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311 GULFVIEW BLVD STree Inventory Britts Cafe /Surf Style 201 S. Gulfview Boulevard Clearwater, Florida Prepared by Alan Mayberry For: Keith Zayac & Associates Inc. July 6, 2009 The following report is submitted by Alan Mayberry, Consulting Arborist, and includes findings that I believe are accurate based on my education, experience and knowledge in the field of Arboriculture. I have no interest personally or financially in this property and my report is factual and unbiased. Tree Inventory Data A tree inventory is a written record of a tree's condition at the time of inspection. It is a valuable tool to prioritize tree maintenance and remove trees with problems that could lead to failure and cause personal injury or property damage. The tree inventory lists four codes and also has a comment section. The following is an explanation of the data used in the inventory: Tree# - location - Each tree is assigned a number for reference in the inventory that corresponds with a number on the site plan that identifies the location of the tree in the field. Size — Tree size is a measure of the tree's trunk diameter measured at 4.5' above grade. If there is a fork in the trunk at that point the diameter is measured at the narrowest area below the fork. Palm species are measured in feet of clear trunk (C.T.). Species — Each tree is listed by its common and botanical name the first time it is listed in the inventory. For simplicity the tree is listed by its common name thereafter. Condition Rating — The condition rating is an assessment of the tree's overall structural strength and systemic health. Elements of structure include: 1) the presence of cavities, decayed wood, split, cracked, rubbing branches etc., 2) branch arrangements and attachments, i.e., well spaced vs. several branches emanating from the same area on the trunk, codominant stems vs. single leader trunk, presence of branch collars vs. included bark. Elements of systemic health relate to the tree's overall energy system measured by net photosynthesis (food made) vs. respiration (food used). A tree with good systemic health f V / i G 0 Old S V' Y' CIO 0 will have a vascular system that moves water, nutrients and photosynthate around the tree as needed. Indicators of a healthy systemic system used in the overall condition rating include: 1) live crown ratio (the amount of live crown a tree has relative to its mass), 2) crown density (density of the foliage), 3) tip growth (shoot elongation is a sign that the tree is making and storing energy. The overall condition rating also takes into consideration the species, appearance and any unique features. The rating scale is 0 -6 with 0 being a dead tree and 6 a specimen. Increments of 0.5 are used to increase accuracy. Examples of the tree rating system are as follows; 0- A dead tree 1- A tree that is dying, severely declining, hazardous, harboring a communicable disease or a tree designated by the State of Florida's Exotic Pest Plant Council as a category #1 ecological pest i.e., Brazilian pepper tree (Schinus terebinthifolius). A tree with a rating of 1 should be removed as it is beyond treatment and is a threat to cause personal injury or property damage. 2 — A tree exhibiting serious structural defects such as codominant stems with included bark at or near the base, large cavities, large areas of decayed wood, crown dieback, cracked/split scaffold branches etc. In addition, a tree with health issues such as low energy, low live crown ratio, serious disease or insect problems, nutritional deficiencies or soil pH problems. A tree with a rating of #2 should be removed unless the problem(s) can be treated. A tree with a #2 condition rating will typically require a considerable amount of maintenance to qualify for an upgrade of the condition rating. 3- A tree with average structure and systemic health and with problems that can be corrected with moderate maintenance.. A tree with a codominant stem not in the basal area that will be subordinated or cabled and braced or a codominant stem that will soon have included bark can be included as a #3. A tree with a rating of #3 has average appearance, crown density and live crown ratio and should be preserved if possible. 4- A tree with a rating of 4 has good structure and systemic health with minor problems that can be easily corrected with minor maintenance. The tree should have an attractive appearance and be essentially free of any debilitating disease or insect problem. The tree should also have above average crown density and live crown ratio. Mature trees exhibiting scars, old wounds, small cavities or other problems that are not debilitating can be included in this group particularly if they possess unique form or other aesthetic amenities relating to their age. A tree with a rating of 4 is valuable to the property and should be preserved. 5 — A tree with very high live crown ratio and exceptional structure and systemic health and virtually free of insect or disease problems or nutritional deficiencies. A tree in this category should have a balanced crown with exceptional aesthetic amenities. A tree in this category should be of a species that possesses characteristics inherent to longevity 2 and withstanding construction impacts. A tree with a #5 rating lends considerable value to the site and should be incorporated into the site design. A tree with a #5 rating is worthy of significant site plan modification to ensure its preservation. 6 — A specimen tree. A specimen tree is a tree that possesses a combination of superior qualities in regards to systemic health, structural strength, crown density, live crown ratio, form (balanced crown), overall aesthetic appeal, size, species, age and uniqueness. A great effort should be made to preserve a specimen tree including shifting structures that would adversely impact the tree. In addition, a specimen tree should have an undisturbed area equal to its dripline (equal to the branch spread) to grow in. Only an experienced and competent International Society of Arboriculture (I.S.A.) Certified Arborist should be allowed work on a specimen tree. Comments: The comment section serves to note observations relative to the tree but not covered in the inventory data or expands on information in the inventory data. It may include maintenance recommendations to improve the tree's overall condition rating. It may also have recommendations on whether to remove or preserve a tree. NOTE: A tree inventory is typically valid for 3 -5 years. However, events such as drought, lightning, mechanical root damage, freeze, improper maintenance and severe storms can downgrade the rating value of a tree. Conversely, remedial maintenance can upgrade the value. If you suspect that a tree has been adversely affected, have the tree inspected by a qualified International Society of Arboriculture (ISA) Certified Arborist. Note: Whenever possible it is advised to adhere to inventory recommendations when selecting trees to be preserved. For example, trees or palms rated 4.0 and higher should be preserved if at all possible, while trees or palms rated 2.0 and lower should be removed unless otherwise noted in the inventory. Trees or palms rated 2.5 are generally recommended for removal unless remedial work is performed to upgrade them. Trees or palms rated 3.0 and 3.5 are average trees that have good potential and warrant serious consideration for preservation but not to the extent that site plan modifications are necessary. This tree inventory was conducted on July 4, 2009. NOTE #1: Tree noted as off -site in the inventory indicate trees that are on adjacent properties within 25' of the property line. These trees are included in the inventory per City of Clearwater code. NOTE #2: Trees noted as right of way trees are located in the street right of way adjacent to the site. 3 Tree Inventory Tree # Size Species Rating 1 14' C.T. sabal palm (Sabal palmetto) 3.5 2 12' C.T.. sabal palm 3.0 3 14' C.T. sabal palm 3.0 4 12' C.T.. sabal palm 3.0 5 4 ", 4" . strangler fig (Ficus aurea) 1.0 Comments: The strangler fig is a native tree that begins its life as an epiphyte in a host tree and ends up overtaking the host and can become a massive tree. They are unique but are not desirable in confined sites. Recommend removal to preserve the host, palm #4. 6 10' C.T. sabal palm 3.0 7 12' C.T. sabal palm 3.5 8 multi -stem. Arbor vitae (Thuja occidentalis) 3.5 9 6" Italian cypress (Cupressus sempervirens) 2.0 10 multi -stem arbor vitae 2.5 11 multi -stem arbor vitae 2.5 12 14' C.T. sabal palm 4.5 13 12' C.T. sabal palm 4.0 14 10' C.T sabal palm 4.0 Comment: In right of way 15 10' C.T sabal palm 4.0 Comment: In right of way 16 6" live oak (Quercus virginiana) 2.0 4 I v This tree was topped V above grade which produced three codominant trunks. 17 13' C.T. sabal palm 3.5 18 13' C.T.. sabal palm 3.5 19 14' C.T. sabal palm 3.5 20 6" live oak 2.5 Comments: This tree is very healthy but has been previously topped. The structure could be restored through structural pruning. 21 10' C.T. Washington palm (Washingtonia robusta) 4.0 22 12' C.T. sabal palm 3.5 23 11' C.T. sabal palm 4.0 24 12' C.T. sabal palm 3.5 NOTE: Trees #25 - #27 are located off -site on abutting property to the north. 25 16' C.T. sabal palm 4.0 26 11' C.T. sabal palm 3.5 27 15' C.T. sabal palm 3.5 NOTE: Trees #28 — #31 are located off -site on abutting property to the south. 28 15' C.T. sabal palm 3.0 Comments: Over - pruned 29 14' C.T. sabal palm 3.0 Comments: Over - pruned 30 11" carrot wood (Cupaniopsis anacardioides) 2.0 31 5" Carrot wood 2.0 Comments: This tree is growing from the base of a concrete wall that separates the properties. 5 I Cli Ci us es cs et n. 2 P ALA land.tcaping use be properly installed per approved plan pilor 0 A TWEEN CLEAN C QUIN�_R_OCK_8� rc I 0 to CO inspeon BUILDING NORTH PR'P�rPERTY Ins , cti Re! pecto fme cue MM Ri LINE I5 BE PROTEPT I L IDSCAPG ED A LAN IN TO I IIIFROM VEHICUIAR OR PEDES131AN TRAFFIC BY A MINIMUM SIX INCH IHIGH CURBING AND WHEEL STOPS I7777=HE) DR 20 R I PR C A ROCK- B ET WE E (R k LEAN LLF 7 — /2' ZONE R, (fit WB ��L R A ND R !L"I AROUPD FDC'aa'ONNECTION,p 3 4 II M �rH D L I A e y- /4 L < J Co P. L 1 IHD tR1 IL Vi I I �Hf) It"RI 0 2 IT I HP, t5 DR jr rp 6D R, R �[-� 25 -77 tIDR I�Rl IWR 49-. IH D w 15 3 L5\ R GENERAL LANDSCAPE & IRRIGATION NOT E: d. 'APING AND IRRIGAT ION WITHIN S. GULFVIEVV BLVD. MUST MEET AH LANDSC 1 5 rFS OF THE CITY (CON I ACT TIM KURTZ, ENGINEERING DEPARTMENT REQUIREMENTS DR N AT 727-562-47371, PRIOR TO PLANTING OR INSTALLATION OF IRRIGATION SYSTEM 38 I 01 20 GRAPHIC SCALE LEGEND PROPERTY LINE PR ®PQSED BUILDING I N ORDE M E M NI H . ti 7, IPROPOSED D . 1 ten, t47 WASHINGTONIA ROBUSTA PHOENIX ROBELENII WODYEFTIA BIFURCATA LAGERSTROEMIA INDICA SHRUBS I LANT LIST COMMON NAME MEXICAN WASHINGTON PALM PYGMY DATE PALM FOXTAIL PALM CREPE MYRTLE SR 5 STRELITZIA REGINAE BIRD OF PARADISE P RI 45 RAPHIOLEPIS INDICA INDIA HAWTHORN 0 go LM LANTANA MONTEVIDENSIS PURPLE LANTANA VS 74 VIBURNUM SUSPENSUM SANDANKWA VIBURNUM HO 95 HELIANTHUS DEBILIS DUNE SUNFLOWER DR 98 dS DURANTA REPENS GOLDEN DEWDROP ; a PM PODOCARPUS MACROPHYLIJi PODOCARPUS To j l e. n , cape plant material shall be installed in any Visibility Mangle that is greater than 30 inches and less than 8 feet in height SIZE- REQUIREMENTS 39 C.T.H. MIN. (1) TRIPLES & (3) SINGLES; 10'-17 HT. (3) TRIPLES & (4) SINGLES; 10'-I2' HT. 21/2" CAL. (8I HT) 7 GAL-, FULL 3 GAL., (24- O.C. SPACING) 3 GAL., (24!' O.C. SPACING) 3 GAL., (24!'O.C. SPACING) I GAL, (IS- O.C. SPACING) 3 GAL., (24- O.C. SPACING) 3 GAL., (24" O.C. SPACING) 0 0 • SIGHT VISIBILII WITHIN _Y TRIANGLES ------ fOR ADJACENTT "O'VMTER NO STRUCTURE, LANDS CAPING MAY BE LLJ CL fi INSTALLED, OTHERTHAN NON-OPAQUE ca z FENCE NOT EXCEEDING 36,1 IN HEIGHT M < C11 L_-4 CL = < 0 F_ 0 z -------- --- df 1 N G I-0 'U ca Uj LLJ fr- -- ------- - - ,W)SCAP�i\j T FATM F LL1 < 0 En (n to W I m. "NEC I E01 CAT�ON S. OR DES, ;, ! ' C;ONSE� U OF T1 OU E ,V iTH !G L ECTO t1i 0 a- I Cli Ci us es cs et n. 2 P ALA land.tcaping use be properly installed per approved plan pilor 0 A TWEEN CLEAN C QUIN�_R_OCK_8� rc I 0 to CO inspeon BUILDING NORTH PR'P�rPERTY Ins , cti Re! pecto fme cue MM Ri LINE I5 BE PROTEPT I L IDSCAPG ED A LAN IN TO I IIIFROM VEHICUIAR OR PEDES131AN TRAFFIC BY A MINIMUM SIX INCH IHIGH CURBING AND WHEEL STOPS I7777=HE) DR 20 R I PR C A ROCK- B ET WE E (R k LEAN LLF 7 — /2' ZONE R, (fit WB ��L R A ND R !L"I AROUPD FDC'aa'ONNECTION,p 3 4 II M �rH D L I A e y- /4 L < J Co P. L 1 IHD tR1 IL Vi I I �Hf) It"RI 0 2 IT I HP, t5 DR jr rp 6D R, R �[-� 25 -77 tIDR I�Rl IWR 49-. IH D w 15 3 L5\ R GENERAL LANDSCAPE & IRRIGATION NOT E: d. 'APING AND IRRIGAT ION WITHIN S. GULFVIEVV BLVD. MUST MEET AH LANDSC 1 5 rFS OF THE CITY (CON I ACT TIM KURTZ, ENGINEERING DEPARTMENT REQUIREMENTS DR N AT 727-562-47371, PRIOR TO PLANTING OR INSTALLATION OF IRRIGATION SYSTEM 38 I 01 20 GRAPHIC SCALE LEGEND PROPERTY LINE PR ®PQSED BUILDING I N ORDE M E M NI H . ti 7, IPROPOSED D . 1 ten, t47 WASHINGTONIA ROBUSTA PHOENIX ROBELENII WODYEFTIA BIFURCATA LAGERSTROEMIA INDICA SHRUBS I LANT LIST COMMON NAME MEXICAN WASHINGTON PALM PYGMY DATE PALM FOXTAIL PALM CREPE MYRTLE SR 5 STRELITZIA REGINAE BIRD OF PARADISE P RI 45 RAPHIOLEPIS INDICA INDIA HAWTHORN 0 go LM LANTANA MONTEVIDENSIS PURPLE LANTANA VS 74 VIBURNUM SUSPENSUM SANDANKWA VIBURNUM HO 95 HELIANTHUS DEBILIS DUNE SUNFLOWER DR 98 dS DURANTA REPENS GOLDEN DEWDROP ; a PM PODOCARPUS MACROPHYLIJi PODOCARPUS To j l e. n , cape plant material shall be installed in any Visibility Mangle that is greater than 30 inches and less than 8 feet in height SIZE- REQUIREMENTS 39 C.T.H. MIN. (1) TRIPLES & (3) SINGLES; 10'-17 HT. (3) TRIPLES & (4) SINGLES; 10'-I2' HT. 21/2" CAL. (8I HT) 7 GAL-, FULL 3 GAL., (24- O.C. SPACING) 3 GAL., (24!' O.C. SPACING) 3 GAL., (24!'O.C. SPACING) I GAL, (IS- O.C. SPACING) 3 GAL., (24- O.C. SPACING) 3 GAL., (24" O.C. SPACING) e. 0 0 0 UJI LLJ CL fi ca z e. 0 0 0 UJI LLJ CL ca z M < C11 L_-4 CL = < 0 F_ 0 z ca Uj LLJ fr- LL1 < 0 En (n W _j t1i 0 a- > > Z > LLJ > UJI > W 4= o 0 "t Ci N Mr LO z vt 0 0: M LIA p. 2 Uj Uj z .50 0 Z M W Uj U (O zo w fr Lu w z w 7- Z LLJ CL LL (Mr w < C0 > z PROJECT#: 785 ORGINALT DATE: 1120.09 CHECKED BY: Ss FLOOD PROOF NOTE: 1. BUILDING SHALL BE FLOOD-PROOFED UP TOTHIE IMYEAR FLOOD DRAWN BY: MF ELEVATION SHEET NO, I0 F .... .. ------------ - ------ a 9" Y.'-,en raad:vav ease is B" ti 7" When ravd:eay Lase is 6" & :r cases. .�3 { NaTE:L L� Lamp hales shall Far _ c waterproof 74 I bitarniious cow :ia on Vic exterior, Kopper a Situmastic Etock 300M, or Prcco EP -214. Plug to be plcstfe with "0` ring or VC with '0' ring. P.14C. pipe entry requires trarsite - arhole cau�nfinq acessary by Schn= Mmll °3.e a, zqu" dyed water step coupling. M'D' Cy ;i.F-ARWA>.r_n, FLeRIDA ENGINEERING DE PARENT o r�� I . _ 1­ .r T_Ga I i I m 1 DEMOLITION NOTES: 1. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL ENVIRONMENTAL TESTING REQUIRED PRIOR TO DEMOLITION. 2. CONTRACTOR SHALL REMOVE ALL EXISTING UNDERGROUND UTILITIES PRIOR TO STARTING SITE WORK. 3. INSTALL SILT FENCE PER MANUFACTURER'S SPECIFICATIONS. AND SHALL HAVE A BACKFILLED TRENCHED. THERE SHALL BE NO TRENCHING WITHIN DRIP LINE OF TREE CANOPY. 4. CONTRACTOR TO INSTALL TREE BARRICADES PRIOR TO ISSUANCE OF BUILDING PERMIT TO CITY STANDARDS, 2x2 POST. W/ 1x4 RAILS AT TWO THIRDS OF EACH TREE DRIP LINE AND /OR PARALLEL TO THE PROPOSED CONSTRUCTION SITE. 5. THE CITY OF CLEARWATER, AT APPLICANT'S EXPENSE, WILL REMOVE/RELOCATE ANY /ALL WATER METERS, INCLUDING RECLAIMED WATER MAINS. 6. ALL EXISTING OVERHEAD UTILITIES WITHIN THE ADJACENT R -O -W SHALL BE PLACED UNDERGROUND (ALONG CORONADO). 7. ALL PROPOSED ON -SITE ELECTRICAL AND COMMUNICATION LINES SHALL BE PLACED UNDERGROUND_ SPACING OF POSTS FILTER FABRIC TO BE 6-10 FEET APART MATERIAL 2 MIN. FOR ADDITIONAL STRENGTH FILTER FABRIC MATERIAL CAN BE ATTACHED TO A 6-INCH (M MESH WtREE SCREEN WHICH HASAX) BACKRLLED TRENCH BEEN FASTENED TO THE POSTS FIum FABRIC FAS ENED TO IT ELY ATTACHING TWO SILT FENCES POSTS OR IF USED THE YhR£ MESH 0� 0__ APPROXIMATELY 8 INCHES OF FILTER PLACE THE END FABRIC MATERIAL POST OF THE MUST EXTEND INTO SECOND f c"FIC£ A TRENCH AND BE INSIDE THE END ANCHORED 447TH POST OF THE COMPACTED P BACKFTLL MATERIAL FIRST FENCE VOW OR rr..j ROTATE BOTH Si EEL POST j.,'I POSTS AT LEAST a :! 180 DEGREES IN RUNOFF A I.. DIRECTION TO CREATE A TIGHT SEAL V07H THE FABRIC MATERIAL . 1 10�IINNCHES \ DIRECTION OF RUNOFF WATERS \APPROXIMATE DRIVE BOi" I 4-INq{ BY POSTS ABOUT 10 +� 4-TNCH TRENCH INCHES INTO THE .. INCHES AND V, BURY FLAP IFLOOD PROOF NOTE: 1. t HE PROPOSED BUILDING SHALL BE FLOOD- PROOFED UP TO THE 100 -YEAR FLOOD ELEVATION 1 TOTAL TREES TO BE REMOVED FROM TREE NO. RAT CT/.: H _WP-_. #1 -3.5 LEGEND SABAL PALM #2 -3.0 1218" PROPERTY LINE #3-3.0 TEMPORARY SILT FENCE LOCATION SABAL PALM #4-3.0 12719" EXISTING INFRASTRUCTURE TO BE 45-1.0 4 ",4" STRANGLER FIG REMOVED 10715" SABAL PALM #7 -3.5 12' SABAL PALM #8 -3.5 EXISTING TREE TO REMAIN Wf DRIP ARBORVITAE LINE, RATING & TREE BARRICADE 6" EXISTING TREE W1 DRIP LINE b TO BE REMOVED ARBOR VITAE EXISTING SPOT ELEVATION DEMOLITION NOTES: 1. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL ENVIRONMENTAL TESTING REQUIRED PRIOR TO DEMOLITION. 2. CONTRACTOR SHALL REMOVE ALL EXISTING UNDERGROUND UTILITIES PRIOR TO STARTING SITE WORK. 3. INSTALL SILT FENCE PER MANUFACTURER'S SPECIFICATIONS. AND SHALL HAVE A BACKFILLED TRENCHED. THERE SHALL BE NO TRENCHING WITHIN DRIP LINE OF TREE CANOPY. 4. CONTRACTOR TO INSTALL TREE BARRICADES PRIOR TO ISSUANCE OF BUILDING PERMIT TO CITY STANDARDS, 2x2 POST. W/ 1x4 RAILS AT TWO THIRDS OF EACH TREE DRIP LINE AND /OR PARALLEL TO THE PROPOSED CONSTRUCTION SITE. 5. THE CITY OF CLEARWATER, AT APPLICANT'S EXPENSE, WILL REMOVE/RELOCATE ANY /ALL WATER METERS, INCLUDING RECLAIMED WATER MAINS. 6. ALL EXISTING OVERHEAD UTILITIES WITHIN THE ADJACENT R -O -W SHALL BE PLACED UNDERGROUND (ALONG CORONADO). 7. ALL PROPOSED ON -SITE ELECTRICAL AND COMMUNICATION LINES SHALL BE PLACED UNDERGROUND_ SPACING OF POSTS FILTER FABRIC TO BE 6-10 FEET APART MATERIAL 2 MIN. FOR ADDITIONAL STRENGTH FILTER FABRIC MATERIAL CAN BE ATTACHED TO A 6-INCH (M MESH WtREE SCREEN WHICH HASAX) BACKRLLED TRENCH BEEN FASTENED TO THE POSTS FIum FABRIC FAS ENED TO IT ELY ATTACHING TWO SILT FENCES POSTS OR IF USED THE YhR£ MESH 0� 0__ APPROXIMATELY 8 INCHES OF FILTER PLACE THE END FABRIC MATERIAL POST OF THE MUST EXTEND INTO SECOND f c"FIC£ A TRENCH AND BE INSIDE THE END ANCHORED 447TH POST OF THE COMPACTED P BACKFTLL MATERIAL FIRST FENCE VOW OR rr..j ROTATE BOTH Si EEL POST j.,'I POSTS AT LEAST a :! 180 DEGREES IN RUNOFF A I.. DIRECTION TO CREATE A TIGHT SEAL V07H THE FABRIC MATERIAL . 1 10�IINNCHES \ DIRECTION OF RUNOFF WATERS \APPROXIMATE DRIVE BOi" I 4-INq{ BY POSTS ABOUT 10 +� 4-TNCH TRENCH INCHES INTO THE .. INCHES AND V, BURY FLAP IFLOOD PROOF NOTE: 1. t HE PROPOSED BUILDING SHALL BE FLOOD- PROOFED UP TO THE 100 -YEAR FLOOD ELEVATION 1 TOTAL TREES TO BE REMOVED FROM TREE NO. RAT CT/.: H _WP-_. #1 -3.5 14710" SABAL PALM #2 -3.0 1218" SABAL PALM #3-3.0 1479" SABAL PALM #4-3.0 12719" SABAL PALM 45-1.0 4 ",4" STRANGLER FIG #6-3.0 10715" SABAL PALM #7 -3.5 12' SABAL PALM #8 -3.5 MULTI ARBORVITAE ##9 -2.0 6" ITALIAN CYPRESS #10 -2.5 MULTI ARBOR VITAE #11 -2.5 MULTI ARBOR VITAE #12 -4.5 1478" SABAL PALM ##13 -4.0 12711" SABAL PALM #14 -4.0 10711" SABAL PALM (RON ##15 -4.0 10712" SABAL PALM (RON #15 -2.0 6" LIVE OAK #17 -3.5 1378" SABAL PALM #18 -3.5 13'19" SABAL PALM ##19 -3.5 1479" SABAL PALM #20 -2.5 6. LIVE OAK #21 -4.0 10'110" WASHINGTON PALM #22 -3.5 12711" SABAL PALM #23 -4.0 111/9" SABAL PALM #24 -3.5 12710" SABAL PALM x`26 -3.5 117101, SABAL PALM TOTAL PALMS TO BE REMOVED = 216' TOTAL TREES TO BE REMOVED = 26" (MULTI -ARBOR VITAE NOT INCLUDED) MOEN J •n s' • ,.i ., I I .. rn } } LIJ S i } . £ i s �) c w 5 'a SHEET NO. J'ti ti...O C1