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6.65 TEMPORARY SEEDING
<br />(ES BMP 1.65)
<br />Definition
<br />The establishment of a temporary vegetative cover on disturbed areas by seeding with
<br />appropriate rapidly growing annual plants.
<br />Purposes
<br />1. To reduce erosion and sedimentation by stabilizing disturbed areas that will not be
<br />brought to final grade for a 30days or more.
<br />2. To reduce problems associated with mud and dust production from bare soil
<br />surfaces during construction.
<br />Conditions Where Practice Applies
<br />Where exposed soil surfaces are not to be fine graded for periods from 30 days or more.
<br />Such areas include denuded areas, soil stockpiles, dikes, dams, sides of sediment basins,
<br />temporary roadbanks, etc.
<br />Specifications
<br />Prior to seeding, Install necessary erosion control practices such as dikes, waterways, and
<br />basins.
<br />Plant Selection
<br />Select plants appropriate to the season, region, and site conditions. Consult with your local
<br />Agricultural Extension agent, county, FDEP, W MD, or FDOT office, or Table 1.65a of The
<br />Florida Development Manual.
<br />Seedbed Preparation
<br />To control erosion on bare soil surfaces, plants must be able to germinate and grow.
<br />Seedbed preparation is essential. A soil test should be taken to determine liming and
<br />fertilization requirements. In the absence of a soil test the following guidelines should be
<br />followed:
<br />1. Liming: Where soils are known to be highly acid (pH 6.0 and lower), lime should
<br />be applied at the rate of two tons of pulverized agricultural limestone per acre.
<br />2. Fertilizer: Shall be applied as 450 lbs./acre of 10-20-20 (10 lbs./ 1,000 sq. ft.x504
<br />kg/ha) or equivalent. Lime and fertilizer shall be incorporated into the top 2 to 4
<br />inches (5 to 10 cm) of the soil.
<br />3. Surface Rouahenina: If the area has been recently loosened or disturbed, no
<br />further roughening is required. When the area is compacted, crusted, or hardened,
<br />the soil surface shall be loosened by discing, raking, harrowing, or other acceptable
<br />means. See SURFACE ROUGHENING - Section 6.60 (ES BMP 1.60).
<br />4. Tracking: Tracking with bulldozer cleats is most effective on sandy soils. This
<br />practice often causes undue compaction of the soil surface, especially in clayey
<br />soils, and does not aid plant growth as effectively as other methods of surface
<br />roughening.
<br />Seeding
<br />Seed shall be evenly applied with a cyclone seeder, drill, cultipacker seeder or
<br />hydroseeder. Small grains shall be planted no more than one inch deep. Grasses and
<br />legumes shall be planted no more than 114 inch (6 mm) deep.
<br />Mu chin
<br />1. Mulching should usually be used to reduce damage from water runoff or wind
<br />erosion, and to improve moisture conditions for seedlings. Mulching without
<br />seeding should be considered for very short term protection. The use of mulch is a
<br />judgment decision based on time of seeding and conditions of individual sites.
<br />When used, mulch shall be applied according to MULCHING - Section 6.75 (ES
<br />BMP 1.75.
<br />2. Seedings made on slopes in excess of 3:1, or on adverse soil conditions, or during
<br />excessively hot or dry weather, shall be mulched according to MULCHING - Section
<br />6.75 (ES BMP 1.75).
<br />3. Seedings made during optimum spring and summer seeding dates, with favorable
<br />soil and site conditions, may not require mulch.
<br />Re -seeding
<br />Areas which fail to establish vegetative cover adequate to prevent rill erosion will be filled in
<br />with proper topsoil and re -seeded as soon as such areas are identified.
<br />TEMPORARY SEEDING NTS
<br />TS
<br />(ES BMP 1.66)
<br />Definition
<br />The establishment of perennial vegetative cover on disturbed areas by planting seed.
<br />Purposes
<br />1. To reduce erosion and decrease sediment yield from disturbed areas.
<br />2. To permanently stabilize disturbed areas in a manner that is economical, adaptable
<br />to site conditions, and allows selection of the most appropriate plant materials.
<br />Conditions Where Practice Applies
<br />1. Disturbed areas where permanent, long-lived vegetative cover is needed to
<br />stabilize the soil.
<br />2. Rough -graded areas which will not be brought to final grade for a year or more.
<br />Specifications
<br />Selection of Plant Materials
<br />1. Selection of plant materials is based on climate, topography, soils, land use, and
<br />planting season. To determine which plant materials are best adapted to a specific
<br />site, use Tables 1.66b and 1.66c of The Florida Development Manual which
<br />describe plant characteristics and list recommended varieties.
<br />2. Appropriate seeding mixtures for various site conditions in Florida are given in Table
<br />1.66a of The Florida Development Manual. These mixtures are designed for
<br />general use, and are known to perform well on the sites described. Adhere to these
<br />mixtures whenever feasible. Check Tables 1.66b and 1.66c for recommended
<br />varieties.
<br />Seedbed Requirements
<br />Vegetation should not be established on slopes that are unsuitable due to inappropriate
<br />soil texture, poor internal structure or internal drainage, volume of overland flow, or
<br />excessive steepness, until measures have been taken to correct these problems.
<br />To maintain a good stand of vegetation, the soil must meet certain minimum requirements
<br />as a growth medium. The existing soil must have these criteria:
<br />1. Enough fine-grained material to maintain adequate moisture and nutrient supply.
<br />2. Sufficient pore space to permit root penetration. A bulk density of 1.2 to 1.5
<br />indicates that sufficient pore space is present. A fine granular or crumb -like
<br />structure is also favorable.
<br />3. Sufficient depth of soil to provide an adequate root zone. The depth to rock or
<br />impermeable layers such as hardpans shall be 12 inches (30 cm) or more, except
<br />on slopes steeper than 2:1 where the addition of soil is not feasible.
<br />4. A favorable pH range for plant growth. If the soil is so acid that a pH range of 6.0 -
<br />7.0 cannot be attained by addition of pH -modifying materials, then the soil is
<br />considered an unsuitable environment for plant roots.
<br />5. Freedom from toxic amounts of materials harmful to plant growth.
<br />6. Freedom from excessive quantities of roots, branches, large stones, large clods of
<br />earth, or trash of any kind. Clods and stones may be left on slopes steeperthan 3:1
<br />if they are to be hydroseeded.
<br />If any of the above criteria cannot be met, i.e., if the existing soil is too coarse, dense,
<br />shallow, acid, or contaminated to foster vegetation, then topsoil should be applied in
<br />accordance with TOPSOILING - Section 6.61 (ES BMP 1.61).
<br />Necessary mechanical erosion and sediment control practices will be Installed prior to
<br />seeding. Grading will be carried out according to the approved plan.
<br />Surfaces will be roughened in accordance with SURFACE ROUGHENING - Section 6.60
<br />ES BMP 1.60).
<br />Soil Conditioners
<br />In order to modify the texture, structure, or drainage characteristics of a soil, the following
<br />materials may be added to the soil:
<br />1. Peat shall be sphagnum moss peat, hypnum moss peat, reed -sedge peat or peat
<br />humus, from fresh -water sources. Peat shall be shredded and conditioned in
<br />storage plies for at least six months after excavation.
<br />2. and shall be clean and free of toxic materials.
<br />3. Vermiculite shall be horizontal grade and free of toxic substances.
<br />4. Rotted manure shall be stable or cattle manure not containing undue amounts of
<br />straw or other bedding materials or toxic chemicals.
<br />5. Thoroughly rotted sawdust shall be 6 lbs. of nitrogen added to each cubic yard (3.5
<br />kg/mJ) and shall be free of stones, sticks, and toxic substances.
<br />6. Where local ordinances permit, treated sewage sludge may be used in accordance
<br />with local, state, and federal regulations.
<br />Lime and Fertilizer
<br />Lime and fertilizer needs should be determined by soil tests. Soil tests may be performed
<br />by the Cooperative Extension Service Soil Testing Laboratory at the U.F., or by a reputable
<br />commercial laboratory. Information concerning the State Soil Testing Laboratory is
<br />available from county extension agents. Under unusual conditions where it is not possible
<br />to obtain a soil test, the following soil amendments will be applied:
<br />).Ubffi: 2 tons/acre finely ground agricultural or dolomitic limestone (90
<br />lbs./1000 fe)(4.48 t/ha)
<br />FERTILIZER: Mixed grasses and legumes: 1000 lbs./acre 5-20-10 (25
<br />lbs./1000 ft2X1.12 t/ha)
<br />Legume stands only: 1000 IbsJacre 5-20-10 (25 IbsJ1000
<br />fi?X1.12 t/ha)
<br />Grass stands only: 1000 lbs./acre 5-20-10 (1.12 t/ha) and 300
<br />Ibs.of38-b-0 in spring (7 lbs.11000 fe)(336 kg/ha)
<br />1000 lbs./acre 10-20-10 (1.12 t/ha) and 300 lbs. of 38-0-0 In fall
<br />(7 lbs./l000 feX336 kg/ha)
<br />Other fertilizer formulations may be used, provided they can supply the same amounts and
<br />proportions of plant nutrients.
<br />Incorporation - Lime and fertilizer shall be incorporated into the top 4 - 6 inches (10 -15
<br />cm) of the soil by discing or other means. When applying lime and fertilizer with a
<br />hydroseeder, apply to a rough, loose surface.
<br />Seedina
<br />1. Certified seed should be used for all permanent seeding whenever possible.
<br />2. Legume seed - Legume seed should be inoculated with the inoculant appropriate
<br />to the species. Seed of lespendezas, crown vetch, and clovers should be scarified
<br />to promote uniform germination.
<br />3. Apply seed uniformly with a cyclone seeder, drill, cultipacker seeder, or hydroseeder
<br />on a firm, friable seedbed. Maximum seeding depth should be 114 inch.
<br />4. Hvdroseedina - To avoid seed damage, it is recommended that if a machinery
<br />breakdown of 30 minutes to 2 hours occurs, 50% more seed be added to the tank,
<br />based on the proportion of the slurry remaining in the tank. Beyond 2 hours, a full
<br />rate of new seed may be necessary.
<br />Often hydroseeding contractors prefer not to apply lime in their rigs as it is abrasive.
<br />In inaccessible areas, lime may have to be applied in pelletized or liquid forth,
<br />PAS PERMANENT SEEDING NTS
<br />separately. Rates of wood fiber should be at least 2000 lbs. per acre (2.24 t(ha).
<br />Surface roughening is particularly important when hydroseeding, as a roughened
<br />slope will provide some natural coverage of lime, fertilizer, and seed.
<br />5. Legume inoculants should be used by the date indicated on the container. When
<br />dry seeding use four times the manufacturer's recommended rate and use ten
<br />times the recommended rate of inoculant when hydroseeding.
<br />Mulchina
<br />All permanent seeding must be mulched immediately upon completion of seed application.
<br />Refer to MULCHING - Section 6.75 (ES BMP 1.75).
<br />Maintenance of New Seedinas
<br />Irrigation: ion: New seedings should be supplied with adequate moisture. Supply water as
<br />needed, especially late in the season, in abnormally hot or dry weather, or on adverse
<br />sites. Water application rates should be controlled to prevent runoff. Inadequate amounts
<br />of water may be more harmful than no water.
<br />Re -seeding: Inspect seeded areas for failure and make necessary repairs and reseedings
<br />within the same season, if possible.
<br />1. If vegetative cover is inadequate to prevent rill erosion, overseed and fertilize in
<br />accordance with soil test results.
<br />2. If a stand has less than 40% cover, re-evaluate choice of plant materials and
<br />quantities of lime and fertilizer. Re-establish the stand following seedbed
<br />preparation and seeding recommendations, omitting lime and fertilizer in the
<br />absence of soil test results. NOTE: if vegetation has failed to grow, soil must be
<br />tested to determine if acidity or nutrient imbalances are responsible.
<br />Fertilization: Seedlings should be fertilized one year after planting to insure proper stand
<br />density.
<br />1. To established all -grass stands, apply 500 lbs./acre of 10-20-10 (12 lbs./1000
<br />ft2)(560 kg/ha) between August 15 and November 15, (The first fall following
<br />seeding.)
<br />2. To legume -and -grass stands or pure legume stands, apply 500 lbs./acre of 0-20-20
<br />(12 lbs./1000 ft2)(560 kg/ha) in early May or between August 15-October 15.
<br />GENERALLY, A STAND OF VEGETATION CANNOT BE DETERMINED TO BE FULLY
<br />ESTABLISHED UNTIL SOIL COVER HAS BEEN MAINTAINED FOR ONE FULL YEAR
<br />FROM PLANTING. DISTURBED AREAS WHICH ARE TO BE STABILIZED WITH
<br />PERMANENT VEGETATION MUST BE SEEDED OR PLANTED WITHIN 15 DAYS
<br />AFTER FINAL GRADE IS REACHED UNLESS TEMPORARY STABILIZATION IS
<br />6.67 SODDING
<br />(ES BMP 1.67)
<br />Definition
<br />Stabilizing fine -graded disturbed areas by establishing permanent grass stands with sod.
<br />Purposes
<br />1. To establish permanent turf immediately.
<br />2. To prevent erosion and damage from sediment and runoff by stabilizing the soil
<br />surface.
<br />3. To reduce the production of dust and mud associated with bare soil surfaces.
<br />4. To stabilize drainageways where concentrated overland flow will occur.
<br />1. Disturbed areas which require immediate vegetative covers, or where sodding is
<br />preferred to other means of grass establishment.
<br />2. Locations particularly suited to stabilization with sod are:
<br />a. slopes and buffer strips.
<br />b. waterways and swales, especially around drop inlets.
<br />C. residential or commercial lawns where quick use or aesthetics are factors.
<br />Specifications
<br />Soil Preparation
<br />1. Prior to soil preparation, areas to be sodded shall be brought to final grade in
<br />accordance with the approval plan. These operations should leave as much topsoil
<br />as possible or replace the topsoil to a depth of four inches (10 cm).
<br />2. Soil tests should be made to determine the exact requirements for lime and
<br />fertilizer. Soil tests may be conducted by the State Laboratory at the University of
<br />Florida or a reputable commercial laboratory. Information on state soil tests is
<br />available from county agricultural extension agents.
<br />When a soil test is not made the following soil amendments should be made:
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<br />Pulverized agricultural limestone at 100 lbs./1000 ft2 (2 tons/acre)(4.48 t/ha)
<br />Fertilizer at 25 lbs./1000 ft2 (1000 lbs./acre)(1.12 Uha) of 10-10-10 in fall or
<br />251bs./1000 ft2 of 5-10-10 in spring, NOTE: Equivalent nutrients maybe applied
<br />with other fertilizer formulations.
<br />These amendments shall be spread evenly over the area to be sodded, and
<br />incorporated into the top 3 - 6 inches (8 -15 cm) of the soil by discing, harrowing
<br />or other acceptable means.
<br />3. Prior to laying sod, the soil surface shall be clear of trash, debris, roots, branches,
<br />stones and clods In excess of 2 inches (5 cm) in length or diameter. Sod shall not
<br />be applied to gravel or other non -soil surfaces.
<br />4. Any irregularities in the soil surface resulting from topsoil or other operations shall
<br />be filled or leveled in order to prevent the formation of depressions or water
<br />pockets.
<br />5. Areas to be topsoiled and topsoil used shall fulfill the requirements of TOPSOILING
<br />- Section 6.61 (ES BMP 1.61). No sod shall be spread on soil which has been
<br />treated with soil sterilants until enough time has elapsed to permit dissipation of
<br />toxic materials.
<br />Sod Quality
<br />1. Sod should be free of weeds and undesirable coarse weedy grasses. If possible,
<br />Certified or Approved turfgrass sod should be used.
<br />2. Sod shall be machine cut at a uniform soil thickness of 3/4 inch (20 mm), plus or
<br />minus 1/4 inch (6 mm), at the time of cutting. This thickness shall exclude shoot
<br />growth and thatch.
<br />3. Pieces of sod shall be cut to the supplier's standard width and length, with a
<br />maximum allowable deviation in any dimension of 5%. Torn or uneven pads will
<br />not be acceptable.
<br />4. Standard size sections of sod shall be strong enough to support their own weight
<br />and retain their size and shape when suspended from a firm grasp on one end of
<br />the section.
<br />5. Sod shall be not cut or laid in excessively wet or dry weather.
<br />6. Sod shall be harvested, delivered, and installed within a period of 36 hours
<br />Sod installation
<br />A. Solid Sodding (Plate 6.67a)
<br />1. Irrigate areas to be sodded with a minimum of 1/2-inch (13 mm) of water unless
<br />recent rains have provided equivalent moisture.
<br />2. The first row of sod shall be laid in a straight line with subsequent rows placed
<br />parallel to and butting tightly against each other. Lateral joints shall be staggered to
<br />promote more uniform growth and strength. Care shall be exercised to insure that
<br />sod is not stretched or overlapped and that all joints are butted tight in order to
<br />prevent voids which would cause drying of the roots.
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<br />Source: Virginia DSWC
<br />3. On slopes 3:1 or greater, or wherever erosion may be a problem, sod shall be laid
<br />with staggered joints and secured by pegging or other approved methods. Sod
<br />shall be installed with the length perpendicular to the slope (on the contour). Begin
<br />laying sod at the bottom of the slope and work uphill. On very steep slopes, the use
<br />of ladders will facilitate the work and prevent damage to the sod.
<br />4. Surface water cannot always be diverted from flowing over the face of the slope,
<br />but a capping strip of heavy jute or erosion netting, properly secured, along the
<br />crown of the slope will provide extra protection against lifting and undercutting of
<br />sod. This same technique can be used to fortify sod in water -carrying channels and
<br />other critical areas. Use wire staples to anchor heavy jute or erosion netting in
<br />channels.
<br />5. As sodding of clearly defined areas is completed, sod shall be rolled or tamped to
<br />provide firm contact between roots and soil.
<br />6. After rolling, sod shall be irrigated to a depth sufficient that the underside of the
<br />sod pad and the soil 4 inches (10 cm) below the sod is thoroughly wet.
<br />7. During the first week, in the absence of adequate rainfall, watering shall be
<br />performed as often as necessary to maintain moist soil to a depth of at least 4
<br />inches (10 cm).
<br />8. The first mowing shall not be attempted until the sod is firmly rooted, usually after
<br />2 - 3 weeks. Not more than 1/3 of the grass leaf should be removed at any one
<br />cutting.
<br />B. Spot Sodding
<br />1. Spot sodding is the planting of plugs or blocks, a minimum of 4 inches (10 cm) in
<br />diameter or square, of sod at measured intervals. The plugs or blocks should be
<br />placed one foot (30 cm) apart.
<br />2. Sod spots within a row should be placed alternately and not directly opposite sod
<br />spots in adjacent rows.
<br />3. Fit the plugs or blocks tightly into prepared holes and tamp them firmly into place.
<br />4. Irrigate to a depth sufficient that the underside of the sod spot and the soil 4 inches
<br />(10 cm) below the sod is thoroughly wet.
<br />C. Strip Sodding
<br />1. Areas to be strip sodded should be fertilized, limed, prepared and smoothed as in
<br />solid sodding.
<br />2. Lay the strips end to end in rows that are from 1 to 1-1/2 feet (30 to 45 cm) apart
<br />with the strips a minimum of 2 to 4 inches (5 to 10 cm) wide.
<br />3. Roll or tamp the strips thoroughly to provide firm contact between roots and soil.
<br />4. Irrigate to a depth sufficient that the underside of the strips and the soil 4 inches (10
<br />cm) below the strips are wet.
<br />D. Sodded Swales and Waterways (Plate 6.67b)
<br />1. Care should be taken to prepare the soil adequately in accordance with this
<br />specification. The sod type shall consist of plant materials able to withstand the
<br />designed velocity. (See STORMWATER CONVEYANCE CHANNELS - Section
<br />6.35 (ES BMP 1.35).
<br />2. Sod strips in swales and waterways shall be laid perpendicular to the direction of
<br />flow. Care should be taken to butt ends of strips tightly.
<br />3. After rolling or tamping, sod shall be pegged or stapled to resist washout during the
<br />establishment period. Chicken wire, jute or other netting may be pegged over the
<br />sod for extra protection in critical areas.
<br />4. All other specifications for this practice shall be adhered to when sodding a
<br />swale or waterway.
<br />Maintenance of Established Sod
<br />1. After the first week, sod shall be watered as necessary to maintain adequate
<br />moisture in the root zone and prevent dormancy.
<br />2. Apply lime and fertilizer under a regular program based on soil tests and on the use
<br />and general appearance of the vegetative cover. In the absence of a soil test apply
<br />1 - 2 tons/acre (45 - 90 lbs./l000 ft)(2.24 to 4.48 t(ha) of finely ground agricultural
<br />limestone every three years. Apply 400 - 500 lbs./acre (9 -18 lbs./l000 ft2 )(450-
<br />560 kg/ha) of 10-10-10 fertilizer. To obtain better vegetative cover, topdress with
<br />150 - 300 lbs./acre (6 - 12 lbs./l000 ft2)(170 - 340 kg/ha) of 16-4-4 fertilizer during
<br />the growing season, but at least six weeks before the end of the growing season. If
<br />Centipede or St. Augustine grass is used, do not apply more than 1 pound of actual
<br />nitrogen per 1000 ft (20 - 40 lbs./acre)(22 - 44 kg/ha).
<br />3. Mow to control weeds, improve the appearance of the vegetative cover, and to
<br />reduce fire hazard, as necessary. In general, the coarser the leaf texture of the
<br />grass, the higher it should be cut. Continuous close mowing will result in loss of
<br />vigor and reduced stand. No more than 1 /3 of the grass leaf should be removed
<br />in any mowing.
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<br />1NTIR,PRfS ?
<br />PLANNING & ENGINEERING
<br />144gq N DALE MABRY HWY
<br />5UITE 250
<br />TAMPA, FL 33618
<br />813.387.0084
<br />STATE OF FLORIDA
<br />AUTHORIZATION NUMBER
<br />8370
<br />PLAN5 PREPARED BY INGENIUM
<br />ENTERPRISES FORMERLY GRIMAIL
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<br />CLIENT:
<br />MCCON BUILDING CORP,
<br />105CI CIRCLE DRIVE
<br />HIGHLAND, WI 53543
<br />PHONE: 608.g2q.7737
<br />REV15ION H15TORY
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<br />THE CIVIL ENGINEER REGULARLY UPDATES
<br />ELECTRONIC FILES DURING THE DEVELOPMENT OF A
<br />PROJECT. AS A RESULT, THE DATA INCLUDED IN ANY
<br />CAD FILE OR DRAWING PRIOR TO ITS FINAL RELEASE
<br />DOES NOT NECESSARILY REFLECT THE COMPLETE
<br />SCOPE OR CONTENT A5 DEFINED IN THE CONTRACT.
<br />THE CONTENTS IN THESE FILE5 MAY THEREFORE BE
<br />PRELIMINARY, INCOMPLETE WORK IN PROGRESS, AND
<br />SUBJECT TO CHANGE. FURTHERMORE, THE
<br />INFORMATION CONTAINED HEREIN 15 THE EXCLUSIVE
<br />PROPERTY OF THE CIVIL ENGINEER. THE ORIGINAL
<br />IDEAS REPRESENTED HERE BY TH15 INFORMATION
<br />SHALL NOT BE USED, ALTERED, OR REPRODUCED IN
<br />ANY MANNER WITHOUT THE EXPRE55ED WRITTEN
<br />CONSENT OF THE CIVIL ENGINEER. THESE PLANS ARE
<br />SUBJECT TO FEDERAL COPYRIGHT LAWS; ANY USE OF
<br />SAME WITHOUT D PRE55ED WRITTEN PERM155ION OF
<br />THE CIVIL ENGINEER 15 PROHIBITED.
<br />PROD #
<br />170061
<br />DWG NAME
<br />170061 C06.DWG
<br />155UE DATE
<br />Oq/07/2017
<br />PROJ MGR
<br />JP
<br />ESPC DETAILS II
<br />C06,5
<br />5HEET NUMBER
<br />i#I♦
<br />-r- I - - A -. i.:..., M-.-.r-Ali , _I-7R I_i. -IJITi -3-`I ._
<br />
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