harm to agriculture. This will put Florida 5 agriculture at a competitive disadvantage with the 6 rest of the country where the numeric nutrient 7 standard do not exist. 8 Furthermore, the criteria is technically and 9 scientifically flawed according to numerous scientific 10 experts in the state who have analyzed the data. The 11 economic impacts to everyone in Florida could be 12 staggering and far outweigh the environmental 13 benefits, according to the Florida Farm Bureau, 14 Florida Chamber of Commerce, and numerous other 15 Florida organizations. 16 I do not take issue with the adoption of numeric 17 nutrient water quality criteria as a way to more 18 effectively protect Florida water quality to meet the 19 requirements of the Clean Water Act. However, this 20 must be done in a manner that makes sense, using the 21 best scientific information available and applying 22 common sense. 23 I think it is very important that you understand 24 agriculture producers, including cattlemen, do 25 everything reasonably possible to keep our waters 0039 1 clean and plentiful. After all, land is where our 2 homes are, where we raise our families and make our 3 living. We take numerous protective measures to keep 4 our waters from being contaminated from phosphorous 5 run-off from our farms and ranches. For example, I 6 have enrolled in the best management practices for my 7 ranch located in Washington County, Florida. This is 8 a program administered by the Florida Department of 9 Agriculture Consumer Services to insure agricultural 10 producers meet water quality standards. Currently 11 there is about 2.1 million acres of agriculture 12 enrolled in the VMP program. In addition to VMPs I 13 have enrolled in various water conservation programs 14 administered by the US Department of Agriculture, 15 Natural Resource and Conservation Service, commonly 16 known as NRCS. The NRCS provide technical and 17 financial assistance to landowners and managers. One 18 of the NRCS deals directly with clean water and clean 19 water conservation. Watershed water is designed to 20 insure that quality of service waters and ground water 21 is improved and maintained to protect public health 22 and support a hit a health environment and encourage 23 a healthy landscape, and that water is conserved and 24 protected to insure an abundant and reliable supply 25 for the nation. 0040 1 The important point I want to make is we in 2 agriculture are make our living off of the land. As 3 agriculture producers we're rewarded for our sternship 4 efforts. I strongly believe environment departments 5 administered by the USDA and the Florida Department of 6 Agriculture help guarantee Floridians have a healthy 7 and a protective agricultural sector and high quality 8 environment. The principle concern is the economic 9 impact EPA's nutrient criteria will have on 10 agriculture. If agriculture producers in Florida are 11 to continue having a vibrant and sustainable 12 agriculture economy that produces a safe, healthy, and 13 abundant food supply, then we must not be burdened 14 with water quality regulations that effectively forces 15 farmers and ranchers out of business. It's already a 16 nip-and-tuck situation with many farms and farmers 17 just hoping to survive the financial crisis our 18 country is facing. 19 The last point I would like to make is whether 20 EPA has had sufficient time to develop the numeric 21 nutrient criteria that makes common sense while using 22 the best scientific data available. 23 What would be the consequence if EPA has it 24 wrong? Thank you for allowing me to speak. 25 MS. KEEHNER: Thank you, Mr. Fine. 0041 1 Speaker number six. 2 And speaker eight, come to the chair. 3 MR. THOMPSON: I'm Chet Thompson. I'm the 4 environmental program manager for a limited 5 partnership. I'm a professional engineer in the state 6 of Florida, and my comments this morning relate to the 7 proposed downstream protective values for the 8 Apalachee Bay and the Caloosahatchee river basin. 9 I would like to first comment that the 10 conclusions expressed in the proposed methods and 11 approaches for developing numeric nutrient criteria in 12 Florida waters, section 14, the pre-document proposed 13 rule, that anthropogenic loads should be reduced by 50 14 percent reducing in roughly 30 percent in TN loads, 15 because the Apalachee contains a whippet that in 16 inherent for nutrients is a wrong conclusion. There 17 is only one impaired whippet in all of the Apalachee 18 that has been listed for nutrient impairment, and 19 that's the Fenholloway River Estuary. The remainder 20 of the Apalachee has been shown by numerous studies to 21 have excellent, unimpaired eutrophic healths and 22 existing loads to insure the Apalachee are protected 23 at minimum. 24 In 2009, USEPA Region IV completed created a TMDL 25 for the Fenholloway Estuary using a calibrated time 0042 1 variable hydrodynamic water quality model on the 2 eutrophic condition of the nearby local Ekafeena 3 Estuary as an appropriate reference stream 4 demonstrating good eutrophic health. 5 The current EPA proposed rule would require a 6 reduction of the TN of that good efficient stream -- 7 Estuary. 8 I would like to further comment that this Sparrow 9 model has inaccurately modeled the current TN loading 10 to the Apalachee Bay. 11 We compared the EPA's output file and Sparrow for 12 the reference of the Ekafeena (phonetic) and found it 13 to only find it to only qualify two-thirds of field 14 data of the calibrated existing TN loads for the TMDL 15 model. They are not the same. So as proposed, if the 16 Ekafeena is representative of the rest of the 17 Apalachee -- my guess it is -- and downstream 18 protective value for the Apalachee would require a 30 19 percent reduction of a current load already 20 underestimated by 30 percent. 21 Lastly, I want to comment my support for proposed 22 site-specific criteria alternative approach. In 2009, 23 ester in nutrient TMDL found that in the Fenholloway 24 that it can receive two times the TN load as the 25 Ekafeena. And still, the Ekafeena limiting eutrophic 0043 1 factor is not nutrients. There are a wide-ranging 2 factors that affect the water bodies throughout the 3 state and having a method to address the individual 4 waters is critical. 5 So in summary, the Apalachee Bay including the 6 Ekafeena Sea Coast and Basin has demonstrated to be in 7 good eutrophic health, except for the Fenholloway, 8 which the EPA has just established a TMDL to address. 9 The existing TN and TP at current loads at minimum the 10 downstream protective values for the Apalachee Bay. 11 Second, the existing TM load for the Apalachee in 12 the proposed rule is inactive. Field data can and 13 should be used to calculate existing loads which are 14 at minimum the appropriate downstream protective 15 value. 16 And last, have a robust site-specific criteria is 17 critical for the Rule because of the highly variable 18 eutrophic controlling factors associated with Florida 19 waters. 20 Thank you very much. 21 MS. KEEHNER: Thank you very much. 22 Speaker number seven? 23 MR. NULL: My name is Mike Null, and this is an 24 abbreviated version of resolution by the City of Green 25 Cove Springs, Florida, regarding the adoption of the 0044 1 numeric criteria by the USEPA. 2 Whereas since its conception City's Wastewater 3 Department has as a goal to provide the highest 4 quality service and value for its customers. And 5 whereas the City recognizes the highly created 6 wastewater -- (inaudible) -- and protecting the 7 environment, in the City's case the Lower St. Johns 8 River. 9 Whereas the City's engaged Florida's DEP TMDL 10 lower St. Johns River. 11 Whereas a scientific research and detailed 12 computer modeling conducted by the DEP and the 13 St. Johns Water District to determine TMDLs in the 14 Lower St. Johns River. 15 Whereas there was a general consensus of most of 16 the stakeholders that the limits established in the 17 TMDL were based on sound science and most stakeholders 18 were very satisfied that analysis of nutrient limits 19 are protective of the fresh and marine sections of the 20 St. Johns. 21 Whereas TN and TP were both constituents in the 22 Lower St. Johns River during the TMDL process; and 23 whereas the City already is vesting in biological 24 decree to go above and beyond the secondary standard 25 in an effort to save the citizens of Green Cove 0045 1 Springs millions of dollars. 2 And whereas the USEPA recommended the numeric 3 nutrient in region seven, the region that includes the 4 City. And whereas the USEPA recommended the numeric 5 nutrient criteria for total phosphorous was .04 6 milligrams per liter, and for total nitrogen .9 7 milligrams per liter. 8 And whereas the EPAs recommended nutrient 9 criteria are not the result of an established -- 10 (inaudible) -- for identifying the cause/effect 11 relationship for subject waters through monitored 12 scientific analysis. 13 And where as these recommended numeric nutrient 14 are significantly lower than water treatment down. 15 And whereas the City has estimated that it would 16 cost approximately 12 million dollars to construct the 17 facilities to attempt to comply. 18 And whereas the City maintains that the USEPA's 19 recommended criteria increase to seven as they're 20 applied to the City are not scientifically defensible 21 in that they are not the result of scientific analysis 22 necessary to establish those response relationship; 23 whereas papers from and related to case number, 24 400324-RHWCS make clear that the EPA is litigation 25 strategy and not based upon any scientific evidence on 0046 1 the regions surrounding the City. 2 And whereas the City estimates if this is 3 approved and the City is to need improvements in the 4 amount of 12 million dollars. The city's rates could 5 increase as much as 40 percent which would cause 6 significant harm to the City's citizens and customers; 7 whereas the rules for numeric criteria proposed apply 8 to all waters in the state of Florida. 9 And where as the USEPA has by their own admission 10 understated the instrumental costs in numeric nutrient 11 criteria rules in the state of Florida. 12 And whereas Florida businesses will be placed in 13 a position of competitive disadvantage with businesses 14 in other states as a result of higher wastewater 15 costs; and whereas USEPA administrator submitted on 16 January 14, 2009 that the termination letter that the 17 Florida's TPL rule will not work. And whereas less 18 than 90 days prior to the submittal of the termination 19 letter the City of Green Cove Springs and other 20 stakeholders in the Lower St. Johns River Basin began 21 the implementation phase of the TMDL collectively 22 submitted hundreds of thousands of dollars to design, 23 permit, and construct improvements that will lead to 24 water quality improvements as to this issue. 25 And whereas Assistant Administrator Grumples had 0047 1 no basis in fact to state that the TMDL program wasn't 2 working without allow the stakeholders to fully 3 implement the program. 4 Now therefore, be it resolved by the City Council 5 and City for Green Cove Springs that the City Council 6 opposes consent to agree to case number 7 408CV00324RH7VS. 8 The City Council opposes the USEPA promulgating 9 numeric nutrient criteria to increase to seven; that 10 it's not scientifically defensible and/or are the 11 result of litigation strategy. 12 The City Council urges the USEPA to recognize the 13 economic impact of its actions should it go forward 14 with promulgating the numeric nutrient criteria in 15 Region Seven. 16 The City Council urges the Congressional 17 Delegation in the state of Florida to take the 18 necessary steps to delay promulgation now and until 19 the completion of the implementation of the current 20 TMDL -- (inaudible). 21 The City Council urges Assistant Administrator, 22 Mr. Grumbles, to retract the letter submitted on 23 January 14, 2009. 24 Done and resolved by the City Council of Green 25 Cove Springs, the second day of February, 2010. 0048 1 MS. KEEHNER: Thank you, Mr. Null. 2 Speaker number eight, please? 3 MR. MAY: My name is Fount May. We have a family 4 farm in Gadsden County. We have a farm north of 5 Quincy where we rotate out cotton, soybeans, peanuts, 6 and we have a nursery in Havana, and it's strictly a 7 family business. My children, my two sons are now in 8 it. 9 We try to be good stewards of the land and the 10 water. We have to fertilize some. You can't grow 11 anything in Florida but kudzu if you don't fertilize. 12 And we belong to this management practice. We 13 subscribe to it, and as Mr. Hackney said, was 14 something that you helped write. And we meet the 15 minimums here. 16 But after spending I don't know how much money, 17 millions of dollars moving dirt around so we can catch 18 all of our run-off, which we do, I would say 95 19 percent of it -- now we're hit with minimums that rain 20 waters won't even face. And it looks to me like if 21 this goes through, my sons who will be the sixth 22 generation farmers will be the last generation. This 23 will totally kill agriculture in the state of Florida, 24 and Lord only knows what it will do to develop, but it 25 will certainly kill agriculture, because there's no 0049 1 way we can meet these minimums. Thank you. 2 MS. KEEHNER: Thank you, Mr. May. 3 Speaker number 9, please. And speaker 11, 4 please, take a seat at the chair. 5 MS. STEPHENS: Good morning, my name is Nancy 6 Stephens, and I'm speaking on behalf of the 7 Manufacturers Association of Florida, the Florida 8 Minerals and Chemistry Counsel, and the Florida 9 Poultry Federation. As you can see, no one is 10 untouched by this proposal. 11 We all understand the value of clean water, but 12 we must temper that with sound science, a deliberative 13 process that we know in Florida, and sensitivity to 14 cost. We believe EPA has failed to demonstrate the 15 necessity for numeric nutrient criteria. The 16 characterization of EPA's January, 2009, declaration 17 as a necessity, termination does not meet minimum 18 standards for such determination. 19 This declaration was not supported by scientific 20 analysis. A real necessity determination would have 21 included a demonstration that numeric nutrient 22 criteria were actually necessary to achieve clearly 23 defined water quality objectives. EPA's proposal 24 acknowledges that water quality objectives in Florida 25 can be achieved through continued implementation of 0050 1 total maximum daily load program. 2 Regarding the costs of implementation. EPA 3 attempts to justify unilateral imposition of regional 4 numeric nutrient criteria as less resource consuming 5 than Florida's use of these programs. The proposal, 6 however, failed to recognize the extraordinary 7 resources that will be required from both regulated 8 interest and the regulatory agencies to develop site 9 specific alternative criterias, variances, and TMDLs 10 based on the achievement of the proposed criteria. 11 There's no evidence that EPA's process will require 12 less public or private resources than continuation of 13 Florida's existing programs. 14 The economic analysis in this proposal is 15 essentially non-existent. All costs associated with 16 this effort will be ultimately born in the form of 17 higher utility bills, higher cost for food and other 18 products, and higher taxes required by local 19 government. None of us have infinite resources, but 20 the proposal assumes that we do. 21 EPA has failed to meet basic standards for 22 justification of this proposed criteria for streams. 23 In fact, EPA acknowledges that there's no 24 scientifically supportable stressor response 25 relationship that would numeric nutrient criteria. 0051 1 The effect to proposing criteria without that 2 justification is to invert the burden of proof for 3 criteria. Any entity proposing site-specific 4 criterias, for example, will be required to 5 demonstrate the absence of adverse responses as it's 6 proposed values when EPA and DEP before has shown the 7 utility of such analysis. 8 EPA has advocated its responsibility for well- 9 reasoned scientifically sound approaches to 10 environmental protection to nongovernmental 11 litigants. Development of policy by litigation 12 circumvents statutory authority and violates all 13 pretense of open government. The settlement 14 negotiations were in stark contrast to the open 15 process that are characteristic of Florida's 16 regulatory programs. 17 In this case, narrowly focused activist groups 18 are determining EPA's priorities and allocation of 19 resources rather than follow its statutory guidance. 20 EPA should dedicate the resources misallocated to 21 this process to support the Florida existing 22 programs. 23 It's clear that water body's specific evaluation 24 is the best approach to water quality standards 25 especially when there's no demonstration of cause and 0052 1 effect relationships. EPA recognizes that all water 2 bodies have unique conditions. If EPA is not 3 satisfied with Florida's work in terming appropriate 4 interpretation of the narrowing nutrient standard then 5 EPA should help, rather than force, allocation of 6 public or private resources to this flawed approach. 7 We would like to see EPA set this entire effort aside 8 and give whatever support is requested by the Florida 9 DEP to further the implementation of our TMDL 10 program. However, we remain hopeful and in a way that 11 EPA will resolve the water quality issue in a way to 12 have both scientifically defendable and realistically 13 achievable goals. 14 Thank you for your time. 15 MS. KEEHNER: Thank you, Ms. Stephens. 16 Speaker number ten. 17 MR. LAND: Good morning. I am Rod Land, Franklin 18 County, Florida; fifth generation farmer. My son is 19 the sixth. Sadly, he could be the last. I stand here 20 this morning with some emotions raging within me and a 21 feeling of utter helplessness, because with the 22 implementation of this proposed rule, I have 23 absolutely no control of my destiny. 24 I have been actively involved living in the 25 Suwanee Basin on water quality issues since the late 0053 1 eighties. I've also been proud to say we were one of 2 the first that signed onto BMPs and technologies to 3 give us assurance that we were not and would not be a 4 problem, and we continued to carry those out today. I 5 tell folks that rather than be an environmental 6 activist, I've been an active environmentalist. I've 7 spent my own resources to insure myself and my 8 neighbors that I am not a problem. 9 With that said, as I look forward and look back, 10 I've always believed that farming was risky at best, a 11 crap shoot at worst. I've had faith in my God that he 12 would not let Mother Nature put more than on us than 13 we could bear. I've had enough confidence in my 14 fellow farmers that somebody would figure out a way to 15 deal with volatile markets that we could survive. So 16 far we have. 17 My worst fear has always been that some 18 regulatory agency would come down with an unobtainable 19 regulation that would be the hammer to drive the nails 20 in our coffin. As I stand here today and I look at 21 this regulation, where the experts tell me that even 22 our timberlands cannot meet this regulation, I see 23 that hammer. I am only a heartbeat away with this 24 adoption from an overzealous regulatory employee or an 25 environmental activist group and a lawsuit driving 0054 1 that last nail in my coffin, because I have not the 2 financial resources to fight that battle. 3 MS. KEEHNER: Thank you, Mr. Land. 4 Speaker number 11. 5 MR. BASSETT: Good morning. My name is Bill 6 Bassett, and I am the president of Florida Dairy 7 Products Association. My members are the processors 8 and distributors of milk and dairy products who serve 9 the citizens of Florida. I am also a former dairyman 10 from Monticello, Florida. 11 I have a few points of concern with the proposed 12 rule. The EPA criteria that will be placed on Florida 13 will have a tremendous economic hardship on everyone 14 and everything in Florida. How do we know what 15 environmental benefits we will receive from the 16 billions of dollars we will have to invest? 17 I have been told that the conditional municipal 18 waste technology cannot achieve the EPA proposed 19 criteria. Existing technology criteria for 20 agriculture cannot achieve the EPA proposed criteria. 21 EPA has issued their proposed rule for consideration, 22 but they have not told us how those rules will be 23 implemented. Many ongoing restoration projects today 24 have been invested in and are having positive 25 benefits. Do we just drop those initiatives and throw 0055 1 away the money we spent on that? All of these 2 concerns create more questions with more concerns. We 3 need to take our time and make sure we know what we 4 want to accomplish, and then figure out how to get 5 there the most direct way, yet the most cost-effective 6 way. Thank you. 7 MS. KEEHNER: Thank you, Mr. Bassett. 8 Speaker number 12. 9 MR. DeGROVE: Good morning. My name is Bruce 10 DeGrove. I'm an environmental consultant speaking 11 today on my own behalf. Your dramatic pictures 12 notwithstanding Florida's water quality has improved. 13 Previously degraded water bodies are now healthy, 14 successfully. This is due in large part to a change 15 in regulatory structure where we have an impaired 16 water rule and the requirement for total maximum daily 17 loads and basic plan. Numeric nutrient criteria are a 18 value appropriate for water bodies. Criteria too lax 19 won't provide sufficient protection; criteria too 20 stringent will be wastefully expensive and from the 21 environmental prospective even harmful. 22 Nutrients are not toxics. Nitrogen and 23 phosphorous are necessary for all life. Nutrient are 24 only pollutants when in excess. You are likely to 25 hear a number of speakers over these three days 0056 1 speaking about the work of the estuary program. The 2 estuary program has been focused in nitrogen loading 3 at bay. However, this rule is generating concerns 4 that the proposed downstream protective values can 5 result in decreased productivity causing reduced 6 fisheries and negative impacts that the bird 7 communities that depend on. 8 A similar concern was also previously expressed 9 by members of VEP numeric nutrient criteria technical 10 advisory committee with regard to some of Florida 11 lakes that will not meet the proposed lake criteria, 12 yet are some of the best fishing lakes in Florida. 13 This is why incorrect numeric nutrient criteria are 14 worse than no criteria at all, especially when Florida 15 already has narrative nutrient criteria that are 16 having a positive effect on the state. 17 The EPA proposed downstream protective values 18 would require a loading reductions for every estuaries 19 in Florida. But not every estuary needs loading 20 reduction. Tampa Bay, Sarasota Bay and Charlotte 21 Harbor all have estuary programs funded by EPA that 22 have determined that their estuaries are healthy and 23 need to be protected not restored. They do not 24 require nutrient reductions in this estuary. 25 In fact, Tampa Bay has a total maximum daily load 0057 1 of MDL adopted by EPA as protected for the Bay, and 2 yet, EPA is proposing through its downstream 3 protective value a loading of less than half of what 4 currently goes to Tampa Bay. To further emphasize the 5 concerns of proposed protective values, analysis by 6 DEP indicates that 80 percent of Florida's most 7 pristine streams would be deemed impaired based on 8 these downstream protective values. Those are the 9 most pristine streams in the state. 10 I understand the effort that EPA has made to 11 develop scientifically numeric nutrient criteria, but 12 effort alone does not make a functional rule. Cause 13 and effect relationship to adopt and discover a 14 reference stream approach is inadequate for this. To 15 make it worse, the protective values are based on 16 using the 75th percentile of this stream that were 17 determined to be biologically healthy. So 25 percent 18 of the biologically healthy streams are not good 19 enough. I can't understand that logic. 20 So what would I recommend EPA do the improve the 21 Rule? I would strongly urge estuary programs in 22 Florida and other scientist groups to insure this 23 local work is the basis for any nutrient criteria that 24 are ultimately -- (inaudible) -- downstream protective 25 values needed to be based on good, local science 0058 1 whenever it is available. Downstream protective 2 values should be load based. Estuary response to 3 nutrient loads not nutrient concentrations. 4 Downstream protective values should apply if the 5 boundary between the stream and the estuary. The 6 estuary doesn't care what an upstream conservation 7 is. It only cares what's being received. 8 In stream protective values should be causal. If 9 EPA insists on noncausal criteria, criteria should not 10 be based on the 75th percentile. 11 All or at least virtually all of the data should 12 be used, and this is still overprotective since 13 criteria are supposed to support data uses, not just 14 define the qualities of the best waters. 15 Thank you. 16 MS. KEEHNER: Thank you, Mr. DeGrove. 17 Speaker number 13, please. 18 MR. HODGE: Excuse my direction, but Ray Hodge 19 with Southeast Mill, but I had my niece make this 20 poster, but it gives you a sense of four sample water 21 bodies that I'll talk about. 22 Again, Ray Hodge with Southeast Mill. You have 23 heard earlier from one of my friends and farmers that 24 are members of Southeast Mill. He is one of about 116 25 dairy farms in Florida that produces the fresh local 0059 1 milk supply that you buy at your local retailers in 2 the state of Florida. 3 We also have members outside of the state of 4 Florida, predominately in Georgia. I will provide 5 more detailed comments through expensive lawyers and 6 engineers; money that would be better spent on the 7 ground looking at research and technologies to try and 8 attempt to maybe, maybe, meet a portion of this rule. 9 But instead, this portion is being spent in other 10 resources. 11 But that's the fact of life that's before us 12 today. Along with that, I do ask for more time in the 13 comment period to allow these technical staff to 14 hopefully help you make your decision. 15 My one question is what is the rush? And I know 16 what the answer is. The rush is because many 17 individuals that challenge EPA in the courts were 18 impatient; would not allow the systems that were in 19 place, the partnerships, the coalitions that were 20 working, none of those individuals were at the table 21 working with us coming up with creative solutions, 22 goal and plans and funding at the federal level to try 23 and provide a cost share to farmers, businesses, and 24 government entities. 25 So why is EPA proposing this? It sort of reminds 0060 1 me of a NATO exercise where they bring a coalition of 2 folks together to strategically look at how to 3 strategic strikes so you limit casualties. Then all 4 of a sudden someone returns in and says, they were 5 late to the party and to the coalition, and from under 6 pressure from other folks comes in and says no, we 7 want immediate results. We don't care of about the 8 casualties, car bombs; strikes are out of the window. 9 That's what I get a sense from this process from this 10 deadline that EPA agreed to. Your staff at a certain 11 level -- I don't know how high it went up the 12 ladder -- agreed to this timeline. And so you will 13 not be surprised by the number responses that you're 14 going to get under such a small time. 15 So please allow us more time to educate you on 16 our concerns and have the technical-minded folks 17 communicate with you. 18 Last -- but on second point I want to make, how 19 are local governments, farmers, businesses going to 20 comply with this? It's been many times alluded to but 21 not specifically on the canal criteria. I was in 22 South Florida last week with the South Florida Water 23 Management District and made this quote: "Compliance 24 with scientific grounds for applying nutrient criteria 25 to canals is weak." 0061 1 They are working on a task force and will be 2 providing you information in hopefully in the next 3 couple of months. So indeed, those folks need more 4 time, not just folks in the industry. You'll hear 5 quotes from other folks about compliance. You've 6 showed photos of those algal blooms. These are some 7 photos of these 80 percent of the most pristine water 8 bodies located in state of Florida that will not meet 9 your criteria. That really concerns me and sets us up 10 for serious concerns in the end. 11 In the end who is going to pay the bill -- to 12 flip the bill? Farmers have no control on prices, and 13 the consumer will scream if milk goes up 20 cents a 14 gallon. So how are we going to justify how the 15 implementation of these rules and still not be 16 protected. 17 Last but not least, is EPA going to protect us 18 from lawsuits? These same impatient groups that will 19 not let a team approach work are still going to be 20 there. When these numeric nutrient criteria are 21 becoming law at the end of October, are you going to 22 be there to protect us liability wise? What is going 23 to keep them from three months, six months to not go 24 to the courts again, which has rewarded their 25 impatience and sue you-all again. Is that what you 0062 1 want? So please realize those are the serious 2 ramifications that your legal decisions are putting on 3 our legal expenses that we in the industry are going 4 to have to face. 5 Last but not least, right now as we speak, there 6 are thousands of folks working to feed us through 7 society so you have a cheap, affordable, safe food 8 supply. Let's keep them working for us and not let a 9 rule like this put us out of business which harms you 10 the ultimate consumer. 11 Thank you. 12 MS. KEEHNER: Thank you, Mr. Hodge. 13 Speaker number 14, please. 14 My name is Philip Gornicki, and I'm on staff with 15 the Florida Forestry Association. Our association 16 currently represents about 1600 members of Florida's 17 Forestry community, ranging from the owners of small 18 tractor forested lands to the largest of a full range 19 of forest products. All of our members count on the 20 continued ability to grow and harvest timber as part 21 of an economically viable operation. 22 The Florida Forestry Association shares some 23 serious concerns regarding your nutrient proposal, and 24 that's what I'd like to share with you now. 25 First, our review of this proposal leads us to 0063 1 believe that EPA's approach does not fully recognize 2 the natural variability of baseline of nutrients 3 across Florida. Because EPA approach wants to paint 4 water bodies with the broad brush, many naturally high 5 levels of nutrient such as phosphorous are likely to 6 be listed as impaired. Watershed result could lead to 7 costly efforts to reduce nutrient concentrations to 8 less than that of which naturally occurs. So, numeric 9 nutrient criteria must be site specific. 10 Another concern of ours is related with the 11 bioassessments in determining surface water 12 impairments or in the case of this EPA approach or 13 lack thereof. Florida DEP was two-tier assessment 14 approach, with the first tier being met numeric 15 nutrient criteria, and a follow up second tier that 16 was a biological assessment of the water body to 17 provide a biological confirmation that nutrient 18 concentrations above the numeric standards actually 19 resulted in biological impairment of the water body. 20 We believe it is vital that the biological assessment 21 play a role in determining which water bodies are 22 actually functionally impaired. 23 In light of this proposal, we are concerned about 24 our ability to continue to conduct normal forestry 25 practices. Florida's forestry community has been an 0064 1 active partner in the implementation of sylviculture 2 best practice managing in Florida since 1979. 3 Florida's forestry communities have been using these 4 BMPs but providing during forestry operations, the 5 sylviculture best management practices were carefully 6 developed by a technical advisory committee of diverse 7 composition and represent a set of guiding principles 8 balance to achieve protection of environmental 9 standard and yet allow the economic utilization of our 10 forest land. 11 Overall BMP compliance averages about 94 percent 12 since 1981 when the records were first being kept. A 13 peer-reviewed and published study of Sylviculture Best 14 Management Practices conducted by our DEP and Florida 15 Division of Forestry in 2004 showed that forestry is a 16 study of lands, sample springs associated with five 17 forestry sites, both before and after the forests were 18 harvested following the application of BMPs which 19 included those for fertilizers applications. The 20 study concluded nutrients were relatively low at all 21 sites both before and after the forestry operation. 22 Regardless of this type of success story, we now 23 faced the process of having to develop new and 24 expensive practices to attempt to reach water quality 25 standards set to inappropriate and conceivably 0065 1 impossible to achieve requirements. 2 We believe that Florida is a national leader in 3 protecting its water from all forms of pollutants 4 including nutrients and including forestry. 5 Businesses associated with all lands, including 6 forestry have invested much time and money to protect 7 all of Florida's surface waters. Our state DEP is 8 working to develop a scientifically defendable site- 9 specific numeric nutrient criteria that will protect 10 and restore Florida water bodies in an equitable and 11 cost-effective way, and we believe EPA should support 12 those efforts rather than mandating a separate 13 approach. 14 MS. KEEHNER: Thank you. 15 Speaker number 15. 16 And could speakers 16 and 17 move to chairs 17 behind the podium. 18 MR. MARKEY: Good morning. My name is Mike 19 Markey, and I'm with Gulf Power Company. Our service 20 territory covers from the Alabama line over to the 21 Apalachicola River. And I thank you for hosting these 22 hearings today. 23 I have followed the developments concerning EPA's 24 proposal for numeric nutrient criteria with great 25 interest. As a person responsible for environmental 0066 1 licensing and compliance for Gulf Power, and also in 2 my role in the Florida Electric Power Coordinating 3 Group. 4 Please note that Florida has an existing water 5 quality standard. It is called a narrative standard, 6 and is like the nutrient standard in most other 7 states. Despite the substantial growth that has 8 occurred to Florida over the last few decades, there 9 has been success under narrative nutrient standards. 10 More specifically, ten years ago there was a federal 11 consent requiring Florida to create TMDLs to clean up 12 water bodies; Florida's narrative nutrient standards. 13 These TMDLs have been created and are being 14 implemented. Significantly, EPA specifically approved 15 these nutrient TMDL as protective of Florida's 16 waters. 17 Several of Gulf Power's existing and future 18 environmental planning positions are heavily based on 19 Florida's existing narrative standards, the 1999 20 consent decree, Florida DEP's development from TMDLs, 21 EPA's approval of TMDLs, also. I know that others in 22 the regulated community are also moving forward with 23 new projects based on the same approach. For example, 24 Gulf Power has been working closely with the Emerald 25 Coast Utility Authority, EPA Region 4, and DEP. We 0067 1 have finished permitting highly reclaimed wastewater, 2 and the subsequent build-out of a new wastewater 3 treatment system serving the community in Escambia 4 County. This project will result in a very 5 substantial reduction of up to 20 million gallons a 6 day of surface water reductions, and very substantial 7 reductions and nutrient loading to Pensacola Bay. It 8 will be a win for the environment and all citizens in 9 this area. 10 Significantly, this partnership has been a 11 component in obtaining funding for this very important 12 water quality improvement project. The environmental 13 analysis for permitting for Gulf Power, Emerald Coast 14 has all been promised for the existing regulatory 15 program that is utilizing Florida's existing narrative 16 nutrient standards for the development of water body 17 specific TMDLs. 18 Another ongoing project is the Escambia Bay TMDL 19 process wherein stakeholders have been working closely 20 with DEP and EPA. The proposed EPA rule places a 21 cloud of uncertainty on work today on that effort. I 22 am sure this is not the intention of EPA's numeric 23 nutrient criteria to do progressive reuse on pollutant 24 reduction projects like the Gulf Power, EPA 25 partnership, or the promising stakeholders associated 0068 1 with the Escambia Bay TMDL. But unless the proposed 2 rules of carefully reconsider, these types of project 3 may no longer be feasible. The current approach in 4 Florida the narrative standards coupled with the 5 standards of TMDLs has facilitated progressive and 6 innovative partnerships and projects to reduce mass 7 loadings of nutrients into Florida's water. 8 Keep in mind, this TMDL process in Florida 9 produces water specific and numeric end points that 10 get implemented. Please carefully consider whether 11 the much less flexible approach reflected in EPA's 12 proposed regulation and strict concentration limits 13 might in many cases actually hinder the type of 14 progress that is being made and that we all want. 15 Thank you for considering these comments. 16 MS. KEEHNER: Thank you. 17 Speaker number 16. 18 And speaker number 18. 19 MR. GUEST: Thank you. David Guest with 20 Earthjustice. We represent the plaintiffs in a case. 21 I have a photograph to show y'all which is -- this is 22 Orange Lake. It's outstanding Florida water typical 23 of the problems we see throughout the state of 24 Florida. This is a huge toxic algae outbreak and it's 25 happening everywhere. It's happening more rapidly all 0069 1 the time. The story we heard a little bit ago about 2 the determination was wrong and improvidently reached, 3 that whole thing was addressed by the Federal Court. 4 Everyone has heard and the Court said it wasn't true, 5 and it's not true. 6 The folks of y'all that have seen this Rule know 7 well that this Rule is very, very, similar to the DEP 8 rule, and that DEP was deeply involved in methodology 9 and had a great deal of input into it. 10 The question is raised: Is this too fast? 11 Watershed project was started in 1998. Twelve years 12 ago. That's not too fast. We hear this story about 13 we need another twelve years. Or we need another 20 14 years. Well, time is passing. And waterwaste like 15 this are being destroyed as we go. Around here, 16 Wakulla Springs. 17 You all know what Wakulla Springs was like, 18 right? It was one of the most beautiful places in this 19 whole country. People from around the world came to 20 Wakulla Springs, because it was beautiful and it was 21 clear. And during the course of that 12 years, 22 Wakulla Springs was destroyed by nutrient pollution. 23 It will be generations before it comes back. 24 The reason for it was because there were no 25 standards. So yes, the science is there. The time is 0070 1 now. It's the right thing to do. DEP said it was 2 right, and they were right. 3 Now, let's get another thing straight. The story 4 of the Suwannee River. What actually happened was in 5 the Suwannee River, the dairies from South Florida 6 that were causing so many problems in Lake Okeechobee 7 were forced to go north because the problems in Lake 8 Okeechobee had become so great. So, they came north 9 to Suwannee River Basin, and what happened is they 10 brought their problems with them. 11 The pollution problems became very, very great. 12 A lawsuit had to be filed because State Department of 13 Environmental Protection would not comply with its 14 legal obligations under the Clean Water Act. And what 15 they had done is a team effort -- and what the team 16 effort did was it had secret preambles that were not 17 disclosed to the public, had an agreement to remove 18 the monitoring levels on what -- to show what their 19 pollution and contamination. 20 Ultimately the court held that DEP had acted 21 inexcusably, and very harshly written word, and the 22 appeals court were just utterly disbelieving and 23 asked: What in the world happened to DEP? What 24 happened in the mean time during these 12 years in the 25 Suwannee river is just as you expect? The river -- 0071 1 springs on the river have been filled with slime. The 2 Ichetucknee Springs was one of the most beautiful 3 streams in the state; again, people from around the 4 country. Now has turned into this green slime all 5 over the bottom. That's happening all over North 6 Florida. 7 And, you know, the argument is made that we have 8 all of these wonderful BFPs. And the state definition 9 of BMP is a practice that either makes the farmer 10 money or is cost nutrient; that's the state 11 definition. The policy is that agriculture doesn't 12 have to pay any cost to comply with it. 13 I think it has gotten out of control. There has 14 been a suggestion that it might -- that the standards 15 for the Panhandle are so stringent that it will starve 16 the oysters. The oysters were doing fine before they 17 had sewage and fertilizer. And right now, 18 Apalachicola Bay is closed to oystering because of 19 sewage pollution, and it's been chronically closed. 20 Yes, the oysters can survive without that level 21 of pollution and they will. These are good 22 standards. We have issues with them. We'll talk to 23 y'all about them. We'll file written comments. It 24 can be approved. We encourage y'all to listen and 25 come up with the best scientific rule that you can 0072 1 come up with. Thank you. 2 MS. KEEHNER: Thank you Mr. Guest. 3 Speaker number 17? 4 MR. ORTH: Hi. I'm Jimmy Orth, or St. Johns 5 river keeper. I'm here representing our approximately 6 1500 households and businesses who are members. We're 7 here to say we support the proposed numeric standards, 8 and we, as the previous speaker mentioned, the state 9 of Florida has had nearly 12 years to address this 10 problem. They have not gone far enough and they have 11 not moved fast enough. 12 I represent the St. Johns region, and we have 13 been experiencing significant algal bloom, as you see 14 in the photographs, for several years now. And I want 15 to just speak -- I'm not going to talk technically 16 right now, because we will submit formal comments or 17 written comments, but I want to a represent some of 18 the members of our organization that could not come 19 here today. Sometimes I think we're in a finance 20 committee hearing because we're hearing about all of 21 the financial impacts, and I know that's not what 22 you're here for, but I want to address from our 23 member's perspectives. 24 We represent a lot of small businesses who depend 25 on clean and healthy water. I'm here today to 0073 1 represent some of those, they couldn't take off work. 2 They couldn't afford to take off work; they asked me 3 to speak on their behalf. For instance, the board 4 member that's on our board of directors, his family 5 owns a marina. The economy has already hurt the 6 marina significantly. Last season's algal bloom, 7 nobody wanted to boat or work on their boat, so they 8 lost a significant amount of income because of those 9 blooms that were persistent throughout the entire 10 summer. 11 I'm here to represent the ecotourism business, 12 the kayak outfitters who had said nobody wanted to 13 take a tour during the summer on the St. Johns when 14 there's an algal bloom. It's affected those 15 businesses, and it's hard to stay in business for just 16 a small operation. 17 I'm here to represent the fishermen and the 18 commercial fishermen. We also actually have a member 19 who owns seafood people his market during the summer 20 don't want to come in and buy seafood as much. Even 21 if it's a saltwater species they still have the 22 perception this is something that is still affecting 23 all of the wildlife. Even that perception can hurt 24 his business. He says it's off significantly during 25 those algal blooms. 0074 1 I'm here to represent a major corporation. I'm 2 not going to mention it because he didn't give me 3 permission, but who just withdrew their membership 4 from the Florida Chamber of Commerce because they do 5 not support the opposition to these standards that the 6 Chamber has put forth. So there are members within 7 that organization, too, that support us. And we've 8 been told off of the record by some folks it would be 9 detrimental if it was known publicly. 10 I also represent the farmer. I'm also a member 11 of CSA. And the farmer that has told me he's fully 12 supportive of it and thinks it will be good. 13 I just want to leave and say we can't afford not 14 to do something about this serious significant 15 problem. And we keep hearing about the economic 16 impacts, but we're not talking about the economic 17 impacts that are occurring right now because our 18 waterways are unhealthy. This is an investment in the 19 future of Florida and an investment in our quality of 20 life, and I urge you to please stay strong and 21 withstand the political pressure that I'm sure you 22 will endure to deviate from your scientific and legal 23 obligation in this process. 24 Thank you. 25 MS. KEEHNER: Thank you, Mr. Orth. 0075 1 Speaker number 18. 2 And if 19 and 20 can take their seats behind the 3 podium, that would be great. 4 MR. Littlejohn: I'm Chip Littlejohn. I 5 represent the Florida Engineering Society today. I 6 want to tell you a little about Florida Engineering 7 Society. We're professional engineers, we speak, 8 obtain permit, all for various aspects. We've been a 9 longstanding and consistent supporter of the improved 10 water quality in Florida. 11 We have supported passing the TMDL legislation in 12 1999 and revisions in 2004. As you can gather, it's 13 widely understood that Florida has -- (inaudible) -- 14 in the programs in the nation. I think even EPA has 15 said that. 16 We've also worked very hard in Florida on 17 integrating water qualities with water quantities 18 issues. Water management in Florida involves -- 19 (inaudible), and making the TMDL in the process of 20 Florida. So we're strong components of better water 21 quality. 22 Having said that, we have a lot of concerns about 23 this proposed approach to adopt and impose numeric 24 nutrient standards on Florida the way you're going 25 about doing it. First of all, and I'm going to focus 0076 1 on streams and rivers because that's really where the 2 issues seem to be. The reference is a method 3 approximating what a standard should be. It's very 4 different from a criteria and impairment and we fell 5 that EPA should and -- (inaudible) for us in. A spare 6 model in the long FDS film that this spare model is 7 not a good model for its use the way it's been used 8 today. It's being implied and the spare model itself 9 has not been applied appropriately, and for instance 10 in areas where there's significant ground water 11 inputs, there's much of Central Northeast Florida as 12 well as all of South Florida. The spare model is 13 according to FGS not an appropriate model to use in 14 this circumstance, so that's roughly half of the 15 state. 16 The model apparently presumes all of Florida's 17 water Estuaries are impaired, and that's certainly not 18 the result. And we have a standard. We have those 19 standards that are much more stringent that it is said 20 that 80 percent of the Florida's most pristine water 21 bodies as are likely to become required these 22 standards, and we don't disagree with that. All 23 right. Cost estimates are very low. The MS4 process 24 according to the Florida Stormwater Association, 25 they'll testify this afternoon, 75 billion dollars, 0077 1 and they feel that's low. 2 The domestic wastewater facilities have a hard 3 time complying with this rule. They typically provide 4 the mixes zone. Florida law does not allow for mixing 5 zone for Florida. There are questions on what's 6 impaired, and we feel much a lot of pristine water 7 bodies don't have to be impaired on this standard. 8 Particular concern the impact on Florida TMDL program 9 EPA testified on to say they're one of DEP workshops 10 that numeric nutrient criteria were being under a 11 separate body of law, and that a site specific 12 calculation under Florida program would not 13 necessarily override a numeric standard. We feel that 14 would be very unfortunate and that would affect the 15 (inaudible). 16 And I guess lastly, I guess the issues of Florida 17 as a very... Extreme conditions there has to be an 18 outlet for surface water, and those surface waters are 19 determined to be impaired at least on paper then that 20 discharge will not be permitted. And it's hard to 21 understand how the previous program will operate with 22 that, and so I feel that's an intended consequence but 23 it's a consequence to think about. 24 Thank you for the opportunity to speak. We'll be 25 submitting our written comments, much more sensible. 0078 1 MS. KEEHNER: Thank you, Mr. Littlejohn. 2 Speaker number 19. 3 20 and 21 could join behind the podium. 4 MS. YOUNG: Good morning. My name is Linda 5 Young. I'm the director of the Clean Water Network of 6 Florida, and I thank you for your presentation that 7 you gave, especially the slides that you showed with 8 the all of the different -- or some samples of the 9 algal blooms that have been plaguing our state. It 10 has been assuring to me that you do understand the 11 full magnitude of the problem that we have in 12 Florida. 13 And I'm going to depart a little bit from my 14 comments I plan to make. We're going to be submitting 15 detailed written comments for you. But I want to make 16 sure you understand that a lot of what you're seeing 17 today is the result of many months of organizing that 18 been done by the Department of Environmental 19 Protection, and Department of Agriculture, and our own 20 state government to hold meetings around the state 21 with local governments, farmers, and other regulated 22 interest and scaring the heebie-jeebies out of them as 23 to the rule, and this is why these people are 24 panicking, because these people have been misinformed 25 by our own tax payer funded agencies. And it's 0079 1 unfortunate that our state government can work against 2 the federal government for something that should be a 3 lot more cooperative, and is a very critical problem. 4 But that's what you're seeing here. 5 The gentleman from Fort Walton that was so happy 6 to share the information with you about the new sewage 7 treatment plan. But that community has been spreading 8 untreated sewage through neighborhoods for a long 9 time, and they've definitely needed an upgrade there. 10 But he was saying you're too protective. Well, I'm a 11 fifth generation Florida farmer myself, and I live in 12 the Panhandle, and I've been here most of my life. 13 And I can tell you we have some of the worst water 14 quality in the state, in the Panhandle, in the 15 Chockahatchee Bay, which Fort Walton has been plagued 16 with red tides and algal blooms for the last several 17 years. 18 Over 200 dead dolphins washed up on the shores of 19 the Chockahatchee Bay that die from red tide. You go 20 next door to where the guy from Gulf Power is bragging 21 about how great things are getting, Pensacola Bay 22 system is the most polluted water body, estuary, 23 according to EPA and others in the state of Florida. 24 Except for Perdita Bay which is on the Florida-Alabama 25 border; that estuary is completely dead. It also has 0080 1 a paper mill on it which has been a big contributor to 2 that. 3 So yes, the Panhandle used to be a really 4 pristine incredible place. And now, not last summer 5 which was remarkably wonderful, but I live Navarre 6 Beach. Two summers before that, I was never able to 7 will go in the Gulf of Mexico, which I will be in 8 every day if we're not having a hurricane 9 practically. There was so much red tide out there for 10 weeks and weeks that I had to hold my breath and run 11 to get from my house to my car. And the beaches were 12 deserted. 13 So we can talk economics, we can talk public 14 health, but water quality is essential. And as 15 Mr. Guest pointed out, this has been going on and on 16 and on, and the Department of Environmental Protection 17 has been neglecting their duties, and you have been 18 allowing them to do that, particularly under the Bush 19 Administration. You know it's true. You've been 20 allowing them to find all sorts of circuitous results 21 under the Clean Water Act, and I'm here to tell you 22 the Clean Water Act is as dead as the Fenholloway 23 River in this state. There is barely any programs 24 under the Clean Water Act that function; no wonder why 25 you're waters are dying. 0081 1 We want you to do your job. We're happy that are 2 you here. We're happy that we finally gotten to a 3 place where maybe we can get some protection for our 4 waters. So I ask you to stick to your guns and do 5 what you know is right, and protect our waters in 6 Florida. You have the authority. Our state 7 government is not ever going to do it. And so we 8 appreciate your help. 9 Thank you. 10 MS. KEEHNER: Thank you, Ms. Young. 11 Speaker number 20. 12 MR. CARTER: Good morning. My name is Kevin 13 Carter, and I'm representing the South Florida Water 14 Management District. We welcome this opportunity to 15 provide comments to EPA. We thank you for holding 16 this forum regarding proposed numeric nutrient 17 criteria. 18 District is a regional district covering 16 19 counties from Orlando to the Florida Keys serving the 20 population of 7.5 million residents. Our agency is 21 responsible for managing and protecting water 22 resources in south Florida by balancing and improving 23 water quality, flood control, natural systems, and 24 water supply. We operate more than 2,300 miles in 25 canals, 61 pump structures, 200 primary control 0082 1 structures, as well as 2,000 smaller control 2 structures, which one federal, central and southern. 3 The district has long been a leader in ecosystem 4 restoration and developing the sound science that is 5 necessary for from promulgating numeric nutrient 6 criteria in the state of Florida. We were deeply 7 involved in the development of the Florida total 8 phosphorous criteria for the Evergrades protection 9 area, a landmark area to develop stringent numeric 10 nutrient criteria for the Everglades that took 11 11 years. If indicative of complexity of science and 12 analyses necessary for setting standards appropriate 13 and protective of South Florida's unique ecosystem, 14 we've been part of the DEP tact which leads to the 15 draft of the DEP numeric nutrient criteria last July. 16 We support the establishment of appropriate and 17 scientifically numeric nutrient criteria that 18 recognizes Florida ecological diversity. 19 With that in mind we recommend the following 20 technical comments and concerns be carefully 21 considered. We will be submitting written comments, 22 but for today due in part to our large extensive 23 network on canals, we will focus on the South Florida 24 canal project. 25 We have not observed analyses to support the 0083 1 conclusion that concentration for now proposed canal 2 criteria will affect the designated uses of the 3 canals. The links between nutrients and biology in 4 canals has not been clearly demonstrated. They have 5 not found convincing evidence canals or nitrogen or 6 phosphorous. 7 Furthermore, current effort by the district in 8 which we were inventorying the number of ecological 9 studies within canals, demonstrated that these systems 10 have not been studied to the degree of other South 11 Florida water bodies, such as the Everglades. The DEP 12 Numeric Nutrient Tact, which I'm a member, also 13 observes there's a relative lack of information on 14 conditional water quality, ecology, and links to 15 designated uses. 16 The tact did not recommend the use of current EPA 17 guidance for developing numeric nutrient criteria. 18 For this reason, this in part led to the DEP not 19 assigning numeric nutrient criteria to the South 20 Florida canals in their draft criteria last July. 21 Further evidence of the South Florida canal proposed 22 rule does not designate, is on the chlorophyll A 23 criteria as quoting for the rule "EPA considered 24 chlorophyll A to be an appropriate indicator of 25 nutrient impairment in canals on the basis of observed 0084 1 seasonal flow regime. It is not linked to the flora 2 and fauna types of canals that exist in South 3 Florida." 4 In addition to lines of evidence, approach used 5 in justifying correlating criteria for lakes was not 6 established for canals. We would also note that there 7 are no criterion for canals in Peninsula watershed or 8 anywhere else in the state. It is very important we 9 establish sound science in this numeric nutrient 10 criteria rulemaking process. The potential 11 ramifications of that criteria on federally mandated 12 area further necessitates that the criteria be 13 developed based on sound science, even if it requires 14 additional time. The currently proposed criteria will 15 require costly overhauls, redesigns of major projects, 16 and create another layer of the administrative process 17 to expedite federal projects for clearer waters and 18 natural system. 19 In closing, as I have 17 seconds and counting, 20 this is not enough time. This is not enough time to 21 create rules. This is not enough time for public 22 comment, and we urge you to extend the comment period 23 and allow more input from Florida where you got most 24 of the science and most of the data from. 25 Thank you. 0085 1 MS. KEEHNER: Thank you, Mr. Carter. 2 Speaker number 21. 3 And if speaker number 22 and 51 could... 4 MR. DUDLEY: I'm Scott Dudley with the Florida 5 League of Cities in Tallahassee. I represent 410 6 cities that will all be impacted by the numeric 7 nutrient criteria being proposed by the EPA and the 8 implementation of the numeric nutrient criteria. 9 League of Cities is pretty basic for us in terms 10 of we believe that Florida wants to protect its 11 waters. Local governments have taken a strong role in 12 doing that. Our tourism, housing, development, 13 business, essentially our way of life depends on 14 clean, available water. The protection of Florida 15 waters is what drives many local governments to adopt 16 fertilizer restrictions or other types of regulation 17 to participate in such programs as the Tampa Bay or 18 Indian River Lagoon Estuary program to regulate 19 wetlands and adopt other regulations and ordinances to 20 protect the waters. 21 Florida's local governments, as I said, have 22 taken the lead. 23 We also believe that bad science makes for bad 24 public policy. And we believe the recommendations for 25 numeric nutrient criteria are in fact bad science, if 0086 1 they can be considered science at all. We might 2 suggest science fiction might be the more appropriate 3 term. EPA admits that some of its own documents that 4 nutrients for flowing waters are not based on 5 biological responses to nutrients. Then the 6 convoluted model to protect downstream uses is 7 overlayed on top of that, and to such a degree the 8 numbers become essentially impossible for most of the 9 people out here that are speaking -- impossible for 10 them to try and meet. 11 The result of this bad science is an unrealistic 12 and unreasonably low set of numeric values below which 13 all water bodies would be considered impaired without 14 having any consistent adverse biological responses 15 having been on received by the proposed target. 16 Watershed methodology will ultimately cause Florida 17 water bodies including those that show now impacts 18 associated with impact solution to be deemed impaired, 19 and thus subject to recovery efforts by state or local 20 governments. 21 This recovery could lead to a huge waste, 22 extremely scarce resources, local governments like the 23 rest of the state or nation are cutting the work 24 forces to delay improvement and undergoing serious 25 belt-tightening. We do not have the money or manpower 0087 1 to deal with this huge unwanted headache. Local 2 governments are forced to spend resources cleaning up 3 water bodies that are not really impaired. 4 By way of example Moore Lake is a beautiful 5 60-acre lake found on the Apalachicola National Forest 6 that by all reasonable standards have considered 7 pristine, but under the EPA would be considered 8 impaired. The cause of the impairment is naturally 9 occurring inputs of ammonia that would impact the 10 total nitrogen concentration of the lake. 11 To further illustrate my point the city of 12 Tallahassee is currently spending $220 million to 13 currently upgrade its wastewater treatment facilities 14 to the highest standards possible. This $220 million 15 project is being paid for by the residents of the city 16 through increased water utility rights with some 17 increases as high as 50 percent. That's an amount 18 that a lot of people cannot afford. 19 As you know the expensive wastewater system won't 20 be sufficient meeting the EPA proposed water 21 requirements it obsolete when it comes online because 22 the nutrient levels in the treated waters would exceed 23 the nitrogen established by the EPA by four times or 24 more. 25 In another fain relating to we talked about water 0088 1 quality, but quantities is also going to be affected 2 by what the EPA is trying to do. Because I don't know 3 if you know it, but Florida is one of the leaders in 4 the reuse of domestic wastewater. And we do know that 5 reclaimed water does contain higher nutrients than 6 regular wastewater. Have impact on Florida's reuse 7 efforts. As you know, reclaimed water is on a lower 8 cost alternative, but if the cost is too high and 9 investment too risky, there will no longer water 10 supply there makes the issue of numeric nutrient 11 criteria water quantity based as well as water 12 quality. 13 To wrap up, Florida League of Cities has serious 14 concerns about the nutrient criteria proposed by the 15 EPA. We're working to provide a full cost analysis of 16 the proposed criteria on Florida cities, but we are 17 certain that the magnitude of the costs will be 18 astronomical. We hope that you can extend the time 19 period for comment and work closely with all of the 20 another effective parties to come up with a reasonable 21 alternative and solution for these problems. 22 Thank you. 23 MS. KEEHNER: Thank you. 24 We are now at 12:05, and I have a proposal to 25 finish up with two additional speakers, number 22 and 0089 1 51, and then we will break for lunch and reconvene at 2 1:00. 3 Is there anybody who is scheduled to speak in 52 4 through 59 that cannot come back? 5 Great. Thank you. 6 MR. KATES: Good afternoon, my name is Kerry 7 Kates. I'm with the Florida Fruit and Vegetable 8 Association. I'm here on behalf of our agricultural 9 members. To begin, I'd like to say we all recognize 10 the obvious importance of having clean water, 11 especially here in the state of Florida. It is 12 fundamental to the health of our ecosystems and to the 13 health involving every person fortunate enough to call 14 this state home. This is why in Florida agricultural 15 community has made such concerted efforts to work with 16 the local municipalities and safety agencies 17 implementing practices aimed at reducing surface and 18 ground water degradation including the removal of 19 excess nitrogen and phosphorous. 20 Currently there are approximately two million 21 acres of agricultural and postural land within the 22 state are enrolled and participating in the best 23 management proposals program. 24 Regarding the EPA's proposal for numeric nutrient 25 criteria, we have many concerns foremost which include 0090 1 potential economic ramification as and feasibility of 2 economic limitation. As with the rest of the country 3 of economic hardship of the state of Florida and its 4 government agencies and municipalities are struggling 5 to manage their physical budgets. It has been 6 estimated that for wastewaters and utilities alone it 7 would cost billions of dollars to meet EPA's criteria. 8 This does not taking into account the stormwater 9 improvements. Since Florida is the only state that 10 EPA proposed criteria would currently apply to it 11 would also be forced into the cost of cleaning and 12 maintaining impaired waters entering from Georgia and 13 Alabama. These costs are ultimately the same timely 14 passed onto the Florida taxpayers. Florida currently 15 has one of the highest unemployment rates in the 16 country, and all of those already struggling would 17 have this additional financial wait added to their 18 life. 19 From a financial standpoint, it seems baffling 20 that the EPA would announce its own numeric nutrient 21 criteria when for the better part of the last decade 22 the Florida Department of Environmental Protection has 23 been collecting and analyzing data from all of 24 Florida's watersheds in the development of their own 25 TMDL program to negate nutrient enrichment within our 0091 1 waters. 2 At a cost of over $20 million it has been 3 expensive and time-intensive process; however, as 4 opposed to a one-size-fits-all approach to addressing 5 nutrient enrichment, as does propose the EPA criteria, 6 the FDEP's methodology takes into consideration each 7 watershed's unique site specific characteristics when 8 determining the overall health of those water bodies. 9 Based on EPA's more simplistic, nonspecific 10 approach from applying general criteria to very large 11 and diverse regions of Florida, many lakes, rivers, 12 and streams that support thriving like ecosystems 13 would be considered impaired, leading to the 14 expenditure of necessary remediation of healthy water 15 bodies. 16 Aside from the wasteful spending, these 17 flourishing ecosystems would be subjected to meeting 18 criteria that would fundamentally alter their natural 19 states, potentially to detrimental results. 20 The agricultural community is particularly 21 apprehensive about how their individual operations 22 could be affected. Like now, as others, economic 23 downturn has greatly impacted Florida growers coupled 24 with the devastation incurred by the recent 25 unprecendent freeze, many of the agricultural 0092 1 community have been left feeling. 2 Given the estimated cost of the public 3 infrastructure to meet the proposed criterias, it can 4 mean that you assume the cost to the agricultural 5 community would be staggering. It is highly doubtful 6 that our farming communities would be able to weather 7 the financial burden that would result from attempting 8 to comply with this proposed rule. 9 This does not only affect with agriculture 10 operations but the main communities that have built up 11 where agriculture around them is where the hub had 12 this local. There are a myriad of towns throughout 13 this state that are directly dependent on 14 agricultures. If those operations open should cease 15 to exist, those towns and communities will collapse. 16 Lastly, the rule itself offers no evidence or 17 guidance with regard to the methods or technology that 18 should be utilized and employed during implementation. 19 In South Florida for example, how would the 20 nutrient control be implemented for the existing 21 network of canals while simultaneously providing a 22 central drainage for flood relief, the task for which 23 they were originally intended. 24 The FDEP has even questioned if existing 25 technology or both agriculture and convention use for 0093 1 municipal wastewater facilities could even achieve the 2 new proposed the EPA criteria. 3 Clean water is crucial to Florida's future, and 4 assuring these water bodies is a justifiable cause. 5 This is why the state has taken a proactive approach 6 to protect our lakes, streams, and estuaries. The 7 agricultural community is proud to take part in which 8 to contribute to fixing the water degradation, and it 9 is imperative, however, to insure the primary 10 objective is both effective and yet feasible. The 11 EPA's proposed nutrient criteria or potentially 12 devastating economically and are also seen as 13 unobtainable. 14 Thank you. 15 MS. KEEHNER: Thank you, Mr. Gates. 16 And speaker 51, please. 17 MS. BENNETT: I'm Ann Bennett. I'm assistant 18 director of public utilities for the City of 19 Clearwater. 20 Clearwater is a community of about a hundred 21 thousand people from the Tampa Bay. In the Tampa Bay 22 region, we've effectively had numeric nutrient 23 criteria for more than 20 years. We call it the 24 Grizzle figure (phonetic). It's an act that dictates 25 the level of affluent that will be discharged into the 0094 1 Tampa Bay or any of the contributories thereof. 2 And about 20 years ago, we invested millions of 3 millions, tens of millions of dollars in the case of 4 City of Clearwater, where we have you're wastewater 5 treatment plant, so we've been operating at that 6 level. 7 In addition to that, we didn't sit back down on 8 our laurels and say we've done our part in the 9 mid-'80s and '90s we instituted the stormwater 10 utilities using that funding to increase the treatment 11 of stormwater and to develop some sort of very good 12 water quality projects such as K-Pock Park (phonetic) 13 and (inaudible) Oaks Park. We've also instituted 14 quite a bit of public parking to reclaim water systems 15 to reuse this water in a beneficial way, and to get 16 the nutrients into the soil and in and out of the 17 surface waters. 18 We've been active in funding members of the Tampa 19 Bay water management resource and working towards the 20 recovery of Tampa Bay. Later today you'll hear from 21 some of our consultants about the success we're 22 having. We've experienced great success in Tampa Bay, 23 even estuary. 24 But EPA's own estimates this numeric criteria 25 will increase our costs by about 3.17 a gallon per day 0095 1 to treat wastewater. That's to get a very small 2 incredible increase of current three parts per million 3 of total nitrogen down to a proposed 1.798 parts per 4 million. And to get a very small incredible mental 5 improvement from one part per million total 6 phosphorous down to 1.739. 7 For the City of Clearwater, that's eight million 8 dollars. Or approximately 800 dollars for every man, 9 woman and child. That's just for the capitol cost, 10 and there's ongoing operations that maintenance costs 11 in addition to that. 12 I think you'll see that we have years and years 13 of science. It's based on biological assessments and 14 responses that show the Tampa bay is responding to 15 what's being done at this time, and that increase 16 reductions are not needed for the recovery of Tampa 17 bay. I feel this money that would be imposed on just 18 the wastewater side would be better spent on the 19 nonpoint sources we have identified as needing further 20 work, and I would request that the EPA either 21 acknowledge that grizzle figure and existing total 22 nitrogen and total phosphorous loads for Tampa Bay are 23 to protective downstream loadings or wait to determine 24 that until the estuary nutrient criterias are related 25 down the line. 0096 1 Thank you. 2 MS. KEEHNER: Thank you, Ms. Bennett. We're 3 going to now break for about 45 minutes for lunch, and 4 we'll be back and 1:00 sharp. 5 (A.m. Session closed at 12:15 p.m.) 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 0097 1 CERTIFICATE OF REPORTER 2 3 STATE OF FLORIDA) 4 COUNTY OF LEON) 5 6 I, Yvonne LaFlamme, Court Reporter and Notary 7 Public, certify that I was authorized to and did 8 stenographically report the foregoing proceeding; and that 9 the transcript is a true and complete record of my 10 stenographic notes. 11 I further certify that I am not a relative, 12 employee, attorney, or counsel of any of the parties, nor 13 am I a relative or employee of any of the parties' 14 attorney or counsel connected with the action, nor am I 15 financially interested in the outcome of this case. 16 17 Dated this 10th day of March 2010. 18 19 _______________________ 20 Yvonne LaFlamme Court Reporter 21 Notary Public State of Florida at Large 22 23 24 25