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04

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08

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412000m.E

5496

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5496

000m

. N

98 98

00 00

02 02

04 0455

0600

0m. N

5506

000m

. N

124°24'0"W

124°24'0"W

124°12'0"W

124°12'0"W

49°3

6'0"

N

49°3

6'0"

N

49°4

2'0"

N

49°4

2'0"

N

092F.069092F.069

092F.069 092F.069

Sensitive ecosystems are fragile and/or rare, or are ecologically important because of the diversity of species they support.

Sensitive Ecosystems

Variant

1

Biogeoclimatic Zone

CWH xm Subzone Ecosection Unit GEL

CWHxm1 Biogeoclimatic Unit

Sensitive Ecosystems Inventory of the Sunshine Coast and Adjacent IslandsSensitive and TerrestrialEcosystems Labels

Map Symbols

Field sample point

Air photo centre

Flight line

Map Code Site Unit Name Map

Code Site Unit Name Map Code Site Unit Name

CDFmm CWHvm1 con't CWHdm CD* black cottonwood - red-osier dogwood AS amabilis fir - western red-cedar - salmonberry CD* black cottonwood - red-osier dogwood CS* western red-cedar - slough sedge SS* Sitka spruce - salmonberry CS* western red-cedar - slough sedge DA* Douglas-fir - lodgepole pine - arbutus CWHxm1 CW* black cottonwood - willow DG* Douglas-fir - grand fir - Oregon grape CD* black cottonwood - red-osier dogwood DC* Douglas-fir - lodgepole pine - Cladina DO* Douglas-fir - oniongrass CS* western red-cedar - slough sedge DF* Douglas-fir - sword fern DS* Douglas-fir - salal CW* black cottonwood - willow DS* Douglas-fir - western hemlock - salal EM* estuarine marsh DB dune grass - beach pea EM* estuarine marsh FC* fescue - camas DC* Douglas-fir - lodgepole pine - Cladina FC* fescue - camas FG* fescue - gumweed DF* Douglas-fir - sword fern FG* fescue - gumweed FO* red fescue - poverty oatgrass - Racomitrium DS* Douglas-fir - western hemlock - salal FO* red fescue - poverty oatgrass - Racomitrium HS hardhack - sedge swamp EM* estuarine marsh HD* western hemlock - western red-cedar - deer fern JM* juniper - hairy manzanita FC* fescue - common camas HM* western hemlock - flat moss LP* Labrador tea - bog laurel - peat moss bog FG* fescue - gumweed HS hardhack - sedge swamp LR western hemlock - lodgepole pine - Racomitrium FO* red fescue - poverty oatgrass - Racomitrium JM* juniper - hairy manzanita LS* lodgepole pine - Sphagnum bog HD* western hemlock - western red-cedar - deer fern LP Labrador tea - bog laurel - peat moss bog MS sweet gale - Sitka sedge fen HK* western hemlock - Douglas-fir - Eurhynchium LS lodgepole pine - Sphagnum NF northern wormwood - red fescue - gumweed HS hardhack - sedge swamp MS* sweet gale - Sitka sedge fen OR oceanspray - rose JM* juniper - hairy manzanita RB* western red-cedar - salmonberry RC* western red-cedar - skunk cabbage LP Labrador tea - bog laurel - peat moss bog RC* western red-cedar - Sitka spruce - skunk cabbage RF* western red-cedar - grand fir - foamflower LS lodgepole pine - Sphagnum RF* western red-cedar - foamflower RK* western red-cedar - Douglas-fir - Eurhynchium MS* sweet gale - Sitka sedge fen RS* western red-cedar - sword fern RP* western red-cedar - Indian-plum RB* western red-cedar - salmonberry SB* slender sedge - white beak-rush fen RS* western red-cedar - snowberry RC* western red-cedar - Sitka spruce - skunk cabbage SM sedge marsh RV* western red-cedar - vanilla-leaf RF* western red-cedar - foamflower SS* Sitka spruce - salmonberry SB* slender sedge - white beak-rush fen RS* western red-cedar - sword fern WP water shield - pond lily SM* sedge marsh RT* western red-cedar - black twinberry SS spirea - sedge wetland SB* slender sedge - white beak-rush fen Sparsely and Non-vegetated Units

WP* water shield - pond lily SM* sedge marsh CL cliff: steep vertical or overhanging rock face CWHvm1 SP* Sitka spruce - Pacific crab apple RI river

AB western hemlock - amabilis fir - blueberry SS* Sitka spruce - salmonberry CF cultivated field, subject to agricultural practices AD* amabilis fir - Sitka spruce - devil's club WG* white beak-rush - green sedge fen OC ocean AF amabilis fir - western red-cedar - foamflower WP* water shield - pond lily PI spit

* Indicates site unit is correlated to a red or blue listed natural plant community. See report for further details. Consult with the BC Conservation Data Centre (CDC) for changes in classification since printing. http://srmapps.gov.bc.ca/apps/eswp/

Table adapted from the Provincial Site Series and Mapcodes List (mapcodes_jan2003.xls) available at: http://srmwww.gov.bc.ca/ecology/tem/list.html

Terrestrial Ecosystem Map Codes and Site Unit Names

092F.059

092F.069

092F.049

092F.068

092F.058 092F.060

092F.070

092F.048

092F.079

092F.050

092F.078 092F.080

VANCOUVER ISLAND

BRITISHCOLUMBIA

Acknowledgements Environment Canada (Canadian Wildlife Service) and the B.C. Ministry of Sustainable Resource Management (MSRM) jointly managed this project. Major funding came from Environment Canada and MSRM as part of the Georgia Basin Ecosystem Initiative, BC Habitat Conservation Trust Fund, and the Sunshine Coast Regional District. The multi agency steering committee included the above agencies as well as B.C. Ministry of Water, Land and Air Protection (WLAP), Sechelt Indian Band, Sliammon First Nation, Powell River Regional District, Comox-Strathcona Regional District, Fisheries and Oceans Canada (DFO), and Terminal Forest Products Ltd.

Co-ordination and extension: Carmen Cadrin, Judith Cullington, Jan Kirkby, Jo-Anne Stacey and Peggy Ward.

Ecosystem Mappers: Carmen Cadrin, Corey Erwin, Bob Fuller, Claudia Schaefer, Shearwater Mapping Ltd. and Jo-Anne Stacey.

Digitizing and Cartography: Bon Lee of Baseline Geomatics Inc. and AXYS Environmental Consulting Ltd.

GIS support: Tim Brierley, Steve Moslin and Mike Wolowicz (MSRM).

Field Crews: Louise Blight, Carmen Cadrin, Corey Erwin, Deepa Spaeth Filatow, Moraia Grau, Edwin Hubert, Stephen Hureau, Marc Johnson, Anre McIntosh, Will MacKenzie, Claudia Schaefer, Jo-Anne Stacey and Leah Westereng.

$092F.069

UTM Projection Zone 10 NAD83, Contour Interval 20 metresMarch 2005

Scale: 1:20,000

200 0 200 400 600 800 1,000 metres

Structural Stage1

1 Sparse/bryoid Substages 1a Sparse 1b Bryoid 2 Herb Substages 2a Forb-dominated 2b Graminoid-dominated 2c Aquatic 2d Dwarf shrub 3 Shrub/Herb Substages 3a Low shrub; less than 2 m. tall 3 Tall shrub; 2 – 10 m. tall 4 Pole/Sapling Trees > 10 m. tall; typically densely stocked

5 Young Forest

Generally 40 – 80 years old depending on species and ecological conditions; forest canopy has begun to differentiate

6 Mature Forest Generally 80 – 250 years since last disturbance; understory becomes well developed as canopy opens up; shade tolerant trees established

7 Old Forest Generally over 250 years since last disturbance; structurally complex stands; Coarse woody debris (CWD) common.

1 In the assessment of structural stage, structural features and age criteria are considered together. Broadleaf stands will generally be younger than coniferous stands belonging to the same structural stage.

Abbreviated from Standard for Terrestrial Ecosystem Mapping in British Columbia (RIC 1998)

Biogeoclimatic UnitsCDFmmCWHxm1CWHdmCWHvm1

Coastal Douglas-fir Moist Maritime SubzoneCoastal Western Hemlock Eastern Very Dry Maritime VariantCoastal Western Hemlock Dry Maritime SubzoneCoastal Western Hemlock Submontane Very Wet Maritime Variant

GELSOG

OUFSPR

Georgia Lowlands EcosectionStrait of Georgia Ecosection

Outer Fiordland EcosectionSouthern Pacific Ranges Ecosection

Ecosections

Ecosystem Components

Some polygon labels will have class and subclass repeated up to three times. This is not an error; it reflects the variability in site units and structural stages occurring within a polygon. More than one site unit can be correlated to a SE class and subclass. Polygon labels on the map do not include the site units. The Sensitive and Terrestrial Ecosystem Labels on the left side of the map provide details about site units mapped in each polygon.

This cartographic product uses Dot Density to indicate where more than oneecosystem class is mapped in a polygon. The number of dots indicates theproportion of the polygon represented by the 2nd and 3rd ecosystem; the colourof the dots indicates the 2nd and 3rd ecosystem class.

The base colour represents the first ecosystem component.

Coloured dots overlaid upon the base colour indicate asecond ecosystem component.

Two colours of dots indicate a second and third ecosystem.

Terminal Forest Products Limited

Sensitive and Terrestrial Ecosystems Label

The example label above indicates the SEI and TEM attributesmapped for polygon 7838. The polygon occurs in the CoastalWestern Hemlock Eastern Very Dry Maritime variant; 80% of the polygon is RI:ff - Riparian: fluvial fringe (component 1 and 2). Of this80%, 60% is site unit Western red-cedar - salmonberry (RS), structural stage 5 and 20% is site unit Western red-cedar -foamflower (RF), structural stage 5. The remaining 20% of the polygon is WD:co - Woodland:conifer dominated, site unit Douglas-fir - lodgepole pine - Cladina (DC), structural stage 6.

7838 * CWHxm1

6RI:ff RS 5 2RI:ff RF5

2WD:co DC 6

* indicates a field sample was completed but was not mapped

Polygon Number

Biogeoclimatic Zone, Subzone & Variant

% of polygon (as decile)

Structural Stage Mapcode

SE Class

1st component

2nd component

3rd component

SE subclass

Polygon Boundary

Biogeoclimatic Boundary

Roads

20m contoursTRIM StreamsAdditional streams

Intermittent/Potential Stream Drainage Route

Study Area Boundary

BCC984145

( 106Ecosection Boundary

G153[

EnvironmentCanada

EnvironnementCanada

Conifer-dominated dry to moist forest types, structural stage 7 (see table), generally >250yrs.

Subclasses:

co (conifer dominated) – greater than 75% coniferous species

Dry open forests, generally between 10 and 30% tree cover, can be conifer dominated or mixed conifer and arbutus stands; because of open canopy, will include non-forested openings, often with shallow soils and bedrock outcroppings.

Subclasses: co (conifer dominated) – greater than 75% coniferous species

mx (mixed conifer and deciduous) – a minimum of 25% cover of either group is included in the total tree cover

Non-forested ecosystems (less than 10% tree cover), generally with shallow soils and often with bedrock outcroppings; includes large openings within forested areas, coastal headlands, shorelines vegetated with grasses and herbs, sometimes low shrubs, and moss and lichen communities on rock outcrops.

Subclasses:

hb (herbaceous) – central concept of the category, non-forested, less than 10% tree cover, generally shallow soils, often with exposed bedrock; predominantly a mix of grasses and forbs, also lichens and mosses

cs (coastal herbaceous) - as hb but influenced by proximity to ocean, windswept shoreline and slopes; > 20% vegetation, grasses and herbs, some rock outcrops, moss and lichen communities

vs (vegetated shoreline) - low-lying rocky shoreline, soil pockets in rock cracks and crevices; salt-tolerant vegetation, generally with < 20% vegetation cover

sp (spit) - finger-like extension of beach, comprised of sand or gravel deposited by longshore drifting; low to moderate cover of salt-tolerant grasses and herbs

du (dunes) - ridge or hill, or beach area created by windblown sand; may be more or less vegetated depending on depositional activity, beach dunes will have low cover of salt-tolerant grasses and herbs

sh (shrub component) - > 20 % of total vegetation cover is shrub cover, with grasses and herbs

Old Forest (OF):

Woodland (WD):

Herbaceous (HB):

Areas adjacent to water bodies (rivers, lakes, ocean, wetlands) which are influenced by factors such as erosion, sedimentation, flooding and/or subterranean irrigation due to proximity to the water body. Structural stages 1 – 7.

Subclasses:

fl (low bench floodplain) - flooded at least every other year for moderate periods of growing season; plant species adapted to extended flooding and abrasion, low or tall shrubs most common

fm (medium bench floodplain) - flooded every 1-6 years for short periods (10-25 days); deciduous or mixed forest dominated by species tolerant of flooding and periodic sedimentation, trees occur on elevated microsites

fh (high bench floodplain) - only periodically and briefly inundated by high waters, but lengthy subsurface flow in the rooting zone; typically conifer-dominated floodplains of larger coastal rivers

ff (fringe) - narrow linear communities along open water bodies (rivers, lakes and ponds) where there is no floodplain, irregular flooding

gu (gully riparian) - watercourse is within a steep sided V-shaped gully

ri (river) – watercourse is large enough to represent >10% of the polygon

Riparian (RI):

Usually conifer-dominated, occasionally deciduous, dry to moist forest types, structural stage 6, generally >80yrs; > 25 ha. or buffering sensitive ecosystems.

Subclasses:

co (conifer dominated) – greater than 75% coniferous species

mx (mixed conifer and deciduous) - a minimum of 25% cover of either group is included in the total tree cover

Annually flooded cultivated fields or hay fields; important migrating and wintering waterfowl habitat.

Mature Forests (MF):

Seasonally Flooded Agricultural Fields (FS):

Limited to areas of young forest dispersed among sensitive and other important ecosystems.

Young Forests (YF):

Areas that are saturated or inundated with water for long enough periods of time to develop vegetation and biological activity adapted to wet environments. This may result from flooding, fluctuating water tables, tidal influences or poor drainage conditions.

Subclasses:

bg (bog) – nutrient poor wetland, on organic soils (sphagnum peat), water source predominantly from precipitation; may be treed or shrub dominated

fn (fen) – nutrient medium wetland (sedge peat) where ground water inflow is the dominant water source, open water channels common; dominated by sedges, grasses and mosses

ms (marsh) – wetland with fluctuating water table, often with shallow surface water, usually organically enriched mineral soils; dominated by rushes, reeds, grasses and sedges

sp (swamp) – poor to very rich wetland on mineral soils or with an organic layer over mineral soil, with gently flowing or seasonally flooding water table; woody vegetation

sw (shallow water) – standing or flowing water less than 2 m. deep, transition between deep water bodies and other wetland ecosystems (i.e. bogs, swamps, fens, etc.); often with vegetation rooted below the water surface

wm (wet meadow) – periodically saturated but not inundated with water, organically enriched mineral soils; grasses, sedges, rushes and forbs dominate

Very steep slope, often exposed bedrock, may include steep sided sand bluffs; habitat for rare species.

Subclasses:

cc (coastal cliffs)

ic (inland cliffs)

Wetland (WN):

Cliffs (CL):

Other Important EcosystemsOther important ecosystems have high biodiversity values.

Other mapped ecosystems occur in mosaic with sensitive ecosystems and arenot possible to delineate separately at the mapping scale.

Other Mapped Ecosystems

What is a Sensitive Ecosystem?

For the purpose of this study, an ecosystem is considered to be a portion of the landscape with

relatively uniform dominant vegetation.

Sensitive ecosystems are those which are fragile and/or rare, or those ecosystems which are

ecologically important because of the diversity of species they support.

Rationale Ecologically significant lands and important wildlife habitats are fast disappearing throughout the lowlands surrounding the Strait of Georgia. Intense development pressures fuelled by population and economic growth have fragmented and degraded many terrestrial ecosystems. A high proportion of these ecosystems are now designated as “at risk”. Sensitive ecosystems typically have high biological diversity and are a vital part of the landscape. They provide ecosystem services for a healthy economy and for social well being. They regulate climate, clean water, generate and clean soils, recycle nutrients and pollinate our crops. To protect these areas, sensitive ecosystems must be located, identified and mapped. Along the Sunshine Coast the wave-beaten shorelines, coastal plains, rugged mountain slopes, fjords and estuaries contribute to high biodiversity values. Here one finds coastal temperate rainforests, dry shoreline woodlands, herbaceous meadows and rocky coastal bluffs, wetlands and riparian ecosystems.

Purpose The purpose of the Sensitive Ecosystems Inventory (SEI) of the Sunshine Coast is to identify, classify and map sensitive terrestrial ecosystems along the coastal lowlands (including the adjacent islands) from Howe Sound to Desolation Sound. The goal of the SEI is to encourage informed land-use decisions that will conserve sensitive ecosystems. The SEI on Vancouver Island and Gulf Islands (1993 – 1997) shows that this information can be used in a variety of land-use planning processes and can contribute to the conservation of many sites. Decision makers, consultants and non-government organizations have found the SEI to be an effective planning and management tool. SEI data provides site-specific ecological information that can be used to flag sites of conservation concern, to prompt detailed field studies prior to development projects, and to provide input to Forest Stewardship Plans.

MethodologyThe mapping methods are based on the Vancouver Island SEI project and the Resources Information Standards Committee (RISC) Standard for Terrestrial Ecosystem Mapping (TEM) in BC. Ecosystem categories include six Sensitive Ecosystem (SE) classes, two Important Ecosystem classes, and one Other Ecosystem class. The legend to the right of the map provides definitions. Ecosystem classes, subclasses, the corresponding Terrestrial Ecosystem site units and structural stages, and stream and drainage corridors not included in TRIM, are mapped. Field survey protocols followed Describing Terrestrial Ecosystems in the Field (RISC 1998) with the addition of a conservation evaluation form to document ecosystem condition and viability. Approximately 20% of the polygons were field checked.

Data Limitations The SEI is a tool to alert decision makers to the existence of sensitive ecosystems, however when land-use changes are proposed detailed site-level assessments are necessary. For sites not field checked, the accuracy of the data depends heavily on the professional judgement of the mapper and the availability of source data. Because the area is changing rapidly, reference to the date of the information source is advised. Aerial photographs used were flown between 1994 and 1999, most are at 1:10,000 scale, some at 1:16,000 scale. Due to the mapping scale, minimum polygon size is usually ½ hectare. Minimum riparian polygon width is 20 metres regardless of the stream channel width. Enlargement of the data beyond the source scale may result in unacceptable distortion and faulty registration with other data sets.

What can be done to protect sensitive ecosystems? Direct and indirect impacts to these ecosystems can be avoided by: • Retaining or creating vegetated buffers around sensitive

ecosystems to isolate them from outside disturbance; • Controlling land and water access to fragile ecosystems; • Controlling invasive species; • Allowing natural disturbances to occur; • Maintaining water quality.

If development must occur, develop carefully!

Conduct an ecological inventory to identify the existing flora and fauna and to locate any threatened or endangered plant and animal species, plant communities, and habitat features needing protection;

Plan and implement all development activities in a manner that will not adversely affect or disturb the sensitive ecosystem.

Consult a qualified professional to interpret the ecological inventory data and work to incorporate designs that maintain the functions and values of the natural ecosystem.

If you are:

A property owner: learn more about the natural values of your land, including the location of any sensitive ecosystems. Find out how to protect, maintain, and enhance those values. Consider using conservation covenants or other measures to ensure that the natural features you value are protected in perpetuity.

A developer: consider a design for your project that is creative and flexible enough to protect and enhance sensitive ecosystems. Treed lots and neighbourhood greenspaces can increase market values.

A planner: ensure that conservation is given as high a priority asother community programs such as housing, transportation, recreation, employment, public works, and community services. Encourage use of the many legal and planning tools available, such as development permit areas, tree protection by-laws, and conservation covenants to protect sensitive ecosystems.

A decision-maker (such as a politician or resource manager): ensure that protection of remaining sensitive ecosystems is a priority at all levels, and support programs, plans and operational activity that will help protect sensitive ecosystems. Encourage and facilitate the development and implementation of biodiversity conservation strategies.

A member of an advocacy group: contribute your time and expertise to help locate and protect sensitive ecosystems. For example, ratepayers’ groups, service organizations, naturalist clubs, land trusts, and conservancies often provide a link between local landowners and voluntary stewardship programs. As a member of one of these groups, you can work cooperatively with local governments to promote land use decisions that protect sensitive ecosystems.

A volunteer: participate in educational programs, conservation fundraising, or in programs to remove invasive species.

A scientist: use your expertise to help identify sensitive ecosystems, define issues that need to be addressed, formulate conservation plans, contribute to the development of conservation andmanagement strategies and explain to other professionals and decision makers the importance of sensitive ecosystems.

Polygon Label

SE subclass SE Class

20% of polygon (as decile)

2167 * 5 RI:ff 1st component 3 MF:co 2nd component 2 WN:sp 3rd component

* indicates a field sample was completed but was not mapped

Polygon Number

Old Forest

Wetland

Herbaceous

2066CWHxm1

5OF:co DC74HB:hb FO1b1MF:co DS6

2115CWHxm1

4OF:co HK74MF:co HK62OF:co DF7

2160CWHxm1

5WD:co DC45YF

2290CWHdm

6MF:co HM62WN:sp RC62MF:co DS6

2292CWHxm1

6WD:co DC53WD:co DC61HB:hb FO2b

2294CDFmm

6MF:co DG63WD:mx DA61HB:hb FO2b

2296CWHxm1

6WD:co DC53YF

1HB:hb FO2b

2302CWHdm

7WN:fn SB2b2WN:sp HS3a

1YF

2304CWHdm

7MF:co DS62YF

1WN:sp RC3

2305CWHdm

8RI:ff HM52RI:ff RF5

2308CWHxm1

8MF:co DS62MF:co HK6

2310CWHdm

6WD:co DC42YF

2HB:hb FO2b

2312CWHdm

5WN:fn SB2b5RI:ff HM5

2313CWHxm1

6MF:co DS62MF:co HK62WD:co DC6

2314CWHxm1


2320CWHdm

6WD:co DC43YF

1HB:hb FO2b

2321CWHxm1

6WD:co DC42HB:hb FO2b2WN:fn SB2b

2322CWHdm

5WD:co DC53YF

2HB:hb FO2b

2325CWHdm

6WN:sw WP3YF

1WN:fn MS3a

2331CWHdm

6MF:co HM62MF:co HD6

2YF

2333CWHdm

10WN:sw WP

2339CWHxm1

6RI:gu HK53RI:gu DS51RI:ff RF5

2340CWHdm

10MF:co HM6

2341CWHdm

6RI:ff HM62RI:ff HD6

2WN:sp RC5

2343CWHdm

5WD:co DS44YF

1HB:hb FO2b

2344CDFmm

9HB:cs FC1b1WD:co DA3b

2345CWHxm17RI:ff HK52RI:ff RF5

1WN:sp RC5

2349CDFmm

6WD:mx DA52HB:hb FO2b

2YF

2350CWHdm

9WN:fn SB2b1WN:sp RC4

2351CWHdm

7MF:co HM63MF:co DS6

2352CWHdm

5WD:co DC34YF

1WN:sp HS3a

2354CWHxm1

5WD:co DC53HB:hb FO2b2MF:co DS6

2356CWHdm


2RI:ff HM5

2361CWHdm

6WN:fn MS3a3WN:sw WP

1YF

2362CWHxm1

6WD:co DC54YF

2363CDFmm

8WD:mx DA32HB:sh JM3a

2364CWHxm1

8WD:co DC32HB:hb FO2b

2365CWHdm

8OF:co DS72OF:co DC7

2368CWHdm

6WN:sw WP2WN:fn SB2b2WN:sp RC4

2372CWHxm1

5WD:co DC53WD:co DC3

2YF

2373CDFmm

7RI:ff DS42RI:ff RF4

1WN:sp RC4

2374CWHdm


2YF

2375CWHxm1

10MF:co DS6

2376CDFmm

10HB:vs FG1b

2378CWHdm

5WD:co DC54YF

1HB:hb FO1b


2WN:sp RC3

2385CWHdm

6MF:co HM63YF

1WN:fn SB2b


2WN:sp RC5

2389CWHxm1

8MF:co DS62WD:co DC6

2391CWHdm

5WD:co DC44YF

1HB:hb FO2b

2392CDFmm

10HB:vs FG1b

2393CDFmm

8HB:cs FC1b2WD:co DA3b

2397CWHdm

10MF:co DS6

2399CWHxm1


2402CWHxm1

6WN:fn SB2b2WN:sp RC42WN:fn MS3a

2404CDFmm

6WD:co DA53HB:cs FC1b1MF:co DA6

2405CWHxm1

6WD:co DS63YF

1MF:co DS6

2409CWHdm

6WD:co DC33YF

1HB:hb FO2b

2410CWHdm

6WD:co DC43YF

1HB:hb FO2b

2411CWHdm

5WN:fn SB2b3WN:sw WP2WN:sp RC3

2412CWHdm

6WN:sw WP4WN:fn SB2b

2413CWHdm

8WN:fn SB2b2WN:sp HS3b

2415CWHdm


2416CDFmm

8RI:ff DS42RI:ff RF4

2418CWHdm


2YF

2419CWHxm1

4WD:co DC63WD:co DC43MF:co DS6

2420CWHdm

8WD:co DS32YF

2423CWHdm

10WN:fn SB2b

2427CWHdm

5WD:co DC43YF

2HB:hb FO1b

2429CWHxm1

7WD:co DC42HB:hb FO2b1WD:co DC6

2433CWHxm1

6WD:co DS33WD:co DC31HB:hb FO2b

2435CWHdm

10WN:fn SB2b

2436CWHxm1

6OF:co HK73MF:co RS61WN:sp RC5

2437CWHdm

5WD:co DC44YF

1HB:hb FO2b

2438CWHdm

6WD:co DC52HB:hb FO2b2WD:co DS5


2443CWHdm

8RI:ff HM32WN:sp HS3a

2448CWHxm1

7WD:co DC52YF

1HB:hb FO2b

2449CWHxm1


2450CWHxm1

10WN:fn SB2b

2452CWHdm

5WN:sw WP2c5WN:fn SB2b

2453CWHdm

6WN:fn SB2b3YF

1WN:sw WP

2455CWHdm

6WN:sp RC53RI:ff RS6

1WN:fn SB2b

2457CWHxm1

8MF:co HK62RI:ff HK6

2462CWHdm

7WN:fn SB2b3WN:fn MS3a

2463CWHxm1

6WD:co DC52OF:co DC72MF:co DS6

2464CWHdm


3YF

2465CWHxm17RI:ff HK42RI:ff HK51RI:ff RF4

2467CWHdm

7RI:ff HM62WN:fn SB2b

1RI:ff RF5

2468CWHdm


2471CWHxm1


2472CWHdm

6MF:co DS64MF:co HM6

2473CWHxm1


2476CWHxm1

6OF:co DC72WD:co DC52HB:hb FO2b

2481CWHxm15RI:ff HK53RI:ff RF52RI:ff RF6

2482CWHdm

10WN:fn SB2b

2484CWHxm1

6WD:co DC32YF

2WD:co DC5

2487CWHdm

8MF:co HM62RI:ff HM6

2489CWHxm1

6MF:co HK64MF:co DS6


2WN:sp RC5

2491CWHxm1

6WD:co DC53YF

1HB:hb FO2b

2492CWHdm

10WN:sw WP

2493CWHdm

5WN:fn SB2b5YF

2494CWHdm

6WD:co DC44YF

2495CWHxm1

6WD:co DC63MF:co DS61HB:hb FO2b

2496CWHdm

5WN:sp RC53YF

2WN:fn SB2b

2497CWHdm

10WN:fn SB2b

2499CWHxm1

4WD:co DC44YF

2MF:co DS6

2500CWHdm

5WD:co DC44YF

1HB:hb FO2b

2505CWHdm

4HB:hb FO2b4WD:co DC52WD:co DC4

2506CWHdm

8RI:ff RS52RI:ff RF5

2509CWHxm1

7WD:co DS33WD:co DC3

2510CWHdm

5WD:co DS33YF

2WD:co DC3

2511CWHxm1


2512CWHxm1

8WN:sp RC52WN:fn SB2b

2517CWHdm

9RI:gu DS51RI:gu HM5

2520CWHdm

10WN:fn MS3a

2521CWHdm

10WN:fn SB2b

2522CWHdm


2YF

2523CWHdm

10WN:sw WP2c

2524CWHdm

10WN:fn SB2b

2525CDFmm

6WN:fn SB2b2WN:sp RC32WN:sp RC5

2530CWHxm1

8HB:hb FO2b2WD:co DC3

2531CWHxm1

8RI:gu HK52RI:gu RS5

2533CWHxm1

7WN:sp RC33YF

2538CWHdm

8RI:gu DS51RI:gu HM5

1WN:fn SB2b

2539CWHxm1

10MF:co HK6

2541CWHdm



2544CWHxm1


2545CWHxm1

8WN:sp RC52WN:sp HS3b

2549CWHxm1

8MF:co DS62YF

2552CWHxm1


2YF

2554CWHxm1

6WN:fn MS3a3YF

1WN:fn SB2b

2558CWHdm

8RI:gu DS42RI:ff HM4

2559CWHdm

6MF:co HM64MF:co DS6

2561CWHxm1

4WN:sp HS34RI:gu HK42RI:gu HK5

2562CWHdm

5WD:co DC43YF

2HB:hb FO2b

2564CWHdm

7WD:co DS42YF

1HB:hb FO2b

2570CWHxm1

4WD:co DC44MF:co DS6

2YF

2574CWHdm

5WN:fn SB2b5WN:sw WP

2575CWHdm

9WD:co DS41HB:hb FO2b

2576CWHxm1

4RI:gu HK64RI:gu HK42RI:gu RF6

2581CWHdm

7MF:co HM62WN:sp RC61WN:fn SB2b

2585CWHxm1

7WD:co DC42WD:co DS41HB:hb FO2b

2586CWHxm1

7WN:fn SB2b3YF

2590CWHdm


2593CWHxm1

7RI:gu HK52WN:sp RC5

1RI:ff HK3

2595CWHxm16RI:ff RF5


2598CWHxm1

6RI:gu HK62WN:fn SB2b

2RI:ff HK3

2599CWHxm1

10WN:sw WP

2604CWHxm1

4WD:co DC64YF

2HB:hb FO1b

2607CWHxm1

10WN:fn SB2b

2608CWHxm1


2609CWHxm1

10MF:co HK6

2613CWHxm1

6WD:co DC44WN:fn SB2b

2614CWHxm1


2615CWHxm1

10WN:sw WP

2618CWHxm1

10WD:co DS4

2620CWHxm1

4WD:co DC43WD:co DC63MF:co DS6

2621CWHxm1

4WD:co DS54YF

2WD:co DC5

2622CWHxm1

5MF:co DS63YF

2MF:co HK6

2624CWHxm15RI:ff HK34RI:ff RF31RI:ff HK5

2625CWHxm1


2YF

2628CWHxm1


2630CWHxm1


2YF

2631CWHxm17RI:ff HK62RI:ff RF61RI:ff HK3

2632CWHxm1

8WD:co DC42HB:hb FO2

2636CWHxm1

6WN:sp RC52WN:sp HS3a

2RI:ff RF3

2637CWHxm1



2MF:co HK6

2641CWHxm1


2YF

2642CWHxm16RI:ff DS32RI:ff DS42RI:ff RF3

2644CWHxm1


2645CWHxm1


2647CWHxm1

6WD:co DC43YF

1HB:hb FO2b

2650CWHxm1


2652CWHxm1

6WN:fn SB2b4YF

2655CWHxm1

6RI:gu HK53YF

1WN:fn SB2b

2662CWHxm1

10WN:sw WP

2665CWHxm1

9RI:gu HK41WN:fn SB2b

2666CWHxm1


2667CWHxm1


2669CWHxm1


2670CWHxm1


2672CWHxm1

5WN:sp RC45RI:ff DS4

2675CWHxm1


2676CWHxm1

5WN:sw WP2c5WN:sp HS3b

2679CWHxm1


2684CWHxm18RI:ff DS42RI:ff RF4

2685CWHxm1


3YF

2688CWHxm1

6WN:sp HS3b2WN:fn SB2b

2YF

2689CWHxm1


2690CWHxm1

5WD:co DC54YF

1HB:hb FO2b

2691CWHxm14RI:ff RF53RI:ff HK3

3WN:sp HS3

2694CWHxm1


3YF

2695CWHxm1


2696CWHxm1

5YF4RI:ff HK5

1WN:fn SB2b

2697CWHxm1

5MF:co DS64WD:co DC61WD:co DC5

2698CWHxm1

10RI:fl CW3

2699CWHxm1

7WD:co DC52WD:co DS51HB:hb FO2b

2700CWHxm1

5WN:sp RC55WN:fn MS3a

2703CWHxm1


2705CWHxm1


2708CWHxm1

6WD:co DC34WD:co DS4

2710CWHxm1

8WN:fn SB2b2RI:ff HK4

2715CWHxm1

4HB:sp PI13RI:ff RS5

3YF

2721CWHxm1

7WD:co DC52YF

1HB:hb FO2b

2724CWHxm1


2YF

2728CWHxm1

4WN:sp RC54RI:ff HK5

2WN:fn MS3a


2731CWHxm1

6YF4RI:gu HK5

2733CWHxm1

8WN:fn SB2b2WN:fn MS3b


1WN:fn SB2b

2736CWHxm1


2WN:fn MS3a

2737CWHxm1

6WN:fn SB2b2WN:sw WP2RI:ff HK4

2741CWHxm1

5WD:co DC53YF

2HB:hb FO2b

2742CWHxm1

10WN:fn SB2b

2743CWHxm1

8WN:sw WP2WN:fn SB2b

2747CWHxm1

4WN:sp RC54YF

2WN:fn SB2b

2748CWHxm1


2YF

2749CWHxm1

5WD:co DC44YF

1HB:hb FO2b

2750CWHxm14RI:ff HK5

4WN:sw WP2WN:sp RC5

2751CWHxm1

5RI:gu RS54RI:gu HK51RI:gu RF5


1WN:sp RC4

2759CWHxm1


2760CWHxm1


2WN:fn SB2b

2761CWHxm1

5WD:co DC53YF

2HB:hb FO2b

2762CWHxm1

4WN:fn SB2b3WN:sp RC53WN:sw WP

2763CWHxm1

7WN:bg LS53WN:fn SB2b

2766CWHxm1

6WD:co DC52HB:hb FO2b2WD:co DC3

2770CWHxm1

10WN:sp HS3a

2773CWHxm1


2776CWHxm1


2777CWHxm1


2778CWHxm1


2782CWHxm1

5WD:co DC43YF

2HB:hb FO2b

2783CWHxm1

6WD:co DS42WN:fn SB2b

2YF

2784CWHxm1


2785CWHxm1

6WN:sp RC54YF

2787CWHxm1


2RI:ff HK5

2788CWHxm1

6WN:sp HS3a4WN:sp RC5

2789CWHxm1

8MF:co HK62YF

2791CWHxm1

5WN:sp RC55YF

2795CWHxm1

9WN:fn WG2b1WN:sp HS3a

2798CWHxm1

4WN:sp RC34YF

2WN:fn SB2b

2799CWHxm1


2804CWHxm1


2806CWHxm1

10WN:fn SB2b

2808CWHxm1


2810CWHxm1


2811CWHxm1

10WN:fn SB2b

2813CWHxm1

7YF2WN:fn SB2b1WN:sp RC4

2817CWHxm1


3YF


2819CWHxm1

5WD:co DC33YF

2HB:hb FO2b

2822CWHxm1

5WN:fn SB2b3YF

2WN:sp RC5

2823CWHxm1

10WN:sp RC5

2825CWHxm1


2828CWHxm1

7HB:hb FO1b3WD:co DC4

2829CWHxm1


2834CWHxm1

6WN:fn SB2b4YF

2836CWHxm1

10WN:sp HS3a

2839CWHxm1



4WN:sp RC5

2847CWHxm1

6WD:co DC53YF

1HB:hb FO2b

2848CWHxm1



1WN:sp RC5

2853CWHxm1

10WN:sp RC5

2854CWHxm1


2855CWHxm1


2861CWHxm16RI:ff HK5

2WN:sp RC52YF

2865CWHxm1

6WD:mx DC53YF

1HB:hb FO2b

2866CWHxm1

5MF:co HK63MF:co RF62WN:sp RC5


1WN:fn SB2b

2868CWHxm1


2YF

2869CWHxm1

8MF:co HK62YF

2871CWHxm1

7MF:co DS63YF

2872CWHxm1


2878CWHxm1

7WD:mx DC52YF

1HB:hb FO2b

2883*CWHxm1

10RI:ff RF5

2884CWHxm1

6WN:sp RC54RI:ff RF5

2888CWHxm1

5WN:sp HS3b5YF

2889CWHxm1

6WD:co DC43YF

1HB:hb FO2b

2891CWHxm1

10WN:sp HS3b


2904CWHxm1

6MF:co HK62RI:gu RS32RI:gu RS6

2916CWHxm1

6WN:ms SM2b4WN:fn SB2b

2917CWHxm1

10WN:fn SB2b

2919CWHxm1

5WN:sw WP2c5WN:ms SM2b

2920CWHxm1


2922CWHxm1

10RI:ff RF5

2923CWHxm1

8RI:gu RS52RI:ff RF5

2925CWHxm1

6WN:sw WP4WN:sw WP2c


2930CWHxm1


2933CWHxm1

10WN:sw WP2c

2935CWHxm1

10MF:co HK6

2936CWHxm1

5WN:ms SM2b5WN:fn MS3a

2952CWHxm1

5RI:gu RF53RI:ff RF32RI:ff RF5

2957CWHxm16RI:ff HD52RI:ff RF5

2WN:sp RC5

2959CWHxm1


2963CWHxm1

10OF:co DS7

2965CWHxm1


2969CWHxm1



2976CWHxm1


2992CWHxm1


3009CWHxm1


3012CWHxm1

5WN:sp RC55YF



3WN:sp RC5

3031CWHxm1

8OF:co DS72WD:co DC7

3038CWHxm1




3050CWHxm1


3052CWHxm1


3061CWHxm1


3067CWHxm1


3073CWHxm1

6WD:co DC44YF

3076CWHxm1



3088CWHxm1

5WD:co DC53YF

2HB:hb FO2b

3105CWHxm1


3114CWHxm1


3117CWHxm1


3124CWHxm1


3133CWHxm1

9WN:sw WP1WN:sp HS3b

3141CWHxm1

5MF:co DS64WD:co DC61HB:hb FO2b

3150CWHxm15RI:ff HK33RI:ff HK52RI:ff RF3


2WN:sp RC5

3157CWHxm16RI:ff RF63RI:ff HK5

1WN:fn SB2b

3161CWHxm1


2YF

3166CWHxm1

6WD:co DC52YF

2HB:hb FO2b

3167CWHxm1

6RI:gu HK62RI:gu DF52RI:gu HK3

3170CWHxm1

9MF:co DS61HB:vs FG1b

3181CWHxm1

6WD:co DC53YF

1HB:hb FO2b

3188CWHxm1

5MF:co DS63MF:co HK62MF:co DF6

3192CWHxm16RI:ff RS5

4WN:sp RC5

3195CWHxm1

6WD:co DC63MF:co DS61HB:vs FG1b

3196CWHxm1


3197CWHxm1

9WN:fn MS3a1WN:sp RC5

3202CWHxm1

5WN:sw WP2c5WN:sw WP

3207CWHxm1


3208CWHxm1


3209CWHxm1


3YF

3210CWHxm1

7HB:cs FC22WD:co DC31HB:vs FG1

3213CWHxm1

10RI:ff RF6

3214CWHxm1

10WD:co DC6

3217CWHxm1

8RI:gu HK52WN:sp RC5

3219CWHxm1

10WN:sw WP2c

3220CWHxm1


3222CWHxm1

5MF:co DS63MF:co DF62MF:co HK6

3231CWHxm1

9WN:sp RC41YF

3234CWHxm1



3248CWHxm1

5WN:fn MS3a3WN:sp RC52WN:fn SB2b

3249CWHxm1

6WD:co DC43YF

1HB:hb FO2b

3250CWHxm1

5WN:sp RC55YF

3265CWHxm1


2YF

3267CWHxm1


2YF

3280CWHxm1

5WN:fn MS3a4WN:fn SB2b1WN:sw WP



3292CWHxm1

5RI:gu HK54RI:gu RS51RI:ff RF5

3295CWHxm1

5WD:co DC55YF

3296CWHxm1


3297CWHxm1

8MF:co HK62MF:co HD6

3299CWHxm1


1YF

3300CWHxm1

10RI:gu HD5

3306CWHxm1



3314CWHxm1

6MF:co DS62HB:hb FO2b

2YF

3328CWHxm1

8RI:gu HK52RI:ff DS5

3334CWHxm14RI:ff RS54RI:ff HK52RI:ff DS5

3347CWHxm1

6WD:co DC53YF

1HB:hb FO2b

3363CWHxm1

5WD:co DC53YF

2HB:hb FO2b

3365CWHxm1

4WN:sp RC54WN:sw WP

2YF

3369CWHxm1


3376CWHxm18RI:ff HK52RI:ff DS5

3390CWHxm1

10WD:co DC5


2WN:sp RC5

3397CWHxm1

8WN:sp RC52WN:sw WP

3400CWHxm1

5WN:sp RC55WN:sw WP2c

3406CWHxm1

8WN:sw WP2WN:sp RC5

3410CWHxm1

6WN:sw WP2c4WN:sp RC4

3413CWHxm1

5WD:co DC54YF

1HB:hb FO2b

3417CWHxm1


3420CWHxm1

5WD:co DC54MF:co DS61HB:hb FO2b

3424CWHxm1

9HB:vs FG11WD:co DC6

3427CWHxm1

10WN:sp RC5

3430CWHxm1


3433CWHxm1

6WD:co DC54YF

3436CWHxm1

10HB:vs FG1

3463CWHxm1

9MF:co DS61HB:hb FO2b

3464CWHxm1


3469CWHxm1

4WD:co DS54YF

2WD:co DC5

3492CWHxm1


2YF

3503CWHxm1


3514CWHxm1


3529CWHxm1

10HB:sh JM3

3540CWHxm1

7RI:gu HK32RI:gu HK51RI:gu RS3

3545CWHxm18RI:ff HK52RI:ff RS5

3562CWHxm1

8WN:sw WP2c2WN:fn SB2b

3566CWHxm1



3592CWHxm1


3595CWHxm1

6WD:co DC42YF

2HB:hb FO2b

3608CWHxm1

5WD:co DC54YF

1HB:hb FO2b

3609CWHxm1

5WD:co DC54YF

1HB:hb FO2b

3610CWHxm1

10HB:vs FG1

3622CWHxm1

5WD:co DC44YF

1HB:hb FO2b

3660CWHxm1

9MF:co HK61RI:gu RS6

3677CWHxm1



1WN:sp RC5

3691CWHxm1


3699CWHxm1

10WN:sp RC3

3706CWHxm1

7MF:co HK63MF:co HD6

3708CWHxm1


2YF

3729CWHxm1

9MF:co HK61RI:gu RS6

3730CWHxm1

5WD:co DC43HB:cs FC2b2WD:co DC5


12522CWHdm


2YF

12545CWHxm1

4WN:sp RC54YF

2WN:fn SB2b

12559CWHdm


12609CDFmm

10MF:co DS6


12806CWHxm1

6WN:fn SB2b4RI:ff HK4

12818CWHxm1

8RI:gu RS52RI:gu RF5

12861CWHxm1

4WD:co DS54YF

2WD:co DC5

12923CWHxm1





13768CWHxm1


18697CWHxm15RI:ff RF45RI:ff HD4

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