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HomeMy WebLinkAbout20061760 Ver 2_Year 4 Monitoring Report_201110190 t' Stricker Branch Stream Restoration Monitoring Report Year 4 (2011) Cabarrus County, North Carolina USGS HUC: 03040105 Contract# D06054 -G Prepared for Ln ua dnent NCDENR- Ecosystem Enhancement Program 1652 Mail Service Center Raleigh, North Carolina 27699 -1652 Submitted October 2011 06-)76 RECEIVED OCT 1 9 2011 NC ECOSYSTEM ENHANCEMENT PROGRAM TABLE OF CONTENTS 10 EXECUTIVE SUMMARY PROJECT ABSTRACT 1 2 0 PROJECT BACKGROUND 2 2 1 LOCATION AND SETTING 2 22 STRUCTURE AND OBJECTIVES 2 3 0 PROJECT CONDITON AND MONITORING RESULTS 5 31 VEGETATION ASSESSMENT 5 3 11 Sod Data 5 3 12 Vegetative Problem Areas 5 3 13 Stem Counts 5 3 14 Vegetation Assessment Summary 7 32 CHANNEL STABILITY ASSESSMENT 8 3 2 1 Cross Sections 8 3 2 2 Bank Full Events 9 323 Loneitudmal Profiles 9 324 Bed Materials 3 2 5 Site Stability Assessment Summary 10 Figure 1 Project Location and Drainage Map Figure 2 Monitoring Plan View Figure 3 Vegetative Problem Areas TABLES Table I Project Mitigation Structure and Objectives 3 Table II Project Activity and Reporting History 4 Table III Project Contacts 4 Table IV Preliminary Soil Data 5 Table Va Stem Counts 6 Table Vb Stems per Acre by Year 7 Table VI Bankfull Events 9 Stncker Branch Stream Restoration Project t Monitoring Year 4 of 5 C! APPENDICES APPENDIX A Vegetation Data APPENDIX B Cross Section Data APPENDIX C Profile Data and Pebble Counts Data APPENDIX D Photo Logs APPENDIX E Bank Full Event Photo Log and Rainfall Data APPENDIX F Morphology Table Stncker Branch Stream Restoration Project 11 Monitoring Year 4 of 5 10 EXECUTIVE SUMMARY/PROJECT ABSTRACT On behalf of the North Carolina Ecosystem Enhancement Program ( NCEEP), Mid - Atlantic Mitigation, LLC (MMA), with technical assistance from Kimley -Horn and Associates (KHA) restored, enhanced and preserved 3,209 linear feet of Stacker Branch in downtown Concord, NC Construction of the project began in April 2007 with removal of the concrete spillway of a former mill pond, and continued into January 2008 with final planting completed in February 2008 The Stricker Branch Stream Restoration Project (Project) was proposed to provide NCEEP with approximately 2,906 Stream Mitigation Units (SMUs) Stricker Branch was designed using a Rosgen Priority I restoration approach in the old pond bed and a Priority II restoration approach for all existing stream channel All designed channels are Rosgen C4/5 The project is divided into three sections, the Lower Section below Sign Drive, the Middle Section between Sign Drive and the old pond spillway, and the Upper Section which includes the relic pond area Upper Section The concrete spillway of the mill pond was removed and the remaining water drained from the pond This was completed in Spring of 2007 and the pond area was allowed to "dry out" for approximately 6 months Priority I restoration was done on this section There is a rip rap spillway between the storm water BMP pond outside of the easement and the new channel Work on the pond area was completed in January 2008, which completed the construction portion of the project Middle Section Priority II stream restoration was done in this section There are two rip rap areas protecting storm water out fall pipes There is also a sewer line crossing upstream of the culvert and bridge at Sign Drive with two A -vane, step pool structures in this area, which are not part of the conservation easement or restoration A runoff swale was incorporated as a storm water feature by digging a shallow channel for the runoff to enter the stream, which was then protected with matting, seeding and live stakes Lower Section Work below Sign Drive was completed first, in August of 2007 This section of the project has had ample time to stabilize and has already held up well through several bank full events as documented in the photo log in Appendix E Priority II restoration was done in this section, with the exception of two sewer line crossings which are not included in the restoration or the conservation easement A constructed Swale diverts storm water from an adjacent parking lot to a stabilized outlet, before entering the stream Based on the As -built drawing, and subsequent survey work the Stricker Branch Site yields 2,906 stream mitigation units (2,120 linear feet R x 1 = 2,120 priority H R, 786 linear feet R x 1 = 786 priority I R, 2,120+ 786 = 2,906 SMUs) Several easements bisect the project including a 60 foot power easement, two 30 foot City sewer Imes, 60 foot County sewer line, Sign Drive right -of way (100 feet) and a crossing for the primary land owner (30 feet) The actual length of stream contained in those easements is 303' The Stucker Branch Stream Restoration Project I Monitoring Year 4 of 5 reach from bottom edge of the Duke Power Easement below McGill Road to the center line of Irish Buffalo Creek is approximately 3,209 feet Monitoring Plan The fourth year of monitoring for the Project began on July 6th, 2011 Geomorphic data collection was completed at that time Strategies and methodologies laid out in the Monitoring Plan will be followed for a minimum of five years of monitoring The stream will be monitored for stability of dimension, pattern, and profile using standard practices including permanent cross sections, longitudinal profile, and pebble counts Standardized, permanent (10m by 10m) vegetation plots will be monitored for species diversity and survival Monitoring data will be analyzed to determine what remedial actions if any are required and any remedial actions proposed will be detailed in the following monitoring report 20 PROJECT BACKGROUND 2 1 LOCATION AND SETTING The Stacker Branch Stream Restoration Site (Site) is located in the City of Concord, Cabarrus County, North Carolina on McGill Avenue next to the Gibson Mill redevelopment project off Highway 29 A location map is included as Figure 1 The project site is located in the HUC 03040105 and in the urbanized EEP Targeted Watershed 03040105020040 of the Yadkin River Basin and the 03 -07 -12 sub -basin The project watershed is approximately 16 sq mi flowing into Irish Buffalo Creek, a 303(d)- listed stream The majority of the Site consisted of highly unstable, incised and straightened stream channel which had been highly altered, degraded, and entrenched with almost no woody vegetation The upper section of the project area was historically an impounded water supply for the former textile mill This former textile mill has been purchased for redevelopment into a mixed use commercial and residential project, now known as Gibson Mill The lower section was deeply entrenched/mcised and highly unstable with strong visible evidence of actively failing banks This section was sparsely wooded and contained invasive species such as Chinese Privet 22 STRUCTURE AND OBJECTIVES The objective of the restoration approach was to restore the site to a more naturally functioning stream system designed to address impairment issues typically associated with highly disturbed urban stream systems The goals include • The project will provide ecological, functional lift to the existing system by restoring the stream and riparian habitat to a stable stream type and vegetative community that is appropriate for its particular valley and watershed conditions • Water quality will be improved by reducing sediment load through stabilization, and nutrient and other pollutant input will be reduced through the addition of forested riparian buffers planted with native species Strecker Branch Stream Restoration Project 2 Monitoring Year 4 of 5 Forested buffers and reconnection with an active floodplam bench will improve channel hydraulics and system capacity Improvements to the ecosystem include the addition of in-stream habitat using in- stream structures and bank revetments such as root wads and log vanes By providing an appropriate mix of native forest vegetation to create an appropriate canopy and under story, the soil structure will improve, leaf litter will be established to support aquatic and terrestrial ecosystems, and shading and cooling will provide improved water quality Together, these improvements will provide functional uplift for the watershed as a whole The dimension, pattern, and profile were restored using Rosgen Priority I and II natural channel design techniques, which stabilized the banks and added flood storage and habitat diversity The objective of using these techniques was • To create a stable bank full dimension and allow greater than bank full storm events access to the floodplain • To create a pattern that is appropriate and stable for the given stream and valley types • Stream profile was adjusted to decrease the slope by adding length This improves the channel's ability to handle the sediment load without aggrading or degrading • The plan also incorporates the use of storm water BMPs located both outside and inside the conservation easement to attenuate and treat runoff from the surrounding development and associated impervious surfaces The stream restoration project and associated conservation easement are surrounded by a larger project involving the redevelopment of the old textile mill by South Paw Investors The stream buffer design will help control access to the restored channel while allowing for some passive public access and visibility to the restored channel A water quality detention pond located at the upstream end of the project site was constructed in conjunction with the stream restoration efforts South Paw Investors will be responsible for the pond and its associated maintenance, which is not within the conservation easement Table I Project Mingahon Structure and Objectives Table MITIGATION SUMMARY RESTORATION TYPE PRIORITY 1 PRIORITY 2 TOTAL % 11 11 SMUs RESTORATION STREAM LENGTH (FEET) 786 2,120 2,906 100% STREAM MITIGATION 786 2,120 UNITS Stacker Branch Stream Restoration Project 3 Monitoring Year 4 of 5 Table R Project Activity and Reporting History *Project was delayed for approximately 2 months by difficult land closings and city access agreements Original contractor broke ground in April 2007 Disagreements pertaining to construction scope and quality arose between Mid- Atlantic Mitigation (MAM) and original contractor in August 2007 The new contractor was assigned to the protect in November 2007 Table III Project Contacts Project Manager Activity or Report Calendar Year of Completion or Planned Completion Actual Com letion Date Restoration Plan January 2007 January 2007 Construction February 2007* January 2008 Temporary /Permanent seeding February 2007 February 2008 Containerized Plantings March 2007 February 2008 Mitigation Plan May 2007 March 2008 Year 1 Monitoring December 2007 October 2008 Year 2 Monitoring December 2008 October 2009 Year 3 Monitoring December 2009 October 2010 Year 4 Monitoring December 2010 July 2011 Year 5 Monitoring December 2011 *Project was delayed for approximately 2 months by difficult land closings and city access agreements Original contractor broke ground in April 2007 Disagreements pertaining to construction scope and quality arose between Mid- Atlantic Mitigation (MAM) and original contractor in August 2007 The new contractor was assigned to the protect in November 2007 Table III Project Contacts Project Manager 909 Capability Drive, Suite 3100 Environmental Banc & Exchange, LLC Raleigh, NC 27606 Tommy Cousins (919) 522 -9253 Designer 2000 South Boulevard, Suite 440 Kimley -Horn and Associates Inc Charlotte, NC 28203 Will Wilhelm (704) 333 -5131 Construction Contractor 343 Chapman Drive Earthwork Inc Sanford, NC 27330 Dan Wood (919) 718 -6812 GW Liles Construction Co Inc 325 McGill Ave Suite 120 Concord, NC 28026 Planting & Seeding Contractor 9305 -D Monroe Road HARP Charlotte, NC 28270 Alan Peoples (704) 841 -2841 Seed mixes provided by IKEX Nursery Stock provided by Native Roots Nursery (Formerly Southern Shade Monitoring Performers (MY4 and MY5) 2000 South Boulevard, Suite 440 Kimley -Horn and Associates, Inc Charlotte, NC 28203 Jason Diaz 704 333 -5131 Stncker Branch Stream Restoration Protect 4 Monitoring Year 4 of 5 3 0 PROJECT CONDITION AND MONITORING RESULTS 3 1 VEGETATION ASSESSMENT 3 1 1 Soil Data Table IV Prehnunary Soil Data Series Max Depth in % Clay on Surface K T OM % Chewacla- 1 70 18-35 28 5 14 3 12 Vegetative Problem Areas Several Mimosa trees (Albiziajuhbrissin) have encroached upon the easement from the adjacent tree line into the areas of Cross Sections 5 and 6 These few individuals will be managed by cutting and treatment with herbicide A small population of kudzu (Pueraria Montana) has appeared up stream of Veg Plot 4 This problem will be treated quickly and will be monitored with the goal of complete eradication Growing conditions in the Middle Reach are the most difficult for the planted species and this area has experienced a surge in herbaceous growth this season The approximately 2 acre area is dominated by Lespedeza cuneata Johnson Grass (Sorghum halepense) is also present to a lesser degree and also shows some degree of stress in the driest conditions The entire site is stabilized and vegetated with native woody and herbaceous species, which are still doing well despite competition, particularly in the Upper and Lower reaches A map of the vegetative problem areas is located with the figures preceding Appendix A 3 13 Stem Counts Four hardwood planting zones were established as follows Zone 1 — Stream Bank, Zone 2- Riparian/Bank full Bench, Zone 3 — Transitional, and Zone 4 — Upland Live stakes were installed along the new constructed channel within Zones 1 and 2, and in some areas of Zone 3 Plantings were spaced approximately 3 feet apart and differed in sizes ranging from 0 2 inches to 2 inches in diameter and 2 feet to 5 feet in height Zones 2 — 4 consist of bare root seedlings in the first half of the lower section and 1 gallon containerized plants, which were planted 3 feet to 12 feet apart throughout the project A reduction in the percentage of nuisance vegetation in areas with existing vegetation to less than 15% will indicate establishment of native wetland vegetation Study plots showing that the composition and density of vegetation in the restoration areas compares closely to the reference areas will indicate restoration success for vegetation Success will be gauged by stem counts of planted species Stem counts of over 320 woody stems per acre after 3 years and 260 stems per acre after 5 years will be considered successful Photos taken at established photo points should indicate maturation of riparian vegetation community Photographs will help to capture the health of the planted vegetation and the severity of any invasive or exotic species that establish within the Site Permanent Stricker Branch Stream Restoration Project 5 Monitoring Year 4 of 5 vegetative plots have been established at 6 locations The success of vegetation plantmgs will be measured through stems counts These plots will be used to sample primarily Zones 1 through 3 Each plot covers 100 square meters for tree counts During the counts, the health of the vegetation will be noted In addition to stem counts, the samples will inventory species diversity to allow for comparison between the reference and restoration wetlands and track the percent cover of nuisance species The vegetation survey will occur during the growing season On July 6th, 2011, the second year - vegetative monitoring was performed on the established vegetative plots Table Va Stem Counts for Each Species Arranged by Plot Stucker Branch Stream Restoration Protect 6 Momtormg Year 4 of 5 Plots Initial Year 1 Year 2 Year 3 Year 4 Year 5 Species Totals Totals Totals Totals Totals Totals 1 2 3 4a 5 6a Acer negundo 1 1 2 Alnus serrulata 2 7 5 3 2 2 Aroma 1 1 4 3 4 2 2 arbut flora Betula nigra* 5 3 2 1 1 7 8 9 11 12 Celtis laevigata 2 3 1 1 3 2 Cephalanthus 2 1 2 occidentahs Cornus 2 25 4 4 2 2 amomum Fraxmus 2 2 1 1 3 2 pennsylvanica Hamamelis 1 3 8 8 8 5 4 virginiana Lindera 2 benzoin Lrguidambar 1 1 styraciflua Liriodendron 3 3 1 4 7 5 4 11 11 tulip era Nyssa 1 1 1 2 5 4 4 4 5 sl vatica* Populus 6 1 7 deltoides * Pyrus or 1 1 2 Prunus Quercus lyrata 1 2 1 Quercus 3 1 1 1 3 3 michauxn Quercus mgra * 3 2 1 1 2 5 5 7 18 9 Quercus 3 4 1 6 6 6 6 8 hellos Ulmus alata* 2 1 2 5 Salix nigra* 1 1 10 5 14 12 19 13 16 Stucker Branch Stream Restoration Protect 6 Momtormg Year 4 of 5 Totals 20 17 19 11 12 19 95 63 71 87 98 800 Totals without 12 11 15 10 10 11 95 59 63 74 69 560 volunteers 400 760 560 607 Plot 4 720 440 320 -- -- -- Table Vb Stems per Acre by Year 3 14 Vegetation Assessment Summary Vegetation success will be defined as tree survival to meet 320 stems per acre (SPA) after three years and 260 stems per acre after five years inside the permanent vegetative plots Herbaceous cover greater than 75% coverage after five years will be considered successful After the Year 2 vegetation counts, Plot 6 was found to be below 320 SPA, Plot 4 was found with an SPA of exactly 320, and Plot 1 was borderline with an SPA of 360 A replant was done in February 2010 Plot 1 currently contains 486 SPA This number does not include a handful of volunteers including six cottonwoods, one river birch and one water oak It is unlikely, but not impossible that the water oak is a volunteer, but is more likely an individual missed during earlier counts If managed properly, cottonwoods are native, desirable volunteers well suited to the on -site conditions Herbaceous cover was greater than 75% Plot 2 continues to do well with an SPA of 445 No stems were added to this area during the replant A large river birch on the outer limits of the plot (not included in the baseline count) is now being included in the annual count Two additional river birch and one black willow volunteer were noted in the plot last year and this year and added to the grid Two winged ehn volunteers and a cottonwood volunteer were also noted this year Herbaceous cover was greater than 75% Plot 3 contains 607 stems per acre not including volunteers Two previously uncounted water oaks were noted this year and added to the grid, they are currently being treated as Stncker Branch Stream Restoration Project 7 Monitoring Year 4 of 5 Imhal 2008 2009 Replant 2010 2011 2012 Plot 1 480 360 360 800 737 486 Plot 2 680 680 680 680 520 445 Plot 3 560 440 400 760 560 607 Plot 4 720 440 320 -- -- -- Plot 4a -- -- — 600 400 445 Plot 720 240 480 480 400 445 Plot 6 840 200 280 -- - -- Plot 6a -- -- -- 840 520 400 Average without volunteers 673 393 420 693 523 471 Average with volunteers - 446 540 826 686 667 3 14 Vegetation Assessment Summary Vegetation success will be defined as tree survival to meet 320 stems per acre (SPA) after three years and 260 stems per acre after five years inside the permanent vegetative plots Herbaceous cover greater than 75% coverage after five years will be considered successful After the Year 2 vegetation counts, Plot 6 was found to be below 320 SPA, Plot 4 was found with an SPA of exactly 320, and Plot 1 was borderline with an SPA of 360 A replant was done in February 2010 Plot 1 currently contains 486 SPA This number does not include a handful of volunteers including six cottonwoods, one river birch and one water oak It is unlikely, but not impossible that the water oak is a volunteer, but is more likely an individual missed during earlier counts If managed properly, cottonwoods are native, desirable volunteers well suited to the on -site conditions Herbaceous cover was greater than 75% Plot 2 continues to do well with an SPA of 445 No stems were added to this area during the replant A large river birch on the outer limits of the plot (not included in the baseline count) is now being included in the annual count Two additional river birch and one black willow volunteer were noted in the plot last year and this year and added to the grid Two winged ehn volunteers and a cottonwood volunteer were also noted this year Herbaceous cover was greater than 75% Plot 3 contains 607 stems per acre not including volunteers Two previously uncounted water oaks were noted this year and added to the grid, they are currently being treated as Stncker Branch Stream Restoration Project 7 Monitoring Year 4 of 5 volunteers Herbaceous cover is greater than 75 %, however native species have been dominated this season by lespedeza cuneata and some sorghum halepense Out of concerns that it would continue to sustain damage from sand deposition during and resulting from bankfull events, Plot 4 was moved after the replant and is now referred to as Plot 4a The current stem count in the new location is 405 SPA after the replant 2 of 5 individual plants were confirmed dead by the presence of a dead stem All missing individuals were replants Plot 4a contains herbaceous cover greater than 75% with a composition similar to Plot 3 Plot 5 now contains 400 stems per acre without counting volunteers No trees were added to this area during the replant A two year old river birch and winged elm are the only volunteers present in this plot Plot 5 contains greater than 75% cover with mixed grasses dominating, including some lespedeza cuneata As a result of scouring during an over bank event in 2009, Plot 6 was moved to more protected area slightly upstream and is now refered to as Plot 6a Plot 6a was difficult to count due to dense herbaceous growth, many individuals have exceeded four feet in height are now easier to locate, however many individuals were not found Even with these difficulties Plot 6 contains 445 SPA not including volunteers Several volunteers including green ash, winged elm, black gum and box elder were noted in the plot Overall, the Year 4 plant count indicates 62% survival and 471 stems per acre for the site, not including volunteers This rate of survival (including the replant) and stems per acre is on target for achieving Year 5 goals In Appendix A, the vegetative survey data tables show the actual counts of each species found per plot Stressed and dead plants were also noted 3 2 CHANNEL STABILITY ASSESSMENT 3 2 1 Cross Sections The plot of cross section 1 (XS 1) indicates that the channel has transitioned to an E -type channel with the maturation of the vegetation on the banks The bankfull cross - sectional area has adjusted to more closely match the as -built condition The depth of the XS1 (Pool) shows that the sand deposited in 2009 has been transported through There were no visual indications of instability The plot of cross section 2 shows little change since 2008 The reduction in the bankfull cross - sectional area from the as -built condition is likely due to the shifting of the banks and the maturation of the vegetation There were no visual indications of instability The plot of cross section 3 shows little change in the active channel area Some erosion has caused a localized depression to form on the left bank This depression has become slightly deeper and wider than last year Since this area is localized and not hydraulically Stncker Branch Stream Restoration Project 8 Monitoring Year 4 of 5 connected it was not included in the bankfull area calculations At the time of this report the depression appears to have become stabilized by vegetation and does not appear to be a problem area There were no visual indications of instability The plot of cross section 4 indicates that the channel has transitioned to an E -type channel with the maturation of the vegetation on the banks The bankf ill cross - sectional area has decreased likely due to slight aggregation There were no visual indications of instability The plot of cross section 5 indicates that the right bank has shifted some likely due to the settling of the rip rap toe protection The plot of cross section 6 indicates very little change This area was constructed as a rock step -pool system This section has not changed significantly from the as -built condition and there were no visual indications of instability 3 2 2 Bankfull Events A Crest Stage Gage (CSG) was originally located near Vegetation Plot 2, below Sign Drive in the lower section of the project, on stream bank left The gage was routinely getting buried in sand and debris and was therefore moved to stream bank right where the elevation is slightly higher and there is less sand deposition The first event of 2010 was a mayor storm, nearly submerging the CSG The local USGS rain gage at the Concord Regional Airport indicated that approximately 2 9 inches of rain over a 24 hour period in the area The CSG was found to be triggered on a site inspection on March 5th, 2010 The most likely event preceding this inspection was 2 19 inches of rain recorded on February 5`h, 2010 Rainfall records indicated 172 inches of rainfall from March 28`h to 29`h, 2010 The CSG was inspected on April, 28`h having registered this event Documentation is shown in the Bankfull Event Photo Log in Appendix E and in the table below Rainfall data is also presented in table form in Appendix E Exhibit Table VI Bankfull Events Site Visit Date Associated Rainfall Event Date Rainfall Amount (Inches) Method Documented 1/25/2010 1/24/2010- 1/25/2010 290 Photos 3/5/2010 2/5/2010 2 19 CSG 4/28/2010 3/28/2010- 3/29/2010 1 72 CSG 3 2 3 Longitudinal Profiles Flash flood type rainfall events and related bankfull events, which are common in urbanized areas, are a regular occurrence on the Stricker Branch site It is anticipated that sand (generated from sources upstream of our project) will likely continue to work through the system and move downstream Evidence of sand deposition is most notable below the bridge at Sign Drive The system is designed to continue moving this sand downstream during bankfull events and survey results indicate that this is occuring The profile shows that the pools have remained pools and that the pool to pool spacing has remained consistent In addition, as anticipated the pool depths have fluctuated but Stncker Branch Stream Restoration Project 9 Monitoring Year 4 of 5 remain fairly consistent with the as -built condition The bankfull slope and water surface slope are parallel at 0 6% 3 2 4 Bed Matenals Bed material was also sampled at one riffle in each section on Cross Sections 2, 3, and 5 Cross Section 5, in the upper section, indicated an increase in coarse sand and fine gravel and a relatively even distribution of larger bed material Cross Section 3, in the middle section, indicates a relatively even distribution of all particle sizes in the gravel category and does not indicate an increase in sand or line sediment Cross Section 2, in the lower section, showed a slight increase in fine to coarse sand particles and a more significant increase in fine gravel The graph shows a shift towards finer particles due to sand deposition below Sign Drive In Year 1, accumulation of sand was most noticeable in the middle section Some of this sand in the middle section is still noticeable, but mayor sand deposition shifted to the lower section below the bridge at Sign Drive in Year 2 and continues to move through the system in Year 4 As mentioned above, this sand has and is expected to continue migrating downstream Overall, the system is trending towards a coarsening of the bed maternal as the channel width -to -depth ratio continues to shift towards a E -type channel 3 2 5 Site Summary and Remedial Actions Overall, the stream channel has stabilized well and experienced multiple bankfull events Sudden, severe, flash flood type events are typical of urbanized streams No significant repairs were undertaken in Year 4 The profile, cross section, and pebble count data all indicate a trend towards equilibrium The system is transporting the excess sediment load through the project reaches without significant aggredation or degradation The vegetation plots are currently meeting success criteria The herbaceous vegetative cover has also developed a healthy and diverse community throughout most of the site The planted trees and shrubs have also done well and are supplemented by an existing buffer community which will provide a seed source for volunteers well suited to the current site conditions No remedial or repair action items for the stream bed and/or banks are planned at the time of this Report Invasive species treatments are planned to reduce or eliminate the populations from the site Stucker Branch Stream Restoration Project 10 Monitoring Year 4 of 5 STRICKER BRANCH 2011 MONITORING FIGURE .I Cross Section ction #4 _ _ I — — — Cross Section #6 Cross Section #5 Cross Se Cross Section #2 I 65 / Now A Vegetation Plot #6a 0 200 400 z `� Feet a Vegetation Plot #5 Vegetation Plot #4a I Crest Staqe Gaqe I Vegetation Plot #3 I Vegetation Plot #21 Cross Section #1 3,209' \ (2,908' Excluding Other Easements) Vegetation Plot #1 Legend Conservation Easement Q Vegetation Plot (10m x 10m) Cross Section Bankfull Utility Easement Right of Way As -Built Thalweg Priority 1 (788 SMU's) Priority 2 (2,120 SMU's) Cross Section #6 1 / I STRICKER BRANCH 2011 INVASIVE SPECIES FIGURE ,I Cross Section Cross Section #4 _ _ — I — — — — — — _ _ — i Cross Section #2 Cross Section #5 ' LII �C) \ — — — — — — — — — — — — — — — GI ra T — — I Vegetation Plot #6a 0 200 400 w Feet a Vegetation Plot #5 Vegetation Plot #4a Crest Stage Gage Veqetation Plot #31 Vegetation Plot #2 Cross Section #1 IVegetation Plot #11 Legend Conservation Easement Vegetation Plot (10m x 10m) Cross Section Bankfull Utility Easement - Right of Way As -Built Thalweg Lespedexa cuneata and Sorghum halepense (Johnson Grass) 2.1 acres) OPueraria montana (kudzu) ® Albizia julibrissin (mimosa) A: ea Vegetation Plot #4a Crest Stage Gage Veqetation Plot #31 Vegetation Plot #2 Cross Section #1 IVegetation Plot #11 Legend Conservation Easement Vegetation Plot (10m x 10m) Cross Section Bankfull Utility Easement - Right of Way As -Built Thalweg Lespedexa cuneata and Sorghum halepense (Johnson Grass) 2.1 acres) OPueraria montana (kudzu) ® Albizia julibrissin (mimosa) Hardwood Tree and Shrub Planting Year 4 Totals for Stricker Branch Stream Restoration Site Plot 1 Scientific Name Plot 1 Plot 2 Plot 3 Plot 4 Plot 5 Plot 6 Species Total 65% Acer negundo 1 0 0 0 0 1 2 100% Vol Alnus serrulata 0 0 0 0 0 2 2 486 Aronia arbutifolia 1 1 0 0 0 0 2 280 Betula nigra * 5 3 0 2 1 1 12 4 Vol. Celds laevigata 0 0 2 0 0 0 2 Cephalanthus occidentalis 0 0 2 0 0 0 2 Cornus amomum 0 0 0 0 2 0 2 all livestakes Fraxinus pennsylvanica 0 0 0 0 0 2 2 Hamamelis virginiana 1 3 0 0 0 0 4 Lindera benzoin 0 0 0 0 0 0 0 Liquidambar styracii lua 0 0 0 0 0 1 1 100% Vol Liriodendron tulipifera 3 0 0 3 1 4 11 Nyssaslyvadca* 0 1 0 1 1 2 5 1 Vol Populus deltoides* 6 1 0 0 0 0 7 100% Vol Pyrus or Prunus? 0 0 0 1 0 1 2 Quercus lvrata 0 0 1 0 0 0 1 Quercus michauxii 0 0 0 3 0 0 3 Quercus nigra* 3 2 0 1 1 2 9 3 Vol? Quercus phellos 0 3 4 0 0 1 8 Ulmus alala* 0 2 0 0 1 2 5 100% Vol Salix nigra* 0 1 10 0 5 0 16 11 livestakes, 2 Vol. Total 20 17 19 11 12 19 98 * Count contains volunteers Species in bold are planted species Table 3. Survival & SPA with and w/o volunteers Total SPA by Yearl Plot 1 Plot 2 Plot 3 Plot 4 Plot 5 Plot 6 Total %Survival 68% 65% 63% 67% 61% 52% 62% Stem Per Acre 486 445 607 445 1 400 445 471 SPA w/ volunteers* 809 688 1 769 486 480 769 667 Total SPA by Yearl Initial 12008 1 2009 1 Replant 2010 2011 2012 SPAI 673 1 393 1 420 1 693 1 493 471 1 440 SPA w/ Vols. 760 446 1 540 1 826 1 686 667 320 Plot I Plot 2 Plot 3 Plot 4 Plot 5 Plot 6 Average Initial 2008 2009 Replant 2010 2011 2012 480 360 360 800 737 486 680 680 680 680 520 445 560 440 400 760 560 607 760 440 320 600 400 445 720 240 480 480 400 445 840 200 280 840 520 400 673 1 393 1 420 1 693 1 521 1 471 Total .A.-I X Y Spa' X Y YW 1 X Y Ys 2 X Y Raplsa X Y YW 3 X Y YW 4 X Y YW 5 n/f = not found VP 1 Initial 2008 2009 Replant 2010 2011 2012 SPA 480 360 360 800 737 486 SPA w/ Vote - 440 640 1040 920 809 30 care 25 20 S- i 15 10 5 Vd Val Red Uld. Berry Water ak OR Vd Q River BFU Wien Oak • IMI V MIE mm0■■ 1M■=mM1M10■■MM T* Niler MEM=MMIME 1 1 E=M1E1E"-,=1MM1E=MMM1E0=■■_ • Tu* POPW River Call) —up MM IMIC�IEIE0IEIE=MME�-"�MIOIEUM■■_ • 701 ■ ■m ■ ■�� ® ©� ®mom ©�� ®� ■ ■� ■■m■■IMMo M=01M EM©MONE©OM■■EM ■ ■m ■ ■� ®�© ®gym ®�R ®�� ■ ■� ■■r►!'�■■�om ©ommMMm�©W�■■M am am n/f = not found VP 1 Initial 2008 2009 Replant 2010 2011 2012 SPA 480 360 360 800 737 486 SPA w/ Vote - 440 640 1040 920 809 30 care 25 20 S- i 15 10 5 Photo 5 10 15 20 25 30 F- W8 (81— Ber1tQ PQ *11M rFEB2008 erYW10c12M AYW2J*Z09 RWO FW2010 oYW3Ao .21110 •Y- 4J*2011 Vd Val Red Uld. Berry Water ak OR Vd Q River BFU Wien Oak • Boa e3/M V War Oak T* Niler qaM 1 • Tu* POPW River Call) —up ® • 701 Photo 5 10 15 20 25 30 F- W8 (81— Ber1tQ PQ *11M rFEB2008 erYW10c12M AYW2J*Z09 RWO FW2010 oYW3Ao .21110 •Y- 4J*2011 Total Total w1vol X Y Species X Y Yearl X Y Year 2 X Y Year 3 X Y Year 4 X Y Year 5 ma MOMMMW IN ©® Rea Cholosbarn ©®MM©® So 1Mnow vat p ©m ® ©MMM©M����■■� witch Haw Black am ❑ Vfflkw VOMOOk am * Oak W&1904 It taws sloth O YalbwOak am MMMMm© p wean w>ro1 on Pell WOMM®n C WrWd Elm vol ® an Rim Blrd an m�mm����■■� am am M® IM©MMM® n©MMO®MMMEN -I MW mmam��m��m��������' mm MMIMMmm MO©MIM©■■MMM mm MMMMIMM MMMW�MM- W® W® w®=MMMM- MMr.�- �MW�MMIMM ® M© ■■� mm MMMMIMMIMMmm on ■■MMM mm Fairly large river birch right on the line, not counted in baseline?' VP 2 IMtlal 2008 2009 2010 2011 2012 SPA 680 680 680 520 445 SPA w/Vola - 720 840 760 688 30 25 20 E 915'1 Wat 10 5 Wkah Hazel IN Rea Cholosbarn So 1Mnow vat p ® witch Haw Black ❑ Vfflkw VOMOOk * Oak W&1904 It taws sloth O YalbwOak p wean w>ro1 Pell C WrWd Elm vol ® Rim Blrd mar 0 0 5 10 15 20 25 30 E. WS (Strwn Bang (k) ♦Bas* Wr FEB 2009 aYw 1 Oct 2008 AYw 2 July 2009 oYaw 3 Aria 2010 *Ywr 4 July 2711 Photo rael TOW wAa X V Spscw X Y Veer 1 X V Vrr 2 X V Re 1 X V Vrr 3 X Y Yrr 4 X Y Vrr 5 'Elrk wlto4 We *take a1 line. rwt canted in Wren. . = not found MW Initial 2008 2008 Replant 2010 2011 2012 SPA 580 440 400 760 560 607 SPA .1 Vote - 440 440 800 680 769 30 25 2] R. Eff 1%j15 10 5 0 1a • ♦ e0r aek WaW rk O • 9Yrk Eb* Wlbw w m ®gym ®�� ®gym ®a�� ©m ®� ■ ■� • 6 Wbu OY ttmle.ry I. ix:kbwrq wfK- Oak Obek VY Utct9 Odt dlbq am MMMMMM am MOM am��������omo�mo�■ ■� am am 'Elrk wlto4 We *take a1 line. rwt canted in Wren. . = not found MW Initial 2008 2008 Replant 2010 2011 2012 SPA 580 440 400 760 560 607 SPA .1 Vote - 440 440 800 680 769 30 25 2] R. Eff 1%j15 10 5 0 1a 5 I- LS 1010 LS G 15 p 20 3 25 aY LS' 30 Photo law U. Ftl 21X6 0-1 Od 1008 eYw 2 J* 2M ORWM Ftl ano OYw3AW MO 4Yw4J* M1 • ♦ e0r aek WaW rk O • 9Yrk Eb* Wlbw w WA* Ow L • 6 Wbu OY ttmle.ry I. ix:kbwrq wfK- Oak Obek VY Utct9 Odt dlbq 5 I- LS 1010 LS G 15 p 20 3 25 aY LS' 30 Photo law U. Ftl 21X6 0-1 Od 1008 eYw 2 J* 2M ORWM Ftl ano OYw3AW MO 4Yw4J* M1 x Y Speaea x Y Year1 x Y Yana r1 _ _.. TOGI Tull wNl The north east quadrant of this plot has been subject to several wash outs and continues to be inundated with sand and debris, which are hostile to vegetation. Propose moving this plot slightly south west Flipped this plot on its western axis, Replant count is new baseline. origin and photo point remain the same X Y Replant X Y Yen3 X Y Year4 X Y Year5 Total Todl WN01 W laW:la:lu+la:W'1LL-10M�Ow�■■ • ©m mm� -=M' Orp V ©m����� W©�■■- ® WM Pmwoeqk. S Cakoealal ©m ••������� Wald a MW wm�wm • C� TWO RapbrR • ®m Wa1n Replant Mm�am� OekReplrR w©�W© W® 30 Cnilrel �® Wad • =M� • 811h Oar OW mm�am� ©middy ©���� 1012 IBM �IMW�Imw� lsa�mm On ©m■� © ©R lmlm� mo�no�■■� n® a• 'IM®�Im®� ©© MW m®- wff!"rW MM- Ma -mm_ TOGI Tull wNl The north east quadrant of this plot has been subject to several wash outs and continues to be inundated with sand and debris, which are hostile to vegetation. Propose moving this plot slightly south west Flipped this plot on its western axis, Replant count is new baseline. origin and photo point remain the same X Y Replant X Y Yen3 X Y Year4 X Y Year5 Total Todl WN01 n/f = not found 1 VP 4 30 T, 20 15 10 5 Initial 2008 2002 Replant 2010 2011 2012 SPA 760 440 320 600 400 405 SPA wf Vols - 520 480 600 440 445 W laW:la:lu+la:W'1LL-10M�Ow�■■ • ©©EMM -=M' Orp V W©�■■- ® 3 Pmwoeqk. S Cakoealal Wald a RatWa • C� TWO RapbrR • Wa1n Replant OekReplrR S Chekad 30 Cnilrel • • 811h Oar IBM lsa�mm ©m■� mo mo�no�■■� m®- MM- Ma -mm_ n/f = not found 1 VP 4 30 T, 20 15 10 5 Initial 2008 2002 Replant 2010 2011 2012 SPA 760 440 320 600 400 405 SPA wf Vols - 520 480 600 440 445 5 10 15 20 25 30 I, RIB (eaearn Bart) p0 eRWbM Fak 2010 -- 3.ua2010 aYar4My2011 110110 • Orp V rOak Raplrt ® 3 Pmwoeqk. S Cakoealal Wald a RatWa • C� TWO RapbrR • Wa1n Replant OekReplrR S Chekad 30 Cnilrel • • 811h Oar 5 10 15 20 25 30 I, RIB (eaearn Bart) p0 eRWbM Fak 2010 -- 3.ua2010 aYar4My2011 110110 Total Total -N-- n/f = not found VP 5 Inidal 2008 2009 2010 2011 2012 SPA 720 240 480 400 400 SPA w/ Vola - 240 560 480 480 30 25 20 E E i 15 10 5 • am a 3 a x 3 a m mm�-�mmmmmmmm■■� MME IMM=MM=MM=MM�MM� ®m mm ©®m =®m =®m�mm� ®m mm ®®mMM®m =®m�MM Ow MW' =MM =M- ® MM�xm_ Om ®mi'� ®mom ®mom ®mom ®m��■� OM MM VP 5 Inidal 2008 2009 2010 2011 2012 SPA 720 240 480 400 400 SPA w/ Vola - 240 560 480 480 30 25 20 E E i 15 10 5 0 0 Photo 5 10 15 20 25 30 E. NIS (SWw BW*) ()) •Bw H FEB 2008 GYM 1Oct 7008 AYM 2J*2000 c'Y=3Au02070 •Yr I Ny 2011 • a 3 a x 3 a m 0 0 Photo 5 10 15 20 25 30 E. NIS (SWw BW*) ()) •Bw H FEB 2008 GYM 1Oct 7008 AYM 2J*2000 c'Y=3Au02070 •Yr I Ny 2011 Total Total wtvol X V S!:-- X Y Yes 1 X Y Vest 2 moved this plot out of a scour area one meander bend up stream aprox. 25 R oripn and photo poet remain the same Ma • WYIOad MW�Mn • mm a1 �MMMMMMM".=. OM f ti41LJY•Lll:.a4{Jta ®M�®M�Mm ©wm©Wm T ©M=MMMMM RNr Bkh Rase - '®w MMMMM ®00_ ®® M? .. mm�mm�mm� Abler Oronel Trans OYC Tulip P Ofthd ®Mm_ Mn ©m MMMMM ©m�©m ©00_ mm MO' •.a- �MM=' ' i MMMMM Mm'® ©00_ aim t Resin • MIMUMmm ©® R,* M ©00� MM =Mm® Oak Orighe ®M = ®Mm_ • MM ®M Q =®M Tulp Pools I w Rap41t Wm Wm� =M�00_ IMMMMM MM M©�MM�Mm� mm mm�mm�■z� on Ion MM�MW�00_ moved this plot out of a scour area one meander bend up stream aprox. 25 R oripn and photo poet remain the same Ma • WYIOad MW�Mn • ®W OM f ti41LJY•Lll:.a4{Jta ®M�®M�Mm ©wm©Wm T Poplar OVw RNr Bkh Rase - '®w MMMMM ®00_ ®® M? .. MMMMM Abler Oronel Trans OYC Tulip P Ofthd ®Mm_ Mn MMMMM Oak ROOM ©00_ MO' ' i MMMMM ©00_ aim t Resin • MIMUMmm Black Ourh R,* M ©00� ®M��MM Oak Orighe ®M = ®Mm_ • Q • Tulp Pools I w Rap41t Wm Wm� =M�00_ IMMMMM MM M©�MM�Mm� mm mm�mm�■z� on MM�MW�00_ WI MO�MM ©00_ ®O IM .= �W �00_ IMm IMm=MIMm�00_ Tatel Total wM4 VP 6 Initial 2008 2009 Replant 2010 2011 2012 SP{ 840 200 280 840 520 445 SPl - - - 1000 840 769 Chart Title N. UJW 00 Photo 30 25 20 15 10 5 *Rap" Fab 2010 oyes, 3Au9 2010 •Y-4 Ju112011 X Y R lent X V Year 3 X Y year 4 X y yes 5 • WYIOad 1N • OM ©wm©Wm T Poplar OVw RNr Bkh Rase - -- MM Abler Oronel Trans OYC Tulip P Ofthd W7 Oak ROOM Tu1P Poplar Water 0. t Resin • MOM Town Black Ourh R,* M Oak Orighe • Q • Tulp Pools I w Rap41t *Rap" Fab 2010 oyes, 3Au9 2010 •Y-4 Ju112011 X Y R lent X V Year 3 X Y year 4 X y yes 5 ntf = not found 5 10 5 1� j A 1 I OM ©wm©Wm - -- MM IMEM ntf = not found 5 10 5 1� j A 1 I 1 11 'All 11�6j A mom MEMO 11A I M, a 11111, -- a li a a > 3 _ _I H '4 V1 N H M V C a, w r r r m i it N V. O d b Lzi D O W d w 0 N yW 0` N N O 00 M V1 0` N 00 N n h <f "? h M M i a aD N r V1 v v M v v h r - 00 N � O� h O� V1 00 h 00 V': 00 V1 00 h 00 V'1 00 h 00 h 00 h 00 h 00 h 00 h w h 00 V1 w h 00 V'1 00 h 00 Vl O� V1 T Vl W } y�� r 00 00 O v1 O O O M v oo M .p O h O A C �p M •- Vi N Vi Vl h V1 1� h r Vl O � N `O `D b b r 00 0�0 O GA d a d w 0 0 N � O M 00 00 T 1� T a0 b l� ao v1 r N b ao T v1 v M N O N �•-� M � � h 1� O N M DO CO a: a` O O :n O O O\ 00 00 00 1� n r b h h V of V h 1� Oo Oo 1� n 00 O .-• .-+ ^ N N T V1 O� Vl 00 h 00 V1 00 Vl 00 v1 00 h 00 h 00 h 00 V1 00 h 00 V1 00 V1 a0 h a0 V1 a0 V1 a0 h 00 v1 DD h 00 V1 00 V1 DD h DD Vf 0. Vf 0, T T 0, T Vt O� Vt h t+= f ii } yO r N M a v V•: V1 vt v1 h� � � � r r r 00 00 00 P O O v w N � pp, O v1 00 M v N N O` a, 00 N O O ^ Oo �G e� �O �D V1 V1 vi b 00 00 .� N N y Q` h � h m h m h o0 h 00 h m h ao h m h o0 V1 m h oo 00 w 00 O� V1 T h } C � r � L W g N y � O O -- (A � O, N � 00 M r -: O t� O� b ao b M "R 1� n 1� m r 0O 0 ^ M N = m V1 ON h w h 00 h 00 V1 w h w h m h 0o h 0o V1 00 1I•: T Vl O, h %i a � O b v 'n W) Zo 'D r r T .� 0 3 It w w S C o v O' -' - 00 00 V v M o v V1 v O� 0, O a, V1 b y r r ao {i A oo oo Go NO h v v on r r .. d o. o. o0 00 00 00 00 00 00 00 00 0o a a a" FO M O\ — �D C� n 0o Q` ^ o e r v n v 0 In 1- "�o 0 cS 1 v o a 'o d n 0 0, _ 1 11 'All 11�6j A mom MEMO 11A I M, 11111, -- a li a a > 3 _ _I H '4 V1 N H M V C r r r m i it 1 11 'All 11�6j A mom ANNE In Mi a NMI �f..� 0 0 O Lri c•i O 0 ti O N O ti O 0 0 0 m O O O 00 O O W 0 Ln n O n O Ln LO O O O C Ln O O V O O d' O Ln M O 0 O U') O O N O Ui O O O N 0 0 rn rn m a0i 00 000 0000 000 00 ONO Ln Ln Ln Ln Ln Ln Ln Ln Ln en MEMO 11A I M, 11111, 111 MEN i ANNE In Mi a NMI �f..� 0 0 O Lri c•i O 0 ti O N O ti O 0 0 0 m O O O 00 O O W 0 Ln n O n O Ln LO O O O C Ln O O V O O d' O Ln M O 0 O U') O O N O Ui O O O N 0 0 rn rn m a0i 00 000 0000 000 00 ONO Ln Ln Ln Ln Ln Ln Ln Ln Ln en y U U V7 U'IUM 0U o N J b lA VA I V A T A A A b N _ Z;+ 00 00 00 00 o o ID Oo 00 C C, O. oo O U7 01 l0 O N N V1 O o y O w � N C 00 b OD 0o 00 O' 00 U 00 U 00 O\ 00 T 00 OO 00 b 00 b b Ln U N O Cr N 00 U J C � o 00 c m y .._ ........ .. ...... ...__. ---- - -' - -- O � b t •.• OUO b OUO b OUO ono O . ono J oUO 00 oUO b OUO b w p W tJ D b b W b O w O N O y "17 lA7 O . .. 00 J U _:. N 5 •.. lA b U U U to U U U U U U U U A N b 00 00 00 00 C\ 00 00 00 J 00 J 00 00 W 00 OD b b O b W ' b" to 9119, A J O T 0o b N � T b O O N O ___._. - __- ._- ___.- .._,._. _. - _____.___... __._ -_. _. -._ 10 Q 00 J 0o N J b J to J N T J Q\ W U 10 U U to In U In N o O A b A J A Q\ A A A A W W 0o W A W U H T 10 T 10 C J O - A H w 00 10 In A A O -- 10 W rn w w A N O C U b U b U b U b U w U w U w U w U w U 00 U w U w U w U 00 U w U w U 00 U 00 U 00 U 00 U w U 00 U w to W U 00 U 00 U b U b U b U b t W P 00 Oo J a T p p T T O� J J OD b �O D N O V w J W w A b N J 00 J A A w W U O W W n b V N b J b J U N N w n W A U W U O U OD W N U W T S p 00 Q � Vl -_.- 00 00 J V1 U Vi y A A A A N 0 0 C7, A O N O U C O v e — -- - -- - - - C-- �i _. - -- — - -- r- -' -- U .D U b U 00 U 00 U 00 U 00 U 00 U 00 U 00 U 00 00 00 00 b b A A N b b 00 T T Q\ O. T J _ C A c N U N C -` W T w N 00 yn 7 N O r a m m m m ' O ~ O lD 00 co N Ln T Q � d C t A 601 600 599 597 596 595 594 592 591 As-built MY1 2008 MY2 2009 MY3 2010 MY4 2011 MYS 2012 Bankf ill Cross Sectional Area: 14.6 13.6 As -built Feb 2008 Year 1 -Sept 2008 Yeaz 2 - Sept 2009 Year 3 - Sept 2010 Year 4 - Sept 2011 Year 5 - Sept 2012 Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature 0.0 595.4 0.0 595.38 0.0 595.46 0.0 595.47 0.1 595.47 25.7 593.46 12.6 594.09 10.4 594.52 6.2 595.08 5.0 595.07 29.4 592.60 18.6 593.11 11.9 593.61 10.0 594.48 10.3 594.35 31.2 592.19 24.6 593.90 1 22.1 593.98 12.7 593.45 10.9 593.85 bkf 32.6 592.42 26.0 1 593.79 25.9 593.93 16.7 593.23 11.6 593.30 34.5 592.56 31.8 592.16 27.2 593.41 bkf 18.7 593.30 17.7 592.97 39.4 593.85 bkf 36.8 593.70 27.9 592.86 21.1 593.80 23.0 594.03 48.1 594.60 38.4 593.85 bkf 30.2 592.58 tw 23.6 594.18 24.0 593.85 bkf As-built Feb 2008 68.0 599.54 52.0 595.25 30.9 592.33 25.6 594.04 27.2 593.21 809 599.82 mill...,R 68.9 599.67 33.5 1 592.32 1 26.7 593.75 28.2 592.51 LEW Year I Sept 2008 80.8 599.9 35.1 593.09 27.5 593.27 29.4 592.22 Year 2 - Sept 2009 36.2 593.85 28.5 592.78 REW 31.5 591.91 Year 3 - Sept 2010 36.3 594.04 bkf 29.2 592.54 33.5 591.97 PEW 39.5 594.19 30.6 592.30 tw 35.2 592.16 48.9 594.85 31.4 592.25 36.1 593.63 56.5 596.24 1 32.4 592.07 39.0 593.85 bkf 66.3 599.27 33.4 592.24 LEW 43.8 594.27 80.9 599.8 34.7 592.53 53.0 595.37 35.3 592.53 68.0 599.14 36.1 593.85 bkf 81.0 599.57 38.2 594.22 41.7 594.27 46.6 594.90 53.4 595.54 59.9 597.02 66.3 598.98 70.5 599.64 76.4 599.90 81.1 599.84 601 600 599 597 596 595 594 592 591 0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0 55.0 60.0 65.0 70.0 75.0 80.0 85.0 90.0 As-built MY1 2008 MY2 2009 MY3 2010 MY4 2011 MYS 2012 Bankf ill Cross Sectional Area: 14.6 13.6 11.4 16.11 15.6 Bankfull Width: 18.9 23.3 17.2 19.6 15.0 Bankfull Max Depth- 1.7 1.7 1.5 1.81 1.9 BKF ELEV: 593.85' As-built Feb 2008 �__Mmm mill...,R Year I Sept 2008 imam Year 2 - Sept 2009 Year 3 - Sept 2010 0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0 55.0 60.0 65.0 70.0 75.0 80.0 85.0 90.0 As-built MY1 2008 MY2 2009 MY3 2010 MY4 2011 MYS 2012 Bankf ill Cross Sectional Area: 14.6 13.6 11.4 16.11 15.6 Bankfull Width: 18.9 23.3 17.2 19.6 15.0 Bankfull Max Depth- 1.7 1.7 1.5 1.81 1.9 BKF ELEV: 593.85' Bankfull Cross Sectional Area: .t -_____ MY2 2009 55.3 MY3 2010 45.9 EEEEEEEE As -built Feb 2008 Year I - Sept 2008 Year 2 - Sept 2009 Year 3 - Sept 2010 Year 4 - Sept 2011 Year 5 - Sept 2012 Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature 0.0 596.69 0.0 596.71 0.0 596.71 == 0.0 596.71 = 0.4 596.71 __E_ =:::__E 36.4 593.89 = = 19.2 594.77 bkf 17.5 595.18 ..t 9.7 595.68 0.5 596.21 EEE_EEElal==5 39.7 592.97 36.4 594.71 =E 30.8 595.15 17.5 595.26 14.6 595.77 = = ==�= 42.6 590.72 tw 46.7 591.16 tw 1 37.3 594.37 eE- 24.2 595.26 :E 17.0 595.40 52.0 591.87 59.3 594.91 39.5 593.27 LEW 29.7 595.33 32.3 595.06 �.E EE 54.9 592.82 -.� 65.9 595.77 41.9 591.63 = 33.1 594.77 bkf 34.3 594.77 bkf _ 59.2 594.77 bkf 80.4 599.76 44.6 590.74 •EE' 35.6 594.51 39.1 594.04 80.6 599.62 aMMa== 102.0 600.11 46.0 590.59 37.5 594.44 40.3 593.99 102.0 600.04 50.8 591.17 38A 593.90 1 41.0 593.11 LEW EEEEEEEEEESEEEEE 53.2 591.69 39.0 593.44 42.6 592.02 E =E =a==: 54.4 593.17 REW 39.7 593.12 45.3 591.32 54.9 593.61 40.3 592.70 LEW 48.3 591.33 57.1 594.77 bkf 42.2 592.54 51.0 591.65 63.6 595.51 42.4 592.35 53.4 592.26 . ......... .. 68.1 596.64 43.5 591.92 1 54.5 593.04 REW � ___= 79.3 599.79 E3EEE: 46.4 591.84 G;:==�E_ 55.2 594.27 === E- __________E- 102.0 600.25 49.4 591.91 59.1 594.77 bkf 52.2 592.22 62.0 595.14 54.3 592.16 67.4 596.27 ° 55.5 592.70 REW 76.5 599.03 =EEE?EEEE = =EEEEEEa. EEMEEE 55.7 593.16 1 78.5 599.39 =53 HIM.= = EEEE'EEE�EEEE 55.8 593.59 81.0 599.67 = = = =� =�E� ;e= =__-- 56.6 594.41 87.0 599.80 _ ..Es ...C.p� 0�l.111 1 57.6 594.90 EEE === == aa=EEEEEEEE =.. _ 60.3 595.04 EEE �....E........�.... __O: O 63.0 595.49 E EE 67.3 596.29 As -built E_ 70.6 597.17 - . 74.4 598.44 .E E =E E EE = = ., ° 79.1 599.73 -= - _-=- -_ _- =- - -_m - - - 88.4 599.80 -- . - - - -= 101.9 600.21 =E.... = Bankfull Cross Sectional Area: .t -_____ MY2 2009 55.3 MY3 2010 45.9 EEEEEEEE - ____'___ 39.3 23.1 243 • ____ 4.1 3.6 -__ 2 91 _= -• _ _= -_____- = =g= = _ = =E = =E EEE= == =5 =0: = = = =- __E_ =:::__E = = = =E gEEEEE ..t EE===== ...... EEE_EEElal==5 i ............. =E = = =E = =EEEEEEE =EEE = = = =_E_ = = ==�= __E_ =E _.:_ - eE- :E =E: E °EE =sE �.E EE -.� =��:9�: = =:231=_.6_EEEEEE _ =: •EE' aMMa== -'-_°- p = = =EEri•'-• EEEEEEEEEESEEEEE = a:EEE.'=- E =E =a==: E .=EEEE -___:_= . ......... .. � ___= E= E= E3EEE: G;:==�E_ === E- __________E- _____� -_: -E -.___ ° =EEE?EEEE = =EEEEEEa. EEMEEE =C== '_:=. =53 HIM.= = EEEE'EEE�EEEE - = = = = =� =�E� ;e= =__-- .�__.._..... = _ ..Es ...C.p� 0�l.111 1 . =.ECCE..CCEE.E=.E_G.:. EEE === == aa=EEEEEEEE =.. _ EEE �....E........�.... __O: O __=N E EE As -built E_ - . . .E E =E E EE = = ., ° E -= - _-=- -_ _- =- - -_m - - - -- . - - - -= -= =E.... = =_ 010E !E _ :E - EEEE= =E- EEE_E = `=E==E= = = =E.E.E.E.E. :EEE.E.E.E.E r�= EE= = O= E=:.-_-= v: = _ = = E==== =EE ==E=' : J=EE= ::= °= °_ = � °- EEE: EEE =EE E_E_ EEE_ = E E CEE = _ m3= = _0: "= - �='D_ _ :'EEsaisomaiia = E. == _______. __ E EEEEEEE; _______ __ _ ., - - -- EEEEE = p _ _= E E'm= : = =iE= �_ EEEEEEEEEEEE�E �■ EEEE ■� E ® =� = ®■E :� = =u■E = :EEEEEEEEEEE= . =■ = =EEEE■ E EEEEE■ == ®.�..�..... ��.� of t .� , 1 :� •1 •, 11 1 1 1 1 1 Bankfull Cross Sectional Area: wilt 61.8 MYl 2008 412 MY2 2009 55.3 MY3 2010 45.9 MY4 2011 MY5 2012 45.5 Bankfull Width: 34.2 39.3 23.1 243 24.8 Bankfull Max Depth: 4.1 3.6 4.2 2 91 3.5 BKF ELEV: 594.77' 7BKFEILEV: Cross Sectional Area: 69.5 55.7 83.7 82.9 81.3 Width: 29.6 28.1 73.1 70.8 67.4 Max Depth: 4.3 4.2 4.6 4.6 4.6 600.58' As -built Feb 2008 Year 1 - Sept 2008 Year 2 - Sept 2009 Year 3 - Sept 2010 Year 4 - Sept 2011 Year 5 - Sept 2012 Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature 0.0 600.56 0.0 600.56 0.0 600.56 0.0 600.56 0.0 600.56 22.6 600.89 23.1 600.94 9.2 600.42 13.4 600.37 4.9 600.26 36.1 596.67 33.0 598.04 22.5 600.58 bkf 23.1 600.73 13.4 600.27 38.0 596.29 tw 38.4 596.43 tw 26.7 599.84 1 26.9 599.75 23.5 600.58 bkf 40.2 596.29 52.6 601.02 29.3 598.79 28.4 599.12 25.3 600.09 42.4 596.59 63.2 600.58 bkf 34.2 597.03 30.5 598.39 27.0 599.70 51.7 600.58 bkf 85.0 601.43 35.3 596.96 32.9 597.55 28.3 599.00 83.4 601.39 36.5 596.39 LEW 34.2 596.92 30.5 598.34 84.7 601.53 39.8 595.95 35.9 596.72 1 32.5 597.79 43.2 596.61 36.5 596.44 LEW 33.6 597.88 44.2 597.10 38.0 596.32 34.2 596.84 45.3 597.62 39.9 595.98 35.5 596.77 46.6 597.76 40.8 596.39 R 36.0 596.46 LEW 48.5 599.13 42.6 596.57 37.2 596.20 50.7 600.35 1 43.5 596.56 1 38.5 596.04 58.6 599.95 44.3 597.30 40.0 595.96 68.4 600.21 45.7 597.71 41.0 596.47 REW 83.5 601.41 47.9 598.47 43.7 596.64 48.9 599.63 44.5 597.39 52.8 600.58 bkf 46.6 597.80 58.3 600.13 49.7 599.92 64.0 599.95 52.4 600.41 72.2 600.26 57.1 600.18 84.0 601.44 67.4 600.58 bkf 80.6 601.14 83.82 1 601.49 602 - 1- 600 -. I i IL I - 599 r _ r r - - _ 1 l 1 ( j - I - 597 - -1 Xlo`� 7,; 1 - ' As-built Fe� Year 1- Sept 2008 596 I I tI - { � I i i ri � Year 2 - Sept Year 3 -Sept 2009 2010 595 ��- }! � � ! ! ' l j --[i Year 4 - July 2011 - - -- Bankfull 0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0 55.0 60.0 65.0 70.0 75.0 80.0 85.0 90.0 7BKFEILEV: Cross Sectional Area: 69.5 55.7 83.7 82.9 81.3 Width: 29.6 28.1 73.1 70.8 67.4 Max Depth: 4.3 4.2 4.6 4.6 4.6 600.58' As -built MYl 2008 MY2 2009 MY3 2010 MY4 2011 MY5 2012 Bankfull Cross Sectional Area: As -built Feb 2008 Year 1 - Sept 2008 Year 2 - Sept 2009 Year 3 - Sept 2010 Year 4 - Sept 2011 Year 5 - Sept 2012 Station Elevation Feature Station Elevation Feature Station 4.7 Elevation Feature Station Elevation Feature Station Elevation Feature Station Elevation Feature 3.0 600.76 2.5 600.63 0.0 600.60 3.0 600.60 3.2 600.60 27.6 600.94 17.4 600.61 11.6 600.78 15.3 600.60 3.6 600.53 37.9 597.22 24.9 600.92 1,4 24.5 600.93 22.2 600.93 21.0 600.62 40.1 596.40 41.9 596.08 31.5 599.39 28.4 600.02 26.8 600.92 bkf 42.6 595.86 tw 57.2 600.51 35.4 598.69 31.8 599.30 30.8 599.55 44.6 597.05 62.3 599.90 36.0 598.18 35.1 598.10 35.1 598.25 55.4 600.92 bkf 73.5 600.40 39.3 597.44 37.2 597.60 35.7 597.66 88.1 601.50 86.3 601.50 40.5 597.02 LEW 38.0 597.50 36.3 597.62 42.2 596.62 38.7 597.00 LEW 37.9 597.02 LEW 42.6 596.43 39.5 596.60 38.5 1 596.60 43.0 596.00 41.8 596.60 40.8 596.13 44.6 597.02 REW 42.0 596.30 42.3 595.85 47.0 597.43 44.3 596.20 44.8 596.40 48.9 597.69 45.6 596.60 45.9 597.09 REW 51.9 598.80 46.3 597.10 REW 46.8 598.07 52.4 600.02 46.6 597.20 1 48.3 598.16 54.0 600.26 47.8 597.90 50.3 599.37 57.1 600.92 bkf 48.9 598.50 54.6 600.62 60.4 600.39 50.8 599.90 63.6 600.52 70.6 600.65 1 52.0 600.60 74.6 600.92 bkf 84.9 601.50 55.3 600.80 82.0 601.17 61.9 600.50 1 88.7 601.75 70.2 600.30 79.8 600.92 bkf 88.1 1 601.50 601 T TI1 i � j 600 599 1 ft j - 1 i I As -built Feb 2008 I Year 1- Sept 2008 1 597 t I } Year 2 - Sept 2009 Year 3- Sept 2010 596 j � ' j 1 t � i i i i f ! i � � ; f , � � I � � i j -I --w- Year 4- July 2011 - - -- Bankfull 595 5.0 40.0 4 .0 50.0 55.0 60.0 65.0 70.0 75.0 80.0 85.0 90.0 95.0 0.0 5.0 10.0 15.0 20.0 25.0 30.0 3 5 As -built MYl 2008 MY2 2009 MY3 2010 MY4 2011 MY5 2012 Bankfull Cross Sectional Area: 69.8 95.2 78.4 86.7 78.7 Bankfull Width: 27.7 54.7 50.6 76.5 47.8 Bankfull Max Depth: 5.1 4.8 4.9 4.7 5.1 BKF ELEV: 600.92' 0 0 Ln I 0 Lnm I , N i M r I I I I i I I I I i i , , i O i I i O i O I I I , M I i Ar O L/1 i , n I N 1 I I d O i O to i I C N O � , a v I 0 N N – — -- W a ' ca O N 0 0 I LA X N L-- I I o I � LL CU rn O 0 Lri r-i }r I I � 0 Ln N a-•I a00i a°0i � v 3 3 3 3 �+ ti I � � I I � Lei O O C C d , • 1 � I I I I I _— —. I __ 0 °o , , N I ri i I i I • 0 Ln vii � ' �---•— -- - - -- - - .... -- 7 d � � � a? �^ ca a�i 0) 0) O Ln co O Ln N O Ln Ln Ln Ln w Ln Ln Ln Ln LL d d a+ a00i a°0i � v 3 3 3 3 �+ ti I � � O O C C • 1 � I I I I I _— —. I __ , , I ; i I (XS -2) Stricker Pebble Count Data Riffle Pebble Count Year Year Year Year 2008 2009 2010 2011 D16 0 0.062 0 1 0 0 t /clay ine sand ine sand [7very um sand coarse sand very coarse sand 0.062 0.13 0 0 3 0 0.13 0.25 0 0 4 0 0.25 0.5 1 0 3 0 0.5 1 4 14 5 3 1 2 2 0 6 13 very fine gravel fine gravel fine gravel medium gravel medium gravel coarse gravel coarse gravel very coarse gravel very coarse gravel 2 4 9 0 26 21 4 6 16 11 25 22 6 8 11 14 7 3 8 11 11 14 10 14 11 16 19 24 4 2 16 22 15 14 7 5 22 32 11 11 8 9 32 45 3 8 4 1 45 64 0 1 8 6 small cobble medium cobble large cobble very large cobble 64 90 0 1 2 0 90 128 1 0 0 1 128 180 0 0 0 0 180 256 0 0 0 0 small boulder small boulder medium boulder large boulder very large boulder 256 362 0 0 0 0 362 512 0 0 0 0 512 1024 0 0 0 0 1024 2048 0 0 0 0 2048 4096 0 0 0 0 bedrockil 1 0 0 0 0 Total Particle Count: 1 103 1 113 1221 100 Year -0 C cN 6 c w > Size percent less than (mm) v C ca v C cN a sn ca o Percent by substrate type W > a, ,��— �, ; W > O N ��— W > a, N •��— D16 D35 D50 D84 D95 silt /clay sand gravel cobble boulder bedrock 2008 4 7 10 21 31 0% 7% 92% 1% 0% 0% 2009 4 8 11 24 39 1% 12% 86% 1% 0% 0% 2010 2 4 5 25 53 0% 17% 81% 2% 0% 0% 2011 2 4 6 24 51 0% 16% 83% 1% 0% 0% 2012 30 25 20 15 10 5 0 > (6 -0 C cN 6 c w > v C ca C v C ca v C cN a sn ca o v C ca to ca o ` W > a, ,��— �, ; W > O N ��— W > a, N •��— W > v, C � a°i C C W > v, C a�i C C W > a, o W > N o> W L 0 aii W L a�i > _W O _ W W -Q O W Z O °� W :E O °� 2 L L 0 CU E L 0 M E L 0 E L 0 rn cu A♦ a > Y O > > ■ 2008 ■ 2009 112010 ■ 2011 (XS -3) Mr Peblount Dat Riffle Pebble Count silt /clay 0 0.062 Year Year Year 2008 0 2009 0 2010 0 2011 0 very fine sand fine sand medium sand coarse sand very coarse sand 0.062 0.13 0 0 0 0 0.13 0.25 0 2 0 0 0.25 0.5 7 2 2 1 0.5 1 12 9 9 6 1 2 10 0 12 16 very fine gravel fine gravel fine gravel medium gravel medium gravel coarse gravel coarse gravel very coarse gravel very coarse gravel 2 4 8 4 11 4 4 6 7 17 11 13 6 8 6 11 7 11 8 11 7 19 14 6 11 16 9 11 9 2 16 22 5 11 15 21 22 32 5 6 5 3 32 45 4 0 2 7 45 64 3 0 1 1 small cobble medium cobble large cobble very large cobble 64 90 10 3 3 3 90 128 4 2 2 0 128 180 6 4 2 3 180 256 2 0 2 3 small boulder small boulder medium boulder large boulder very large boulder 256 362 1 1 0 0 362 512 0 0 0 0 512 1024 0 0 0 0 1024 2048 0 0 0 0 2048 4096 0 0 0 0 bedrock 0 0 0 0 Total Particle Count: 106 102 107 100 Year Size percent less than (mm) Percent by substrate type D16 D35 D50 D84 D95 silt /clay sand gravel cobble boulder bedrock 2008 1 4 9 79 160 0% 27% 51% 21% 1% 0% 2009 4 6 9 22 130 0% 13% 77% 9% 1% 0% 2010 1 5 8 22 100 0% 21% 70% 8% 0% 0% 2011 0 5 8 34 145 0% 23% 68% 9% 0% 0% 2012 25 20 15 10 5 a _0 -a _0 -0 a) a) a) a) a) a) Q) a) a) a) a) a) a) L L L L C C C C c > > > > > > > :E :E f .Q Cf O cn cn v� En cLa ca ca cLa o 0 0 0 0 0 _0 a) a� 0 0 rn on 0) m 0) 0) m 0 0 0 0 0 0 0 0 0 0 >, m c c U) E E m °� — 2008 ■ 2009 02010 ■2011 (XS -5) Stricker Pebble Count Data F Year Year Year Year Riffle Pebble Count silt /clay 0 0.062 2008 0 2009 1 2010 0 2011 0 very fine sand fine sand medium sand coarse sand very coarse sand 0.062 0.13 0 0 1 0 0.13 0.25 0 0 1 0 0.25 0.5 0 1 12 6 0.5 1 0 15 10 17 1 2 6 0 12 19 very fine gravel fine gravel fine gravel medium gravel medium gravel coarse gravel coarse gravel very coarse gravel very coarse gravel 2 4 0 0 11 5 4 6 2 14 23 13 6 8 3 9 2 2 8 11 5 11 8 6 11 16 6 10 7 4 16 22 12 5 8 12 22 32 12 5 4 1 32 45 23 6 1 0 45 64 13 9 3 3 small cobble medium cobble large cobble very large cobble 64 90 12 10 0 4 90 128 4 5 0 6 128 180 3 4 1 1 180 256 0 3 5 1 small boulder small boulder medium boulder large boulderl very large boulderl 256 362 0 2 2 0 362 512 0 0 0 0 512 1024 0 0 0 0 1024 2048 0 0 0 0 2048 4096 0 0 0 0 bedrockli 0 0 0 0 Total Particle Count: 101 110 111 100 Year Size percent less than (mm) Percent by substrate type D16 D35 D50 D84 D95 silt /clay sand gravel cobble boulder bedrock 2008 11 23 34 69 110 0% 6% 75% 19% 0% 0% 2009 1 7 12 81 100 1% 15% 61% 21% 2% 0% 2010 1 2 5 21 200 0% 32% 60% 5% 2% 0% 2011 0 2 4 23 109 0% 42% 45% 12% 0% 0% 2012 25 20 15 10 5 >, -0 -0 -0 -0 -0 m Z Z m m m Z w w m 0 W W Lm Lm m `m m -�c c� c C C C C > > > > > > > :E Z :E :E a 0 M M M of M M M M M M M cB -0 -0 _a -0 0 N N N N N 0) 0) 0) 0) 0) 0) 0) O O O O O O 0 0 0 0 >, C C (n fn N N N 0 N — -0 -0 -0 -0 L -0 4-- D _ L L C c C 1= 1= (n (n �' Z' 1= a� d —_ E m > 0 0 � � L- 7 0 L L 0 0 0 m � RS � N O O N N 0 0 > > 0 E E ' flS 02008 ■ 2009 ❑ 2010 ■ 2011 CaI�Kimley -Horn and Associates. Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA ]ob No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 1 of 13 Photo No. 1 Photo No. 2 fix. W 1 Remarks: Photo Point 1 Remarks: Photo Point 2 Photo No. 3 Photo No. 4 1 Remarks: Photo Point 3 - Veg. Plot 6 Remarks: Photo Point 4 ��Kimley -Han and Associates Inc 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 2 of 13 • • Photo No. 8 i t v rr q '1 Photo Point 5 •• •• Photo No. 7 Photo No. 8 i t v `lt, - . _�, t?e' it f ... E -. .� I1'� Fes'• •, 4 Remarks: Photo Point 7 Remarks: Photo Point 8 - Veg. Plot 5 /��Klmley -Horn and Assoaate& ft- 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet rr `a No. KHA )ob No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 3 of 13 PPI Kimley -Horn Intl Azsoclatea InG 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 4 of 13 • • • No. 13 • • • Photo No. 16 - r Ii y. • • '• • • Point Photo No. 15 Photo No. 16 - �: r .. ,._t - V+ Remarks: Photo Point 15-Veg. Plot 4 Remarks: Photo Point 16 o^ KIrT4 Horn � , and Associates lnc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 5 of 13 Photo No. 17 Photo No. 18 "i Remarks: Photo Point 19 - Veg. Plot 3 v 1• y r fi it Remarks: Photo Point 17 Remarks: Photo Point 18 Photo No. 19 Photo No. 20 Remarks: Photo Point 19 - Veg. Plot 3 Remarks: Photo Point 20 C n KlmNy -Han and Acsockdas Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Jab No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 6 Of 13 pp-�n Klmley -Horn and Associates Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet ,Photo No. 25 Photo No. 26 _ r r���oto Point 25 Remarks: Photo Point 26 z f KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 7 Of 13 IPhoto No. 27 • • • LL r • • '• int 27 Remarks: Photo Point Kimley -Horn \ PPI On ana assxiaros inc 2000 South Blvd. Suibe 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 8 of 13 • • • • • • 1 P. '�/7 � 'f Zvi• � � %r %is .- ♦�i`n T 7UJ/ *.w WL" Re arks: Photo Point 29 a � Kirnlsy -Han � anU ALSOCiataS. Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 9 Of 13 'Photo No. 33 r • �iyL %; , 4:. It Remarks: Photo Point 33 Remarks: Photo Point 34 /tinKimley Man and AtrACiate6, Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA ]ob No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 10 of 13 Photo No. 39 Photo No. 40 FS Remarks: Photo Point 39 Remarks: Photo Point 40 and and A -Horn \ � Associates, Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Strickler Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 016336004 KHA Rep.: AJD Date: June 7, 2011 Page: 11 Of 13 • • • • • No. 1 x. Y Ar � � Mme. • _.• t•y i{' _ .••• Point 44 Kimley -Horn and Associates, Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Strickler Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 12 of 13 Photo No. 47 Photo No. 48 t . Remarks: Photo Point 47 Remarks: Photo Point 48 ZFJKimtey -Horn and Assoaates, Inc. 2000 South Blvd. Suite 440 Charlotte, NC 28203 Stricker Ranch Monitoring Year 4 Photograph Sheet KHA Job No.: 018336004 KHA Rep.: AJD Date: June 7, 2011 Page: 13 of 13 Photo No. 51 Photo No. 52 Remarks: Remarks: Bankfull Events Log 2.9 inches of rain fell from 1/24/2010 to 1/25/2010 2.19 inches of rain were recorded on 2/5/2010, the most likely event to trigger the CSG prior to this inspection. 1.72 inches of rain from 3/28 to 3/29/2010 was the largest event recorded prior to this inspection. Rack lines and high water mark debris are easily observed throughout the site. USGS 352310080424845 CRN -51 RAINGAGE AT CONCORD REGIONAL AIRPORT DATE Jan 2010 Feb 2010 Mar 2010 Apr 2010 May 2010 Jun 2010 Jul 2010 Aug 2010 Sep 2010 Oct 2010 Nov 2010 Dec 2010 Jan 2011 Feb 2011 Mar 2011 Apr 2011 May 2011 Jun 2011 Jul 2011 1 OOOP — OOOP OOOP 1 OOOP 044P OOOP 001 P OOOP 000A 0 00 A 086A 029A 022A 0 00 A OOOP OOOP OOOP 000 2 OOOP — 030P OOOP OOOP 004P OOOP OOOP OOOP 0 00 A 000A OOOA 008A 042A 000A OOOP OOOP OOOP OOOP 3 OOOP — OOOP OOOP 018P 1 OOOP OOOP OOOP 001P 000A 0 O1A OOOA 000A 002A 000A I OOOP 050P 002P OOOP 4 OOOP 005P OOOP OOOP OOOP OOOP OOOP OOOP OOOP 000A 0 51 A 006A 000A 0 89 A 000A OOOP 051P OOOP 008P 5 OOOP 219P OOOP OOOP OOOP OOOP OOOP 068P OOOP 000A 004A 000A 004A 0 93 A 005A 061 P OOOP OOOP 001 P 6 OOOP 001P OOOP OOOP OOOP 015P OOOP OOOP OOOP 000A OOOA 0 0 1 A 0 04 A 0 00 A 101A 000P OOOP 000P 102P 7 OOOP OOOP OOOP — OOOP 001 P OOOP 001 P OOOP 000A 000A 000A 002A 000A 0 00 A 001 P OOOP OOOP 005P 8 001 P OOOP OOOP -- OOOP OOOP OOOP OOOP OOOP 0 00 A 0 00 A 000A 000A 0 00 A 000A OOOP OOOP OOOP 1 53P 9 OOOP 004P OOOP OOOP OOOP OOOP 083P OOOP OOOP 0 00 A 0 00 A 0 00 A -- 0 00 A 085A 059P OOOP OOOP 002P 10 OOOP 002P 005P OOOP OOOP 012P OOOP OOOP OOOP 0 00 A 0 00 A OOOA — 0 00 A 024A OOOP 003P OOOP 11 OOOP OOOP 011 P OOOP 012P OOOP OOOP OOOP 006P 000A OOOA 000A — 000A 000A 0 00 P 120P 028P 12 OOOP 020eP 1 Ol P OOOP OOOP OOOP 1 53P OOOP OOOP 000A OOOA 0 29 A 000A 000A 000A 004P OOOP 058P 13 OOOP 0028P 013P OOOP OOOP 017P 034P OOOP OOOP 000A 000A 000A 000A 000A 000A 001 P 007P OOOP 14 OOOP OOOP 002P OOOP OOOP 007P OOOP 007P OOOP 009A 000A 000A 000A 000A 000A OOOP 022P OOOP 15 OOOP 014P OOOP OOOP 017P 015P OOOP 016P OOOP 000A 000A 001A 000A 000A 009A OOOP 008P 005P 16 030P OOOP OOOP OOOP 064P OOOP 012P OOOP OOOP 000A 003A 013A 000A 000A 000A 112P 022P 003P 17 123P OOOP OOOP OOOP 157P OOOP 071P OOOP OOOP 0 00 A 000A 001A 001A 001A 000A 000P 091P 0 00 P 18 OOOP OOOP OOOP OOOP 003P 0 00 P 001 P 005P OOOP 000A 000A 003A 003A 000A 000A OOOP OOOP 016P 19 OOOP OOOP OOOP OOOP 011 P OOOP OOOP 515P OOOP 000A 000A 000A 000A 000A 000A OOOP OOOP OOOP 20 OOOP OOOP OOOP 013P OOOP OOOP OOOP OOOP OOOP 012A 0 00 A 001 A 000A 000A 000A OOOP 001 P 001 P 21 047P OOOP 024P 004P 014P OOOP OOOP OOOP OOOP 001 A 0 00 A 000A 0 00 A 0 00 A 0 00 A OOOP OOOP 024P 22 001 P 042P 016P OOOP 001 P OOOP OOOP OOOP OOOP 0 00 A 0 00 A 000A 0 00 A 000A 000A 031 P OOOP 031 P 23 1 OOOP OOOP OOOP OOOP OOOP 001 P OOOP OOOP OOOP 0 00 A 003A 000A 000A 000A 000A 002P 0 00 P 001 P 24 215P 017P OOOP 019P 014P 021P OOOP 002P OOOP 0 00 A 001A OOOA 0 00 A 000A 017A OOOP OOOP OOOP 25 075P 002P OOOP 043P OOOP OOOP OOOP 003P 003P 043A 003A - -- 003A 004A 000A OOOP OOOP OOOP 26 OOOP OOOP OOOP OOOP OOOP OOOP OOOP OOOP 074P 008A 010A - -- 041A 000A 057A OOOP 002P 0 00 P 27 OOOP OOOP OOOP 059P OOOP OOOP 024P OOOP 066P 032A 000A 000A 000A 000A 0 11 A OOOP 058P OOOP 28 OOOP OOOP 127P OOOP 110P OOOP 024P OOOP 022P 000A 000A 000A 000A 087A 015A 013P OOOP 100P 29 — 045P OOOP 002P 001 P OOOP OOOP 000A 000A OOOA 000A 000A OOOP OOOP 002P 30 -- OOOP OOOP OOOP 069P OOOP OOOP 000A 027A OOOA OOOA 108A OOOP OOOP OOOP 31 -- 0 00 P 125P OOOP OOOP 000A OOOA OOOA 003A OOOP COUNT 28 25 31 28 31 30 31 31 28 31 30 29 28 28 31 30 31 30 9 MAX 216 219 1 27 0 59 157 069 153 515 074 043 0 51 086 041 093 108 1 12 12 1 153 MIN 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Explanation Provisional data P subject to revision Value has been e estimated USGS 352310080424845 CRN 51 RAINGAGE AT CONCORD REGIONAL AIRPORT X0 0 0 WOMEN �W W -NIN WINEEINEENIN WINEEINENNIN eM m w W SE ® � INEEINEENIE m- WINEEINEENIN WINNEINEENIN NE NO W WINEEINNEEIN WINEEINEENIN NO S eNE eW SE N NO _� WINEEINEENIN WINEEINEENIN � NO �� WOMEN �W W -NIN WINEEINEENIN WINEEINENNIN eM m w W SE ® � INEEINEENIE m- WINEEINEENIN WINNEINEENIN NE NO W WINEEINNEEIN WINEEINEENIN NO S eNE eW SE N NO _� WINEEINEENIN WINEEINEENIN � NO �� �aa�����m�mm