HomeMy WebLinkAbout20120285_Alternatives Report_20090908w cd 1 l 6 /01
10doNORTH CAROLINA
Turnpike Authority
Gaston East -West Connector
Gaston and Mecklenburg Counties
STIP No U -3321
Preferred Alternative Report
September 8, 2009
TABLE OF CONTENTS
1 0
Project Description
1
26
1 1 Proposed Action
1
Pam Drive and Saddlewood Drive
1 2 Project Purpose and Need
1
27
1 3 Project Status
2
Carolina Speedway on NC 274
1 4 Detailed Study Alternatives
2
28
1 5 Summary of Impacts
3
Boat Club Road and Access to Optimist Club Fields
1 6 Recommended Alternative
3
2 0
Overview of Open Houses and Public Hearings
5
3 0
Summary of Previous Agency Coordination Meetings
7
4 0
Minimization Efforts and Impact Reductions
11
5 0
Summary of Comments Received Related to the Draft EIS and Selection of the
Preferred Alternative
12
5 1 Responses to Generalized Comments on Purpose and Need
14
5 2 Responses to Generalized Comments on Travel Times and Traffic Forecasts
16
5 3 Responses to Generalized Comments on Range of Alternatives
17
5 4 Responses to Generalized Comments on Air Quality
20
5 5 Responses to Generalized Comments on Water Quality and Jurisdictional
Resources
22
5 6 Responses to Generalized Comments on Indirect and Cumulative Effects and
Wildlife
23
5 7 Responses to Generalized Comments on Cultural Resources, Community
Characteristics, and Farmland
25
60 Summary of Design Comments
26
6 1 Design Comments Received from the Public and Interest Groups
26
Matthews Acres Access Road
27
Pam Drive and Saddlewood Drive
27
Land North of Interchange at Robinson Road
27
Wilson Farm Road dust South of Union Road
27
Carolina Speedway on NC 274
28
Interchange at NC 273
28
Sunderland Road /Allison Street at NC 273
28
Boat Club Road and Access to Optimist Club Fields
28
I -485 Interchange Area
29
General Pedestrian and Bicycle Access Comments
29
Access to South End of Bay Shore Drive
29
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
11
TABLE OF CONTENTS
62 Design Comments Received from Agencies and Local Governments 30
US 29 -74 Interchange 30
Interchanges at Robinson Rd, Bud Wilson Rd, NC 274, NC 273, and I 485 30
Interchange at Bud Wilson Road 30
Future Belmont Mt Holly Loop 30
Access to Charlotte Douglas International Airport Area 30
Mainline Typical Section 31
70 Traffic Forecasts 31
LIST OF TABLES
Table 1 Public Participation Summary for Pre Hearing Open Houses and Public Hearings 6
Table 2
Summary of Agency Coordination Meetings
8
Table 3
Impact Reductions Associated with Bridge Crossings
11
Table 4
Summary of Comments Received Related to the Draft EIS and Selection of the
Preferred Alternative
12
Table 5
Year 2030 Traffic Volumes Along the Detailed Study
31
APPENDICES
Appendix A Figures S -la and S -1b from Draft EIS - Map of Detailed Study Alternatives
Appendix B Summary of Environmental Impacts
Appendix C Comments from State and Federal Agencies
Appendix D Comments from Local Governments
Appendix E Comments from Interest Groups and Organizations
Appendix F Comments Responding to USACE Public Notice
111
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
1 0 PROJECT DESCRIPTION
1 1 Proposed Action
The North Carolina Turnpike Authority (NCTA) proposes to construct a project known as the Gaston
East West Connector which would be a controlled access toll road extending from 185 west of
Gastonia in Gaston County to 1485 near the Charlotte Douglas International Airport in
Mecklenburg County
The project is included in the North Carolina Department of Transportation (NCDOT) 2009 2015
State Transportation Improvement Program (STIP) as STIP Project U 3321 The project is known as
the Gaston East West Connector and as the Garden Parkway This study refers to the project as
the Gaston East West Connector
1 2 Project Purpose and Need
The purpose of the proposed action is to improve east west transportation mobility in the area
around the City of Gastonia between Gastonia and the Charlotte metropolitan area and
particularly to establish direct access between the rapidly growing areas of southeast Gaston County
and western Mecklenburg County The primary needs for the project are summarized below
• There is poor transportation connectivity between Gaston County and
Mecklenburg County and within southern Gaston County
• Limited crossings of the Catawba River constrain travel between Gaston and
Mecklenburg Counties No crossings are located in southern Gaston County
• Projected growth in southern Gaston County and western Mecklenburg County will
continue to increase demands for accessibility and connectivity between the two
counties
• Within southern Gaston County south of 185 a lack of connecting east west
roadways makes travel circuitous and limits mobility
• The GUAMPO and the MUMPO include a new location roadway running through
southern Gaston County and connecting over the Catawba River to Mecklenburg
County in their long range transportation plans
• The Gaston East West Connector is a state designated Strategic Highway Corridor
envisioned as a new freeway facility on the Strategic Highway Corridors Vision Plan
There are existing and projected poor levels of service on the Project Study Area's
major roadways
• Traffic volumes are projected to increase on 185 1485 US 29 74 and US 321 in the
Project Study Area through 2030
• There are existing poor levels of service on segments of 185 in Gaston County from
Exit 19 (NC 7 [Ozark Avenue]) through Exit 27 (NC 273 [Park Street])
• Levels of service on 185 US 29 74 and US 321 are projected to worsen in the future
A STON EAST-WEST CONNEZTW
September 8, 2009 TEAC Meeting
• Congestion and frequent incidents on 185 inhibit regional travel and diminish the
ability of 185 to function as a Strategic Highway Corridor and Intrastate Corridor
Several performance measures were used in the first screening of various alternative concepts to
evaluate their ability to meet the projects purpose including the east west mobility and direct
access components as stated above To evaluate their ability to meet the purpose and need
alternative concepts were evaluated to determine whether they would
• Reduce travel distances and/or travel times between representative origin/destination
points within southern Gaston County and between southern Gaston County and
Mecklenburg County
Provide a transportation facility with a mainline that would operate at acceptable levels
of service (generally LOS D or better on the mainline) in the design year (2030) for
travel between Gaston County and Mecklenburg County
Reduce congested vehicle miles traveled and/or congested vehicle hours traveled in
Gaston County compared to the No Build Alternative in 2030
1 3 Project Status
The Draft Environmental Impact Statement for the Gaston East West Connector (STIP Project U
3321) was signed on April 24 2009 and made available for public and agency review on NCTA s
website on May 1 2009 A notice of availability was published in the Federal Register on May 22
2009 (Vol 74 No 98 pg 24006) The public comment period for the project ended on July 21 2009
The remainder of the project schedule is as follows
41h Quarter 2009
Selection of Preferred Alternative
2nd Quarter 2010
Final EIS published
41h Quarter 2010
Record of Decision (ROD) published
1St Quarter 2011
Construction begins
4th Quarter 2014
Project open to traffic
The Gaston East West Connector project is located in the Charlotte Gastonia Rock Hill air quality
region (Metrolina region) The Metrolma region continues to face challenges in meeting the
requirements of federal air quality laws These requirements do not prevent ongoing studies from
continuing but they have the potential to delay federal approval of transportation projects in the
region including the Gaston East West Connector To prevent such delays federal and state air
quality and transportation agencies are continuing to work together to resolve the air quality issues
so that planned transportation projects can move forward FHWA and NCTA will provide an
updated summary of the region s conformity status in the Final EIS (See also May 20 2003 FHWA
memorandum regarding clarification of conformity requirements)
1 4 Detailed Study Alternatives
There are twelve Detailed Study Alternatives (DSAs) considered in the Draft EIS DSAs 4 5 9 22
23 27 58 64 68 76 77 and 81 These DSAs are controlled access toll facilities on new location
Figure S la and S lb from the Draft EIS shows the DSAs in detail and are included in
Appendix A
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
2
The mainline design speed is 70 miles per hour (mph) with a planned posted speed limit of 65 mph
Each DSA currently is proposed to have 11 to 12 interchanges (depending upon the DSA) as listed
below from west to east
• I85
• US 29 74
• Linwood Rd (SR 1133)
• Lewis Rd (SR 1126) (DSAs
58 64 and 68 only)
• US 321
• Robinson Rd (SR 2416)
• Bud Wilson Rd (SR 2423)
• NC 274 (Union Rd)
• NC 279 (South New Hope Rd)
• NC 273 (Southpoint Rd)
• Dixie River Rd (SR 1155)
• 1485
In addition to the twelve new location build DSAs the No Build Alternative was retained to provide
a baseline for comparison with the DSAs in accordance with National Environmental Policy Act
(NEPA) regulations (40 CFR Part 1502 14(d)) and FHWA guidelines (Technical Advisory T 6640 8A
Section V E 1) The No Build Alternative assumes that the transportation systems for Gaston and
Mecklenburg counties would evolve as currently planned in their respective Long Range
Transportation Plans but without the Gaston East West Connector or major capacity improvements
to 185 or to US 29 74 However the No Build Alternative would not meet the projects purpose and
need
Each of the build DSAs are toll alternatives and tolls would be collected by an electronic toll
collection (ETC) system There would be no cash toll booths
1 5 Summary of Impacts
The Draft EIS provides detailed discussions of the projects anticipated impacts to the human
physical cultural and natural environments The comprehensive impact summary table from the
Draft EIS is included in Appendix B
1 6 Recommended Alternative
Based on the information available to date including the Draft EIS the FHWA NCTA and NCDOT
have identified DSA 9 as the Recommended Alternative in the Draft EIS This alternative is
comprised of Corridor Segments H2A H3 J4a J4b J2c J2d JX4 Jle Jlf K1A K3A K313 K3C as
shown in Figure S -la b in Appendix A
DSA 9 has been identified as the Recommended Alternative based on the following considerations
Please note this list is not in order of importance but is organized by issues as they are presented in
the Draft EIS Also this list does not represent all benefits or impacts of DSA 9 just those elements
that differentiated DSA 9 when compared to the other DSAs
Cost and Design Considerations
DSA 9 is one of the shortest alternatives at 21 9 miles (all alternatives range from 214 to 23 7
miles)
DSA 9 has the second lowest median total cost ($1282 million) (all alternatives range from
$1281 million to $1 378 4 million)
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
3
Human Environment Considerations
• DSA 9 is one of the four DSAs with the fewest numbers of residential relocations at 348
residential relocations (the range being 326 to 384 residential relocations)
• Although DSA 9 is higher in the range of business relocations at 37 (the range being 24 to 40
business relocations) it would avoid impacts to Carolina Specialty Transport (provides
transportations services to special needs groups) that would occur under DSAs 58 64 68 76
77 and 81
• DSA 9 is in the middle of the range of total neighborhood impacts at 25 impacted
neighborhoods (the range being 21 to 31 impacted neighborhoods)
• DSA 9 would have no direct impacts to schools (DSAs 5 23 and 27 also avoid direct impacts
to schools )
• DSA 9 would not require relocation of known cemeteries (DSAs 27 68 and 81 also would not
> require relocation of known cemeteries )
• At Linwood Road DSA 9 is one of three alternatives (DSAs 4 5 and 9) that would avoid
impacting either the Karyae Park YMCA Outdoor Family Center or the Pisgah Associate
Reformed Presbyterian Church (part of the church property is also an historic site eligible for
listing on the National Register of Historic Places)
• DSA 9 is one of the three alternatives (DSAs 4 5 and 9) farthest from Crowders Mountain
State Park
• DSA 9 would avoid right of way requirements from Daniel Stowe Botanical Garden (DSAs 4
22 27 58 68 76 and 81 also avoid these right of way requirements )
• DSA 9 would avoid the relocation of Ramoth AME Zion Church and cemetery which is part of
the Garrison Road/Dixie River Road community (DSAs 4 22 27 58 68 76 and 81 also
avoid this church )
• DSA 9 is one of the eight alternatives (DSAs 4 9 22 27 58 68 76 and 81) with the least
amount of right of way required from future Berewick District Park in Mecklenburg County
Physical Environment Considerations
• DSA 9 is in the middle range of estimated numbers of receptors impacted by traffic noise at
245 receptors (the range being 204 to 309 impacted receptors)
• DSA 9 is one of the alternatives (DSAs 4 5 9 22 23 and 27) that would impact the least
acreage of land in Voluntary Agricultural Districts DSA 9 also is one that is expected to
have the least indirect and cumulative effects to farmlands
• DSA 9 is one of the alternatives with the fewest power transmission line crossings at 14
crossings (the range being 13 to 18)
Cultural Resources Considerations
• DSA 9 is one of six alternatives (DSAs 4 5 9 22 23 and 27) that would not require right of
way from the Wolfe Family Dairy Farm historic site Selection of DSA 9 makes it more likely
that if the US 321 Bypass is constructed at some future time the project would also avoid
the Wolfe Family Dairy Farm historic site
• DSA 9 is one of four alternatives (DSAs 5 9 23 and 27) with low to moderate potential to
contain archaeological sites requiring preservation in place or complex/costly mitigation
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
4
Natural Resources Considerations
• DSA 9 is one of eight alternatives (DSAs 4 9 22 27 58 68 76 and 81) that would cross the
South Fork Catawba River and the Catawba River where the rivers have been more affected
by siltation and they are less navigable and water based recreation would be affected less
than with DSAs that cross farther south
• DSA 9 would impact the least amount of upland forested natural communities at 882 acres
(all alternatives range from 882 to 1042 acres)
• DSA 9 is one of the alternatives (DSAs 4 9 22 and 76) having the lowest potential to
indirectly affect upland wildlife species due to habitat fragmentation
• DSA 9 is lower in the range of impacts to ponds at 4 1 acres (all alternatives range from 2 1 to
6 3 acres)
• DSA 9 is lower in the range of impacts to wetlands at 7 5 acres (all alternatives range from
6 9 to 13 2 acres)
• DSA 9 is lower in the range of impacts to perennial streams at 38 894 linear feet (all
alternatives range from 36 771 to 50 739 linear feet)
• DSA 9 would have the fewest number of stream crossings at 91 (all alternatives range from 91
to 120 crossings)
• DSA 9 is one of eight alternatives (DSAs 5 9 23 27 64 68 77 and 81) that have a biological
conclusion of No Effect relating to the federally endangered Schwemitz s sunflower
2 0 Overview of Open Houses and Public Hearings
Four Pre Hearing Open Houses and two Corridor Design Public Hearings were held in June 2009
Formal presentations were made at the two Public Hearings by Steve DeWitt of the NCTA (June 23
and June 25) and David Bass of PBS &J (June 23) and Clint Morgan of PBS &J (June 25) Comment
sheets were made available at all Pre Hearing Open Houses and Public Hearings and through the
project website Table 1 summarizes the public participation for each meeting
In addition to the activities above a Local Officials Meeting was held from 100 PM to 2 30 PM on
June 22 2009 at the Gaston County Police Department All Pre Hearing Open House materials
were available for their review and a presentation was made by Steve DeWitt This meeting was
attended by 27 local officials
GASTON EAST-WEST CONNECTOR
September 8, 2009 TEAC Meeting
Table 1 Public Participation Summary for Pre Hearing Open Houses and Public Hearings
Date
June 22 2009
June 23 2009
June 24
2009
June 25 2009
Pre Hearing
Pre Hearing
Public
Pre Hearing
Pre Hearing
Public
Type of Meeting
Open House
Open House
Hearing
Open House
Open House
Hearing
Workshop
Workshop
Presentation
and formal
Workshop
Workshop and
Presentation
and formal
Components
and slide
and slide
comment
and slide
slide
comment
presentation
presentation
period
presentation
presentation
period
Gastonia
Southpoint
Adult
Forestview
Forestview
High
Olympic High
Olympic
Location
Recreation
High School
High School
School
School
High School
Center
Gastonia
Gastonia
Belmont
Charlotte
Charlotte
Gastonia
230-
230-
700-
230-
230-
700 -
Time
630 PM
630 PM
1015 PM
730 PM
630 PM
830 PM
Number of
287
352
-700
191
57
85
Attendees"
Number of speakers
N/A
N/A
53
N/A
N/A
29
(verbal comments)
Number of written
Included
Included
comments received at
25
59
with open
28
5
with open
workshop /hearing
house total
house total
Not including NCTA NCDOT FHWA and Consulting Staff in attendance Number of attendees estimated based on those who registered on
attendance sheets for the Pre Hearing Open House and an approximate head count for the Public Hearings
The Draft EIS comment period was from May 1 2009 to July 21 2009 As of midnight July 22
2009 a total of 256 written comment forms /letters /emails have been received along with 7
resolutions and 3 petitions There were 82 speakers at the Public Hearings (please note that there
were seven people who spoke at both Public Hearings) They were counted as individual speakers at
each meeting because they provided different comments at each Hearing) Comments are
categorized as follows
• 153 comment forms
• 63 emails
• 14 letters from citizens
• 7 comment letters from interest groups /organizations
o Catawba Riverkeeper
o Connect Gaston
o Gaston Together
o Ed Eason (citizen with strong interest in air quality)
o Southeast Connector Coalition
o Stopthetollroad com (Mr Bill Toole)
o Southern Environmental Law Center
• 19 comment letters from federal state and local agencies
• 82 speakers from the two formal Public Hearings
• 7 resolutions (all supporting the Garden Parkway)
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
6
3 petitions (note the petitions were not reviewed for duplicates or validity of signatures)
o Over 7 000 Signatures (Approximate) — Opposed to the Garden Parkway — submitted
by Bill Toole of stopthetollroad com
o 275 Signatures — Opposed to the Garden Parkway — submitted by the Harrison
Family
o 109 Signatures — Oppose Segment KX1 due to potential impact to Mt Pleasant
Baptist Church Cemetery— submitted by Barbara Hart (Segment KX1 not apart of
DSA 9 the Recommended Alternative However Segment K3A which is apart of
DSA 9 has the same preliminary design footprint in the area of the Mt Pleasant
Baptist Church cemetery A memo dated August 15 2008 was sent to Ms Hart
describing impacts to the Mt Pleasant Church property The preliminary engineering
designs would not impact the area of the cemetery where there are existing marked
gravestites )
While selection of a Preferred Alternative is not by popular vote it is noted that of the 153 comment
forms and 63 emails received 58 were specifically in favor of the project and/or selection of Detailed
Study Alternative (DSA) 9 and 129 were specifically opposed to the project overall and/or selection of
DSA 9 Please note that most comments received did not state a DSA preference but the majority
was against the project Generally of the public comments received there were twice as many
commenters who stated they opposed the project compared to those who supported the project
Based on a review of the comments listed below in no specific order are general issues that were
found to be frequently stated in the comments received
• A new connection across the river is needed
• DSA 9 is a reasonable choice
• The road will encourage needed economic development
• The project should provide sidewalks at cross streets
• Ending the project at US 321 will adversely impact traffic on this overcrowded roadway and
will bring trucks through the historic York Chester neighborhood
• The Garden Parkway will only benefit developers and land owners especially David Hoyle
and Robert Pittenger
• The Garden Parkway costs too much and this money should be spent on education
• The Garden Parkway is not the best use of taxpayer dollars
• Air quality is bad in the region and this project will not help
• The Garden Parkway will spur more development and urban sprawl There will not be
enough money to build schools and other facilities associated with development
• This project will change the rural character of Gaston County that the residents have chosen
• This road will be another Greenville South Carolina Toll Road
3 0 SUMMARY OF PREVIOUS AGENCY COORDINATION MEETINGS
Agency coordination meetings have been held throughout the project development process to receive
comments on project studies achieve concurrence points and solicit issues and concerns from the
Agency Coordination Team The North Carolina Department of Transportation (NCDOT) held
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
7
meetings with the NEPA/404 Merger Team from 2002 through 2005 to achieve Concurrence Points 1
and 2
The NCTA initiated regularly scheduled monthly meetings referred to as Turnpike Environmental
Agency Coordination (TEAC) meetings to review the status of the current NCTA projects
environmental concerns and permitting requirements TEAC meetings regarding the Gaston East
West Connector have been held from 2006 through 2008 In addition NCTA held two meetings to
discuss the scope of the indirect and cumulative effects analysis (June 29 2007 with US Fish and
Wildlife Service (USFWS) and NC Wildlife Resources Commission ( NCWRC) and July 26 2007
with NC Division of Water Quality (NCDWQ))
The first and second screenings of alternatives were originally discussed with the environmental
resource and regulatory agencies through the NEPA/404 Merger 01 Process under the
administration of the NCDOT A series of eight meetings regarding project alternatives were held
from February 2004 through September 2005 resulting in concurrence on the DSAs on September
20 2005 At that time three agencies (US Environmental Protection Agency [ USEPA] [USFWS]
and [ NCWRC]) elected to abstain rather than expressing concurrence or non concurrence in the
DSAs
After the initial concurrence was achieved on the DSAs in September 2005 the FHWA and NCTA
reevaluated the alternatives screening process in light of the project being determined a candidate
toll facility and the receipt of updated travel demand forecasts The FHWA and NCTA coordinated
with the environmental resource and regulatory agencies on this reevaluation at several TEAC
meetings held in January June and September 2007 and February July September and October
2008 The environmental resource and regulatory agencies confirmed concurrence on the DSAs at
the October 2008 TEAC meeting and the concurrence form is included in Appendix A 1 of the Draft
EIS The three agencies that previously had abstained the USEPA USFWS and NCWRC
concurred at this stage along with all the other cooperating and participating agencies
Table 2 is from Section 9 2 of the Draft EIS and provides summaries of the TEAC meetings held for
the Gaston East West Connector project
Table 2 Summary of Aaenev Coordination Meetinas
Meeting
Main Topic
Summary of Meeting
Date
NEPA /404 Merger Team Meetings held by NCDOT
05/15/02
CP 1 Purpose
The preliminary Purpose and Need Statement was presented for discussion
and Need
Additional information was requested
07/24/02
CP 1 Purpose and Need
The revised Purpose and Need Statement was presented and concurrence was
achieved
02/17/04
Pre CP 2
Identified new location alternatives for which NCDOT should prepare
functional designs prior to the new location CP 2 meeting
The purpose of this meeting was to achieve concurrence on the non new
location alternatives to be carried forward for detailed study Agreement on
08/17/04
Partial CP 2
eliminating the Improve Existing Roadways Alternatives could not be reached
and the decision was made to follow the process outlined in the NEPA /404
Merger 01 Memorandum of Agreement (MOA) for elevating the decision
09/14/04
Elevation Meeting #1
The Merger Team members attended Concurrence was not achieved
The supervisors of the Merger Team members attended Concurrence was not
09/29/04
Elevation Meeting #2
achieved
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
8
Table 2 Summary of Agency Coordination Meetings
Meeting
Date
Main Topic
Summary of Meeting
In accordance with the MCA the Review Board met to discuss the project and
10/27/04
Elevation Meeting #3
the issues that the Merger Team had not reached consensus on The Review
(Review Board)
Board consists of designated senior management from FHWA NCDOT USACE
and NCDENR
02/08/05
Elevation Meeting #4
(Review Board)
The Review Board met to continue discussion of project issues
Late
June /Early
Elevation Meeting #5
The Review Board met and signed the Partial CP 2 form eliminating all non new
July 2005
(Review Board)
location alternatives from further study
The purpose of the meeting was to decide which of the 90 preliminary new
location alternatives should be carried forward for further study The
preliminary new location corridors were narrowed to 16 DSAs (later reduced to
12 DSAs) The FHWA NCDOT USACE NCDWQ, SHPO GUAMPO and MUMPO
signed the CP 2 form The USEPA USFWS and NCWRC chose to abstain from
09/20/05
CP 2 Meeting
signing An abstention in the NEPA/404 01 Merger process means an agency
does not actively object to a concurrence milestone but does not wish to sign
the concurrence form The agency agrees not to revisit the concurrence point
subject to guidance on revisiting concurrence points contained in the
NEPA/404 Merger 01 Memorandum of Agreement Representatives of these
agencies provided emails with their reasons for abstaining These are included
in Appendix A 1
TEAC Meetings and Indirect and Cumulative Effects (ICE) Scoping Meetings held by NCTA
12/15/06
TEAC Project Status Update
This meeting was held to discuss Section 6002 Coordination Plans and to
Meeting
provide an update on the status of project related studies
The following topics were discussed Section 6002 Coordination Plans historic
architecture resources archaeological resources bald eagle surveys mussel
TEAC Project Status Update
surveys wetland and stream surveys and mitigation preliminary engineering
01/25/07
Meeting
designs hydraulic studies traffic operations analysis geotechnical studies of
the Allen Steam Station fly ash basin schedule for design tasks status of the
project in the NEPA process DSAs traffic and revenue study Charlotte Douglas
International Airport expansion and mobile source air toxics (MSATs)
The purpose of this meeting was to provide updates on recently
completed /ongoing environmental and technical studies field verification
TEAC Project Status Update
meetings and next steps toward Draft EIS Completed surveys discussed were
03/22/07
Meeting
bald eagles wetlands and streams biotic communities historic architectural
resources and archaeological resources The NCTA requested comments
issues and concerns from the agencies regarding environmental issues related
to the recently completed studies and ongoing studies
Issues covered in this meeting included the decision to study toll only
alternatives in the Draft EIS the completed Phase II historic resource surveys
TEAC Project Status
and the archaeological resource surveys field verification meetings for
06/20/07
Meeting
wetlands streams and ponds and other updates on special technical studies
indirect and cumulative effects assessment engineering designs community
characteristics and toll traffic forecasts NCTA reviewed the GUAMPO s
resolution to change the name of STIP Project U 3321 to the Garden Parkway
06/29/07
Indirect and Cumulative
This meeting was held with the USFWS and NCWRC to discuss the scope of the
Effects Scoping Meeting
indirect and cumulative effects study
07/26/07
Indirect and Cumulative
This meeting was held with the NCDWQ to discuss the scope of the indirect
Effects Scoping Meeting
and cumulative effects study
GASTO EAST-WEST CONNECTOR
September 8, 2009 TEAC Meeting
Table 2 Summary of Aaencv Coordination Meetings
Meeting
Main Topic
Summary of Meeting
Date
This meeting provided updates on recently completed and ongoing
environmental technical studies recent correspondence with Duke Energy
Corporation supporting elimination of detailed study corridor segment K1D
and next steps toward the Draft EIS The NCTA requested comments issues
and concerns from the agencies Topics covered in the meeting included a
summary of draft versions of the Natural Resources Technical Report (NRTR) a
09/27/07
TEAC Project Status Update
summary of findings from the Draft Community Characteristics Report (CCR)
toll traffic forecasting studies and information related to the Duke Power Allen
Steam Station fly ash basin The attendees agreed that DSAs containing
Corridor Segment K1D (DSAs 6 24 65 and 78) should be eliminated from
further study due to interference with critical operations at Allen Steam
Station Attendees included representatives from FHWA USACE USEPA
NCDWQ NCWRC USFWS NCDOT and NCTA
The purpose of the site visit was to review the various natural communities
12/17/07
represented in the study area at locations requested by the resource agencies
12/18/07
TEAC Project Site Visit
Representatives from FHWA NCDOT USACE USEPA NCDWQ, and NCWRC
attended the field tour over the two day period
The primary purpose of this meeting was to discuss the approach to be taken
to discuss CP 2a The attendees agreed that it was acceptable to move forward
TEAC Approach to
with bridging decision discussions Other items discussed were the Section
02/05/08
Discussing CP 2a
6002 Project Coordination Plan updates to the draft versions of the Purpose
and Need Statement and the Alternatives Development and Analysis Report
Addendum and planned Citizens Informational Workshops
The purpose of the meeting was to discuss information to achieve
03/04/08
TEAC CP 2a Discussion
agreement /concurrence on the bridging decisions for streams and wetlands
crossed by the DSAs (CP 2a)
Agreement on bridging and alignment decisions for the DSAs was reached at
04/08/08
TEAC CP 2a Agreement
this meeting Attendees included representatives from FHWA USACE USEPA
USFWS NCWRC NCDOT and NCTA
This meeting covered the analysis and results in the Draft Indirect and
Cumulative Effects Assessment (ICE) July 2008 Also presented were the
TEAC Indirect and
Updated Purpose and Need Statement June 2008 a discussion of items
07/07/08
Cumulative Effect
updated and added in the Addendum to the Final Alternatives Development
Assessment and Other Issues
and Evaluation Report July 2008 an update on the status of the Section 6002
Coordination Plan for the project and an announcement of upcoming Citizens
Informational Workshops scheduled for August 2008
TEAC Section 6002
This meeting was held to provide the attendees a summary of the August 2008
Coordination Plan
Citizens Informational Workshop Series #3 and to discuss the updated Purpose
09/23/08
Comments on Reports and
and Need Statement June 2008 the Addendum to the Final Alternatives
Summary of Workshop
Development and Evaluation Report July 2008 and the Indirect and Cumulative
Series #3 Comments
Effects Assessment July 2008
The Agency Coordination Team agreed to sign (or resign) CPs 1 2 and 2a
TEAL Section 6002
There were no abstentions The Section 6002 Coordination Plan was approved
Coordination Plan
There were no substantive comments on the Purpose and Need Statement
10/07/08
Comments on Reports and
June 2008 or the Addendum to the Final Alternatives Development and
Signatures for CP 1 2 and
Evaluation Report July 2008 The Indirect and Cumulative Effects Analysis July
2a
2008 was discussed with additional review time requested by the team
Notes CP— Concurrence Point
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
10
4 0 MINIMIZATION EFFORTS AND IMPACT REDUCTIONS
The DSAs incorporate measures to avoid and minimize impacts to Waters of the United States and
the Catawba River buffers The horizontal alignment of the preliminary engineering designs was
adjusted where possible to minimize or avoid impacts to streams wetlands and ponds
The presence of wetlands and streams and minimizing or avoiding impacts to these resources was a
factor in considering interchange configurations Bridge lengths that were extended to maintain
roadway and railway access adjacent to the Catawba River and South Fork Catawba River also
avoided or minimized encroachment into Catawba River buffer areas
To further address avoidance and minimization the NCTA met with the environmental resource and
regulatory agencies at TEAC Meetings on February 5 March 4 and April 8 2008 to discuss
bridging and alignment decisions for the DSAs preliminary engineering designs (Concurrence
Point 2a)
As a result of those meetings there were no changes to the alignments of any of the DSAs However
the NCTA agreed to include several bridges in the preliminary engineering designs beyond those
required to convey floodwaters to avoid or minimize stream and wetland impacts Table 3 shows
locations where bridges are recommended to avoid or minimize stream and wetland impacts along
with the estimated impact reduction associated with each bridge
Based on the information in the table the additional bridging along DSA 9 (Recommended
Alternative) reduced stream impacts by 940 lmear feet and wetland impacts by 1 5 acres
Table 3 Impact Reductions Associated with Bridge Crossings
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
11
DSA Segment and
Previously
Impact Acreage (ac)/
Crossing
Proposed
Proposed Structure
Linear feet (If) as
DSAs
Structure
Previously Proposed
HD27— Bessemer
H2A
Triple 7x10ft
Branch
DSAs 4 5 9 22 23 27
Box Culvert
Bridge
340 If
HD32
H2C
Bridge over
Lengthen Bridge to span
Stream S70
DSAs 22 23 27
Chapel Grove Rd
stream
374 If
HD17
HX2
Bridge over
Lengthen Bridge to span
Stream S79
DSAs 76 77 81
Camp Rotary Rd
stream
350 If
HD48
Blackwood Creek
H3
Triple 11x10ft
Bridge
304 If —S135
(5135)
DSAs 4 5 9
Box Culvert
296 If -5134
JB2
Crowders Creek (514)
J3 and J2a
DSAs 22 23 27 76
Bridge
Lengthen Bridge to span
17 ac (DSAs 22 23 27)
and Wetland 103
77 81
Wetland 103
19 ac (DSAs 76 77 81)
JD9
J1c
Triple 7x10 Box
Stream 5178
DSAs 64 68
Culvert
Bridge
4781f
KD3
Lengthen Bridge to span
Catawba Creek
K3A
Bridge
wetland W248 (also avoids
1 5
(5259) and its buffers
9 27 68 81
buffers on east side of
ac
and Wetland W248
creek)
KD17
Lengthen Bridge to span
Catawba Creek
K18
Bridge
wetland W248 (also avoids
1 2 ac
(5259) and its buffers
5 23 64 77
buffers on east side of
and Wetland W248
I I
creek)
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
11
0
5 0 SUMMARY OF COMMENTS RECEIVED RELATED TO THE DRAFT EIS AND
SELECTION OF THE PREFERRED ALTERNATIVE
This section discusses substantial as well as other comments relative to the Draft EIS and/or
selection of the Preferred Alternative Comments received from state and federal agencies local
governments and interest groups and organizations during the comment period for the Draft EIS
are included in Appendices C, D, and E respectively Substantive comments received are grouped
under ten categories as listed in Table 4
As of August 5 2009 no written comments were received from the USACE a cooperating agency
USAGE received four comment letters in response to their Section 404 public notice Letters were
received by the USACE from Mr John Medlin Ms Heather Pierce Mr Bill Toole and the Southern
Environmental Law Center (SELL) Comments from these letters are summarized in Appendix F
These four commenters also sent letters to the NCTA The letter from SELC was the same as the
letter sent to the NCTA The letters from Mr Medlin Ms Pierce and Mr Toole were slightly
different All relevant comments from these letters are included in Table 4 below
Table 4 Summary of Comments Related to the Draft EIS and Selection of the Preferred
Alternative
Topic
Comments
Purpose and Need
The project will not improve traffic flow on 1 85 US 321 US 29 and US 74 and it may increase
(comments received
congestion in the future
only from the public
The stated need to connect southern Gaston County and western Mecklenburg County is not
on this topic)
supported by quantifiable data
The Draft EIS fails to show that an additional bridge over the Catawba River would respond to any
existing mobility need south of the existing bridges
NCTA cannot reconcile its mandate to build specific toll road projects with federal law
Rather than identifying an underlying purpose that the project might fulfill the Draft EIS restates
the specific project design that meets the NCTA s mandate to build the Garden Parkway toll road
The resulting project purpose is too narrow to support consideration of the reasonable range of
alternatives required by NEPA
Travel Times and
The Draft EIS traffic projections predict that the new toll highway would cause further traffic
Traffic Forecasts
congestion on much of 1 85 and US 29/74
The Draft EIS presents inflated estimates of traffic volumes in the project area which make the
need for the connector seem greater than it is
There appears to be little to no change in travel time savings from most of Gaston County and the
project study area
Range of
The Draft EIS disregards the TSM and Mass Transit Alternatives and did not provide a full range of
Alternatives
reasonable alternatives
Objectives could be reached by improvements to 1 85 (including widening and HOT lanes) interim
TSM approaches to US 29 and US 74 and other combinations of transportation improvements
The Draft EIS did not consider improvements to the area s transit and freight rail facilities as an
alternative
The Draft EIS does not address how a combination of alternatives might be able to meet purpose
and need
The Draft EIS should have studied ending the project at US 321 if that is an interim phase
The decision to study only toll alternatives in the EIS is not consistent with the CEQ regulations at
40 CFR 1502 14(a) and (c) The EIS might have also considered a comparison with a freeway
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
12
Table 4 Summary of Comments Related to the Draft EIS and Selection of the Preferred
Alternative
Topic
Comments
Air Quality
Prior to issuance of the HIS and ROD NCTA should demonstrate that the new location project will
be included in an approved SIP and will be in conformity
The Draft EIS does not address quantitative air quality impacts as they relate to Mobile Source Air
Toxics
The Draft EIS does not offer any mitigation measures to address the project s impact on air quality
specifically concerning MSAT emissions exposure at schools hospitals parks etc
The EIS should address greenhouse gas emissions
Water Quality and
Concerns about sediment and erosion impacts that could result from this project Erosion control
Jurisdictional
measures should adhere to the Design Standards in Sensitive Watersheds
Resources
The possible effects of storm water runoff associated with this project could negatively affect the
project area
Concerns about the amount of mitigation needed and that it will not be available in the area every
effort should be made to further avoid and minimize impacts to streams and wetlands and to
provide on site mitigation Mitigation should focus on improving degraded streams in the area
Direct impacts to existing 303(d) listed impaired streams and other waters at risk from further
degradation have not been fully addressed from the standpoint of avoidance and minimization
(e g right of way and median widths shoulder widths etc )
A conceptual mitigation plan should be provided in the Final EIS with information about on site
mitigation opportunities
Indirect and
The Draft EIS has no specific discussion of mitigation for indirect and cumulative impacts
Cumulative Effects
There are no quantitative data presented in the Draft EIS concerning potential ICE to wetlands
streams water quality and wildlife habitat
A quantitative ICE analysis should be prepared for the Preferred Alternative
The Guidance Memorandum to Address and Mitigate Secondary and Cumulative Impacts to
Aquatic and Terrestrial Wildlife Resources and Water Quality should be consulted when developing
mitigation measures
Wildlife
Negative impacts to terrestrial resources and wildlife including fragmentation of terrestrial habitat
are a significant concern
Cultural Resources
The Draft EIS missed the subject of historic Stowesvdle Stowes Factory Gaither Mill Stowesvdle
Cemetery and the old Methodist church
Community
EJ populations would receive a higher percent of impact from the new facility in terms of air quality
Characteristics
and noise impacts but would not necessarily receive a proportionate benefit from the project due
to potential toll costs
Farmland
• The Draft EIS does not offer any potential avoidance and minimization measures to potentially
reduce impacts to farmlands
Concerns about the availability of replacement property for farms that need to be relocated
The following additional studies will be completed and discussed with agencies prior to completing
the Final EIS
• Updated traffic forecasts
• Findings of detailed archaeological field surveys
• Mainline and crossroad design refinements and associated changes in right of way and
impacts in response to comments on the Draft EIS as well as addition and modification of
service roads
• Additional indirect and cumulative effects analysis including quantitative land use study for
the Preferred Alternative
GASTON EAST -WEST CONNEC OR
September 8, 2009 TEAC Meeting
13
• Conceptual mitigation plan including options for onsite mitigation
• Update on GUAMPO LRTP and MUMPO LRTP updates and Metrolina region air quality
conformity
5 1 Responses to Generalized Comments on Purpose and Need
Comment The protect will not improve traffic flow on 185 US 321 US 29 and US 74 and it may
increase congestion in the future
Response Traffic forecasts and operations and regional travel demand statistics are described in
detail in Appendix C of the Draft EIS and in Section 2 2 6 3 (Improve Existing Roadways
Alternatives) and Section 2 2 7 2 (New Location Alternatives) of the Draft EIS Appendix C includes
forecasts and operations analyses for 185 US 321 and US 29 74
As discussed in these sections the Improve Existing Roadways Alternatives that include widening
185 would achieve only minimal improvements to traffic flow on I 85 A widened 185 (widened to 8
10 lanes) would continue to operate at LOS E and F in 2030 Most improvements to traffic flow
achieved by increasing capacity would be offset by the increase in traffic volumes attracted to the
facility As shown in Table C 2 of Appendix C of the Draft EIS an improved 185 would attract an
additional 17 percent more vehicles per hour than the No Build scenario On the other hand a New
Location Alternative would reduce traffic volumes on 185 primarily from NC 279 eastward
compared to the No Build Alternative although levels of service would remain at LOS E or F in
2030 More importantly however the New Location Alternative provides an additional east west
route between Gaston and Mecklenburg Counties that would operate at LOS C or better which is a
traffic flow benefit that cannot be achieved under either the Improve Existing Roadways
Alternatives or the No Build Alternative
Levels of service along US 29 74 west of McAdenville would primarily be a LOS D or better and fall
to LOS F east of McAdenville This would be true for both the No Build and New Location
Alternatives Along US 321 levels of service will be similar for all options however the New
Location Alternative may result in higher traffic volumes along US 321 south of the proposed
alignment as vehicles use US 321 to access the New Location Alternative
In considering regional statistics comparisons of congested vehicle miles traveled (VMT) and
congested vehicle hours traveled (VHT) between the No Build Alternative Improve Existing
Roadway Scenario 4 and New Location Alternative (Toll Scenario) are made in Table C 1 of
Appendix C of the Draft EIS The year 2030 congested VMT and congested VHT are highest for the
Improve Existing Roadways Alternative The New Location Alternative (Toll Scenario) and the No
Build Alternative result in about the same congested VMT and VHT with the New Location
Alternative Toll Scenario performing slightly better even with the expanded mobility and additional
roadway capacity provided by the project
In conclusion while existing and future deficiencies of 185 and US 29 74 are acknowledged in the
Draft EIS improving these specific roadways are not identified as purposes for this project The
project purpose is to improve east west transportation mobility in the area around the City of
Gastonia between Gastonia and the Charlotte metropolitan area and particularly to establish direct
access between the rapidly growing area of southeast Gaston County and western Mecklenburg
County The Draft EIS adequately demonstrates that improving 185 or other area roadways cannot
effectively meet this project purpose
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
14
Comments 1) The stated need to connect southern Gaston County and western Mecklenburg County
is not supported by quantifiable data 2) The Draft EIS fails to show that an additional bridge over
the Catawba River would respond to any existing mobility need south of the existing bridges
Response The need to connect southern Gaston County and western Mecklenburg County is
supported by the local land use plans and long range transportation plans and demonstrated by
travel demand modeling Appendix B of the Draft EIS shows the Gaston Urban Area Metropolitan
Planning Organizations (GUAMPO s) population projections for 2010 2020 and 2030 from the 2030
Long Range Transportation Plan (LRTP) These indicate substantial increases in population in the
southern half of Gaston County will occur Mecklenburg County is projected to continue to be the
economic and employment center of the region Residential growth projected in southern Gaston
County and residential and employment growth in western Mecklenburg County will continue to
increase demand for improved connectivity and east west mobility since there is a lack of east west
routes in southern Gaston County and a lack of connections to Mecklenburg County
Comments 1) NCTA cannot reconcile its mandate to build specific toll road projects with federal
law 2) Rather than identifying an underlying purpose that the project might fulfill the Draft EIS
restates the specific project design that meets the NCTAs mandate to build the Garden Parkway toll
road The resulting project purpose is too narrow to support consideration of the reasonable range of
alternatives required by NEPA
Response The project purpose is stated in Section 1 3 of the Draft EIS The purpose of the
proposed action is to improve east west transportation mobility in the area around the City of
Gastonia between Gastonia and the Charlotte metropolitan area and particularly to establish direct
access between the rapidly growing area of southeast Gaston County and western Mecklenburg
County
Criteria used in the alternatives evaluation to determine whether a particular alternative concept
would meet the project purpose are listed in Section 2 2 1 of the Draft EIS
• Reduce travel distance and/or travel times between representative origin/destination
points within southern Gaston County and between southern Gaston County and
Mecklenburg County
• Provide a transportation facility that would operate at acceptable levels of service
(generally LOS D or better on the mainline) in the design year 2030 for travel between
Gaston and Mecklenburg County
• Reduce congested vehicle miles traveled and/or congested vehicle hours traveled in
Gaston County compared to the No Build Alternative in 2030
This project purpose does not include any statements that the purpose of the project is to construct a
toll facility
A variety of alternatives could meet the criteria stated above In accordance with Council on
Environmental Quality (CEQ) regulations (40 CFR 1502 14) and FHWA guidance and regulations
(FHWA Technical Advisory T6640 8A 1987 and 23 CFR 771 123) a reasonable range of alternatives
including non toll alternatives were evaluated in Chapter 2 of the Draft EIS as well as the
Addendum to the Final Alternatives Development and Analysis Report (October 2008) and eliminated
for a variety of reasons as documented in that chapter
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
15
5 2 Responses to Generalized Comments on Travel Times and Traffic
Forecasts
Comments 1) The Draft EIS traffic projections predict that the new toll highway would cause
further traffic congestion on much of 185 and US 29174 2) The Draft EIS presents inflated estimates
of traffic volumes in the project area which make the need for the connector seem greater than it is
and 3) There appears to be little to no change to travel time savings from most of Gaston County and
the project study area
Response In response to the first comment please refer to the first comment /response under
Responses to Generalized Comments on Purpose and Need
The comment regarding inflated traffic volumes in the project area refers to volumes reported for the
existing year 2006 in the Draft EIS as compared to traffic counts prepared by the North Carolina
Department of Transportation Transportation Planning Branch s Traffic Survey Group The
commenters point out that the traffic volumes reported for 185 US 321 and US 29 74 in the Draft
EIS are sometimes different usually greater than actual counts for the years 2006 and 2007
At the time traffic forecast efforts began NCTA s consultants obtained the approved Metrolma
Travel Demand Model for the13 county region surrounding Charlotte which was used to develop the
traffic forecasts for the project Traffic forecasting methodologies and results are documented in the
Traffic Forecasting for Toll Alternatives (MAB –August 2008) The version of the model u ed t
perform the project forecasts was calibrated based on known traffic volumes for th base year 2000
with the model providing forecasts for years 2010 2020 and 2030 Volumes for the project s ase
year of 2006 were obtained by interpolating between the calibrated base year 2000 and the forecast
year 2010 Since the travel demand model was calibrated to 2000 traffic volumes it can be expected
that actual counts for any given subsequent year could vary at some locations A comparison of the
model s 2006 results (Existing Conditions scenario) with actual 2006 traffic counts along 185 show
that there is reasonably good correlation between the modeled and measured values for most ofithe-
stud area Measured volumes are lower by a out 7 percent or less west of Exit 26 (Belmont Mount
olly Road) and lower by about 10 11 percent east of Exit 26 The model may have projected more
robust growth rates for the period 2000 2010 than what has actually occurred up to 2006 resultm
in lower actual traffic counts compared to forecasted values
In conclusion it could be expected that variations in economic and other conditions and swings in
growth rates would normalize over the course of the 30 year forecast The majority of the analyses
reported in the Draft EIS in particular those used to compare alternatives were based on the 2030
forecasts not the 2006 forecasts and are reasonable values to use in the planning process
Regarding travel times two types of travel times are reported in the Draft EIS One is the origin
and destination travel time estimate reported in the Draft EIS in Section C 2 of Appendix C The
other type is an average change in travel time and this is discussed in Section 7 5 1 of the Draft EIS
Both are different outputs from the approved Metrolma Regional Travel Demand Model that were
used to forecast traffic for the proposed project
The origin/destination travel time savings estimates are comparisons between the No Build
Alternative for the year 2030 and the New Location Alternative (Toll Scenario) for the year 2030
These travel times would not necessarily correlate to travel times experienced today As shown in
Table C 4 in Appendix C of the Draft EIS travel time savings under the New Location Alternative
for trips within Gaston County are greatest (8 9 minutes) for trips starting and ending in southern
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
16
Gaston County reflecting the increased mobility the proposed project would provide within southern
Gaston County For trips between southern Gaston County and western Mecklenburg County the
travel time savings would be greater ranging from 9 28 minutes depending on origin and
destination (Table C 5 in Appendix C of the Draft EIS) These time savings are representative of
these specific trips Travel times of other trips within the project study area may vary
The second type of travel time reported is described in Section 7 5 1 of the Draft EIS This travel
time (an output from the Metrolina Regional Travel Demand Model) is an overall travel savings
experienced by ALL trips in a particular traffic analysis zone (TAZ) whether those trips actually use
the proposed project or not (Note A TAZ as a delineated area used for tabulating traffic related
data often corresponding to US Census tract and block group boundaries The boundaries typically
follow physical features such as streets ravers or canals and are updated as part of the decennial
census ) Since this reported value includes many types of trips (through trips local trips trips that
use the proposed project trips that do not use the project home to work trips home to shopping
trips etc ) it would not be expected to show such dramatic savings as specific origin/destination
pairs These calculations of average travel time savings provide a basis for assessing the overall
effect of the project on travel times in each TAZ and help to show locations that would experience
increase mobility They do not represent travel time savings for specific origin/destination pairs and
would be expected to be smaller values Results from this type of analysis show that average travel
time savings would be greatest for areas immediately surrounding the project in Gaston and
Mecklenburg Counties then areas extending south into York County South Carolina
In conclusion the travel time savings in 2030 realized by constructing the proposed project compared
to the No Build Alternative would be substantial for many specific origin/destination pairs and the
project also would have an effect on overall average travel times for trips throughout the project
study area
5 3 Responses to Generalized Comments on Range of Alternatives
Comments 1) The Draft EIS disregards the TSM and Mass Transit Alternatives and dad not
provide a full range of reasonable alternatives 2) Objectives could be reached by improvements to
185 (including widening and HOT lanes) interim TSM approaches to US 29 and US 74 and other
combinations of transportation improvements 3) The Draft EIS does not address how a combination
of alternatives might be able to meet purpose and need and 4) The Draft EIS dad not consider
improvements to the area s transit and freight rail facilities as an alternative
Response In accordance with 40 CFR 1502 14(a) agencies are required to Rigorously explore and
objectively evaluate all reasonable alternatives and for alternatives which were eliminated from
detailed study briefly discuss the reasons for their having been eliminated The Draft EIS (Section
2 2) evaluated the full range of alternatives as required by 23 CFR 771 123(c) and as suggested by
FHWA Technical Advisory T66430 8 A (October 1987) when considering improvements to the
transportation system The Draft EIS discusses TSM and Mass Transit Alternatives in Draft EIS
Sections 2 2 3 and 2 2 5 respectively Combination alternatives also are addressed in Section 2 2 5
None of these alternatives were determined to meet the project s purpose and need TSM and TDM
alternatives were eliminated because they would not noticeably improve mobility access or
connectivity within southern Gaston County nor between southern Gaston County and western
Mecklenburg County The Mass Transit Alternative using expanded bus service on existing
roadways or expanded rail service on the existing rail line near 185 was eliminated from further
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
17
study because it would not establish direct connectivity within southern Gaston County or between
southern Gaston County and western Mecklenburg County The Mass Transit Alternative including
bus rapid transit or light rail on new alignment could provide connectivity within southern Gaston
County and between southern Gaston County and west Mecklenburg County and provide shorter
travel times or distances for the transit users However the Mass Transit Alternative on new
alignment would carry a much lower volume of trips than a new highway facility and would be ill
suited to the dispersed low density land uses in southern Gaston County (resulting in even less
trips) The resulting lower volume of trips accommodated would not noticeably reduce vehicle miles
traveled and/or congested vehicle hours traveled in Gaston County compared to the No Build
Alternative
The ability of Improve Existing Roadway Alternatives to meet the project purpose and need are
addressed in the Draft EIS Section 2 2 6 See also the first comment under Responses to Generalized
Comments on Purpose and Need
The environmental resource and regulatory agencies and the public were afforded opportunities to
review and provide input throughout the alternatives development and screening analysis process
All environmental resource and regulatory agencies participating in the Turnpike Environmental
Agency Coordination (TEAL) meetings signed a concurrence form in October 2008 concurring on
three points the Purpose and Need (Concurrence Point 1) Bridging and Alignment Decisions
(Concurrence Point 2a) and the Detailed Study Alternatives to be carried forward in the Draft EIS
(Concurrence Point 2) This concurrence form is included in Appendix A 1 in the Draft EIS
Recent work by NCDOT on the Piedmont and Northern Railway corridor which is a rail corridor
north of 185 was mentioned in a comment The Piedmont and Northern Railway corridor is located
in Gaston and Mecklenburg Counties At this time the corridor in Gaston County is inactive
Portions of the corridor in Mecklenburg County are active except for the Cedar Yard terminus near
uptown Charlotte which is inactive The corridor is approximately 16 miles long It begins in
downtown Gastonia and runs north of 185 through Ranlo Lowell and Mount Holly It crosses the
Catawba River dust south of the NC 27 crossing of the river The corridor then swings south to end
at South Cedar Street dust east of 177 There is a spur that runs south from the corridor and ties
into downtown Belmont The NCDOT acquired the inactive Piedmont and Northern mainline
corridor in 1991
There has been some interest in reactivating this line for short line freight service Section 26 1 of
Session Law 2008 191 (House Bill 2431) directed NCDOT to study the Piedmont and Northern
Railway line in Gaston County to determine the cost to bring the full line into operation The
resulting report to the Joint Legislative Transportation Oversight Committee Cost to Reactivate
Piedmont and Northern Rail Line (January 15 2009) (available for download at
www byte ain org/Quicklmks /i epoi is /P &N Report 15Jan08 pdf) describes the improvements that
would need to be made to the rail line and corridor in order to provide freight service and also
possible future passenger rail service At this time freight service is anticipated only on the 116
mile segments from Mount Holly to Gastonia and the northernmost 1 5 miles of the Belmont Spur
as documented in Cost to Reactivate Piedmont and Northern Rail Line (January 15 2009)
Following the report to the legislature a federal Categorical Exclusion (CE) for reactivation of the
Piedmont and Northern Railroad Corridor for freight service was signed by FHWA on July 9 2009
The proposed action identified in the CE is reactivation of freight rail service between Mount Holly
and Gastonia and along the Belmont Spur to the north of Belmont/Mount Holly Road (SR 2093) The
CE states At the time of this document there are no plans in the foreseeable future to implement
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
18
passenger rail service on any portion of the corridor Passenger service would be covered under a
separate document process if determine feasible
Future passenger service on the Piedmont and Northern Rail corridor could provide additional
transportation options between Gaston County and Mecklenburg County and could benefit the
region s transportation network but it would not meet the Gaston East West Connector purpose and
need for the reasons listed for the Mass Transit Alternative in Section 2 2 5 1 of the Draft EIS It
would not improve mobility within southern Gaston County because it is located north of I 85 It
would not improve connectivity between southern Gaston County and western Mecklenburg County
because the Piedmont and Northern Rail corridor crosses the Catawba River in Mount Holly dust
south of NC 27 It also would not reduce congested vehicle miles or congested vehicle hours traveled
in Gaston County because it is not anticipated to attract enough trips to make a noticeable difference
in traffic volumes on area roadways
The Final EIS will include an update on the Mass Transit Alternative discussion as it relates to the
current status of the Piedmont and Northern Rail corridor studies
Comment The Draft EIS should have studied ending the project at US 321 of that is an interim
phase
Response The proposed project is included in the 2030 LRTP for the GUAMPO area as starting at
185 and continuing eastward to the Mecklenburg County line The GUAMPO plans to include the
entire proposed project as a toll facility in its next update to the LRTP US 321 was announced by
the NCTA as a potential interim western project terminus during discussions with the public and
local officials about funding Like many large roadway projects in North Carolina the Gaston East
West Connector would need to be constructed and funded in phases US 321 was identified as a
potential terminus based on information available at the time regarding project costs potential
available funding and traffic forecasts The highest travel demand is projected along the eastern
segments of the proposed project The ultimate project extends from 1485 in Mecklenburg County to
185 west of Gastonia and this is the project NCTA intends to eventually construct as soon as
financing can be obtained This will be clarified in responses to comments included in the Final EIS
Comment The decision to study only toll alternatives to the EIS is not consistent with the CEQ
regulations at 40 CFR 1502 14(a) and (c) The EIS might have also considered a comparison with a
freeway
Response The regulations at 40 CFR 1502 14(a) and (c) are
In this section agencies shall
(a) Rigorously explore and objectively evaluate all reasonable alternatives and for
alternatives which were eliminated from detailed study briefly discuss the reasons for
their having been eliminated
(c) Include reasonable alternatives not within the jurisdiction of the lead agency
Alternatives for the project were rigorously explored and evaluated as documented in the Addendum
to the Final Alternatives Development and Evaluation Report for the Gaston East West Connector
(October 2008) and summarized in Chapter 2 of the Draft EIS A Mass Transit Alternative which
would not be within the jurisdiction of the FHWA NCDOT nor NCTA was included in the
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
19
evaluation Environmental resource and regulatory agencies signed a concurrence form in October
2008 concurring with the Detailed Study Alternatives identified for the project
The current NCDOT 2009 — 2015 State Transportation Improvement Program (STIP) includes the
project as a toll facility and traditional (non toll) transportation funding for this project is not likely
in the foreseeable future GUAMPO as part of the metropolitan planning process has decided to
allocate the limited available federal and state funds to other projects In September of 2000 the
GUAMPO TAC passed a resolution stating that it supports the use of alternative funding methods
including payment by toll
Based on preliminary traffic and revenue forecasts the NCTA determined that the Gaston East
West Connector is financially feasible with the collection of tolls Using tolls the NCTA can provide
the funding and construct the project many years earlier than with traditional funding sources
Using tolls as the funding mechanism for construction and maintenance allows needed capacity to be
added when budget shortfalls would otherwise prevent or delay completion of critical projects
5 4 Responses to Generalized Comments on Air Quality
Comment Prior to issuance of the Final EIS and ROD NCTA should demonstrate that the new
location project will be included in an approved SIP and will be in conformity
Response On May 8 2009 USEPA published a Finding of Failure to Submit State
Implementation Plans (SIP) for the Charlotte area in the Federal Register The state has 24 months
from this finding to make a SIP submittal and obtain USEPA approval The NC Department of
Environment and Natural Resources Division of Air Quality (NCDENR DAQ) intends to submit a
SIP in November 2009
Because the Mecklenburg Union Metropolitan Planning Organization ( MUMPO) and the Gaston
Urban Area Metropolitan Planning Organization ( GUAMPO) did not complete an update to their
respective Long Range Transportation Plan (LRTPs) and conformity determinations by May 3 2009
and June 30 2009 respectively and because the region does not have an approved SIP the
Metrolina region is currently in a Conformity Lapse Grace Period (CLGP) In discussions with
MUMPO and GUAMPO it is anticipated that the Metrolina region will be able to avoid moving into
a conformity lapse status which would begin one year after the start of the CLGP
As explained in the FHWA/FTA memorandum — Clarification of Transportation Conformity
Requirements for FHWAIFTA Protects Requiring Environmental Impact Statements (May 20 2003)
an approved SIP and a modified LRTP and conformity determination that is consistent with the
project as proposed must be in place prior to the issuance of the Record of Decision (ROD) for this
project
FHWA cannot issue a ROD for this project until the LRTPs are updated and there is an approved
SIP for the Metrolina region The absence of either of these events will result in a project delay until
these approvals are obtained
Comment The Draft EIS does not address quantitative air quality impacts as they relate to Mobile
Source Air Toxics (MSATs) The Draft EIS does not offer any mitigation measures to address the
protect s impact on air quality specifically concerning MSAT emissions exposures at schools
hospitals parks etc
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
20
Response The MSAT analysis was conducted in accordance with the Federal Highway
Administration Interim Guidance on Air Toxic Analysis in NEPA Documents dated February 3
2006 The interim guidance establishes three levels of review
• No analysis for projects with no potential for meaningful MSAT effects
• Qualitative analysis for projects with low potential MSAT effects or
• Quantitative analysis to differentiate alternatives for projects with higher potential
MSAT effects
Projects requiring a quantitative analysis include projects that have the potential for meaningful
differences among project alternatives To fall into this category projects must
• Create or significantly alter a major intermodal freight facility that has the potential to
concentrate high levels of diesel particulate matter in a single location or
• Create new or add significant capacity to urban highways such as interstates urban
arterials or urban collector distributor routes with traffic volumes where the annual
average daily traffic volumes (AADT) are projected to be in the range of 140 000 to
150 000 or greater by the design year and also
• Be proposed to be located in proximity to populated areas or in rural areas in proximity
to concentrations of vulnerable populations (i e schools nursing homes hospitals)
The project would not qualify as requiring a quantitative analysis because it would not significantly
alter a mayor intermodal facility nor would the AADT be in the range of 140 000 to 150 000
The overall approach applied in the MSAT guidance characterizes the trend in MSAT emissions and
the difference in MSAT emissions between alternatives but does not attempt to characterize health
risks or microscale impacts due to the uncertainty associated with available analysis tools In late
2007 the US District Court in the Southern District of Maryland upheld this approach in ruling on a
challenge to the Inter County Connector project stating that the Defendants methodology was
reasonable and should be upheld Defendants failure to consider Plaintiffs approach to the health
effects analysis which could be ascertained if at all only through uncertain modeling techniques
did not preclude informed decision making under NEPA
Comment The EIS should address greenhouse gas emissions
Response From a policy standpoint FHWA s current approach on the issue of global warming is as
follows On April 2 2007 the Supreme Court issued a decision in Massachusetts et al v USEPA
that the USEPA does have authority under the Clean Air Act to establish motor vehicle emissions
standards for CO2 emissions However the Court s decision did not have any direct implications on
requirements for developing transportation projects
On April 24 2009 in response to the Supreme Court s decision in Massachusetts et al v USEPA the
USEPA issued a proposed finding in the Federal Register (Volume 74 No 78 page 18886) that
atmospheric concentrations of greenhouse gases endanger public health and welfare within the
meaning of Section 202(a) of the Clean Air Act This finding is proposed specifically for six
greenhouse gases that together constitute the root of the climate change problem carbon dioxide
methane nitrous oxide hydrofluorocarbons perfluorocarbons and sulfur hexafluoride The USEPA
also proposed to find that the combined emissions of carbon dioxide methane nitrous oxide and
hydrofluorcarbons from new motor vehicles and new motor vehicle engines are contributing to this
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
21
mix of greenhouse gases in the atmosphere However this finding if finalized would not include
standard setting rulemaking to establish standards criteria or thresholds regarding greenhouse gas
emissions As of August 25 2009 the USEPA continues to accept public comment on this proposed
finding even though the public comment period ended June 23 2009
FHWA does not believe it is informative at this point to consider greenhouse gas (GHG) emissions in
a Draft EIS for an individual road construction project such as the Gaston East West Connector
The climate impacts of CO2 emissions are global in nature Analyzing how alternatives evaluated in
a Draft EIS might vary in their relatively small contribution to a global problem will not better
inform decisions Further due to the interactions between elements of the transportation system as
a whole emissions analyses would be less informative than ones conducted at regional state or
national levels Because of these concerns FHWA concludes that CO2 emissions cannot usefully be
evaluated in this Draft EIS in the same way that other vehicle emissions are addressed
FHWA is actively engaged in many other activities with the DOT Center for Climate Change to
develop strategies to reduce transportation s contribution to GHGs— particularly CO2 emissions —
and to assess the risks to transportation systems and services from climate change FHWA will
continue to pursue these efforts as productive steps to address this important issue FHWA will
review and update its approach to climate change at both the project and policy level as more
information emerges and as policies and legal requirements evolve
Lastly it is important to note that while the Gaston East West Connector project will provide new
road capacity the new capacity will be priced (tolled) which serves as a demand management tool in
addition to providing needed project financing The traffic forecasting for this project shows that the
Gaston East West Connector project would result in some increases in both vehicle miles traveled
(VMT) and vehicle hours traveled (VHT) within the project study area Because VMT and VHT are
correlated with GHG emissions this data suggests that the Gaston East West Connector project may
marginally increase GHG emissions in the project study area This potential increase in GHG
emissions would be insignificant on a global scale but is noted here for informational purposes in
connection with the comments concerning GHG emissions and climate change
5 5 Responses to Generalized Comments on Water Quality and
Jurisdictional Resources
Comments 1) Concerns about sediment and erosion impacts that could result from this project
Erosion control measures should adhere to the Design Standards in Sensitive Watersheds 2) The
possible effects of storm water runoff associated with this project could negatively affect the project
area
Response As discussed in Draft EIS Section 6 2 4 an erosion and sedimentation plan will be
developed for the Preferred Alternative prior to construction in accordance with all applicable
regulations and guidance The FHWA NCTA and NCDOT will work with the permitting agencies
to determine the appropriate best management practices to implement for the project
A quantitative indirect and cumulative effects (ICE) analysis also will be prepared for the Preferred
Alternative and the land use analysis results will be reported in the Final EIS The ICE analysis
also will address water quality issues for purposes of the required Section 401 Water Quality
Certification
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
22
Comments 1) Concerns about the amount of mitigation needed and that it will not be available in
the area every effort should be made to further avoid and minimize impacts to streams and wetlands
and to provide on site mitigation Mitigation should focus on improving degraded streams to the
area 2) A conceptual mitigation plan should be provided to the Final EIS with information about
on site mitigation opportunities
Response The FHWA NCTA and NCDOT intend to use the NC Ecosystem Enhancement
Program (EEP) for most project mitigation needs Over the past several years NCTA has been
coordinating with EEP regarding this project and projected mitigation needs A conceptual
mitigation plan will be prepared and described in the Final EIS The conceptual mitigation plan will
include an evaluation of on site mitigation opportunities
Comment Direct impacts to existing 303(d) lasted impaired streams and other waters at risk from
further degradation have not been fully addressed from the standpoint of avoidance and
minimization (e g right of way and median widths shoulder widths etc)
Response As stated in the Section 6002 Coordination Plan for the Gaston East West Connector
Project this study to the extent possible will follow the environmental review process consistent
with the requirements for Projects on New Location as described in the Section 404 /NEPA Merger
01 Process Information The Merger process requires Concurrence Point 4a (avoidance and
minimization) must be achieved after Concurrence Point 3 (identification of LEDPA) The FHWA
NCTA and NCDOT will continue working with the environmental resource and regulatory agencies
to achieve these concurrence points The NCTA held a design workshop on August 26 2009 to
consider design changes that would reduce impacts and costs The environmental resource and
regulatory agencies were invited to this meeting
5 6 Responses to Generalized Comments on Indirect and Cumulative
Effects and Wildlife
Comments 1) The Draft EIS has no specific discussion of mitigation for indirect and cumulative
impacts 2) There are no quantitative data presented an the Draft EIS concerning potential ICE to
wetlands streams water quality and wildlife habitat 3) A quantitative ICE analysts should be
prepared for the Preferred Alternative 4) The Guidance Memorandum to Address and Mitigate
Secondary and Cumulative Impacts to Aquatic and Terrestrial Wildlife Resources and Water Qualaty
should be consulted when developing mitigation measures
Response In accordance with NCDOT procedure a Qualitative Indirect and Cumulative Effects
(ICE) report was completed and included in the Draft EIS Several comments on the Draft EIS
requested that a Quantitative ICE analysis be performed NCTA intends to prepare a Quantitative
ICE report consisting of two parts The first will analyze potential changes in land use and the
second will analyze potential changes in water quality The Quantitative ICE report currently is
planned to include analysis of two scenarios no build (for a baseline of comparison) and the
Preferred Alternative Prior to commencement of this study scoping with the agencies will be
conducted to ensure the study approach and scope will meet the expectations of the agencies The
land use component of the Quantitative ICE will be included in the Final EIS The water quality
component will be completed as part of the permitting phase of the project
If the results of the quantitative ICE indicate mitigation measures for indirect and/or cumulative
effects should be evaluated the FHWA NCTA and NCDOT will coordinate with the environmental
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
23
resource and regulatory agencies on this issue It should be noted that FHWA NCTA and NCDOT
would not have any authority over most types of mitigation measures that could be effective at
minimizing indirect /cumulative impacts such as local land use controls and ordinances However
as stated in NEPA s Forty Most Asked Questions prepared by CEQ
Question 19b How should an EIS treat the subject of available mitigation measures that are
(1) outside the juresdactaon of the lead or cooperating agencies or (2) unlikely to be
adopted or enforced by the responsible agency?
A All relevant reasonable mitigation measures that could improve the project are to be
identified even if they are outside the jurisdiction of the lead agency or the cooperating
agencies and thus would not be committed as part of the RODS of these agencies Sections
1502 16(h) 1505 2(c) This will serve to [46 FR 18032] alert agencies or officials who can
implement these extra measures and will encourage them to do so Because the EIS as the
most comprehensive environmental document it as an ideal vehicle in which to lay out not
only the full range of environmental impacts but also the full spectrum of appropriate
mitigation
However to ensure that environmental effects of a proposed action are fairly assessed the
probability of the mitigation measures being implemented must also be discussed Thus the
EIS and the Record of Decision should indicate the likelihood that such measures will be
adopted or enforced by the responsible agencies Sections 1502 16(h) 1505 2 If there is a
history of nonenforcement or opposition to such measures the EIS and Record of Decision
should acknowledge such opposition or nonenforcement If the necessary mitigation measures
will not be ready for a longperaod of time this fact of course should also be recognized
NCTA can encourage local governments to adopt regulations and land use plans that would help
protect significant natural resources but FHWA NCTA and NCDOT lack any enforcement
authority to ensure their adoption or adherence
Provisions regarding FHWA s legal responsibility and authority for mitigating project impacts are
found in FHWA s Environmental Impact and Related Procedures 23 CFR 771 105(d)
Measures necessary to mitigate adverse impacts will be incorporated into the action and are
eligible for Federal funding when the Administration determines that
I The impacts for which the mitigation as proposed actually result from the Administrative
action and
2 The proposed mitigation represents a reasonable public expenditure after considering the
impacts of the action and the benefits of the proposed mitigation measures In making this
determination the Administration will consider among other factors the extent to which
the proposed measures would assist an complying with a Federal statute Executive Order
or Administration regulation or policy
Furthermore as stated in the FHWA Position Paper Secondary and Cumulative Impact Assessment
an the Highway Project Development Process
After the analysis as complete a valid question will remain If a proposed highway
improvement is determined to cause potential secondary and cumulative effects what can and
should be done to mitigate the adverse impacts? This is a difficult question for which there
are no sample solutions Consistent with existing FHWA regulations mitigation proposals
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
24
must be both reasonable and related to project impacts However the opportunities for
environmental enhancement that are now available under the highway program may greatly
expand our traditional view of mitigation Changing a proposed transportation improvement
to lessen its contribution of indirect impacts may likely result from a combination of
mitigation and enhancement measures that address area wide concerns notJust the
immediate influence of the project Unfortunately measures that would be appropriate to
offset most future developmental impacts an the area of a project often will be beyond the
control and funding authority of the highway program In these situations the best approach
would be to work with local agencies that can influence future growth and promote the
benefits of controls that incorporate environmental protection into all planned development
Comment Negative impacts to terrestrial resources and wildlife including fragmentation of
terrestrial habitat are a significant concern
Response The FHWA NCTA and NCDOT will include habitat fragmentation in the quantitative
ICE study to be prepared for the Preferred Alternative
5 7 Responses to Generalized Comments on Cultural Resources,
Community Characteristics, and Farmland
Comment The Draft EIS massed the subject of historic Stowesvalle Stowes Factory Gaither Mtill
Stowesvalle Cemetery and the old Methodist church
Response Draft EIS Section 5 3 1 2 discusses the Stowesville site Additional archaeological
research will be conducted for this site and related sites as part of the Phase II archaeological
surveys for the Preferred Alternative The results will be reported in the Final EIS
Comment EJpopulataons would receive a higher percent of impact from the new facility an terms of
air quality and noise impacts but would not necessarily receive a proportionate benefit from the
project due to potential toll costs
Response Environmental justice issues are discussed in Section 3 2 5 of the Draft EIS As stated
in Section 3 2 5 of the Draft EIS any of the Gaston East West Connector DSAs would provide a new
limited access east west route in the region A result of the project would be reduced traffic on the
existing non toll route 185 Completing the project would benefit all motorists including low
income motorists who may choose not to use the toll facility or may tend to use it less frequently
Neighborhoods with predominantly minority populations (Matthews Acres /Spring Valley and
Garrison Road) are located near 185 and 1485 within Segments 112A and K3C of DSA 9 (see Figure
3 3 and 3 4 in the Draft EIS) In these areas there are approximately 40 residences (all assumed to
be minority) that are predicted to experience noise impacts under DSA 9 based on FHWA noise
abatement criteria
With respect to low income populations the specific areas where these populations occur within DSA
9 are not readily known As such the following method was used to estimate the approximate
percentage of low income populations that could be impacted by increases in noise levels with
implementation of DSA 9 The total numbers of noise impacted receptors along all the DSA 9
corridor segments was multiplied by the percent of population in poverty of the area s corresponding
census block For example Segment H2A has 32 noise impacted receptors and its corresponding
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
25
Census Tract 318 Block Group 3 has approximately 42 8 percent living below the poverty level
Applying this method to the entire length of DSA 9 it can be estimated that approximately 35 40
impacted receptors may be low income Total numbers of potentially impacted residences are
estimated to be approximately 245 The estimated values for impacted minority and low income
residences represent approximately 15 percent of the impacted receptors
Preliminary analyses shows noise barriers would be reasonable at twelve locations along DSA 9
including noise barriers for the Spring Valley and Garrison Road neighborhoods (see Figure 4 1 in
the Draft EIS) Both of these areas are predominantly minority and also have higher percentages of
their populations considered low income than other areas along the project Based on these values
it is not expected that minority or low income populations would have disproportionate high and
adverse noise impacts
Similar to potential noise impacts populations nearest to DSA 9 have the highest potential to be
affected by air quality impacts and the above method for estimating potential noise impacts on
minority and low income populations can also be used in a general consideration of air quality
effects Therefore it is assumed that the percentage of minority and low income populations that
could be potentially impacted by decreased air quality would be similar to those populations
potentially impacted by noise Therefore it is not expected that minority or low income populations
would have disproportionate high and adverse air quality impacts
Comments 1) The Draft EIS does not offer any potential avoidance and minimization measures to
potentially reduce impacts to farmlands 2) Concerns about the availability of replacement property
for farms that need to be relocated
Response The locations of farms and voluntary agricultural districts (VADs) were incorporated
into the development of the preliminary new location corridors and these areas were avoided where
possible taking into consideration other resources in the area No other mitigation is required
The relocation reports prepared for the proposed project indicate replacement property for farms is
available and can be found in Appendix F of the Draft EIS
At the request of USEPA farmlands will be a resource evaluated in the quantitative ICE report to be
prepared for the Preferred Alternative
6 0 SUMMARY OF DESIGN COMMENTS
As a result of the public involvement activities associated with the project several issues were raised
regarding the preliminary designs for the DSAs These issues described below were raised by
public local municipalities interest groups and agencies Unless otherwise noted the comments
apply to DSA 9 (Recommended Alternative)
6 1 Design Comments Received from the Public and Interest Groups
These comments and proposed actions were discussed at the Gaston East West Connector Post
Hearing Meeting held August 4 2009
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
26
Matthews Acres Access Road
Matthews Acres residents appear to prefer different access to US 29 74 instead of the access to Oates
Road shown on the Public Hearing Maps Some Pre Hearing Open House attendees suggested
connecting to US 29 74 directly south
NCTA will investigate alternative means of access to the Matthews Acres neighborhood and will
coordinate with residents
Pam Drive and Saddlewood Drive (south of Robinson Road interchanue
Residents were concerned about closing Pam Drive and rerouting their access to Robinson Road via
the Saddlewood neighborhood Concerns included additional driving distance and sight distance at
the Saddlewood Road/Robinson Road intersection Some suggested keeping Pam Drive open and
connecting it directly across from the interchange ramp Residents also were concerned about the
visual impacts of an access control fence in front of their neighborhood
NCTA will review sight distances at the Saddlewood Road/Robinson Road intersection under the
proposed designs Design changes will be made if necessary
Land North of Interchange at Robinson Road
Property owners on either side of Robinson Road directly north of the interchange commented on the
preliminary designs The property owner on the west (D Amore family) would have their horse farm
facilities impacted The property owner on the east stated they would agree to moving the ramps to
their side of the road The on ramp north of the interchange and the proposed access control along
Robinson Road would directly impact the D Amore horse farm riding rmg and security entrance gate
as well as approaching close to their home
NCTA will investigate interchange design changes to minimize impacts to the horse farm These
include moving the ramp to a loop on the east side of Robinson Road or shifting the interchange
ramps closer to the mainline Compressing the ramps would allow full movement at the D Amore
driveway approximately 700 feet away
As a separate issue the railroad bridge over Robinson Road near US 321 was discussed at the Post
Hearing Meeting (August 4 2009) This bridge narrows Robinson Road to one lane and it constrains
traffic movements along Robinson Road The previous traffic forecasts did not account for this
condition but new forecasts being prepared will Mr Grissom stated Division 12 would like to
replace this bridge but it is owned by the railroad and costs are prohibitive at this time
Wilson Farm Road lust south of Union Road (NC 274)
Property owners (Margaret and Bob Ferguson) own 140 acres (162 Wilson Farm Rd Parcel ID
193024) Preliminary designs would result in a narrow strip of land on the north end of the parcel
being divided from the rest of the parcel Owners wanted to know if mainline could be shifted north
No action is proposed regarding this request If the mainline is shifted north it would impact a large
wetland area (Wetland 189 shown on Figure 2 9v of the Draft EIS)
GASTON EAST- WEST CONNECTOR
September 8, 2009 TEAC Meeting
27
Carolina Speedway on NC 274 Lust south of Union -New Hope Road
The property owners (Charles Harrison and Harriet Harrison Armstrong) asked if DSA 9 could be
moved north to avoid the Carolina Speedway and homes They are concerned with impacts to
racetrack parking and pit area
The mainline alignment for DSA 9 cannot be moved north due to intersection spacing concerns with
Union New Hope Road However NCTA will investigate measures to minimize impacts to the
Carolina Speedway Mr Harrison and Ms Armstrong own a 63 acre parcel to the east of the
Speedway There is a possibility that this additional property could be used to relocate some of the
functions /uses that would be encroached on by the proposed designs for DSA 9
Interchange at NC 273
The property at 2030 Southpoint Road (NC 273) (Rhonda Harmon) is adjacent to the eastbound off
ramp The property owner was concerned about being landlocked Another property owner in
Graystone Estates concerned about providing sidewalks on Southpoint Road for high school students
traveling to Southpoint High School
The NCTA will be conducting a service road study for the Preferred Alternative which will review
land locked properties Sidewalks will be added to cross streets where appropriate and can be
funded The traffic signals proposed at the interchange ramp termini will provide for gaps in traffic
to allow for turning movements onto Southpoint Road
i
Sunderland Road/Allison Street off of NC 273 south of the proposed interchange
A resident of Sunderland Road asked if the new access point for Sunderland Road onto NC 273 could
be moved north approximately 800 feet Another resident was concerned that school buses traveling
into the neighborhood will not be able to turn around Currently school buses do not need to turn
around to exit the neighborhood
The NCTA will investigate modifying the Sunderland Road access to NC 273 and will review the
designs to ensure school bus access is provided
Boat Club Road and Access to the Optimist Club /Duke Energy Recreational Fields
The Optimist Club leases land on Boat Club Road from Duke Power for youth recreational fields
The Optimist Club recently made improvements and expanded the fields The preliminary
engineering designs shown on the Public Hearing Map encroach on the expanded fields The
Optimist Club is concerned about impacts to the fields and provision of access to the fields
The NCTA has modified the preliminary engineering designs to avoid direct encroachment on the
expanded recreational fields These modified designs also avoided two electric power towers A
letter dated June 18 2009 was sent from NCTA to Mr Kelvin Reagan Optimist Club President
describing the design changes This memorandum also included a map of the new design These
modifications will be included in the Final EIS Access to the fields will be investigated as part of
the service road study and will include coordination with Duke Power Duke Power owns the
recreational field land and adjacent land to the south Issues to be explored with Duke Power
include moving a gate to allow the recreational field users to use Duke Power s access road that
GASTON EAST -WEST CONNECTOR
September 8, 2009 TEAC Meeting
28
APPENDIX A
Figure S -1a and S -1b
APPENDIX B
Summary of Environmental Impacts
N
R
L
r
a
d
R
d
0
L
O
AV
W
C
C
O
v
4)
N
W
C
O
N
N
V
m
CQ
C
R
C
d
C
O
C
W
\F
O
C�
C
0
N
N
W
J
m
a
W
N
N
Ln ^
O Ol
10 CO
N
M
N
.--1 Ol
O
L!1
'^
Lo0
Ln
00
v1
�
O
00
N
p0 -4
� O
O ti
mm
}
=
m
N
'"�
LD
m
C
Y
C
0
V
W
O
ry M
0)
Lon
CU
^
^
-4
^O o
a^
M
m 00
V
N
m
a
ry
.1
N
^
N
)
�>-,
N
O N
01 M
N
ry cF
M
Y
2
m
Y
m
e-i
i--I
C
m
0)
0)
O.
00
1G
-i
O
n
ry
01
m
LD
It
-C
on
^
ry
N
00 e-i
N M
00 N
N
p M
V
O
m
0)
Y
2
0000
M
N
-1
n
O
7
mr-J
N
-4
-4
E
E
O
n
Ol
N O
00 N
m
m
^ 10
00 I�
10
N
H
L
W
�'
O)
v�
O)
C
co
10
ry
0100 �
°m m
00
° v
m
i
2
m
rpn
01
_
ry
O
4
m
C
O
m
O
00
^ N
1
Lo
M
O
ry 00
N
00
L
1O
w
ti
p
-
0
N
N
�
m
N
N
N
01
.�-, O
m
ry�
m
Y
=
J
f0
W
0) "1
ry ry
V
-,
>
m
O
Q
O
Z
�
m
^
p m
N
o
L
LU
co
N •--�
M
dm'
n ID
Ln
.-i
C�4
en
0)
LOO
a)
In
O
n
O
H
O
O
L
Q
N
r, -1
Ol V
Ln
ry�
m
}
=
m
m
c-I
"I
�
L
Y
m r-1
.--i
D
C
c
y
(A
0
n
Ln
^
Ln
m
rn
Y
LLI
^
V
Q) '"1
M
m
-1
Ln
0
N
O N
00
N
0
N
m
m
F-
-I --1
m
� c 1
1
W
m
v
O
0)
'f-
O
lD ry
W
cn O
V
L
N
0)
N
N
C14
N
00 Ln
0
N Ln
m
Y
=
m
M
N
l0
N
pry
N N
M
c
`1
G
7
O
0)
p
LA to
O
LD
LO 00
N
L
m
in
u
7 y
N
N
r-1
N
Q1 O1
Ql '-I
1� c-1
O1
M ^
It
M
0)
Y
2
1�
m
LD
O
O- U
0) d
C'4
Ov
N
—1
C E
Y
C C
OU
O1
Ln 0c0
O
O
M
10 V
O
O
m
01
,
V LD
m m
Ln
W
y
00
n
m
00
n
O
Q O
ry
N
N
� -tT
m
C
N
-1
.-I
N
�y
O Y
m
y c
f0 0)
O v
N
O
,--1 01
a)
Q
Y
0C O
Ln
�
C)
m 'It
m
urvi
v
o0
a
m
m
N
oo
o
ry
00 1--1
a) N
00
N v
m
Y
=
m
f
m
m
1
0
0
c on
0
N
0:
0
O '0O
00
� a
Lf
L
y
E Y a7 ,
Ln
O
(D m
w
m
M
00
m
1-1
N
m
N
L
00
N
C)
�
_
=
C
Q)
cLn
-I
00
O >
W
Z
u v
u
0
u
iA
L
+'
p O v
C
Z
V1
_0
M
v
w +�+ O
W
N
Ql
O ti
Y
t0 .1
ate-,
C O
yl 'i
+' `"
C
O) CL
(0 l7 W 7
0
Y t u
O
vl
of
O
O
O
O
f0 V +'
C U Y O
O
0
u
H
0)
aj
'''' C
F
Y O
O
t
E`
L
i C
C
C Y E
O C
u
ti
C C
�' 0
O, 'O YO
Q
C a+
a,
N
to Y
v �,
-0 L
L
O V X O
Q
Y o°
o
o m
o
o
C
Q
a v c
v
OJ
a
o
c-
v L
E on
L
cY tw
a v o L
on
l7
m
—
2
E°
u v l7
O
a
f
-j
U E
W �w�UH
E
�a`
g
U�
uQ E
CWc
=w
co
zZcZ
L� c
E
L
d
Q
y
d
d
0
O
C
O
V
N
3
N
f9
W
C
O
N
V
V
f0
ca
C
r
C
C
O
W
4-
O
R
E
E
0
N
N
N
W
J
m
Q
H
O w
a
v
f9
t�D
v
tDD
0000
m
0
0
0
�,
t-'
N
Q) 0 w
^'�
tD
0)
m
�--�
_
v
c
O ar
CL
v
CV
c O
Y
co
YO m o
i
to
N
N
.-i
m
r-1
N
N
.--�
i^
N
m Q) N
tt:
O
Ln
00
7 C
O Q)
.1
O
E
7 >
O
Q.
O a0+
a
C
�p
�'' N
l^D
N
N
O
N
r-I
C
m
Q)
Q)
Ol
O
`" t
O Q/
H
a y
w -0
Y QJ
Vf y
QQ M
QJ
Y
O�
�
.--i
l-i
ri
O
O
m Q)
O
Q) v
tD
^
m
W
v
^)
Q) w
3 o N
r-1
i
�
G
H
Q) C
7 C
Y
Y
pU
Q)
C
y
V1
to
i--f
m
r-I
N
N
-4
0 of
`l Q)
rn
N
N Q) 0))
Q) -0 w
M
O
O
00
a)
E
7
CU
Ql
a
U y
z
= o
F
00
"c
"O y
N
0
Y i lJ
N
ri
N
N
ri
N
.--I
L O
N
Q) O 1
m
im-I
Q)
r I
Q
N v
E
Y C
to
W
N
1-4
N
O
r-1
O
c
y0 fY
iO
N u
N
M
O
W
CE
N
j 0 cu
O0
.--I
>
Q
N U
o
O
o
a j
M
v c
a � �
O
N
e-i
N
O
N
V
.-i
U>
t0
tD
N
(0 N Q1
Q) 'O 0)
a)
cn
V
cu
`. CL
3 E v
O
3 0
0
0.
N
a
p
00
Y U
N
N
`
a
Q1
Ql
0)
C
E
C t
O `
O
cu
O
01
.-i
a
O
N
ri
O
t
Q
V
Y
M 0) N
N
Ln
N
Ol
lD
m
C Y
N
Q) w
C)
p 3
3 E °'
N
F
U Q)
00
U
M 0
O
•--�
Y
O
to
N
N
O
m
m
O
Ou
W
N
m a y
N
to
O
OC y
a
C Y
C
J
� c
�
U
O v
Y E
tai
a
u
O
Y m Y
N
a
Q
i--1
N
i--I
N
M
'-I
C 0
O
m
fYQ Q) w
0
N
a)
W
c)
j )
> E d
N
"
U v
y
G
a
o
C
W)
0
0
O
N
w w
W
v
}
"
2
—
lQ7
0 L
o
u
N
c 00
O
Q
a
`�
_
L
Z
4A
LA
Z
d
v�
tO�,
o
N o o c
Q, c
Q)
Q
N
m L
0 �N
°
�
L C
—
C
O>
C N
0
J m
O
cm
C
>
0
O.
d O. -0
= O
N m N
v
v
N �n
!0
E N Q) CL
d
Ou
LL
7
U �m
7
u �a`O
ucrccc
Z
CL
Eat
m
Z
CL
Ln
u
HZ0m
Zcocr
Q
d
L
Q
.a
r
L
0
V
01
C
C
Q
V
2�
N
W
0
N
V
I
r
V
!Z
C
G1
C
61.1
w
O
m
E
3
cn
N
co
W
J
m
a
F-
C
O
N
Y
y
Ln
v M u
OD
v
�..�
D1
a
r-
-4
V
N
m 7 r0
v Q
Q
W
O
J j E
OD
O
—
O
O
Y
Y
�.
Ln
r0
_ V
f0 fo U
n
_
'D
-1
-0
Q
N
Y
W
N
O
_
O>
O
O
C
DJ
O
o
CL
E
fo
n
f0
OD
w
N
O
O
v
.-4
V
N
D
41 7 M
-6 ut a�
u
1D
o
o >
v
t
O
Y
p
ati
O
Y VI
Y
l0
"O
00
N
O
Cr
N
N a
N
LO
M
6
E
-
d
SL
O
Y ai
N
V
Y
Y u
Y
U
O
u
m
v+'i
ra U
.CU..
l0
'O
E
M 00
N
V
ci
LA Q
N
N
O >
Y
W
>
c
y
O
Q
3
N
O
r
cu
cc
C
CD
Y
'D
��'' Y
O1
ui
J
"
DD
O
N
00
V
N
y 7 r0
Q
T
00
Lo
v
`1
L
O.
_0 �_ Q
> E
o
O
T
Y
-
C
CL
0
c
Y
m
N
O
Y
Y
t
_
Y
o U
cu
`0
r0 N Q.
@
{J
L
>
J E
Q
O
u
N
d
2
Y
O
m
N
Y
o U
,ry
N
D1
U
m
r+
ro
c1'
r-1
N
N Q
t
cC
0
U
o
T
G
m
bD
C
V OJ
0
C
—
Y
N
U
C
N
C O
O
O
m
V
N
0
w vii a
bD
o > E
Y
u
CU
v
L
O
D1
CL
u
O
T O
(„)
N
u,
v
±� 0
N
i1
tN
C
V
N
7 M
Y
O m
cu
J
, 1
E
a
O> E
O
O y
E
cu
C
Q
u
T C
O
U
O
t0
C
Y O
fo U
7
Y
C
N
N
M
i
r6
u
N fo u
O
a
cu
vii CL
U ut
CU
v
ut
v
CL
E
-
Y
� L
cu
H
N
j
ro DJ
N
_
O
++
DJ
F
Q
u p
j
+�+
ut
C r0
H fl
"
n
h
u
W
N
CL
N
N
'O
Yv>i Q
C
"
�
-+
o
° E
CL
J
L
{-
U
N
H
Z
p
U
E v
Q
�
L7
N
W
Q
a
s
o o
'O
u
Q
c
o
W
C
a
C
O
u H
O
Y
o
U fo
Z
a
C
Z
Q
01 m
Y tU/1
Z
LA
vi
o
v v
O
N
o'N
��
0
O
v�
'=
o
N
Z
v
v 'O
OA
bD
u
'O
O
VI
co E
v
°—'
J
u N
Q i+ >
Dl
o
Y .N
Q
W
E
i Ol
c
f9
Q
i
N-J
Q
in O
u
r0
a `l u
C7
_
H
J
N ut
o
O
l7
Q
W—
C
l7
Q
O
E
"O
H
~
m
~
nI
i O
O
Q
Q E w
ro
W
OD
L
O i 0
ro d 0
a
r0
>
Q
F- u
H
LL
>- o
LL
E row
a H u
l7 u
oc
u>
_
N
d
cc
L
d
Q
7
d
r
d
0
L
O
v
d
_
_
O
U
N
CO)
m
W
_
O
N
If0
V
N
V
CL
G
_
d
_
O
W
4-
O
R
E
7
N
N
cn
W
J
m
Q
v
co
1.4
-4
a
o
�
v
�
aJ
� c
v
};
w 11J
n
m
-4
m
-O
<
a
N
u
41 N
L v
41 a
c
m
O
> aJ
0
Q
O a
N
Z S
41 z
�
Y Z
n
r
O
n
00
++
O
N
C
C O
C
(p UO
M17
E C
L
V
p vY
C
UJ
m L
a+
UJ O
co
t0
rn
�-i
.N-1
O
^
-;T
N
a=
m
O v
L
tto
m
0
N OD
O N
ai
cu
ai
y
L
m
O
O
Il
N
7
V
v
_ 2
u
W
N
m
O O
GJ tw
:5
>
`J
"
_O
m O
F
3
— N
s
2
C
C
?
W
cc
O
1,
n
N
u
L
UU
L w
a+
Q
Ln
-4
7
N
2
N CC_ cu
Q
>
E
H
C
L N
N Y
>
GJ
D
)
O
y0
J
n
N
_
Q
m
O
M
UD i
a
41
W
M Q
T
v
p
ai
-o -a
v
CL
c `J
f0
CL
4J
C Cl)
. N
m
N
N
m
O
i
N
N
3
_
O
CL Y
tt)
U
d
C
CU qj
U
00 N
L 0
N
N
C
O
O
7 �'
0 7
�--�
L
a�
N
N V
V
L O
S
> c
a)
=
a CO
O
3
a O
D
>
CU
V
N
a
UJ
N
N
N
f9
L T
Vcu 'O
C
C f0
cO
G
d `1
O
fa
V
tU
`1
Q u
O
L
N
m
°
m
ci
O
cn
O `L°
4J
O G1
N
6J
ei
rl
N
L
a
N
a
O
C L
pp H
G
—
N
UJ
M
v
a
o
° °
..
R
`J
yt
N
O
t
m
O
u
Q
L
w c
N
O
Q
N D
2
Ul
Q
p
O
H s
w
u
-
O 0o
i
N
OD
N
LL
p '"
O
u N
W
cu N
Z
H
Z
N J
Z
N
0 >
tko
c O
vtio i
Ln
:3 vV) L
O
Q
E
>M'
N o
a) -o
z Q
y
o a
O
O
a c
=1 o n
c
3
O
c o
tN QJ E
9
H
O
"O
N
0 O
O
O
4J
>
l7
J
O L Z TJ
fL 0 u >_
N
N
S G
3 p
-1
O
u
O
LL
J w
O
.Z
^
> a
�
~
Cu
u
w
O to
rn
C
.F:
d
d
O
V
d
C
C
O
L)
N
W
Y
O
N
V
w
V
CQ
G
N
C
d
C
C
W
O
c�
G
7
cn
N
co
W
J
co
Q
H
o
v
N
Ol
'IT
Ln
Ln
t;
C U
M O
N
O
L
00
m
-i
N
O` a)
1J Q v
+'
3
111
Y t
vi a
f0 a
o. Lu -0
c E
N
=
O
y 21
N
N W
fd
CN
C
v
'O N
M
00
Ln
O
C Y
E c
C N L
3
N
N
O
O
N
cY
N
M
N
O
E=
O -p
Ln
.1
M
ci
w
cu T
u c
Lnn u)
o L -p
7
Y Y C
C L
o
"
o.
—_ O`
'T
00
Ln
LO
N
Y u
O. C
N
O
?�
N
N� .�
E 'O 3
a
Ln
1-1
01
14
Gov
=g-0
GQ'
y
E
o
'' 0
Z c
—_
E
C 3 00
L _
01 C
3
00 y
E
co
cli
O
Ln
00
O
Z
i
Ln
N
01
r-1
`t
L
v u
-0 cu
00
c u
W 00 OJ
Y
0D
o °
N
O
Y `^
v
Ln
O
O0
r,
c u
1n c Y to
m
LO
O
LMn
N
O
N
o_
ui
O
to O)
O C -0 O_
C OJ 0)
Q
O_
2 E O
Z
M
C OO C C
M
co
E
M
M
cn
N
C U
v c� 1n C
J
Q
Ln
N
O
Lo
chi
O
N
Oy `�
Y r-
a C N 00
Y L
CU
l"i
In 41
Y
O H ❑
cu
m
(0 f0
Ln
L
Y C O
H
Ol
Y
f0 a
W
N
` o V
J
N
14
O
H N
lD
1,
Ln
00
N
O�
ate+ C '�-1 O
Ln
.1
01
y, w
Q - N
W
> Ol
N OJ
U 'O E
-0 O
j v C
O/ to
O y
w K v1 YO
Z
z
fYf
v :3
L O
rlj
C4
m Y
a LU M y
❑ 'C
N
c-1
O
to
Ln
cY
.-i
n
01
Ql
N
O N
L_ V-
01
to
Z
_
N N
yL,, M W
U
(0 C
00
0) O
O
C O
Y CL
O L 4-
`1
O
O
N
r-1
O
O u
Y
V
N
r1l
00
N
N
YO
f0 OJ
j U 3
>
Ln
r1
01
�-4
O) w
O
C C
C
O)
E
'O m v
a, _ o E
C Y
L O C N
U w a
CL
O
E N
1l
1�
N
CY
Y u
C C 01
O
O O
Ln
ri
00
-4
N
-�O
m OJ "O L
O
3
O T
O^ O)
N
00
C u
E
V1
ri
O
Y
ci
10
N
V
O
N
r
O W
U
cc
to cu
c o
E
p
O c
Ln
u
U N X
a
O y
p u v
N
v
,
o
a �t
Ln
N
o
m f0
H
u`ni
m
i
vow
O w
-ZLnn
W ❑
O
y.,
—_ u O
u+
?� E v
3
c c Q s—
N
L
Q Y
H
Z
Q Y N
_
LL
Qj
-0 ti
C=C
L
Y
u
Y
Q
d
X
O 00 C
ui
LL
m
CL
p
L
' O
Z
v
= 3
w N
J
o
c
;;
u °
p
Z
a u=
Lo
H
tea,
LL
o
w ro Y
O
o
o
oC
N^
N
w w m a °'
W
}`'
c
Y 0
0
Z 0
la _7
L�
U
cu
U
OJ
Y Y E
W
W W
N N
~C
Q
Y
N U
a U
3 U
a U
W— (0
kn
to 5 E
Ln d'
C
Z
❑
Q
��..
Ln :�
O
V L -MC .�
C
C
N
d
L
r
Q
v/
V
O
v
d
c
c
O
V
N
N
t0
W
c
O
N
V
t0
Q.
t0
c
d
G
c
1
c
Lld
w
O
R
E
E
3
co
N
U)
W
J
Q
H
a)
ri
n
00
Ln
OO
L
0)
C
14
M
00
rl
^
-4
n
00
C — N
M
O�
O
C
M
q
N
Ln N
0
c a �
L fa C
� U Y
n
M
Ln
1-1
01
c U
Y �tl
2 0
tD
C3)
O
LD
p
n
Ln
w
cu O- m
°v
O1
v
N
) v
3
T5 a) y
o u
Ln
cn
Y
Y O (`
Ln
n
°
m
o v
y Q a
lD
Ln
Y w
`1 O- C
a
Ln
Ln 0)
uo f° a)
m — E
i
t5 a) v
c cO°o
Z E
N
N
N
LD
MO
O
�--1
c
L X L
LO
N
m
N
c
N
lD
O
a) Y
14
r
Ln N
M
N
'n Lb
w O
7
L O �
4-- C
Ln
Ln
14
M
N
N
Ln
O
0)
0o H
c U
a)
> c a)
N
O
Ln
.--1
V
O
Ln
N
O N
L
v
T
Ln
N
Ln a)
3 M
>
Y f9
C
Q
M
N
Z
u
LU
Ln
i
01
M
Ln
Cf
w
c
Y
00
Ln
r
O
Q
Y
O
Ln
O
tD
Ln a)
c'0 7
ra -0
p
Ln c
c
Z Lo
H
cu
L D
Q
w
LO
N
Ln
0o
(n
m
w
O
^
n
.--I
i c U
O
QN
N
W
0
- >
O
O
O
O
�7
Ln
N
Ln a)
Y O =
C
LO o
w La L
> 3
0
O)
N
01
Lo
O
Ln
Ln
-4
O
Q)
0O
�' c U
N c
'i o U
M
m
W
p
O
Ln
O O N
r0 u
V
01
LLn
N
in v
E
v v
N_ L
cu
E U
0
O
en
rn
Ln
Ln
OD N
` u
L
Y
c N w
N
.-1
00
c-1
Ln
�"i
p
�
O O
o
N
00
p
N LA
Ln
Ln
Ln a)
c +`y
La
o c
ON
0�1
0
Ln
m
Ln -1
c u
p�
ri
Ln
00
r1
01
LD
O (1)
Y �!
00
O
00
O
> i+ tt:
N O.
M
-q
V
N
N a)
c E
O N _
Lro a to
CU O c
E UO N
cy
a)
m
0
m
00)
i c U
in
L!1
lD
n
Ln
m
N
L!1
O O N
N w c_
.tOi
V
Ln
N
v1 `tea)
a)
Q c E
DO O
Q
O u
IL
CU Lo
c i W a
Ln
Cw
m
cN
n m S E
In c
N
o
m
v
p U
LD
r,
00
> v
O
F- a o a
LA
z
Q
VY
E Y
Y
1
-O
Z
n
1.1
La
CL
m
a) m
ii
L
n
YO
c
F-
m
E
^
v°_
E
L0
o
�, v
O
CL
c
3
c„
"
E
r
of
LO in
c^
c �i
E
,n
ti
— L
tT v 3 N
W
Q
C U
v U
�.
Y v w
y O
y 0-
Y m
a`r rc v v
w Y N a
aO° °2r
oa
E
cLi _
Fo--U"
E�umv
3 3 3 3
NAA
vI
W
J
Q
v
? u V
^
L)
u
u
u
u
m
x m t
m
o- a
O
v ° ,� y
�
o E
v a z v a
N
w
�
w
w
o
m c
E L
00
V1
w
w
w
w
ai
N
C T
C m w
u w
N
O
O
O
O
a, o
E a
>
c
n
y
u o
Z
Z
Z
Z
o o
u
3 °
c
u N
C
y
y E
N
E
y
T N
cL N V
3 c
_o w o Q m
v
v
a '^ o
> 7 C p
O
al
L
u
u
u
u
Q
>
c a u
cu m
E o
a)
N
a)
aJ
O
v a
P
v y a E V L a
c >
w
w�
>
- m Y m 7 C
w
N
y !^ O LL -D o o
4,: o. o° 3
n
7 o c .�
cu
w
w
w
w
°
L C
o ^u u m
m
_
a, - a w N
E m_
c o
0
o
O
o
a`)
-
m> �
v> Y o m E
Z
Z
Z
Z
i
6C
°i 1
Y i u :3 `^ v
H ° �+ N L w
y
v H
c C
° u oo
O
v o o ° 3
U
o v
n0
r ° m
`
0
v v E o x v v s x
a
m N
u o
OD 7 C Y m=-
� E u o>
-o O to
m m
ar E p
E o f
c v
a, a v m u Q
u
r u w
L U N
ar
Lv >
~
H
C
N u y M Z N
`o
m
°
u w m v E
a-
N v o
Ln
m
Y
o N a
0
0 0�
Z a, u
> \
u
w
u
v
u
v
"
v
m in
to
?
u v ar -
w
w
w
w
w
C
c -
o 0 3
c c a, u c
'OC
N Y Q
O
O
O
v a v v
a m m E
w x '^ '" c
° v c E x $
oa o f
N
w c a v
a Q
Z
Z
Z
u
cu a v °
E �_ c o w
c K «.
co ca c c N
a E « L'° a z
va
z D m cu
w E o
w
c 3 o
n0 m-2
x E u L L
> C u u
m; v C E a E S
c N C o
v
c m`
H N U o
v� m m
U c° L
LL N¢
a v 3 u a oo a, °
u
E
w
m-¢
In
p
m m a,
N y
> c = m m oa o d
m
mT E ,Q v
t0 7
a 7 3 y
L al C
T
° v u
c Y o v
m v c« m v vi y
o c_ c LL ° v L
`w
s Y m m
u
a)
u
a1
u
al
u
aJ
aJ
a
00
to h a> C V1 o a/ C
'-°
w
w
w
w
i
o 'u a v a n_ E u N
-o N C 7 .a O -_
�p
a.+ ] E `O Y C al
W
0
W
0
W
0
W
0
;
-O
a m
N
E E x � o o
Z
Z
Z
Z
Q
Eo
7 E m
o oo
u 00 '^ T N
;� 0 .. - E m w a!
o N C v a in o Q T Q (�
u
O
m L p T m N
`o u m c N
m- H a d
m m m
o d j w E v au
m w
u m ..O
a Y
v
O
E� E
a c
m
E -
u
c o
L 3
w oa w Y Y ¢
o y i v° L m v a
L o a v v F- E o o D
v
v a
v 'A u z a�0 �o a o
vui p> Q F F � �a � E o_ 2 vii
Q H H p
O
Z c 4 N M C m lD
I� w m O- 1.4
' oo
u
al
u
a)
u
al
u
aJ
y
J
�p
W
W
W
W
W
0
O
O
O
O
Z
Z
Z
Z
Z
r
Q
W
w
Z
+�
o O =
u
u
u
Q
W
T Z T vO�f u
w
w
w
m
Q
N
Q1 Y w
W
W
W
G
a
-�
Z
Z
Z
Q
O
r
N
Y
Y
i+
Y
0
U
al
U
aJ
U
aJ
U
aJ
V
N
W
W
W
W°
C
a
o
0
0
0
r
W
Z
Z
Z
Z
u
0
to
0
O
U
CU
u
w
u
w
u
w
v
N
W
W
W
W
Y
O
O
O
O
CO
Z
Z
Z
Z
a
u
ai
ar
C
Z a/ ♦+
N T
a
aJ
a)
N
N
N
Y
aJ w
W
w
W
N
w J a Q
0
0
0
v
Q Q
Z
Z
Z
�c0
u
u
u
u
c
a1
a!
w
a)
w
a1
m
cu
Lv
im
w
w
-
LL
z
z
z
z
N 3
N
C�
C a)
OL
u
u
u
u
w 7
w
w
w
w
zt:
w
-0
0
0
0
o
c
Z
Z
Z
Z
a) 0
c
cu
U
Y
0 O?
u
u
v
C m
N
T Z �, u
w
w
w
'0
a a. v
w
t-
w
ai
L
v Y-0 Q
o
o
o
c v
0
Q -r Q
Z
Z
Z
vO
N
W
3
W
m
a
E
_o
w
W
N
v
to
c
Z
LU
:'
O
al
O
N
of
u
N
c 3
x
m
V
s
c
Q
r
°
C
s
o
o °
L
U_
O
f
_
CL
Ln v3i
vii
U 2
v
? u V
^
oD O
E O p
w
c
u
m
x m t
m
o- a
O
v ° ,� y
�
o E
v a z v a
y ' L O
F-
N
u O
C 7 °~
o
m c
E L
_ O y
v 3 v o0
V1
Y ) U
w o
N
C T
C m w
u w
N
`u
c c
o b
v
a, o
E a
>
c
n
y
u o
w p¢
y Y o W =
a
0 o
3 L, z `°
o o
u
3 °
c
u N
C
y
y E
N
L
oo N
m
y
T N
cL N V
3 c
_o w o Q m
v
O E
a '^ o
> 7 C p
O
al
L
O o ° T N
0 D
.�+
a
v
m C a
a m E
O O
°
>
c a u
cu m
E o
3 co
o 0 o E u
�>a
° ai
0
N L
>
o u u v v v
v a
a) u
IL m
v y a E V L a
c >
_
3
>
- m Y m 7 C
>
O' c
c - v
y !^ O LL -D o o
4,: o. o° 3
v o
7 o c .�
cu
„u,
Y "' ro E
f
c
E U E
o ° o v LL d
°
L C
o ^u u m
m
_
a, - a w N
E m_
c o
a c a
m o
O E m m i o v p
a m o
2 ° C lD
a) .O O
u
-
m> �
v> Y o m E
o g N
c m
aJ L 3
al y0 w
N
N
C v� O lD
6C
°i 1
Y i u :3 `^ v
H ° �+ N L w
y
v H
c C
° u oo
O
v o o ° 3
U
o v
n0
r ° m
`
0
v v E o x v v s x
a
v 3 r
m N
u o
OD 7 C Y m=-
� E u o>
-o O to
m m
ar E p
E o f
c v
a, a v m u Q
u
r u w
L U N
3 w a, m_0a
C o C
Lv >
~
H
C
N u y M Z N
`o
m
°
u w m v E
a-
N v o
Ln
m
Y
o N a
¢ w N u E c
N o O E T C O C
a O
u a u 0
E
O p Y m N iv
m
O ate+
m in
a L u =
u
C O O o
m o m
p m L L > �
U °-
E
C C w c
W O
y
w p �^ C D_ w
to
c -
o 0 3
c c a, u c
'OC
o LL
U J ° m
oN m ^ m
.D N O N C
O .y-.
a 3 w v o v -_
L
c c v
v a v v
a m m E
w x '^ '" c
° v c E x $
oa o f
N
w c a v
of u ami
m o v E c�
°
a m
u a m a
_
o a,
3 m F 4 °
m>
cu a v °
E �_ c o w
c K «.
co ca c c N
a E « L'° a z
va
z D m cu
w E o
° w c c u - m.� 2
° m °" o c o
c 3 o
n0 m-2
x E u L L
> C u u
m; v C E a E S
c N C o
v
c m`
H N U o
v� m m
U c° L
LL N¢
a v 3 u a oo a, °
u
E
x
m-¢
In
p
m m a,
N y
> c = m m oa o d
m
mT E ,Q v
t0 7
a 7 3 y
L al C
° v u
c Y o v
m v c« m v vi y
o c_ c LL ° v L
`w
s Y m m
m N
E -
E 3
oa .,
v
o v o m
C
v_ o c
u p O
a
7 aJ C u °
v) >� ma Li+
to h a> C V1 o a/ C
'-°
p 7 o a)
-o v
aY a-o v E o
a o Y v a p. = 2 a r�o aj
_
w f0 c o a -' °° L v
a, v o w
Y u w o
E' "°a, 3 i- `u
o 'u a v a n_ E u N
-o N C 7 .a O -_
c m o c
7 a
a.+ ] E `O Y C al
Y w
C 7O O. H C C U w •--I
y
�' U
W U C Y_ ° ID
L U N N 7' O m C° 0a
O O C
.L.+
3 u v� c
a m
N
E E x � o o
o o a -o
LL
u�c,¢ muo�oom�
ai a Q mu°
a C u
w° quo c
Q
m 'o ` u
°aa cuu
m u
Eo
7 E m
o oo
u 00 '^ T N
;� 0 .. - E m w a!
o N C v a in o Q T Q (�
u
O
m L p T m N
`o u m c N
m- H a d
m m m
o d j w E v au
m w
u m ..O
a Y
v
C a ` w
u
E� E
a c
m
E -
u
c o
L 3
w oa w Y Y ¢
o y i v° L m v a
L o a v v F- E o o D
v
v a
v 'A u z a�0 �o a o
vui p> Q F F � �a � E o_ 2 vii
Q H H p
O
Z c 4 N M C m lD
I� w m O- 1.4
' oo
APPENDIX C
Comments from State and Federal Agencies
APPENDIX F
Comments Responding to USACE Public Notice
N
N v, >, �� o H� >- C ca
=m a) = cam 4a UM r_c O pW r
° C 0 _ �
Q o Y Q °-�� O N m o �� �Q �Z U� QZ p ZN
a i. l9 C m C % (0 .0 N ° C, C C W O W W
'D WID in J °' m N o u d E ° ° N N c w o Y n "Y � (n Y Z V J W LL
o U C v >° n o ° @� a •£ mva 'C (j U O J
N 3 C d d m d w U �+ J w N A m U` cL ° 1 L (/I
�Z °' E ,� c ) ioa m c m x d °° J 3 Q W a
v d o d d s° R c c ° oo v d .°�' m >, w H tU p
c x° o v> c 3 �? a a m m U m_ to x x t�
CD *E311 l
c
c
3.
O
2
u
c
a
O.
0�a
T
H�
I I N
`IG
r�
abaM
60 Lt YO HNV P-- - flVRPMSledo@y @� -S6ij
I 9 ,
p
Nn
1
1
r,
" a
a.,dnla alxla 1
m
1
`
0 6J
-lu
o
m
�Y
Z
siol' -os
Mc, l
j
I
I 1
` \ a JBnla @QM @1 @7
r'11
M,oj 4mos
Y
i
c
mim
ci
oQe
eN `
0' o
no
=
L
\
V
Y : PH PM a'snlnar
�a
n
e
9
o
a,
IO
O
C A`/ P
N C
O
1
- Pa VOSU1g0�
7
�
Pno,o I
- J3
r
p�@
'm\
0�a
T
H�
I I N
`IG
r�
abaM
60 Lt YO HNV P-- - flVRPMSledo@y @� -S6ij
CIA. Recomm_Seg.mxd 5/13/08 rev in Illustrator AKH 4.08.09
-J, �
1
lk
Q�
A_
Al
I
rf,
rt`
\V
co
r41.
r•F
0)
rt
cD
cD
4
13
rt
CD
00
EKG)
t�
m O m °-
n rn
D m
cDr,
(CD
-ri D
o
m
mr
0z
CID o
zv
ZD
�O
—_-, Cn
m -�-�
/(D
cn
< C
n
c) �
my
-Im
a
in
Z7
I
rf,
rt`
\V
co
r41.
r•F
0)
rt
cD
cD
4
13
rt
CD
00
1
l
. 4
TI J
I
uoy
O
Si
I
ri,
W
rt
rt
4
0
rt
CD
r*
CD
00
iq
Ila
rt
cCDD
r*
CD
D
n
ri
n
r1L
CD
129
a
r11L
CD
Ai
c
rt
cD
cD
z•:
rlf�
rt
('
N
OOom
x mo o
°
EKG)
t�
m O m °-
n rn
C o
(CD
s
R s
T CD
3
Oo
m
CID o
a C�
X,
�O
O�
D�
rc C
CD (c K
a 3 0
D
c) �
(n (D M
O `G
W c–
D
Z3
N 0
N j 7
`G CL
— -�
1
l
. 4
TI J
I
uoy
O
Si
I
ri,
W
rt
rt
4
0
rt
CD
r*
CD
00
iq
Ila
rt
cCDD
r*
CD
D
n
ri
n
r1L
CD
129
a
r11L
CD
Ai
c
rt
cD
cD
z•:
rlf�
rt
('
N
OOom
x mo o
°
EKG)
m
r
m O m °-
n rn
Q) m m
x^
o
s
T CD
3
Oo
m
a C�
�
47 m n
ag
`n
a
n
CD (c K
a 3 0
m o
D
(n (D M
°
O
D
c
N j 7
(D
`.N `G
off'°
o�
Do
m 3
G_7
<
CD
O '
W ti
o
tD
i
O
s
z
J
O 4)
V A
x i
0
z F
E a
Eca
0 i
m
U
A� V
W U.
V
a
cn
W
m
0
0
N
N
a
°
c
v
L aci
*.a o
V 0
CL
m
O °C
U °
.Fr a
N Ln
w
m
r
*+ DI
y
ai 7
U
W
N
U
O
�+ c
cc E
E
0
U
m ° m o a c c° W E c cc-a 3 0 h o > a�
3
° 0 7 c w o c m o E -o cUO °� � a��i
CZ o m� 0 p E a) c o o m m C= m °
°o `0 ro U ° Q m o is - v O a w o a> L°
CL m E 3 m
L O' V m c co Q in N C N U C C ca m 0 (D w a) V 0 3 O)
cn -o Y E o o w 7 C - o v U m 3 N m m
(n >> me aO> U E `-°C Z aciE? E E
U U m o Y _v co m O �'L 0 0 m o c
Q O U y Y V C O m¢ — N E 3 Z- U 3 a) ; y n. N O
U (n a) L C m rC E E N 7 V) O N C c °) (ca c y "O C U cz
U V1 -0 0= O l d m m C-
> m m 3 N (n D a) .� pC C E U v O m° p N m C
O OU D° C U N L m a) C O7 C O O L E 'p O) U U) O a)
75 0 a U �' m e U CU ca .c- `° E E m m N a) m e c o V
E(n Y w E 7 �' 7 o m o v io io E con `-o -
C7) a) c c o ° c m 0 m cco co 3 a`> 3 v a) is ro
T 7 7
U° i O ac) � o w r `o a) 7 -o m `o c m c O C3
m 0 T c°n E 0.0 U w 0- O L 0 3 N O N m a) U)
co
'00 7 w E Y y ro N C 0 °- C �' (n L O U f" C O-
C _ - CL U ? N E
c Y Q m Z E E 3� c o m Y ° w ° aZ m ac) � CD
Nm a)U �� m E(n� m-0 a)0 ooQT� Q wpm
o °C) a) y .0 ° m > `0 ao a) = 4-- - Q m "�' V E o 0
N O L C a) O E¢ (a N a) O 0 Q p- m
w U U -0 Cl. O) m@ .O m Q -o a) C C c Y w 'C N > E O
a) 3 fn 7 _ C N N 0 cc U° O N 7 _ Q C
U C O w O « O a) m 7 0 0 01 E `O °¢ N a) 0 0
E T C -0 0 U C/3 O (a U Q "O U N -0 a c 0 1Y (Z 7 O m Vl
C Q C N 0 co O U E N N
U " O m m N y o o m ° Z m 0 c E 0 O
a° vvo, a)m 2
a) a) a) L c7a U o
o c m i
D
(D
J cj)
O w
� N
C) O
3 J
3 0
CD
o ,00
C3- Om_
N CND Cn
w
0
w
0
w
0
w
0
w
0
w
0
w
0
w
0
w
o
w
O
w
O
w
O
w
o
0
A
0
A
o
A
O
A
O
A
o
A
O
A
o
A
0
A
o
A
O
A
o
A
O
A
N
O
(D
W
V
O
.�
(n
A
W
N
i
O
CO
m
m
m
m
m
m
m
m
CD
m
m
CD
m
m
m
CD
CD
(r
CF)
a)
W
O
W
O
W
O
W
O
W
O
W
O
W
O
W
O
W
O
W
W
O
O
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
O
N
O
N
O
N
O
N
O
O
(D
O
co
O
O
O
(D
O
(D
O
(D
O
(D
O
co
O
(D
0
CD
O
(D
O
(D
O
(D
z
Z
z
z
z
z
z
z
Z
Z
Z
z
z
C)
C)
C)
C7
C)
C)
C)
C)
C7
0
C7
C7
C)
0
0
0
0
0
D
D
D
D
D
D
D
D
D
D
D
D
D
r
(n
r
(D
CD
p
r
(D
r
(n
r
p
r
(D
r
m
CD
(D
r
(D
r
p
r
p
r
p
N
a
N
a
N
a
N
a
N
v-
N
a
N
a
N
a
N
a
N
a
N
a
N
a
N
a
w
7
w
w
7
w
7
w
w
3
w
7
w
w
w
7
w
w
7
w
co
N
N
N
N
(n
co
fn
0
(n
N
(n
N
N
N
N
N
N
N
N
N
N
N
(n
N
N
CD
CD
CD
CD
CD
CD
CD
CD
CD
CD
CD
CD
(D
'D
O
a
O
a
O
"D
O
a
O_
a
O_
a
O
a
O_
a
O
'D
O
a
O
a
O
O
mC)
w
m
w
m
w
w
w
w
w
= n
3
w
w
w
w
w
m
m
N
m
m
n c CD
D
m
m
m
CD
CD
co
(D
N
CD
N
(D
N
CD
(n
(D
N
CD
N
: w
O 7
(D
N
CD
N
(D
En
CD
N
(D
U)
0
c
0
c
0
c
0
c
0
c
0
c
o
c
a
o
c
0
c
0
c
0
c
0
c
n
CD
m
n
CD
0
CD
(3
(D
0
CD
n
CD
n
CD
n
(D
n
(D
n
(D
n
(D
N
N
N
N
(n
N
(n
N
I (n
N
(n
En
w o
CD
CL
m o 5
n 3
3
0 CD
0 3
Cm 0
D
N c
c
0
(n C (.y
w.
fD 7
C
N G
fA
CD O.
CE)
N
N
°
W
w °
Cnco3
d
ma
(D
va
7
S w c
N
o
0D
J
-0 z�
(7
Tw
-�
N
mgm� Da<
7 J
w m
w O J
CD
,?
m 0
3
a
(O
(D p'
w W w 7
S
N (wil O O
(D CSD
CD C17 Z
<
y j
� 0
fD .C-.
w c<
0.
w 0
CD =
J N�
w CD
=3 3<
CD
3
D3
nfD
CD W
c w
(n
Aw(°
w
p
N 9
steam
m m c
N
m
7 D
o N
N
o
m :D .a
N
p' 3
3 CD O~
(D o< 3
(� y fD
CD
m
a
CD Nn a'
CD CD n a
0 y
7c D CD
n y
(n
o
y m
C
3
° 0
=r
wJ. w °- p
C-) N w
D
C) w
CD CD
p
p
m d�
7
O C p m
°'
S
(O N
S S a
° 'O N
N O
c
O `z
m
N cD
N z
'<
3
w
o w
tea,
�'
Cn
f w
N
c m
3
°a me
cD w -0
CD (D
D3
0
g o
w
zT Er
w 0°
(Qm > >'
- 3
D3a
a3
m s
O
J
CU D7 N
7 p S
fD CD C Z
c w
w N
n w
J
c C
w p1
7
O
7' O
0 7
(7 j
m CO �
W O
Al (�
n w
N C °.
CD
o p
O
V)
m- 0
x= (D CS
n
p Q C
`
=
< <m
3 CD
0
O m CD
3° p s
°- .N-.
p p
7 a
3° 0
3 y
3* m
< Q
0
m<
N co CD s -0
w
3 �
CD
� �
n
°-
fD a
y m D
w
3 w ac
0� 3
CD
°O -a
0:E
O
o am
7
� o
��
n 3
pl
no
0
o n
3
(D
In
� 3 s
fn a
y a m
CD J N CD
n
c =
nm
CD
�
J
�(°
7 J
mw 3
CD C o <
3 o(D
(D
cD
m .J.
o'
c
N
0 a
C o p
(np
O n z
a n° CD
°
' o
m'
?
w
w° 3 w°
w(o �'
n m
n (�_
'° w
c
(D
s
co
O
w y
7 Cn
a C-)
w 0C
w o s
N CS ¢`1
s a
p
_a
(D 3
3 A
w
w m
7 w
p> v, o °-'
S co 0 (D
(D 5') m
N a
O
fD 7
COL
N
CD
y O n
J
n CD a
w
.O-.
Cp C<
p
w
`�
w 7
p
3 y
0-
CD p j
J
S w
-
.n+
w w
(wA
N
3(�
_
0>
Cnp
J
_ w
<
(o o
p p
w o
c
o
< a-
a (°
a y cD
Vl CD
o c 3
n a
�
Cn w
w
C1
p
0 0
S (D
�°
c C 3
w w ai
CCD
CL
CD S
p
a
CD
N 7
0
?: 7
w
CD D M Cp
S CD w
n
3 0
C7
CD p
10
"O CD 3
(ND p (D > j
p (n
3 3
(D
O
3 3
O
< O
S
0 3
7 j Ccj
S y
3 C
(D
0 N
w N
J
< N
D
w
Q <
CD
w= N n
Cn -D i N -O
N w
ti° O
CD
m
Q
(D
(D
6"c
Q
m na
c'i
.wJ..
°
°i o
m Dw o
a J
a,
=3 c
~ 3
0
n w
'0 CD
cn
°- 0
c
m w 3
CD -0
° m
3
? v
?
w 3
w z 7 p
w C)
n
3 p
v0,
-" a
° CD
n
(T 3
c
Cn
CD 7• a
°
w ° °
p
— (D
J n
w
(A O
.�.
a3i
3 (A
N
a ° w
— D 7
3 (T C) 3
(D j n
N
CD CD
w �.
p
'
N
(D w
N'
y
D 3 rT
c a C
w
`z O
win
J
w
r
(D (O
y
+ (D N a N
p
K p N
3
N
CD
N g
0 3
J
j
amp
(a (A n
w w
- J
w w
n�
w.
o
w w
O En
(o n2w c
p'1 N .0.. w
(o
j� J
O w
co a
w
(D 3
...
n
CD j
.n..
0
CL ((D
w
�'G 0
7<
D
N ' c
O
0 0 (n N 0
c p 0_
N
fn
c wn
p 0
J
J
n
n w
_
Q w
O J
3 T—
m< o
C� w—
CD
O c
c
c
°
c
3
a
p
CD (n
O (D
J 7 CJ 0 CD
Cn
o
a
N-
(D
o_
ID
o
w
N
p
m
a; n
CD
CD
a p�
CD
c
a
(o D
w
m@ y
p C
v
O V ^+ S
<< 3 w
N
CD N
3
CD N
w
N
�'
O
c
n
o y°
co
-�
_ (n
D
w CD
3_ o- Ao
3
?'
w�
m
s°
w °—'
m
<
7
<
CD a
��
T
vc, a
N z
CD N -+
OV N
fD p
w
°
!n
w
CD CS
'7„ (D
vC,
— 0 c
a
O
p 3 N
Q'
D�
3
3 O
Pi O
o
N
S
w S C)
N D
P7
O °: N*
CD
c a
N c
a
Can
CD O_
7 fD d
a (0
CD
(D
3
w
(D
N
p J
J
O
co Cpl
0- W p_
CD 7 p
Cr °' 00
CD
W p co
_
.O.' fn
(n
N (A
O
(D =
U 'y"
' S
w S p
N
o
CL
N n
CT (OD 7
(D n (�p
0-0 =
'
n (D
.wS. a
�
3 A�1 L,
� CS w e
O
3
3
Q
N cwi
v
G
°' m
m
m e
m
CD
_
° rn
p y
w (°
N
O, p
3 N 1
(A O
n
0 n.
c
$-
_3
p v
CD fD _ `G
a
N S w
m a o
0
y
n a c
(O Cep
(D
<
.0 °-
1
a
d N �^
o ° Cu
a(D N
n
cn
0
=
W (D CD
a
cr
w
w-
CL 0
CD
CD CAD
0
j VJi 3
fl. CD -� ,
N O
O
p
N O'
(a CL
O
W N
LD'
° `Z
0 C)
N
W N
n 0
(n
Q
CO n
p (�
N U
0- S CD
m w
O 7
J n
N a
00 w
CD -�
N
w
J
07
7
x 0
N -30 7
to w w
CD
N
CD w
n
a CO S
7' a .w.
° m
A>
7-
CD
a
N
c
w
3(D
CT fn
c 3
F
(p
CD 7
O N
CD 0 CD
j P1
n
3 w
3
j y CD
N j 7
w
w
0.0
N N g
zEr o
<�
CD
w w
m
m
0.0 z
wa n
N
w
N
CD
� ?� (�
D 3
c�
°
CD
w
S a
p° D
CD (n
vwi w
0
7
(o
3 N
m
O w
Ni 3
3 N O
C n
v
w
(p
m
7
m w N
a CD n.
3
CD
CD
0 n
o °°
a o S2
0 m
w
<
CD
0
an
cwi a
s N
m y w °
(Dw
° N o
CD
n
S
o
a S (fl
c
CL
7 (D
o w
a
3 °
CD
0
(»SD
CD _
z J— .np..
�
N 3
O
(D c
c
7
o?Q
7 9
'a
N
w
O
a
°o
� 3
7 ' C
a R1
oCD
-°
<�
p y
(D w (Q
�3�
w (n (n
(w'
N a
O
m
3
N
ocwi
a Cp
(m'p0l<
N 0 0 (D
om°
_n
CD
N
y (D
O
-0 J O
n
O
���
m .O-.
°
J
N
CD
n
w -0w
ti N d 3
W
c
S m
CaOD
7
A
(D °?
O
-0?
O
p Cp
3 0 0 4
O
0 CD
F5
CD
-J°i.
a 4 CD
-
D
O w
CC
(°ten Dpi
a
m
N 3 3
D?
_
(7
' (D (D
CCOp C� C
`� N
°
j
J
C-
�wS.
N .D.' °S.
<
CD
m
Cl) w 3
CD 5 3
°
m
3
w
w
(n, s
CD
A
D
Cn
7
y p
d
N
Z
C7
(Q
d
O J
y 1
(D CD
7 `G
0 (D S
7 (pn
O
N
S
U7
7 �` CD
(D
CD
0
(D N
-1
7
^r
N O
CD
NX
z
Q
CD
S
CL ai
Ch
D
CD
CD
Q
r
°m CD
D z
U) y
c
D
0 0
M O
0
CD
0
CD
r+
(D A
0_ O
(D
7
-1
n
J
(c
c-
c
N
N
O
O
(D
_m
cn
cr
n
m
CD
Q. A)
CD y
n
CL
cn
a1 3
>3
D
y
U)
U)
Ai c
W
EQ CD
Em
N
O
Va
C
m
N
U.
V
IL
cn
W
13
m
O
O
N
c Z m C
N
Q
T
J
7
a
u A
O)
S
C
O N a 0
Q7 =_
o3
z 1�
L CD
m Ca c
o
®
V `m
0
4 a
d
4
a)
0
L
V Z
c Z m C
7
IL
Ln
Q
o
J
C a)
7L
a
u A
cc 0
S
�
W N
O N a 0
Q7 =_
o3
z 1�
N
m Ca c
®
E
E
0
�R o
V U
c Z m C
N
N a) a)
ate) o)
> 1,11
O N a 0
Q7 =_
41 0
m ca
7 N L
m Ca c
C
0
Y
N
U m O o m
rr
m --
�c
L U
" `° O L E a)
—_ O
m �H.0 3
N U m
`�
m
a)
°°�'
0
a
�
o
.L-.
c
aN 0) a m
m 0
N
m
m a) c°a
-0 C
3
° 0-0 O
E c°i
L N m
L
0 ac)
(] N
-°
0°
a)
L
—
N 3 o E
N
is "�
L
YO
0 3 m E
`o rn aa)
°
C;5
0
U o
"=
t cn
c o c m
3 v
d N E
o o c°)
m m
C
z o
j
m a)
C
=
0
'o- 3
�
- E o
m
c o -- E °o
°
0-0
Y m
�'
E m m
m N
ca
m
_ n
o, c° c �'$
a a) E
L
_
c
�
— 3
°
m
cz
W E
CL oL v
v�
o
°�'ca
v �rc,C°
rn°c
c
3
a°-)
Lm
a)
0)
c
c
N N N
-, c
a) N (a ca
N
m m
? m
r
a)
a)°
U ,n
a`)m
>—
_�
O
L)i'C
m
aN)
d
O 2 m m
—_ o
m cn
m o
❑ a) a
° E
L a) a) '0
E v u� o c
U
c v c
U
C N
� o
ca
a) L
a)
v M
o
N
c
�
r E— m
c N 3 c
a) a
N U 3
0 N
m C U a)
:° U°
m O
L N
°
U U
(n
a)
°
c
O
m
m
r U °> °
U O
c m
2
pp N
w v E a
4
N N
m
c U
U N
°
v
0
m -zg
=
7
E
m -- C 2 m
U S
(n
aa)
E o= 0
o
° C N
C
C z
°
j
0 C
U
c
� (i a m
c)
m
a) ca m
y m
o m Ci 3
w (Ca
°
E
N
c°i
;a E
O
cr U' O
O C°
a)
U m
d N
0 °)
° cn C °
c o c0 3❑ L
m e (a
>' C.)
N
C O
.LN.
0
m
C
C "'
°' 0
m
m
N
N
o m
E
�v °U o
o
c
`
c a)
E L
c
E U
N
m
m
3� iaE
a) aa)
a)a)
o
ornro
c
>�' °vzm
cu
o0
0
"°
�>
o;
a)
cc
o
C
Y Q
N N O
>T
O C
C <n C
a) a) N c T 0
N E O R1 L C
U N
(n fA O
N
E c
a)
N "O
a)
L
N m
a) >
U
a)
m
w V o) a)
0 7 N
°
Ea
a) m a) E 0) -p
m m N
O
c
m
d
C
N a
O_
Co C
a o
m' 3>
C
of
v ami °
o
a
,n L
E O
c
N m m m
c m
=
o rncain 3 o
c r- a)
m
y
m o
a)v
c°
Eoc
a) 2
c�N��
c°)a
:3 a)
m�°aoE
0aa))E
�E
ac
min
cq N m
U O
in d 4)
U N O N
vNi >> N
6
m
ca
0
'O > O m U
N
0 C N
a
.c
a) N O in ❑
�)
o> N
" c
3
E o
m E
a) c
o f
m
O U
c
a 0
v°
m
aa) L
a C z
v
m
Eia
m-
m
3 4) °-
N'0
aUi
>v
d U U N V
N E m
L
A 7
2 0
'
c
N
c
-0
m
a N
in a)
m N
.J — E
ca
_ C m
0
o U
N a'T'
U
m
N c
O
a°
�'
m m
a)
L
m
E
N
V d c Z a)
0-
p ca
o L
a)
'O N L
L 0 N 0 0
N N N c U
`° m V
a°)
O
E
¢ N
m E
0.
C
0 0
(Ea
E
E o
a a c E E
m
3
°
-0 c° c m (n
0 0
is m a)
C7
c
af) Q1
0.0
E
0°
O
m
R C)
01
o 7
E°
a) E m
C U
co m°
C E 2 m C m
c—a Co m a
C a) >
`m
C
`U- a)
m Y
Y
T
E
(n
m
m
E 3
Z is E m '�
a N
m N 0)
N
o o f
v 3
E m
a)
E
o❑
N -o
U
0 o
a)
Z
m a°i
o o
y c
m o
m w m c E a
'0 m O
°
C N
m°
.0 T o
— '0 L
3 r o N m c
-o a) L -0 C O
c 3
E
o
U
a) c
m
3
Z. N
°
N
N c
c—
ca
w o
O
«_- a) co jLm.� a
E
L O N
m 7° .° U
O m
'0
N O)
"O l6
a) C
-0 O
mci -0 co
e
N 3 7 V
O L
U '0 E N 2
N in
0 cNa
a) m
a)
r
la
3 0
m L
C c
N
O
c
ca
m
U
m°
O N
2 m
m r m
E -� v N �'
0
_ O)
m m
L L
C
���m
is "e
a) 0 ca
E� o E C
C U
C o o
N
c
c m
a)
� m
N
c
m>
L
N N
fl�
O
a) (n
a) 7 cCa c f0
a) a 3
N
m N
y c 3 o
a) in
O m -
(n
a) (tl U
N
a
0
a)
U
Q O
L C N
U
m
CD
a C
°) Y 3 E c
m .O
a) O in
c c-° E
w c> O— C
U U Q
'O E
a) ca
c
a
C
O
c cti
m CL
E ro
N N m
a `)
c N
C N
3
o
`0)
c
E� ca cz
cam
Y`o
—°
N -N° a
-o
N
.O =_ U
o
O
7
_� _
Y
m
6c cEa a
7 m N
o
E 2 3 N
m
is a° m a) -
N
ro N
aci C
aUim
� E
n- E
° c
r y
C
U Q O
U H N
c
3
CL N
N d cn a)
ca C N
C Y
3 0 0 a1
S 3 m
L
N O N
c
ca
V O
.fl 7
0
Z N
°�
N N U
01 O)
a)
3 a)
N
y o
Ca ca
CD m3Uc
z CO
o w
0 cu E
„ND E
N c �o °
>`
y Co
U-
-L- Q
O
wn
m
N E
o o
'L" L R
EF-
Y-o
ac
_rn
y E c z m
N -o E
m O
N m U C_
ca — iC E
N m m E m U
O N 2 U C d
N
"0 a) 2
Z` m
W
N
m c
co
� N
C o
m
o N a)
•- E L
m o
c m
N a)
C 0 y C m
oC o
cn o
Q
c a) m a) 9
d L N
`° Z
3 m
°
c °.
° m o
> 0-
-o
a) N- T c6
0 7 m N
C
U c
2 0
7 a) m C
O O m
U cm N 4)
; C 7>
0 0°
U -0
L
a) (�
U
m C
m m
3 U
¢
'0 C
C O
is O
N
ca a
m T
L
N C 3 °-
m c o
O°
U
(0 -0
Y
d >,
-o a) m
c Q• m 7
�' ao °) m m mo
N C
m
a) O
c
E
m m
m
m
O N
°° o
m m
y
N
(D v
a) U m °-
c N
N a)
' N N -° w—
_c
m m
N O
O
N U
N m
O C
a)
CL -° O U 0 co
U O
° 'L" O
° cca C) -° O O) 3
ca ° a-
ca °
z
U)
N
N
C
N
.0 N
C
]
0)°
a) O
O_
c cCa ._T. D. M O
g
O) c
C
'NO m rn C
C
c Y C a C C
2 `m °-
N 0 O cmn
N O
2 m
cn
°c_)
O m
c
C
O N C
m U
C V
— O
m L
�0
>
N
L o N c
Ed V E N
y
U
o o `m m
a1
ufdi
$ E
'C fa U '0 = U
o o
L
E
0 0°
o
c c 3
a) m 01
o c
N m
o� 2
L U
a N
o
m
E C 0
V
U .m.
N
cn c (�
j ro d
C
° 0 41
`o c=
Q CL
N m
o U
O C
ca 3
z a)
N d L
a) 7
fl
O N
oc
o)— a 0 E c
C
N 0
a)
U U U a)
7 °) Q fTa L O
O
N C U
d
(n
4) L
- D o
0 3
N N«
O 2
N E
v
a) w '> m c m
O U
N>
V O>
m m_5 a)
O Q•
o d m E m E
m>
O m .L m
Y
3
.0
c°
m m w
c 5
O
t
Q o m
n
a) _
r o o m t
o
m e
�' E L
m 0 o
-° is N O
c E
a a) O
c m
c C
O z
O 0
o
° c
o
U
v m
o
m C
> o
C N C m
�c
a)r
Qo �ami
(Ea cCa
E� `m ° a
m m
aa°'Niszc
o
°
E
Y is
m
y E
o o 2
o
a`)
S
7
c
3
°—
N
m
cV 2
N U O c
N a) O m
O
U m
O C m
m
0 L 3 C Q 0 m
m m
0 a) t
E (n
o w
"E—o N
m
C V
— O
t 0
2 0
a) N
p_
m0. C
my EL in m a
�- 5
u°')c�
a 3 o E co ° c
° 3vwrCOiv)
>
QU aa))
a
2 �w
��°
oC °
cn
00 N
'O
N
O N
fd
m
cu a)
U
m
M ca
N
a
N
a)
N
a)
N
a)
N
()
N
a)
N
a)
N
a)
N
a)
(n
(D
N
a)
N
a)
(n
a)
i
2
2
2
2
2
2
7
O
7
O
7
O
7
O
O
O
7
O
O
O
7
O
7
O
7
O
7
O
3
O
N
(D
N
a)
N
a)
N
a)
N
a)
N
m
N
a)
N
a)
N
(D
N
a)
N
()
N
a)
m
a)
m
m
m
m
m
a)
m
m
d
it
is
c
c
m
is
m
is
is
m
c
m
m
T
T
T
>�
T
T
_T
_T
_T
T
T
T
O
CL
O
a
O
a
O
d
O
(L
O
a
O
a
O
a
O
a
O
a
O
a
O
d
a)
N
a)
N
a)
N
m
N
a)
N
m
N
a)
N
a)
N
a)
N
a)
N
a)
N
m
N
N
m
N
m
N
m
N
m
N
ca
N
m
N
m
N
m
N
ca
N
ca
N
m
in
m
C
C
c
C
c
C
C
C
C
C
C
C
CL
N
a
N
a
N
a
N
a
N
a
N
a
N
a
N
a
co
a
N
a
N
a
N
m
J
a)
J
m
J
m
J
a)
J
a)
J
()
J
a)
J
a)
J
m
J
m
J
m
J
U
I
0
0
0
0
Ci
0
C3
U
0
a
CC3
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
❑
U
U
U
U
U
U
U
U
U
U
U
U
z
z
z
z
z
z
z
z
z
z
z
z
m
C)
m
°
m
°
m
O
m
°
m
°
m
°
m
°
m
°
m
O
m
O
m
O
0
N
o
N
O
N
o
N
O
N
o
N
0
N
0
N
o
N
O
N
o
N
O
N
O
O
O
O
O
O
O
O
O
O
O
O
cD
(D
co
(D
CD
(D
(O
co
(D
(D
C\D
CD
o
N
N
Cl)
N
'7
N
(o
N
(D
N
I-
N
00
N
m
N
O
M
M
N
M
M
M
a
v
It
v
v
v
It
v
a
C)
C)
0
0
0
0
0
0
0
0
0
o
0
O
0
o
0
0
0
0
0
0
0
0
m
m
m
m
(a
m
m
m
m
m
m
m
Lo Na) (v
ED ca
❑ cz
o is
U ❑
a)
ca)
C m
CO E
c Eo
o U
N T
m
0 c
m
m
D
(n
CD
0 O
0 w
00
0 0
3 o
m 0
0
CD
0
R
�
m
A m cn
0�
O
�y
i
o
Cn
(n
CYI
Ln
ch
m
,X
m
(n
A
W
N
A
o m
(D
c z
Cl)
c
c
(1)
rF
F* D
.:o
CD
m
m
m
m
m
v
Z�l
o
CL
f.*
G
coo
ccoo
°
ccoo
cOD
°
C
�oC)
3
n
n
n
n
n
n(n a
o N
0
�
En
0
c
0
(D
N
c7
C)
C)
C)
C)
C)
S
S
S
S
S
S
3
3
3
3
3
3
m
m
m m
m
m
cr
CD
cn
w
N
N
N
V!
w
w
w
w
w
v
N c a
0 °
T T
:
N
_
.0. c m
d
= (? m
O O
a s
N
N
(p
m y w
m m
N
m�
(D
w a
3
m
m
m
a
a
j
c
c
c
CL
m
m
CD
cn
N
N
(D w
tn
CC
C-o T
O S o
m 0
c N
d o (D
3
m CD
w
n
n.0 3
0
(mn
CD
CD c
0 m
w y O
0
w a
7
G N
O O j
N
CL
0
7 `<
(m
n cA
CL
aInaw �, 3 ° w 3 O�
co o o w o_
f Z(nmao
O m -o w w
3 a0 Zw
m o o
taco
�2 0
=rte
0 a
g
CL 0-0 m
v to m m c m 3 w o
o °
o m °_ y
w 3
o- m m
CD
c 3 m c
0
�' m
m
CD
CD
M 3 ?: mac ism 0SU
0 m v, m o 0
'O0
m oco
D
O 0
o 3 0 3m
�. w co co w
O'
m m o c
v, a
r_ S°
w w m
Q3 °--m m
m w
CD 0 a _a N ,< G O.
°° c M 0
0
7 O. (p
3 s n -o
cn) 0 3
m F 0 CD m-0
N y cA a X 5i
S c n ,<
x m U
m N g 0
w CND 7
< >>
O c
co w�
w c
a m Z °' c w
S a o m W 0
CD =3
�' Cl m °: 9
o w
w (°n o
� -°
0
°-n -v ? 0
< m c° -° '30 (0D S(D N
o °' m y o 0 w
w C) o
y D
y
w N o y,
0 a g o
a
3
w O 0 Q w
C
m o m
Cl) w S R m
a o� m 0
0' m ? w m pp w<
Co
D v c�
Cn S
n y 5 0 0
3 Q° w 0
o c m v'
Ul p
in o a co
O
° C °- c o. 0 3 (o m
u! 0 cn -0 3 S 3
7 N n N
0 cn 0 0
W cn w' O-0 N
w 7 0 w (D
1)
d m Q C--0
0 (D -O <
ON W
w S
_
a N
w N
o m 7 0 (n (p O O O 'O 'O
m 'O (n w e
co m
j CD 3 7
m
ur O m o- m
+' 0 o- 3
C
0
U) o a o c 0 o »° n
- w m
>> w p
a m e s w
-
g c) �
S
m r w
m
a
r o m
n o 4 c 2 w m 0 c
0 w
(n O 0
v 6 o c m
o= 0 -o
S w
3 y a �' 6 m
Z
T O w.
m m c c° w w
S w w
m m w
o
cD 0
n m m 0 y
o
Qi w W m 5 a
0 0 (o m m s- m
0
m °' ° y
° w 0
w n° 0 w o
p 0 m
w m= 0 a. w
3 0
W
c c v (0
m 3 a °' o< o w
-0. w cn r- c
0 3 co v =' c
(D m w i
o
y p' 0
w o
n m 0
CD
n�
- c -I m v w y m 3
aa 0 3 W y
5 w i x N
co m
0 0 0 ca m
n °-' ° �'
�� a n m
- U) 3 0 o
o
w0- w
co w o
n
3'< co (n
w p c o y �(0 3 m°
N
m w
cn 3
°'mac° m 0
co
m y° �w
ami
o g co x
D
c� m o 3 CD
N
oa < w i w C (O �` �' m 0
m< w m m]
m w .wS. °
m S
S j .00 a w a
F a *
7 °" w m y
a w O _
S m
co CD
y a c p
(D o°
m n
�o D W w m 3 w 0 m 0
-0 o 3„o 0 m m am
(O
m m �0
9 a0 <
= ?�c o a
w° Zr m 0=
3° o ON
m- m -a
Oa
0 w n
F w o
cn
3 D
<° 3 m w
(3D cGn O' 3 O (O W
3
w m m
0 cp 0 o n= m
w o N W (�
0
cc Co c3D
CD O °'
CD 0
o o 3
.w
m m
°o cn m
0
cD Er
3 'a cD CD
m x w
CL
a, ? n
=-
a c7
o a_ 0
i s o
P° c cD c o�
w
(D
0
m
� 3 ' w
co
m a
W
y
� �' cn
0-0 v0-, y <
D m vii gam
uw,
m m 3
0i a O° �° o
m 0= aa0 �
m
w< O G; C) w
c m (�
o (o cmn
w o k
O
m
g 0 x
3 w ° 0 w X 0 m 3 s
w 3= x m
m o a o
O G
D v 3 m
0 w 0 w
w c°i a o m
N c =
0 o
cw/�1 °� w
c m o w
a ur CD
,0.. „N,. C-
w a a
3
m N N (a �' f O 0 m n �O
.N..
o a
.mn.. N
0
a m
- a 2 = w �_
a o
0 m O cmn y>
a'
> w
N d°�
ci N a w w :: -R m D
M p 0
(O - O 0 0
7 3
'O m N 7 (o C7 �
n- p
c 3 3 0
cD Q c)
C) m
0 c w
m
O
0
m -I u, 3 a 5 3 m m m
O n w 0 0
G
0 m o o: g
°' m
w 0 0
0< C M o =
m U) 0
a a
m vai m Q
(n X .<
m 0 0.
3
fD
m 0 w
2 w rn
o (aD 3 y
o w N a m
3 W, Q
m°
w C o 0
m Q. m a, c
w 0
a w m
K co cn
�' o °c
m
a 0
0 co 3 Q
o CDw0
°<
w
w w 0
w c
_ umi o
yICOD
o < 0 m o m
0 CD m �
°o g- 3
w CL a n D G
m m T
o m° 3
O w 7 ?r U o G A� cD
0�0co�o ��0
N c n c0
5aam
un o
N w a c
0a <?w
O- rr 3
0oa wD
o
w (D C°
2
w 6 m
c a a� m� cD 3
°
n� -0 C a
<
°_: C m °- 0
m ��
°�
v°, m C)
N3ma
Ln m c c
(D cD c »' Z .0. C CD (D
m G �1 cD
m c N 3 o m
G) CD m cn
0 0 m
m
0 (n ° o-
m m
0 w
O n o
0 m `G -
co
m
.N. O O w
3
m 0 Q
w c 0
N a 0 3 0 (D N
I m a
S o a N CD
v°i 0 0
7 C N 0-
(n m'o c)
S n O_ (D w
g w
Er K o
cam N
c w a •
7 2
O G< S c j .w.
s (n 0
w C O c0 N
m
amj
CO O .� 0
N 7 ° D O
Co
O V1 m m
C CD a T m
(D m
j 0<
N O
a 7
a
m y 3 �m 0 w D
,0. (mp N
m 0 0 m
s� m a
a gg moo
m
CD
ag
(n w w cam° a o c° m
0° c
c.
p' 0 - °c 2
c°� o m m o g
m o w
0
m Cl
CL a y m Dci c c m
N c�0 a= a o
°' o w S
°-' m N 0.
T3
vc, m w o w m
aT
m 3
ti
0 0° ° 0
c0 -0 'O
a~Sj
Q
m w y?w`� 0 y og
DwI N
0�c
0 0 0 0 m
O N
0� °:c r_.0
OS
w� U)
Q o 0
< (n (p
7 "O
c N a
0 m N N
m p w
' w
O n 0 CL
m m7 O
-O 2 y N
(n
y<
c
Q cn m 0
0 m o s w w S -O
O
N m O
mo
m a
(D O cii m o w
0
O w 0
O
w C= Dr
n m m 0
CL 3° Or w n
c 0 o
vl 3 0
0 m
. 7 7 n C.
(o m a
° N `2 p°j
� CD w
0 3
7 0 0
w p�
a O -o O
w y
0
c-0 0(n w m
°
s o v, a
c c v
°'
m v, a
a(D c
(m CD w
0 n Co CA)
m �_
0 0
o
m 3
vv'i
y
n 0� w D
ai 5 m
n a; a
g o
0 G (D 0 w
a
<0 a 3 W CD CL
can
C7 ?; N
m .2
C(D M� aam
<70G7�0v'3cmcDi
a (D= m a
00 C O 0 a(D
a< 7 a G M
CO =>
N� c m
m(nooCD
<cn3v, m
m(Dw�00
Dos
o ao0
°i
3 0c m �-o(o 7 0 0
x go a
m m3� 0 m
o.0 0 y�
-, m
0 0 0
a0' o w° o o m°
3 0 a
D c v, cu 3
n
0 3 m w w p
? o
g c ° g
CL n°� n Q c a 5
cn co co
,m0.
(fl 0 w p
0 a?
o 0 m m
a Z a o
w 0 a' m
m 0
3
s y
w
c
<` m - m
3
o ° a
g 0 C)c-0
3 o 0 0
o w a3i
0
w CD CC 0 0
o(D m w o o C) s
o a w O O S c m
v0) Q w c
�O a cD °'
m D o
(n O 0 0 (D
0 a 7p m W
S m
3 0 Z
CL
°' w
y m w
En
�? O
a�
0 N O
j
a En CD
(D
7 0 a N C
c m T o
� W W W
O
N� (mn
w
C
n �G -�
7 N l< m
O- m m o S
it 67 < d Oa
o N N
° S (n � 0
0�
O a W- a
"7" S
7 (7n N
co
3 a 3 O N
,m-y, (o
0 w m 0
m w m
N
fl m °o m
w
0 0
m w
y
a (D
0 0.
n
- m
N ry
7
0 a
O a
0
CL
g
m
CD
a
N
0�
O
�y
i
G
= o
CD
CD
CL
m
,X
a
.�
n
(
(O
S
CD
rF
A
o m
(D
c z
Cl)
c
c
(1)
rF
F* D
.:o
0
0
n
O
0
CD
<
CD
3
rF
m
CD
0
o
CL
f.*
G
m mn
0
n
c
N
N
O
O
(O
_m
U)
n
CD
a
fD
al M
at
7 n
cn O
a: a
(c
(D (D
7
A rF
n y
cn
b)
N
E
rn
a
'
E
ON
L
p
L
C
f+
o
V
N
N
U.
a)
r
N
V
O
U
°C
°
a *S'
N
Ln CL
IL
`�
Y
W
0
a)
O
0
N
'O a)
N
_T
7
O)
C
L
p
L
U
a)
f+
o
V
m
d
^�
a)
r
N
O
O
U
°C
°
a *S'
N
Ln CL
z 3
Q
`�
o
J
0
m
Q
a 3
c — 0)
U
CL L m y caL
7
L a o
LLJ
m
K L
r
a)
03
z
G
N
E
C
N Q U U
a m`
p
E
E
Z¢
V) U)
,R
V
O
U
'O a)
L
p
-po
N > u) a p
m
CO
m
N ° T
�a
U —� $
o
a 3
c — 0)
c
CL L m y caL
L a o
°
p
m W U
d v
_
0 O` O O p
ro Q ro a)
E
C
N Q U U
a m`
p
Z¢
V) U)
(n L a
m m
O
d
m 7 N d O a) N
y
°
d m
ro y c w
co
N
U
m
U
N N
C�
U) Q
m
E
40-- = p a— E>
c (�
W N
m U
fn
°?
N v
a c
v m m
ro
¢ m° Z m v m
o co
FL 3 a) a)
rn
o` c m
O
T�
>, N> c ro M p
C M
5 U U!
°o.
CL
C
(Z m N
a) 7
>= m o E Y
6amE°
g
5;
c o
Saco
Lm-
c> c
2 m
co
m in
cr
oca)
m
Eo
0Em
o
a°i
m m d m z c
E¢ o
p
a)
> ro o
m N
m
o Lin
in-
- c
c v
p
ro
-0 o r Z
cz
a o
m
m
m cra
m ro
m
o m y
UJ 3
aam�i
o
c 3 m -°
Y
u'i m w
m>
>
2
c
r_ 3
U w w
W
p° m ro "' Y C
N m
m c
m° L v
a
m
c`a
O ro
Ll Q U
L~L m
Ep[ ul
�
3° m
ro
rn° �
`o-
aNi N m N
c
E n o tm `� a m f°
ro O `° o
E N
c o
o
m
ca
E
c Q
c
w> c c
O c°)
o° m m
c E oc ro c c V
ro
cn C
2 L o
7 ,L m
g
O
U)
o. a)
r C 0
Q m a
O m E
m 3
c d
- c m E 3 0
0 2
L
L
E
'
m m o
Q
E c
O m
H
ro
aIO
ro -°
m '° U
c m
m
O` U ca ro 0 iu �
O L
T o` p E
C
m
N
m m o
L ro > a
ro
E
CL O ro C. d
C m
E r
)
L U
c ca
p
E O L
m
O V)
N
a) 3¢ _0 N
M
ro O
O
C
T m r
E U
N
U
O
C
U
O T
(u
U O
U¢ cu
N C m O)
.-.
C O m p
m¢ U U- ro
iu L
o °�
�a C
c c c 0)
�
Z
v -°
E m o) c
ca>
d U L U) a`> c a)
E> m in
ro
ro 3 o
m Z c `m
a m
�� C,Z c°) �� o
c
m 3 � `�
v
a
E om
o� m o
E 0
c }u
oroa)
0 3:
E
-6E
o Uv
L y m C j a) O
ro o
m E
-O L U (n
m a,
ro
Y
o
C N
m
U (°j c
0
m a)
w v a a
U
m y
N a
ai
Z
f w
o
w o 2
o�
m
N C m o y0
Y
d>
m L«
C
m
o
> U
O
U) .L..
3 0 w
�
ro o o
°'
°
U
woo
a)
p o °m v E
C U)
w
d� o m aL
m-
c
' c E m
`°
3
¢
o o
ro t: >,
Lm
rnw
m cu m ¢ c
L c m z m C
(a
ro
CO c
T -O iu m
O)
T
C
m(D
O c0 ro
ccu ('
U z IL m
c o
O -O
co L 3 O U
v ro O m - O
L m cu 0 '�
a V
c>
p (D
c CL„ a
> ro E
O co
C
y
c
L L
m E E
ro
O m Ir a)
in LL >>
s
z cu
00 U)
a (n m
y o
c
y
U v
X
w
m
o
U
..L.. c0
t U w
(D
E
a CL c m
L
c m ro
c
o
s>
o (00 M o m
r ro
O r a Y a
O) 3 (0 E
c
m w aci
y
ro
T
m
ro
3(n m
m C
iu c
m° w
—
U
o
c c
C m
O LL Y (n E m
C
O m
c -O O°
C7 m a
CL
ro
d
U
N m ro
C
m p
C
ca m
'p U
(u
U) ro a) C
c cu
m U)
m
O C m C
ro ro
ro
7
m
U
C
C Q m
�C
_�
W U -p O LO
m 0 cD
a)
a)
U >- O m m m m
« °
c c m
n
v
ro
m
c o o
o cn U iu �
m y
Om c c c° cao ro c
m
nazi
o ro� c
E E
�'
E
o
U° c
ro
X00 CO -000
° CO c
N C U L (°
° a
j U
v
O
a m 3 m
c
L
`m
(n
@
-
-C—O C C C On
°'
s m
in
uroi v °c ro m ro
0
w a) v
3
d
a)
3
m
w
m aci
E o o
c o o p
LL c v iu
>
'-
YY m N c¢ m>
o u, o z L°
ro
L
U p
N O �u O
ti E U
m
o
>`
a
C
4
m L O
c U T
'° ] m U
c aU o
O m
Y E
a a) g O a o
M` ro
o�
�'
° ro
-
c
U
�
m
in (n w
v C C
°-
° E
o E
C E Y m c a)
m 0
_� o
3 V1 m
o
N
C
w
rn
a)
m m c
L> ro
ro 3
D E a) � O
m Y
Y
c
m c co o(D ° U °
m
.L
m U¢
0
3
m
�_ c o
a U
°c o
U m o o m
p 3
3(n
3
'� m z Y
`m
c
c
am)
3 m a
w °0 3
U m
3 m
I-
Y M° 7 6 U
a) Q
m e
m
�°
c
E
a�°i ro
L
c E >
c'u
roL
c
c Y ul iu Z c
L ¢ U Z a))
a
o C
CL ro
3
m
L
iu
E m
o f c°� p c
p
O O m
Uu) Y a cu a) p E
m (n
cu 2
N 3 Z
C
ro
-O
O
C
m m L
C U
M
3
v� EI U a
3
ovH
E
c
E
ro a3
O
E m c° m N
U
m
L>
L C U m 7 'O
o ro m ro 'O a a)
O)
C �j
a m Z m
O cu 0 i�
N C
c0 O
cu
C
L
C m
N L
N> O O E O)
N C
O
y
2 U) Z i c m O
U)
Q U O:
roc
m ro
O
N
C
C
(6 =
O ro s E 0
Z C
m U� mO CTQ
L C X O U) m ro O
_V
X L
m 7
a) (°n
L U) a) O
m 0
L—
p
T
ro
m
Q
m V°
C 7
m m mro >�
L L m L C w
m
L—
I- » a co .0 E a
w a
H ro ro U
H °)
w
2
O
o o
I- I- OC H w
H¢
v
c
Cl)
m
Ur
a)
-° ro
m (n
m
E
m
E
m
E
m
E
m ;?
m a)
m cn
m 0
m(n
m(n
o m v
°
c a)
id w
m a)
acne
�w
30�
�¢
��
(D
U
0-0
a) m
7
m
._
w
m
>
ro v
m
(n
(n
w
c
U
ro e
U C
ro o
ro
C y
m
m
m
m
m
d
O O
7 0
E
Q U
D
2i
Q
0 cc
U Cc
ti
C
ro
E
C
E
Z
C
m
m
X
ro
m`
m
a°c
a
a
U
U
U1
r
N
N
m
O
m
O
2
O
U
U)
U
U)
U
O
U
O
U
cu
C
C
O
C
'0
C
ro
ro
c
ro
c (n
ro
ro
ro _O
ro
o
m
E
m
E 21
m
E -
a) g
E
m m
E O
m
E `-
m a)
U)
ro m
u>
n CD
7
ro
N
C
O
c a
O
C cl
O
>
C
O
a)
C m
O
c ro
O
�7
a)
m _U
U
2
Y
(0
U
`
U
C CD
C
a
O)
¢ m n
a
Cr p°
w
cr p
w
ro
�
w
Cc
w
O c0
wo
B O O
w ¢`
Ir O O
o
N
O
a) y
cU
n
O a) Ip
Z c Z6
Z c
>a
Z
Z �
z C
L
z C
Z C c
5. 2
2 2
a E
Lu N
m LN
p
LU
p
L
p N
y
N
-
y
O O L
O m V
O
(n U
U? a°)
U? (D
U? aa)) Q
U? aaT 3
U> m m
U >_ 0 tE
U? aa)) >
U m ro tF
U api cu tF
U o`
ZOOc
ZO2
ZO =n.
ZO2dZO2JZO
=O
ZOSoz[orwo
ZCCinO
ZU¢
rn
rn
rn
rn
O
m
OO
rn
0
rn
0
rn
OO
m
0
m
O
O
N
0
N
0
N
N
N
N
N
N
N
O
N
N
r
r
M
m
00
N
(n
in
I�
n
n
(D
(D
O
r
r
N
—
r
.-
N
r
co
n
00
00
0)
O
N
N
M
O
cc o
O
ca
O
N
O
as
O
ccz
N
ro
N
m
ccz
(n m (n
ED m
ro
O is
U O
m
C c
C m
O E
C p
o U
N T
ro
C7
rn
D
CD
CD
:3 G)
0 w
� m
n o
° 7
3 o
0
m
o°
w o
m om
rn m Cn
0
O
O
w
0
w
0
w
0
A
A
A
W
W
Cp
W
N
1
A
W
N
CD
T
m
rn
m
rn
rn
am
rn
N
N
CJ
�3
OD
W
CD
C°D
(°D
co
C°O
C°D
- m o
S -
y vTi m o
� -
N 2
0 -
(fl 0 z
C)
co C) z
0 0
D 0 z
0
CD n
j m
s
(Dw m
_ o C a
S°
CD m
< 0 a
9 0
0(n0
C c (D
om0
C c CD
o
0wn0
C c (D
CL cn
as co
as
30
CD
3a
CD
CD CD
w
CD CD
m
an m CD
�m
cn m
CQ m
FL
O m (D
as
O(D o
p m o
CD D
2? t°
D
2 R `°
D
=
n CD
CD w
n m w
Fj
CD
CD N
CDy 25
nmc
(D
3
CD
CD
�
(D
(n C
w C
n CD
° CD
Q CD
m
N
CD
w
0
0
o
a
a
a
0
0 o
m
m
m
CD
m
(D
w
3
3
3
0
7
7
w
C
DCi
0
T
w
ET
R)
3
3
3
3
3
CD
0 0
a
m
o
>
C
a
a
0
Si
0 z
0
0
0
0
0
m
a
m c
CD 3 m
CD
CD
a 0 m
(n y 0.
m n
m m
CD a
a
CL
n Q m 3 m a 0
a° M 3
0 CD C7 (D w o CD s
m
0 m o 2Si 0 o o c CO o D
�'
m= w�
s
c S
i 4 w- c w
c o m et ��
3 3° m
3 N 3
o 1 N
° nN� ° �°
Q w g< 0 0
o< a, �' w
o a
w°
y w m
_Dy
°
°<
0 m E o
m
°: D N n N CO o m
oc am�i
< n -I w y z+ C o(D
m
0 N
N 3
p�j Vmi j
f° a 3 w 3°
° a p
w a S-
a 0 `G
o a 0 m
m S m N� °
7
w a X 0 0 0 � w 0 a
m m a 3
,w0.,
° ? U)
c
m w
(n
Q m
is 3 m a a
.(n-. w
w °
w 0. (D
3 0 3 m m
O y
m O CD
a o c m 1 w� cD o-
o° M m
x °•'
0 m°
0 CO O C N (D
a
3 CL w w °
3��
CD N< w j w 0
(D m CT
o
y n m �°, a n N ry
a (D 0. N
n (mD j (n
° a (n �
O j
c W
0
o m y o 0 m
�
3�
_3 w s 0
m
9 E; a a
a w 0 a o rn
CL
°- 0
O a O (On o
c m o T N m° a° °
c 3 S a
`�
o
Cr m Cn
w CO (" c
(D =L
0° (n w 0
0
N 0 m.0
w 3 m a o
m w
0 0 w
m `D o m w �_ W m
0 o CD
�' x m 3 o w w w w
(o < ¢-'
m _ m
m w m
(Q w
Q j Q o w 0 0
m
m j 3
CD crn
CL
m C m
y
o w �; 0 0 fl ° o m
w 0
m a 0>
m a3
y 0
M w w w (o s et
0
3 m ° 3
a m
o (D cD s cn i s
c o o a m 0 0* w 3
�' m a,
° 7 0
`� o m m o
CD Ib w fTl N. a
0 m 3 m°
as
< 3 m w w C) s .mil.
m (D 3 0
(n 0� w 3 D o 0 `� w et
C w 3a o`n0 5a-
a 3 a�
° °i °c
Q o m
0 3
> > o
c 4° rn 3 (D �D
w
y n 0 m m
a 0 a
�g
a (o ° Cn m°
'� 3 m w
m
a W w w 3 R: m o
< N 3 0 °. ° o n; 0
0
o CQ 0
0 0 c°
O or O
(D m
C1 c o °.
0 0 3
o 0 y m 0
m w <
o a m 3 0 T c
w et m a o 6 0 <
a 0 S DcQ m o 0 0 m
y E m
5 as
CD 3 w
o a
0
aw
CD
o a
`,(°
a°
°' 0 �� ma o a
c c
sm
0 a
CL w(° c 3
Q < 0
Cn
CD 3 0
3 m D-: 3
m w W 0<
0 �w �' am
w m
w
-:3 in m o 0 3-
`< '
w
(D w 2:(D
m m-Q
< m c
a c m m m c
m
m
0 °= w et' rD
0 v,
�' o w a 0?
m m N a= m
y w y m 3° o o
w 0 m g
m° o CD
a s
o m
o 3 CD w
m 3 a 3 2D �'
a F w
f cD=
c as CD m a c
a s w < 3 z_ a
S
m 3 m 0 °. w N w N
o sT T i c m w (°
0 a 0
a o
°
.0.�0�rn=CD
3
Dm3afl Qm0
0cD(nwmm0o0
w�C0CLQ0NECCD
fin
D
°0
CD amw3�0w
3 Doi ° N c m
a °c cn m
ooama0so3
3 m o o w c�° 3
0 3° 3 m 0 O C
C:) m
0o
om w°
rn -
mom'
a ma
m
° Q m 0
w )N 6 - O
rn w 0
w o w
o w a 0
3 3 D o (n
m 0 a
c m °' --�
o O
0 Q
a
7
Q 3
m
N -
o C m
o 0
a (n
0 w m
(� w 0
0 O z- 3
`n 0
(D
0 N
0° 3
3 C1 N
° cc o o a
-CL 7
?) a D
N r- D S
0 0
w m CD < m w
< �' o- 0 w a(n o o
S C 7 3
a 0
(n
0
0 a o * a w
o a» 0 (° m
co D
w o 0 0 y D o m
-°- O
m o N o °_: w 3 c
0 S m
CD w
0 0
0 0 a
m ,m°.,
0
.y. Q p w m 3
p CD W o'
m
fl; O °- a
-0 �m a
w N O Q w O
ao c
CD
0 0
m m CD o
1 1
Q"
w 3 w
Q
y
o o D
N
-s� m m a°
a _
(n
m �umi 0
m Q
to y Q » Cp
O C N
o m S
m co 3 S m C
m
y S ww w O .w. (�
O w
O CD o'
CC
a m
a
!` S w
CL nOmw03m��'1
C N m
m A m a o
co maa°o.o7a3
"y C CL (<D (<D O c
3�(CD (nosh
O m S w
am 33
O
om
0 m
< w o
2) n° o z rn
o f s 0 0 0 v
?: <
(,
p3, w
D' 0 0_ c a
a
°» ?' o y o
rn C7 o
o Q 0 n>
° n
�Q m
c w a� s y: a
& 0
�o c
m 0 D
c m
am wC w 0 �3
0 X00. 0 3
0-� o o DCO3
�0 �m 0 aSi vo °a
m m �j
c
7(D C 7 a 6 _3
m C 0
m S C' o a N
N y ,.. S �G 3 O w fwY O
a> > K
O
c a� 0 9' �'
m a o
a m 0a °'
2ccn
o c ma c a m m 3 m N
ma
N 0 w 3
0
n
o m D' ° Do
X
onto
o
a�no m
m am o ( z° �
w o
CD o
0 m
sy
m Cr w
=r CD c y y (D °
c c
N a
0 0 w N m
_° p am CD
m Q o w a (°nom a
°� g c co c
0
m° 0<
co
S
w 0- C: (mn(o 0
S
'< w ? w
Ny �ma m m
-m(c �an(SD �0 CD
(° <�
sm
CD (QD 'OO N a
w Cb y (� S
7 O
S-
O. n O .o-.
w
j C17 .'X' m O S P] °
m d S
L = W
0
o S
3 7
CD
0 CD l< m
2-- O w
O N �
o
N a n 7
w m 2- -1 m a m
O o°
w` = 'a 3 3
y° 0 a `0
w 0
(n
c
o Q 3 c- c m
w D°
0 CL =1 j w m to
n y Q y
° - 0,0
0 m CD
0 0
N a
=nc,3,o°..0('-�0
C 'o o
w��
m o w
3�sw�_0o
=r CD
vet@, =Cc'a(D `��nm
m a- m o D 0
awe. °c
c
o(?
a;
D 0
o o 0) w 3
�° w a
w
a 0a w� ° 0
3 m m _D o a �°, N
o o s
0 0
°-'
a m
C
CD < V=i `° 0 m CD
,Z w `n
S m m o �' o (n
�"(n
0 C5 a CD ° '< (Do cn
(° CD
°
m (f 0 5
=:z0 w a
m 0 sv
3 m
m W =r <o ° °'
w w< m m D
c o 3
0
o
a o
v o 4 w o s °:
m r.
y
3 (3n s
w aD
Z M
m m c 0 m z -0
Q
0 0 c o °
C' -0
w
m
n co 0 W
0 m w= C m
m o w a
o a m
a s 00 m Dai o
w a _D Q
m a a-°< 3 m m 0
? (mn a
s°°
m
3 _'
m 7 a U)
0°<
_a
C Cc
a �' 3
_a
CD 7 m
° x o ° w
7 Cr m a 0 (Q
(n 0 3 0 m y 3(o
(D
W 0 0 Co
o c c y
m W
°= o 0 CD
W 3 m
m (°n
w D 0 0
m m 3 a0
c(0 m 3•� = a� o
w0 3
a3
co�a'6wo
3wnN -
cn=
=cq(a -
cODoai�o0aa
�'��w
w0
m�� m�
° °30
m
<mcOi�cOOnOo
ya0p01(g (D0
-
m0�
3a
scwCD co
m 3 °
a0
o o rn
-0 CD 03
0(D y 3
offm0•0 <w�a
vi w o o m
how
o
Cl-
o °: m o
a' o
0
5 0 D 0
3 a p,
3 to ?° 0 m a
(Dg m
3 0 0
0
m
CD
N et
C
0
(D rn 0
rn
a
0
0
3
m
7
(n
0
°
m
CD
CL
CL
c
CD
CD
0
M
cn
a
c
g
n
CD
CD
CD
'D
CD
O
CL
CD
0
a
3
C-
C)
O
CD
T
(D
a
<D
su
D1
7
CL
N
CD
0
(D
3
n
CD
w
rr1�
rF
3
m
CD
N
1
G
n
0
n
P-F
0
1
rn_
V
C
Cr
0
to
CD
0
CD
L
z
= b
2 A
3
� n
D
0
b
D
ISM
S
0
y�
li
�..r d
y L
N
d o
� �
�a
N
a
rr
0 c
cc
U'O
C
F-
L
0 3
R
N
�
1
C_
tL
U
fR
V o
U
L
ac)
v
o ro c m
o° a-°i 2
LU
° m o m
N Lj
V
a)
a
c m m
1
m m a r m
E ro° N r o d
N
m
W
C
a)
No
0
m
0
0
N
.0
�..r d
y L
N
d o
c
T
a
"r m
0
v
cc
_ c
iwc
W 0
m
>
F-
L
0 3
r a)
O
0)
0
1
C_
cc E
E
U
fR
V o
U
L
ac)
3 Co Z n �a '
°-
o ro c m
o° a-°i 2
LU
° m o m
N Lj
V
a)
L E Y t v) m` 2
c m m
d
m m a r m
E ro° N r o d
E m N c'
m
4w
C
a)
No
0
U
°C
.0
�..r d
y L
3
d o
c
a
"r m
0
v
cc
_ c
iwc
W 0
m
>
F-
L
0 3
r a)
O
z H
0
1
N
cc E
E
c`�a
C LL CD m o m �° C O
fR
V o
U
m
DLO
o T a3i
a3i m a°i
c
N -0 '
-OO m `m N
o c6 c° o � -' 2 N
_
m `° -0 L E co C
a) °1 O
°' T
f
_
m o c 3
m o 3 a °) v
UJ m m L z
E L
m m o m o
°o cD m e d m >
N 'E w
¢ ie ns > c
is _rn ° 3
Y
o o
m cD o
E 3
c`�a
C LL CD m o m �° C O
m
°- O U C Gn °' m
N¢ E
3 Co Z n �a '
°-
o ro c m
o° a-°i 2
LU
° m o m
N Lj
Q o--
>a y
L E Y t v) m` 2
c m m
co ° m > r '
m m a r m
E ro° N r o d
E m N c'
2
o 0)' . is m °-�
L«
a N a T
L `° 3 o u°'i d c m
o cn a) a m m
CD -
E m w Q
U o
LL
c o E
C 3
o m N ° r E
U O m
3 a� v U N 0 E
F- 0 N
o o E m v N c
0
m N co
�° a) E E
m
N O) a) C L N
U E
N m C
-0 c
Q
m E-0
r m
c z E U c 0 N
- E N C ca
N O.L.. V H N E
o
7 E U N O
'O m
N
° v d m
U
Y c> n
E
v o d R a E 0 o
C
� z c o� E ac) pm
� o o i; a
L °c
o °� o ate) ° m E
rn is o o N co
N m
o= L1L Q) °° r
U o . Z U U m>
Y m m 3 E T
L fa .0 o a)
N v ca ° o
¢ (D c d
U
?, O
° N N O N m
c
t m o c w
j U «~ C d
°~ O N N E> C
r (d d C
a) N
m
U `aQ� °
Ea `� U oL
Z °
°E - o¢cn am
°_°
= c N a)
LL E
° E
3
a° m °)
C N T 7 C
is °)
j a) a m
rn m- c v°
C Y o E L o N a a
o
a) ° c> E E
N C m O 2 0) c 0
g E
-C C 'O
a)
o E
c E m
m G E» o
L m >_ o c�
C is oo
E° a a) F- v w Q
a) c
a) c �_ LL c o
m
m E
E
a
m E
v o o q1 U a) N
-0
a)
td c o a ti
T C
E N m ro m
N> m° N C
c v c m R r W
o
L c.Oj O
° U
U 3 U
C N U
m N
c
N N m
c_q O L'
0 D o
S T iC C N
E m 3 a) w a)
U C -C L c Z
O) m c T a)
O C m H ° N
c
Z D O m
a)
O a
9 N~ i L) 0
v E "O U 0
N O m a) '� V N« C
L ., r N U aN. ca J
(Z)
_T
o E p m a)
= U W
oa) _� co
cn L N
T
m °_m cis
O m 0 m C
`m omm° m
'O U o °_ N N>
O E°
c c c-m
O m m m N N o=
Oo>t4E
— m E
3mE
c 0
m>
. m m tmn c o m
c E o r v N
ca o a a Q
L
- o E O C E N cA
c o° 0°
U fa
°- ° a)
N Q O� m N «.
m m °
o Y fl. `�' =
N
E O C toil ~ a¢ X N
o p o
cz
0 a° L 0
T .- ti rn
_ C
O c y io m
N U
y c
w N N V o
N C °
Z a
E m i a � d W N ca
O
C m 0 a) 7 a a
N
U a) 0 6
N U
ai
~ c-° Q
E
0 a)
m N 4
is c 3 o a) m
o°
v° E N cca
C
c>
O
"�
3 a
3 (n
N>
N E c-a
L° p N ac) C V
U
0 d �_ FL-- °- U CC) C.)
`° c
co c a� U c
°O ca
v '�
L L
N
3
a m
3-2 E N m Z T
-p
C
N E' N
U a) m a) m C)
> O
a w E N rn
7 a) 'O C
N Z N ° o O "�
o cov t a`) g
ca N O C L V
a) N d' o
o m
U U
O LL w c
v
a
0
.0 U
N �. d O T 0 U
a) N
2 D CO Q
O
O
U O N N
a)
3
cc a)
-° N E
N
W O Cn
F- m caa 0 '0 r
E O
N m N a)
y 0 N C 0)
V T m U O N
^
3 0 3 > N
N E C "0 U- m a)
m C N N m
m
a)
o 0
N
.Lm-.
O) E N ac) 0.
N Z N m- L
u) E
a) U E E ~_ E m N
0 Ul N U c T .L-.
a) 0>
N Q
°c Lm. a-°
o CO m
Tot 2z
mao"o)°aE a)
> a m E o c
Lvc c'''3o
° U is
wcaaE)
°_
moc>a
L
N c
a C N .N m
E
0 w O m 0)
°
U
m C (� N U 0) a) C
E°
o m
°j U U' m U
omE_a""oE
E
_ 7
E EU
m a) 3
�°
°� -�
T a-
m°
�,
NE CEO
L E y m
ro a °
m m °c
Y o° m
a" CO c4
aoi w° o v
m° p o
o
o m cca E
?¢° m
m -o o o E
E
m a-Ei ro U °
0
0
o=
3 N' W
L O
m°
O N a) 0 N N
Q 2 rn E
Ll 0 0 m 0) C Q1
E
o N 5
7 V N a) a) °
m
c
m a a U
°
Y c L
m
E > D m
.°
cc
act N 7 d C
F-
W> N .° ca o c a
C C C C C
t m L C-
m C
N°
6) E F- N N
+L.+
N
N C
C 0 c� .L.. =
m 'O
« N c°° a a)
m 0 '-� oa N
W U :C O N' N O
CO m
O m m O U j
°
m m Z o
ca
2° O ZD
�° m
° O ,� E E
m-
E N
`° N 0
C° O m V N C
a g M U ° a m
E Y> Ui i..) E- m
W ca -0
m
a O N
E m 0
co
CO
c°) tLn
O O N d y U N
a3:
aci y
L)) r 'a c°0 o E co
m c
m y C V a m W
N Y t°n
N cc E a .L- o ^- C
3
v _N °
fC m¢ is Fj 2
o v
� O LP)
N U L.+ .L.. 'a> o
N O co
0 0) °a a a) o a)
O a
E iC
>, Z o r° o N o E
O a c� a`) c o a
W O N a
E o v 3 0�
cn
� � o
_
m Q
- o 0)- E
p tp U
c cv o v v
C y 0 a a) a) d N d
m a o rn U m
E° C U
N 3 is to w c
mA cV a
a 'D N fCtl
c m c o c° co
m
'_N-' ca 0
E
�v N V (a C 0
>O
3 E 0 0 0 m
'O a
Q O m¢ L d 0 C¢
°a
C N N N
c O y m
N
O E V .N
ca
m o
N E
co Q N o N 0
L'
,°c� 3° 7°
0 o m o a
C Ci co ccnc m Ll
o 3 N w
a m d 0 j
U E N o c o o
>
(D U LL
c c m to c
w m
N
L E 3
L N' y N
`0 N
N E co c a) cL6 to
U n a j) N 7 0 N
0
O a c-°a c°j N N 0
m
.0 N= +LO-
c °°� ° o m c
m o r
C m
m m.
In +d N C
aa0 N E c>a�' co
W
o °= 3 o v o E
LL 47 CD
> �Q °@
m «.
ID
U
co
m v E
car C E
co o> o a v
0 `LL' O a) a) N
E
c °- 3 a U a
> .«LO. 0 fa = a E
m2 m o is m a 0 m
Co C L U a U
o a) co a Y -c'i
N
c
oL E N O
C
3 -
L E
co
N a) %L >'m
Lw.L..Z ¢
0) -0 a) E C
0)E
m N m
C'O a�
0 W 0
�,-� 41 > U
U (� N 0- N m
C-° N 00LV¢�¢
N E 2> LL
Y c o OTaU a)
N
L) = .L o o
ICC 3 Y
C°
0
'D C)
> i 0 m L °j
m
O L L L m
`m
O C E m N Z (n N m
m
c a
7 U 'O H W
v a, a)
�t0
L
0 O
N °) o
m
-LL)) L v
c O w o d o
m U c o
a 3 0= c
0 0 3 o m
> E m
c U F
¢ C
N U
2
c E>
c6 N N N
aoi Y
E o
c c co
3 c6
E L m w e CD
m a 6 m E T-
> m >> o� o
LLB Q c°o L N
U ` >, N > Z E
3
VO-. N¢ O N
N E c m E a) E N>
e
y d a) o U d
E m E
° o`no
U)
N
YN N. N
c/1 - N N U°
C N o 0. a
N E °- 0 N N in
a m Ci N fa T a)
Z E E
m a) 2 N U °- m iV
'2 t5 U
O C 'o >
N O
O
N
L N C° N N
L N .m+ N O p Q
m L U E O
L N Poo O E .O- N 0
¢ a) C L C' m
a co m 0) " ca m
O m m is
U E m
a N
F- ° 3 0 o E E m
F- � ca :E a a U
F- U S v $ a a r U
w L o rL ul o o Q
d° a� m
w m m
C > j
>
N
m
N
_
C
0
a) 7
7 m
y
p
m 0
m N
0
U W
0
Q U
a
3 w
N
a)
v
E
C
O
a) N
>
>
O
CO
vm
aa))
m m cp w
U m rO
id '0
co
is
E a
aa)) -
a) -
a)
m
c a,
o
° o
a`rn�
acne
¢U
¢
sz
cca
La
c
c
c
c
m
m
a)
2
a)
2
a)
2
a)
2
N
N
N
N
a)
N
N
d
N
N
U
U
0
o
m
E
W
m a) U_
m a) U_
C
C
C
C
a U
a U�
> a)
�U
�U
`tU
oO
�5 :2
w?O
-5 2
Lj c
m !C
C
O a
C
O m
C
_O m
N
iC LL
N
is u-
(n 0)
iC N
O)
N
01
N
m Q)
� N
?
m
O
-0 a)
E
O - LL
CC
a LL
lY
¢ LL
¢ LL
W C=
�ELaa))
m C-
mELa')
c 0
cm
d m
w�
a m
wm
4_
wm
ELo.,
L—
c�w<
�Q
LLQ
DLm. LLQ
�Q
5Q
a)
m
m
00
a)
O
rn
O
rn
O
O
CM
O
a
r
P,
r
cn
r
N
Cl)
v
LO
U
cn
Ln
(a
°
m
°m
as
as
Ln mr--
w a
m
o is
U 0
c E
c a)
o E
U c
c o
.20
0 T
U
0)
a
D
c(D
m
3 17
`00 w
C) °
3
3 o
(D 3
CD
3
po
pm
co co cn
wo
wo
wo
wo
w
0
0,
Cn
N
Ln
cn
O
W
V
m
(n
0
CD
CD
m
m
O rF
CL G
CD
(D
m
m
Z
V
V
N
N
N
V
V
N
O
Cl
CD
O
co
O
?m
w3m
3m
D
m
w
�m
T D
T D
T
D
w D
CL
9!
m ce
m
m Q
CD
o
?' j
co
a, j
w o
O
w o
C
(CD A
ry A
C A
A
Ci A
CD
3
3
3
3
O
O
O
O
m
O
O
m
2
N
=
m
N
N
3
N
N
N
O-
� N
3 S 0
n D�
CD C
CD
Z -0
CD c
Z C
C
n w
3
w 3
° O
n o
a o
CD
N<
(D 0 c
° m 7
o u,
m
v,
CD
U,
m
CL
(mn (n
.-.n
j
n
O
7
w
C)D
> > a
> > >
3 V, n
> m
(A 3
C
Cc ° CO
� -o C
(O O co
n m
(D
;Z (D
O
7 (D
<
CL
O 7
3 n
7
j a
O
(3D S 0 N P7 3 w 3 z
CD (O w m 2 Q o C (7 (p S
g 3 m� m
Cn 3 S
n
p T v, w N r
(D CD 0 m w 3 C-
o m (n
O C) y m
m OC =3 m
c ^' O w m -0 m
a- m
m c (� (_'n � m v, a m I
° pm
m
m m
m
o 3 CL Cn CD
-R
�'
°
o< w �s
- CD Q -N0 CD o D
p°y, y w o m w U) (OD COO ° m
m < 3 S
o o
o a m j p, o� C2 p i
p 3
m o
Cn 5
Z n o 0 (n m
a
3 3 C-0
3 j 3
3 U)
W
m
N �, 3 m m m w -� m �
w 0
° N
m
a m � m
O
m�
`G (0 3 (D
fn
3 .O A m (U CU 60i Q 00 m,
A) o 0 0-a w � w 0 .o a
N N
a o
° w m 0 7
° s CO 3 n N �' C D o
Pi C
D o
.O-. m
D Z = a(° n <_
3 3�
°_ p, ci D CD m y m uCi c (p
o ° m
N 0
5
7 m y C m O ... i Cn 3 C
m o n
O O 0 °:
o w
v
3 n O w (mn m
=o m cD
0 v Cn
3 m V = n Q Q (7
0
n.
W ?:
CO `� n r O y w
'0
y CD V 3
y a
n
(3n a m (D m p, (D
0 w m p 3 (° m o -i �'
O<
O C
o m a
3 3
O- .0 r
c w w o 3 w o< O O a a
(U n n= Cn Cn �
U) (SD
w w-
m O N
S
C C� y
3 °_: 0 i m s
n W n O
0 0 M w (°i, N� < �-
(D m (D m C w (D S m o m
y
s
3 O O .wS.
W 0 w C m °' c p C7
,7„ (ND
w - x
0 A m (D m
m° �' in n o ° 0
o cn v`�,
0 i �1 �,
a
y o
3 m
N o. m m w x°
O w
o
D' c �p y ° o °0
x 3 o ? m Q
.y. O w Ul - j n w (D
m
3 Q 3
cD r, (3D
lG w O" (D (n C1 cn m
a .. 3
m n
3 p CJ N 0'
-I
w
O (D m e m m 3 0
m O N ti w g Z A ,` .3. 7<
O N C �. Cn (D O CL
m w
(D
.0...
w 3 m V p O O N� 3 p
fD °- 7 A Z 7 w (O
a 3 Co O c
C O ('')
n a O< (n Cn
0 `< C) (D -0 C.
.0-. _
0
3 U, (D n m° n (D
3
3
S O W ^'" a 0 fD CD < w
2
m C C r C
(n 3 •O-• j m (n 0 'O
S Cn O
3
3 3 m 3 y (D w 0
v ::r 0 (D w
S
m m O
3 3
O w m D a v, CD 0
w O
W
O 0 3
0 0 3
0 co
p w
a (D °< C) o
m n
< o m w- 0 (o 0
m w f m �' D o m n
0
w 0 3
o3 a n° j 3 m 0 3
0 m m o n o m 0
0<
- T w
p 0( m
CD v, = CD
n O y
W?= O N o y. C a 3 ('n -0 o U,
0 0 G �< O
L .ON-. 3
C O
,< m< 0 T m w O ON N CC
3 0
-n» .C. ?
ul C
Ip w (D n
w 3 3 "0
C
A, C O w 3 m N - l 0 N
s o w Cl) Co U o O(D
,(�. C 3
0.
(n ° S m = c r (n D) ? O
c° (Dn 3 CID O r 0 a
w 23 (O
(n m x m -o
O N 0 (D (D 3 C
o A 3 N< r: -o
3 D w 3 m 3 (n 0 3
w3wm a3o(� m
0 w
(DO
Q 3 D m (n cn O m 3
CD u, 3 (o
cn
u, r 3 0
ow
3 (D °: O w
m w w°- o
ur m 3 0 �' 3- w° (o
w a m m 0 m w w 3 >>
° a
(D°
3. w 3 °i 5 C) r-
w O j w CD 7 N r 7 O W
0 3 w o N
w° m (n 7
< 3 m
w
m 7 (mn ° 0< w
N S n� 0 4 0 a m < °Q 4 0 w
o w�
w m o m �° D (mD � O c � 0
a cn w o -
m
o m n� c3i 0 3 m Q
m w x a 0 (D m v, v m 3 o
- U D o 0 w n i w (D =
0 3
= 0
a C o (D m c m m W m m o
N u! 7
? o a: 3
?
0 °0 0 ca o m m
(D 3 m
�°
N 0 3 0 �, 0 N O Q< m
w 0
.0.
C CD N ('p 3 Q (D o N (p C
w
S -Q o_ j 7
w a -1 (n j d
(D 'o
6 w 3- 0) o S m T (D m-
3 D
- m
3 N 7 Cy < (� O C O O (D
n m (n
N w =� T O
�O
O `G N Cn 3• a (D � N
(D N
.S. 7 (D m C a N
CD
CD w N
N- o w
`G n
CD
3
3 w w O Cn (D O
S c� win 0 7
w
N (fl ° 3 m
O m °.
U,
n m (wil w cn
?' O m? a
0
3
a ° (D
i
N°
!m -n U) o (03n Dm�j � 0),-C O- N d S 0
7 (D
°'
W A N � �. r
p D� '°O
(D (� N� N
`< n 3 a N OCD_ `� C7 N
1
N m 0 0 y o Q N m w 0 m
=_ w 3 Co Q 'O - m 0 0 =_ <
.0
m 0'
0 n L7 3 a ?' O 7 C o m
m C w `� CD m
(D 1 T p
1 °" 0
i p w (°D w w o
s O w (n N �' m 0 m
"0 nn(D `G(C 7 CTN (D C (p O
O
" =F
m �-1m ?
O 3�
D
w 30 O° w.< a
° C m 3 y w = m i m 3 -°
CD ?: 3° �'
m 3
- o -0 w 0 � oN m S r(( ('n
=? O° <o 0
m (D C C
O N m-
-., s C 3= 3
CD w m o° m
s w w� Cc w
w o m 3 w n o w m<
T w w N D m. W 3
m
3
m °�'
rn° m 0
0- o o c DD r - cn -i
v w g
w o O m
o 0
i r. C) m m 0.
w o< V o n
(n =
G a N (p (D
U (O (�D
d C�
CD
m a" 3 D O T
O (D A U (D
(D p Cn CD
�
0
3 'O 3 3
C O-
o
'< N 3 m Q O w 7� m
O (D U)
_' 3
IOU 3 m y 0 o w
w30o�(�3m�-<_�m�
3
wi
p, 3 y N W j O
ma Co0�v,mo03 0
O w
w3 *00
w N 3 o f (p
Qvow�O(D31
w-0 (o (( w 3 3 .� 3 3 O O C 0
c6 (v
(D
3
(D a-0 N CD o (7 = O N N(D
a 0 °•' 0 r
P1 N p cD
N
O J 'D 0 C N
m 3 m
o i m w o 0 3 c
3 c m i w (� o °' (° o �°'
3
w 0 o° in i
0 m m (o m O m o w
s m
CD -
m o v, (~O o
u, 3 Z a 3 0 a
w (� w N Q
D 3- w 0 O p �� O w
n 3• m o (D 0 3 �' Sb o
:3 (n
<
Q 0
w_ N .w. cn 0.
w w ' �� � C
a 3 >v m r g o �' n
C N
U, m O (D
3 0 ca a
(D (p fn O CL
� a C7 C m
v, `L 0� 3 O
m (A (D 3 w p, C 0 0 (p 0 (D
w w w
m s
O -0
n ((DD D O < A 0 0 = A�
c
(0
(D (D Li (n cn
(n
C N o m D a O< W
w
o C° o o e Co w
(D C a �. S p w 3 Q 0 <
pr m
CO a
° o p o 3n D (nD � x m
'DC 0 V) � C (n w
o 0
� Z 0-, O
w W µ 4- 0 0 3
O m 0 n
3 m 3 z w < 0 m m
m m �, n a 0 y a (� o m w v,
o
c 3
CD�
° U DD 0 (�
< (n 3 m a i p 3
0) (D v 3
'� x m �'
(p m m
(D m 3 z a m
< <_ i 0 C) n? p
m =$ a (D 3 (fin a w ID (D ]
U, (0
3 3 w O C p N fD Cn r O
O o 0 Aol w
O s O (? W in m
(n 7 to
3
C 7' (7 (D < (D N a
03 R
o w w 3 3 m< �' c
C, C
w m
m O W Cn O p p m
0 f 3° N °' cn m O� O
� m CL
3 m 0
O a � __
3= 0 <= o -1
CL 3
(D w w o S O N CD o-
D m m 3
y 0
y
w w
w w _- (D O r V w
n (OD p o- T a
O fn w w
o `� S
N q (D o » S CD
N D w n t°p, g y S
c 3 1 m
M �' CD D-' D M CD N Q.
(o ur �O (wn o 0
z w Fn w
in
C) CD
� D0' n
CL
: o 3
(O m a
w o m :3 F/) m p° p CD
D - 3 U, K O
N w
(D
<o- m 3 5 w m
m 0 3 0 r o m x v,
maw r 0.
a o 0 x °:
w 3
0 U, (? (0 0 O w
(D
w 3- Cn m 3
3 O
-n(D
n A
C S O C fA
cn fD y cn N � n
CD <_ n 3 w
CD O
w S m w Co
m 3 7 m N- 3
?_: O (mn
0 (D "'Co (p N '�'
O D T w
j
a
CD Cl) j
CJ D 0 O C
Cr
n w
N O
m a m a C7
< 3 l �. p
3 a D m a m 3 m o °: W
3 ('
O C O W T 3
m m 3 3 - 0) -- o-? r:
°
M v, 0 7p
O 3 CD
w w o 3 n
mm
Q' (n 3 p 3 a O * =, m D
� 0 Cn w N < °' co U,
03 N
C
y Cl) w m m° � On
n 3 N m Cl)
w a 0 <
= w
C1 `� (n (p 3 0 U,
0
n n O
C j
00 O
w D CD c? (O °w CD C S
O
3
7(D .-3.. r
(Cn .x.
0 C i Co a 0 (SD (D 7 CD O m aD
r
» !n m Fn O
(TD .3.
� a 3 O O O G 7
° o• w m D, 0 3 CO Z n m
3 0 C (� (O O
m< ?C)i �
w m
3 0
p (D a in Cn w to
° 7 C 3 n � m 3
0
3 n
- 0 w =r
3 Cn
-� `< m •< m
D, y 3 fn w
('u 0
F< 3 0 o(D m D m c m
n
o m
c m 0 3-N.O-� paC
U, ° m °w o m�
Cl m
(D Cn m
-0 a
w 3 O
w
m °-' CD m n o
CD
3 m (° O < 3 N ul p (� Cn
w°
co o Co
< (a N p o i m N
M cn (D
co
w m 3 N
(n
CD 7 0 (� 3 0 0
w m
0? Q d N C (D ? (D
5 U,
- ?' < °. �< a m x CD .. X
(D r ur v
� w� °_ U)
(' °-' w n 3 0
m a
`< (D
m w C) m 0 a n (D
O -O
U, w 0 .Cn.. A
O� i
3 :3
e m
CD .0 N c w
v,
o O 0 o m
3- m v,
CD (�
o CD 3 (o w
3 (n m S a
m
(� (o o
T o m m
D a n
0
CD y
3 rh
0 O
0
CD
CL m
CL
X
3z
L
CD
(D
o
r
Cl)
c
c
D
a
m n
0
CD
CD
m
O rF
CL G
CD
3
a
5
L
c
N
O
O
(D
m
VI
IM
cr
n
CD
CD. �
CD N
a1
CL
0
N 3 C7
D
3
n �
CD y
i
I N
y
N
t
D O m m
-°
tM
E
. o N O 0 o c
Y rnr v U) _> 3
O
U)d
V
C
c o S m
L
y
i
�I
D CL s C C D 0 "L� cc,: 2 O)
�I (! (%
ti
o
a E 0 c_ c N
M4)
cc
IL
v
C
E E° °� 0
o N °
ai N E 0 0° v' i6 ° N
0 N °-' o) a
�' ? o0
N
CL
O
VI
W
0
m
O
O
N
aUi m
W O
E E
'8-,
N
CD
N= j
D O m m
-°
2,
c�
Y c m a
. o N O 0 o c
Y rnr v U) _> 3
7
c aEi u°i 2 t6
0 0 o o E 0
> Q
O)
C_
c o S m
L
aci
[6 p
O
D CL s C C D 0 "L� cc,: 2 O)
r
C C ..�- O
'c-: c o
'O U , Q <a-w al
o
a E 0 c_ c N
nLO.
N c)o ° E- L a% 3
IL
o C E CO m coo U) U c D
o
C
E E° °� 0
o N °
ai N E 0 0° v' i6 ° N
0 N °-' o) a
�' ? o0
N
i
O
m _� 0 (C6 a�
N 9° C C� U D O O N (d 0
O
V
°
.i
-° -0 �_
N M o iC
C
O n is '«'
z 3
�
Ln
J Q
`
o
0
C
0
O N°
°- 0> L
n (n w a y U
H o N c N °�
cam° °a)m
m a ° f
cDNo «LZ0& a)� o
Eo
Oc
>. p
Ua�00m`�°cc-0Dc
W
D
� L
=
m
L)
03
z H
O
o c E - o
e 0 c
w U in N o O U N C L
1
o Q c o 0 o
X 0 O 6S c6
o E
N
o uo o o a p
a
cc
E
m a c�6 v aci L rn 0
Do 3 0
E
O
v °- o D cn E D m
LO e E °> °° o
V
U
aUi m
W O
E E
'8-,
o m 3 w c
0)
CD
N= j
D O m m
-°
rn
c�
Y c m a
. o N O 0 o c
Y rnr v U) _> 3
a`) (6 E
N E_
c aEi u°i 2 t6
0 0 o o E 0
> Q
° m E
c o S m
o t E
c
° «u m a
°- vi ,r
[6 p
co
CL
U N O
D CL s C C D 0 "L� cc,: 2 O)
r
C C ..�- O
'c-: c o
'O U , Q <a-w al
E
a E 0 c_ c N
nLO.
N c)o ° E- L a% 3
°- o E�
o C E CO m coo U) U c D
o
°
° c
E E° °� 0
o N °
ai N E 0 0° v' i6 ° N
0 N °-' o) a
�' ? o0
L
`o
0 0 �' c6 rn D Z call)
Q F
N
cn
y N N m
m _� 0 (C6 a�
N 9° C C� U D O O N (d 0
Q ch
? W C N
N p_ _ N
E
= O __ c6 O U
U>
D
fn 0 7 N m
-° -0 �_
N M o iC
C
O n is '«'
(n C 1
LL ° V O y 0= E O) 7
'a
8 U
O° C> 0
a) Q O m C N 2 N O) O C (n
N O i 0
N
- c6 0 D T E j M y
(a
'O N E N
Q
ro° �= -r- O C
U> 0 'n 0 7 0 C L 0 0) U
CC: °' i >o c a)
c
O N°
°- 0> L
n (n w a y U
H o N c N °�
cam° °a)m
m a ° f
cDNo «LZ0& a)� o
Eo
Oc
>. p
Ua�00m`�°cc-0Dc
N 'o
c cu o 3 c6 ca
3 °'
o= y D o c E v °
> o m co - N m
N° 3
°
Zia i6 E a o 0
E
U) o
U)
c? X
_ 0 Q
o c E - o
e 0 c
w U in N o O U N C L
E a)
U -r -5
o Q c o 0 o
X 0 O 6S c6
o E
o uo o o a p
a
o ° o c"6 Q c o a 0 'n
°c U a 0 -0
o (C6 0
E
m a c�6 v aci L rn 0
Do 3 0
co rn cab
v °- o D cn E D m
LO e E °> °° o
S N
0
o a 0 N E 1)
E
N p
o a)
- L
c6 co ) 0 o
U O a) N
aDi c m 5 o w
C o a) ° C O a L
0 o ro
-0 U O
_o N w
aci a) �' 3 o
E `-' a C a) U ro p
c6 I-
-L- (n
0 a 0) 0
c6 L o
D n C 0
0- 0) N y ro N f6 O L m 0
O O in a
L Y 0 v
E D ,� C p W O N Z a u)
ON
LL
Y CL 4>) C
U
'� «' Q'L-' DU D O OLC
m i6 3 z c c o 0 0
��'0
�' °'
U - OUQuI > 7� .L...
D i6 (n z O n (a
U)
D
D> N
<
c� a�
c c
°L oc Cl) cw 'n -0 w
° o
N am
L= 5
` EwQ c�
o p E v D
NO
D v V) c D as o c cn c6 m
N
O r E D
a) p a m n
m m w o
C F-
(6
rn _ S
3
Q O a
U D w rn� 3't N a a o
C E N O 0
p C 0i U N
°°
C
a)
z
0 Y "O_ W E >� U C 0
a) N Z O U
C
� L
"0" N D
CO 0
p Q C ro w
O D O O L c C
N 0' D U1 m C 0 'O U
c6 0
E N N
0) N c> F- 16 D
'0 a Q Op O a E �- m y
_
�' E °) o D a) c
=
m- 0 O LL m N j ca c
O N E
a
o R -° 2 O a) - w m U) c
w E
j 'm 6 O) L c6
m w
- Q C o U 0 m U) O-0 O C
m w °- ° °) o
(� c� C_
°
° c
N a> co � Lr O om W c6
�' n LL
a)
CT .0 0 c
`) N In Q j ro 0)
aNi v' c) ° a m
O a) U y '0 N L 01 c D "0 0
Cl) E
o f c) C
n= a o E o
C)~ 41 D U m o ..L- N 0)
N a o o rn
(a (O W -° 0
U D o c o U c (n w e
N= 'o E 0 N d L NL- O a) �-
U _ m
C _C N 0
c -o E a) o w
r 0 0 0 C a 3 C C
0 o
LO (6
n>
0 _
O o C N
v N w o E>
n U a) O� m N C U X U E a)
o m 5` D_ m (D o a) E 3
a) 61 X U
Q D a) ro
L N C N N a) 0 N° N
` m c rn N c a) E
cry
N O
N N '- N 0
D "0 ;v a-00
N C a) 0 7 N N c a) m N 0 0
O a O L m U 3
�o D U
c6 m O
n1 N LO ¢ �0 5 C o U)
E O Q "- O p
C
m E U
_
L 0 N� >. N a m (a y
O N D
7 °: N (D E U c6 o p 0
N C
O°
d E
'-' co N a U)
U 0)
O Q) 0 0 o E` U)
.L.-
0 a O
D E
.L- cd
O U) L C Z }- a) a s
0 H o Y c o
LO (n
0 Q� m N E
"O CQ
c°) N O m o nQ
-
C C (n W
c c
m 0
o 0 o a 0
N V U L C '0 C
�
D
p
U I- a) r
_m N 0) m
° c6 L m L
V m N
O
D
c O 0- CO E L C O i6
a`ni C
N
0 y
E° a) :� y rn o
.L O a)
c c L�' o rn N y (°1n o ro
E co
o m
!a
f6 E E g 3 m° Q1 U 3
Z
C N
0 0 .00 0 0 0 0
(n 2) C (D °) N N a O .L- (a O
"- C N C
3 D 0 (n
E>
U! C E� D a 0 fn E 76
= U W (6
D
U 0. H O- «a
N 7 ,L„ N
0 0 Y 0-
N O) '° aJ O) 0) "' U 0
O D
>: a) Y
0 O (6 N y C
m r O N c 0 LL 2 w O
D
°
c
N a) E cw o
N
m o m r
-Lc
o
d= D
c N o 0 a L
a o - ° o ti
C
N
z :5 N m
U C O m -o m a m C E N N
L N
N ° u) (D
Z y N j E 7
U -0
-°
L 0 3 0 a
- 0 0 c6 w N E 3 0 C
E
m
O N
c D ° c a D O a
°
(n o
0 3 C U) c, E
C
Q o E 0 U -> L 16
D
a) m O) d L
(6 N
E c 0 (a6 W 7 N U m a)
E O) N C U
Q L
0 0
Q -0 p c c6 U
2 0 `o (-a c 2
a N O
o c `) 0)E E o as E w o 0
y U
w (° v
Y y
U u o E o c6 (°a ° a a
2 U °- y ,_, D
LL O j O 0
N
N N p� C U L O N C d
L
a .N-
N -0
j L C L Q. m a N ' w E
0 3- E O
T
`-' 0
N 0
O C E a-
o 0 U
E O O N
O 7 D o N N O
U U n fn L_ 0) p
� w=
a 0 0
a) C U
-° U
m O C
N U) )] D a > a) 'n O
V) O O L 0� E
> id 0
0>
Y U a c6 Q C N
N u) a)
0 0 -0 O a7 O o pmj m C 7 >=
>. r C N O- N O c6 U N c6
D 0 a)
> D (n 0>
n
N W rnL, f C 0 Z.L.- COO) (6
.p Cl ao C 0 Q
U c
L- > E n D O` N
E
w N of U) °c_) O (Nn -ND v °' a7
p
& 0 a
c-°6 y ¢ °- ° U (n C
N °o N
D ...
m ca ° (0 U o
mE m `OL o
O° p 7 d° cc6 E°
c Ea��U) ° rnw a-) °-DO
° N E c°
c c m o
O C D rn U O C 0 Z c6 O
c c o= _ c >,a)?,� c m
°' i Q
m aO N Q m LL v 3 tC LL a)
(n o N N
(n c U a) E c 2 C U Y a) °)
C i6
�a o c ° a
a a) Z W
i6 - D 0 c c
-°0 is a) C 0 D p O>,
°� o> L r
-°o O C >,
o a o d w D 0 a a) N E
"0 a v "O a-
U) c 0
0 a)
- L c_ E E N
(�-
U) 0 0) O 7 c) N m 0 D 0 i6 -
U) co C O 3
C «
U) E D E C p c m (6
7 0 7 0 7
w0�'
p a
o0v° �mW(NntomL�tcc(na)co,
c6 0 0 C E 0 in
p o a) U U (d D N
wo>�
p 0 aS O
wao o0>U�E -a
p O c c6 > U Z E 0
0 '0
Q Y CO d >i (n
i
0 '° O N Q d 0) N c m `) C U
O Q m L
O C c6 (0 O O N L E° 3°
fL- cu �
W O co 3 w O 0
H cc6 SEW C LL � U o .L v c
H W� D °)
H U 3 N (L6 w �6 3 a� m V
D
C >
M -
? N
N
0 E
a)
�Uw
70
aa))
aa))
aa)i
a)
0
2
0
c
o
i
>
2
>
Z
co 0
ca i6
(n
m
a)
D
O r
� 0 m
D
W
D
a)
CL
0 C c
0
D
C
c
C
c
C
0
2
0
2
0
2
D
S
D
2
0
D
0
D
D
D
0
D
N
0
C
cU
C
�U
C
`rU
C
�U
c
�U
O c6
O i6
o m
O N
O c6
CC 0
(r D
CC N
Cc: 0
CC 0
Q LL
Q LL
Q LL
Q LL
Q LL
CL o
W e
a o
e
a o
e
a o
C
a o
e
U)
W
U) ca
W
U) 5
W
U) N
W
U) N
C)
C)
C)
0
0
O
N
O
N
O
N
O
N
O
N
Fz
iz:
izz
izz
Fz
n
n
n
n
n
a`)
Z5
a)
a)
C)
r
r
c
LO
LO
LO
LO
LO
cu
m
M
M
U) D rn
W m
p ro
o i6
p
c c
0
O
U E
c 0
o U
m
U N
Q
D
(n
M
7 G)
O
< w y
C)
3
3 0
a m
n
m o
c
C) m cn
0
0
0
0
0
(n
Ln
cn
cn
fn
(D
OD
V
�
N
D
cr
0 n
0
0
_R
CD
3
CD
F+
14
m
m 0
o #-*
CL 0
N
(��D
1
ND
co
(°O
(D C)
co
(°D
D c
mC/)
D c
wU)
D (--
SD
D C
y �
D C
�
a m
w 0
7y m
w -0
a m
w -0
a m
D7 -u
a m
p3 -o
T D
T D
T D
T D
T D
CL
m
m
m
(Q
(o
co
co
m (Q
wo
7
(CD A
w0
7
N
w0
7
(CD
w0
7
M A
w0
7
N?
7
7
7
7
7
m
m
m
m
m
m
m
m
m
m
7
N
7
N
7
N
7
N
7
N
mC)
=z c a
2
w
w
��r
w w °i
mC)�
m e a
c m
m
m
r y a
3 m
y p:
3J
7 0 (C
Cc
(D a
O
O
su
m a
c
0
c
0
° a
7
CD
m
(n
m
� 2
CD
(mn w
c m
D.' N
m 137
CD
0 w
O N
CD
N w
(�
w a
C
0
CD
N O
c
0
0
cn
(n
cmn
cn
y co 3�-
(7 '0
Q. S ' c m m o m m a
a
3 W 3 c z C 3 m o 0 00
w m -O m—
w �' 0 3 5
m O
07 cD m y m 5
w m
m
N fD w 0 D
O
D y a y .-. (D
7 C 0 7 (wiz w y a w n
V �
3 3 w m-0 O A7 (n .O-. 3�
'O
(D
0 y a 0 N
m
Q N 3-6 '0 S
fA (D (n p7
�@ y O in
n. N C 6 0' 7 �.
C O (O S (D U7 m y N O
O m 0 — w °
N m cn C o a 3 y a A7 N
N 0
* F C A7
_D
(p 0 0 .n. m
(D y -O
(a a°
f�D
0 7 N y LD' � m `<
0 .... � 0 (� C a (n (n 0 0
(n
.m. 0' N m 3
0
(<D 3 Z 0� (on w
C-j
S
W (O W m —
..
V7 w S 7
w o. m a< > CD O (n � Z
O O O
^y" y m 7 Ca a 0 O 6
m O
7 7 7 y O
a m (D n
3 -i Co (OD a 7-
y p (D 'O N
ID 0
7 (D U O m (D w
a p7 N (D 7 ?:
O :;, O a (D S fl: m
3 m < a 7 m S w m
(,:n- (D m
0 m< S
D fD -p 1
(� O a N O N
0
CD Er °
y C N 3
a
v 3 V7 m w ° o D
0 m 0 (n (D 3 m 7.
w 3 y tyi7 o y 0 N
`G 3 -°_ n7 m y (n
w (n m m m
7 y m
s S 0 a` O
m 0 (» c 0
.C—. y w m N
0
C (Ci7 0 c7n y< 7 m a
y m y w (D 07 a C `<
N `Z 7 O Om
C °_ C w y V
p w `<
m 3 O S (n m O 7
n 5 O �
.-. 3 CD 7- 0 (OD (D 3 (D n
7< 0
cr (O cn
N °w
X ZZ cmn a w 7
y C (�
S In n 0 7
CD 0 m
m° O (nD 2
C
a w
w fm'1 ' N
° A; 3 0 3 w 7c-
M S J
3 (D a
7-
-0 < O y o u
e
a CD
° cn
07 y c o 0_ m (° w D
C
3 3° D D o c (�
w
y m m o m
5 K m m cfl -0
° n 3 -0
(°
a 0 v_, a m v°_3 cwn a=
a c m o a 0 a i m 3 o
m
� a� y
En
m w o m? o D
cn cn 7 m
(D N w(D
y 0 0
C C N (7Y 7 N i C
m y n O p7 O �_ a
(D O 0 a
O (gyp CCD'- "O a7
w y 'O 7 (D m
6 C w
O O 0.
co y (n co
3 m S (n (n 0
0
a° m UD w
cn
-00 (inn o a-7 0 CL : y a
(gyp
CL cn
3 w ?7 y 0 (D o c 3 y
a° c
y m 3 3 n
CD
a
0< w cr y N
C<— ?
0 7 m
T 3 t° n
m Q (yd 7 3
N n
S c c° a ° 3
m 7 7 O 7 o N
CL
°° w 3 °- 7 �
7 O
m D-7 a 7
(n 3 cn cQ w 3 UCm7
o y =— m m
3 c 3 N N
S N .O o -7. K p— 3
O y� N a y z y m
(°
x 0' 3 (�
w
= 7 (7 A n a
w y �
3 (D
_
(wiz m 7 c S 0 7 0 3
cO
w (OD (� a _ --1 y w
' D
O 0 c 0
m
O m m m
y 7 O ?;
3
0 3 O,
(� o v 5
_
En 7 6 m .7.
m m n y 0 0° (D N
E. 0 O S m_
w c a?� m y o c oo
m m
�' c'
m _'
?: ° a m
0 m O n .w.`
_a
.yi. .7-. 7 `� 0 3 a -° m
a .< O 3 (D w 0 3 w
D7 m (O
a�i <2
7 7 (D V7
m
((Dj
7
`G 7 m (C
(mn
y
O (D
0
j m O" a y (^ <
c
_ _ —
a° S m 01 S
3 3 m
C 7 '0 (D
� C
3 6 y w 7
m
w— F D
0' 7 .w.
w a v, C m o w
N 0 a 0 M 7 7 j
c a- a a 3 n
(3p N �w < w 3 m o c c .fl.7
a° (°7 o
0 �- y y
m w — a
^' .n-. 3 a 0 '< Z
CD 6
w m :W3 0-
(3D
N 3 a m 0 N n
-.. a w SL 0
y 3 ry a w
O v "O
a y N Vl
z
. o m n
(Up
v7 3 g .7. (3 m -i a
N s µ= w D w w
7•
a '0 w m O �, 7 w
c w o g m a o C7
O w �.
° c?
0 y (^D 0 m D
° w m p m
(D
'30 `� D
3° 0 7 o
cfl C x 7 n 7 m 3 m
7 3
-
a ((n y m_
O
w SD
— 7 0 m a =3 3
O .0 3° (Q -O+ C (D
w
:3
N w (O m
3 y y Cn 0
2 X
N (aD m C 'O a -n 3
cr
O w w '0 7 m .n.
a<< °_ a,
m 3 a
x m w Q s a m
D°
m
m 7 m 3
o n a
O y
a w (o m
7
a n m m m
°
7 a w
(D 3
v v o C7 D
n J 7 a a n 7 y
m w a 0
3 N
3 w a c
m a
O Cn Z S
3 47 0 a p? o N
7 d �. Q c
o S Ln 0 cD
C
7 n O ::r -0 N 3
a 0 ° w
3 y
y 3 O N o d
? 7
a N
'0 0
y
a 7
0.
-00 O- .Oi°.
a° N (mil 0 w m o 0 0
0 c
0 w? 0
y m 3 m 3 n °a
W
w D
j (w7 .C°-. 7
- w a o
n o o m a y y<
(ap
m c W a
w a 0 n o� o w m i(
7 (p a
A7 a 7
a -0 m O_
w 3 (D
w Z
w N°
� O m
c— G a O a
n o y N a m < (D
n W n y
m C� N 0 < y w
y (n
3 F n W
n y
0 a .
m CD m y
M 7
tO N
O w
0_ C— m 0
N
(� m fmd
N wo_
0 (mj
-0 `<
(D
j
w0 "S' 7 'y0 S
a (SD p
0- w .n-. .y. C7 (D S (n N a•
N
j °
p7M3
C) y
< n < w j a
0 0
7 C O w
a -° a
0 (D .O.
w 7 O w< n 0 m °p_
a =3 (D c m w y
m O 7 a m a "w" D w
w 0 a O N fn c
.n.
y a 0 p'7
y (<D S
m -i (o ° 0 0
w D 3 0
0� y m
y 0 w a 0> w m y
<
Z- a 3� y ��
w 0 o m
a�� 0 3 3
nx`°y
amo0m�co 7
�D•N- Smog
-BCD
mc0mw(w
c-0 w 3
A? ma
(n w a O w w
y_' D7 '< y
D D3 7 a Z 7 "a y S
a 10 n 3
w
0
y a (O p'7
j 0 0 7
n (D
c a i m
w a w CL w
y a N o m
j. w D n
y .. 0 0 Q
°c m m D o P7 m�
< 0
(D =
N— m
0 0
a 7
3 m o
(o o
3 -o cn 3 C (O -0
y w w v
w
a 7 (n w 0 m (") m
a m 3 S w ° w v
0 w
c
J
m '0 0 O
7
w �o 0
w
=rT m 3 3 5 a
o.
°� o y m c m n
3 p m m
°-:3 �' °-
c o m
o m o 3 °- a
w co m
< 7
m
w 7 w cfl
(o cn 3 m_ (n y
c
r 5 W
(D .7.. ° m 7 n y .0..
7
w c y °-7
3
0
y o a
w o_ o a ° o"
y
c°n sD cn y (° cn D w
w cn w
a
30 cQ
S_
N
N N y O (D a N
z c
N a
y
U N a° o n ^O' d N
a s <— o 0
O w
CD 0 O
y O N S
� n awi CD s
7 w
3C C
m w
0 .n-. a
w i7 '°p n O
n
x
'a D CD
m 7 a N 7 7 N
O- m
y N 7 0
`< 'O
0 c
c
CL
CU 0 w a a 3
a S O 0
7 '-' (O m e 3 3
N O' N
n
-0 CD
w y 0 0 3 ~' O S
O
d m N
m= m<
w 0 <
(D O C
c
N O' C a '0 y
-3 7 c� 3 m w
m
CD '0 (D 7 (O A (p
'° 0
7 y 0
co D
fTTI
m -<
(n =° m 3 m m
w o 3 w
< c
a= 0 (D O (�Sp � .O-. (D
a m 7 U)
-0 a v 0 ° w
C 0 w N °
°i x— 3 S? C (''
S O y
°c
m y O =` _m"
-V 7 0 S n
y �, N
w
o D o a
m
m 3 7= m m � a
w
r o a m
cD
D° (n y ti 0
� m
a
3 y 3
m � cD vm7 (n
a
M,
0 w o
CL
< o o
g
a
cmn a
0
CD
7 N
�
0
3
z
o
CD
M m
a
R X
=
c (
D
(0 F
M
is X
r
p (D
z
cn (n
c
D
cr
0 n
0
0
_R
CD
3
CD
F+
14
m
m 0
o #-*
CL 0
CD
La-
:3
C
N
N
O
O
(D
v
_m
N
L�.
cr
0
m
m
-n
N
CL
ct N
0
0
3
Q
a1
<D
7
n rr
y N
E a
Ed
CD
to
0 C
Ur
CD
U-
/V
ii
a
V/
W
0
CD
O
O
N
a) N C
° a) t v U a C
N a) 0 >
E (D cD w aC) i6
N
T
3
m
y
m
C
° cn m o f vo, °
°
o
L
a
aci
m
0
o
o C mM N
a N O
V
�
CL
C O a a) = Q1 7 C 4)
Co o 'o c m E i6
c6 U O O a) -� a
.D m a^ 0
N
a)
p o
r
N
i
0
O
(�
°C
S
y..r
a
a a
v N C (C6 C
Q%
o
_z
J Q
C
a)
Emam �'a) -°) >o°
L C� a a�
w
a)
E o° E 1
aa)
c
V A
ii
�
°
a
2
W ,e,
a
d
� L
3
=
L 7 T E Q cn
O
z F"
Co
E E C
N
1
�O
Q
C�
cc
E
E
C N >' C O
m a c a) i6
r�
V
O
U
a) N C
° a) t v U a C
N a) 0 >
E (D cD w aC) i6
N
m a) m
m
y
o 0 N w E
c >
° cn m o f vo, °
°
o
? y c c
m
> E H o N E
iC 3 a) U m m T a) N m O U
a) >m°
w) aa) j
r O 7 L> > Y_ U
o C mM N
a N O
° p
C a
a 0
¢ rmi! N
C O a a) = Q1 7 C 4)
Co o 'o c m E i6
c6 U O O a) -� a
.D m a^ 0
C O j N O
c a cn Ca
a)
p o
d m N m
w m
U a) ° m m �' m= o D o m
> o° a m
a, s
m °° c6 p ci v
v?
D
(D
=3 G)
O w
'< y
o°
0
3
3 0
CD
0 0
m o
w m
CD cn
0
0
0
cn
cn
cn
(n
A
ca
D
z
O
CD
pm (D
x
m
m
n n
O
O
�
CD
V
\
V
O
O
v co
m U
m U)
�m
D
m
D
m
T
T D
CD X
CL
m X
CL (D
m M
m(C
?� 0
w 0
w o
((D A
(p A
(D A
7
7
0
N
N
C
C
m
m
m
m
N
m
m
m
m
N
N
'
N
m
mc' n
mC)E
=tz c n
o
m 3
° m
m
w CD
m
a' pc—i
(n y
m` a
m '
CL
co n
CO
w m
o C
� a
o m
W 3 n w D C r w o w w C W
-o -{ 0 w p
3w63�m
S(Dyyn52o�w3m
C)
<w�30Ucm
m o
c
o»
3 N h) cD Er �_ W m-0 � (o °: _D m
y
nyi cn v o cn ?t
n O tyil
53
< "O " y (D S 3 N (D (D c. Z y
c mzw
O 0 N
`'n N m
CD
5 m 0 �' m3 3 ^W5) o o
a w s
a CD 0 a
2
c
m 3
m�? fD
(D o w (mn SD N umi 3 3 0 m`
D' m y= m m a y o °-' w w w 5
C�) 0 y N
n m (D n w
O
y
n
° c m f m m o c W v°i � (D 9 n c
°_' � ro� 3 0
.a
cn m o m
o n o w
(° cn
n <�� n
CD In CD CD G
m
c w �,
y m= 70 w w cn 0 o Q Z 0 D 3
3 0 w O
w 3 w <
0 0 <c
a
(° o wo c aan3 m N CC) Dm
0 (D 3
�w w°c0 1
y y p_
n (D f� � .L (n w 3 m .°-. (, n O
N pf Vl N
U)Q<
cn CD
m =c'n (n y.7 < (D 3 c(O Z CD
O'7'ac °
c
0. 0
m w w (D ' y w w 0� w o _D
n - m O S (n
°mmmgycns
s N o
< :C :Dr
m o
m
w m?:
° 3 0 w m <
wa
o (mn m
o w c�
oa (n
O<
a oo Z 3 D' ° w 3 ---0 ° o `(D c°
w � C N w 0 cn o' m n 3 �. < n
m o
a o oD
�c o n
O= (D
< 3
N m
m o .c (D m w
N m -n w
n
cn 3
c
' O
n
N y _= w O '- °(D .0.. 0 7 w 0°
3- m 0 '
O m 0 (D µ
�O
N
3 0 0 n�0.
3 m w 0 3 .w. O CD 0 m c X x
CD
3• � O`G
O (p 0 0
mm o'
-nw � ccnn 3a m3 m 3
o sw CD y
W o m
_maa
° Um 3 °-o�m � ° mm >< �c0
CD o CD am
y 3�
g� " m o n i a° cn ¢ D m O O
m °c
CD -0 o m
cn
0 m m
CD
n- c o m y (o (n (nD S 3 co a
n K 'O m
a o y m m
`< m
w a
m m
(D w fn O c< g W 3 0
m v a c W y m o w< 3 co o
3: N .0.
w w n
°_:
m° y a � n 0 cD m m m m° j w
w 3 ° Q m ..
C m
w S 0
n Q (� m i s a w y n y n Q
p m w y O w c �. (O 6>> 'O
m° 3 (D (o <
CD "o CD (D
a (D 3
(SD y
cn ((On 3 0 g m (U (D 'p (O (D O
CD
w
y
0 O (p ¢:
*= m 3
(m m 3
cn��?
cDo 3 3-° =r w m 3 m n m 3�
w a CL v3,(° - <
o o°
o
3 a-
0 w Z
�� m -° 00 y � o w �-
w o w Iwo
? -O ° w
m CL
(° wy.
(cn °
p w w y 3 a o 0 o ai
_ y O `<
o
0 m
0 0 0 O
0 `D-
C 0 O
w< C c� w m S n 3 S ccn w c m
7 o (D 3
C
m
c
n j
w <
7' Q 5 N m m a. C N
m (D c w m (D w �? w (D = w
3 C w (On (3D m
06 C)
m cn
m
w n
o w 3
0 3 m c a ° n N y
0 o m o w m M ° -I n m
y
C.
U (?
D G
n> n o 7 3 ° m cy m a ZZ
w C w
y N» y y w m w c
Co C_ ° gy m
y ° 0 3
w
rr
N (wy Ti
3< 3 0. c s w 3
y
0 w fn y m -0 a� — N
7 m 0
C o
(D 3
v -o
S Q
y
y (D C a j C. 3. m Z w cn (R w F
(D °
Si `� c Vl s
N
to
O'er S d y n n M m S w
c m c 0 ° v C) fn °
(D m j' w C
`< a-
CD
7 µ
CD 0 S (D
w (D 'O C s CD N m (n (SD a 0 0 M
v y S S
v
N C p 7 (C �.
a m
o (D C o 0 m w
'< CL o 0 0
3
CD
o O a 0
m< n Cr m
0 m O<
m
S
o m a m 3 3 0
3 w cn 3 'O C' (D 7 Im D? w
m -0 v
w O 0 a m
m N
In
_D 3
CL
y 0 C 3 m n w 2 m c 'ow m CL
y w o
° �_
� 3 o 5 CD o a� �o m s� W
.y. ,m°.,
o nn0
3 m
C 7 N co c- y< N ° S m n
7 w S w
m
CD a
(o CD °'
o C y 7 O (D O •< m 0 T ID
3 0 m a
n m
f cn w
'-c D'
a y
o o n
(o w m (� (0 m 5° w o c (n w o
°
o
s m y
CD -�.
w o w s n °- 3 3 cn w 3
W CD
- o oZ 3 os
0
03 cn n ,Oy » 7 w (D G7 C a m
m (�D w
3 o
O
m 3 0 C2 w m 0= �^ < n m Z
w o C 7 "" j (D O
o CD
O
n
CD D (D n n
m
° _
cn
0
(D N
py.
(D G
CD
C z0
X
CD m
CL
_�
=
CD
D
z
O
CD
pm (D
r
c Z
c/) (1)
c rF
F* D
S
n n
O
O
�
CD
( 0
° rF
CL C
C
CCn
0
c
N
N
O
O
O
_m
in
L�.
Cr
n
Q 0)
d N
d
n
a
d
0
n rF
N N
L
°
s
¢ ++
zQJ
O
V CL
X i
~ L
03
z H
(A
N
E
O
N
MM5
1.�
a
VJ
a-
0
AV
W
0
U
a.+
N
W
O
L.J
m
O
O
N
N
7
0)
C
v
C
a)
O
a)
a
m
a>i
ir
U
a
w
Q
m
Ol
c
U
(D
U
a)
U)
E
E
O
U
T
C
Q)
C
CD
O
R
U
O
J
L
01
O r
a)
'00
m
c
O
3
c
w
O
N
T
m
d m
C r
>
L
C
C
3
m
m
p
a) a)
41
z
Lm
co
v
�,
-�°�
0
m
E
_
Q
>
0
a
E
O
p
ccn
r
U
N
L
O)
N
C
U
.-.
N
C
C
U
m
=
a1
Y
N
0)
N
m
U
N
c
C7
c
c
a
0
a)
r
ca
°
`o
x
U
o
-p
o
L
=
E U
W
n-
c
m
U
O
>
C
Z
a
E
(
C C
co
U)
U
a)
C
C
U
2
O
m
c�
N
ro
21 a)
@ E
m
v
0)
1L
u1
0
U
�?
r
U
4)
~
U) C
E o)
a)
`a)
N
m
m
L
O
L
F-
C
O
Z
L
U
a)
O a
N
ca
>
O
U
p
C
L
3
N
C
p
a)
'0
m
N
°
0
>,
3
a)
.L.
U)
0
U
.0
m
L
y
=
O
a
N
N
„
I
O C
C
C
2
c`C
ia
-0
TC
m
a)
R
C
L
v
m
m
v
ti
°
O
:
CL
m
0
o
a
O
L—
m
m
>
a)
c
0
U
c
N
�
J
E
a)
a)
0
L
m-
??
oc
o
C
(n
o y
3
a)
cn
r
c
°-
N
O
_0
m 0
(n
au
CC]
is
p o
m a)
t-
a`)
a
c
a
o
m
L
—_ m
3 m
�
aa))
cD
0o
U1
m w
(n
^
-
>
Q
o)
'0
>
Q
-0 .J
m
N
N U
p
m
a)
W
c
O
p
N
p
c
L
C
0)
)
C
0
N
L
m
L
N
3
m
0)
a)
E
L.
N
,•_,
a (D
U y
a
a)
W
0
m
c
p
F-
J
"0
CO
3
C
C
O
—
N
Un
U D)
O
O
a)
0
m
.p
N
O
m
O
N
.L..
m
a)
Q O
U
C
td
a) 0
(n
000
L
~O
7
a)
0
>
0
N
m
.L., 0
C
m
>
C
'C
O
6
—
m"
p (C
m
U
C)
C)
N
W Y
L
-0 C
m m
O
O)
C
U
'O
o
co
a
N
0)
>
a)
O
m
Y
c
C
p 0 .0.
m
Y
c rn
C
a)
a)
n
O
L
—
L
E
O`
0= N
= m
2)
-0
L
C E
`° a)
N
O
2)
U)
O)
O
L m
m?
O ca
=
(n
o
O O U«
S E
°c
a
Eo
m
r
°
-
.L-.
CL
°c
o° a
0)
E
aa)
o
c
co
0)
o
0 c
a
c
o C
m c
v
co
Q
c
E w
(D N
C m Lo
a)
a)
co
C c
r O
N
a)
U
C
>
7 O
(n -p
0) ia co
4l
O
N
U
m 0
L
«
c
a)
N
0 p
(D °)
= U N
a
a
°c
E� aci
cO
�
3
r
co
c
o
`�
N
F a)
O m m
O
m
0
N
= a)
aa)
= .L
0
N
t
Y
m
LC
o mac- y
G
0.
m
c
m
E °)
aa)
3
N
Q
3
a` ))
= m
mm°
°
aa))
N
m
me
s m cmi
° .0
C
m CL
x
�
m m
L«
.L-� �L
F-
F-L �a
N
E
W
O
a)
L"
7
V J 0
[O
L
r
r F- C
U
—
L
N
m
-
O L
m
¢ CO 0 'r
—
F-
co
N
N L
N acj
O
O
N
C.L.)
N
C
C O
m
cn C
r N E
7
r
(n
CO U
!C
0
a)
L
U
[b
co
L
L
N
(0n N
r
r
r
Y
r
O
N
O a)
�_ a co
�_
�_
C
O
O p>
0 a)
E
r
O
N
m N
¢
m
O
a)
'O
N
N
N
i7
a)
U Q
U
U
U
aa))
aa)) « E
aa)) a)
0)
0)
a)
�
U �
in g c
a)
a)
a)
U
U)
U)
FL-
m
Un
U)
m
rn
_
_0
=
m
m m
L C
Un
t`
Un
co
Un p
m °-
O
_ a)
C
a)
Q
r
m
r
U
m
N
m
N
Un
N
m
��
N
((i
F- a
N
N
r
U)
co
U
U)
U)
U)
N ca
fn
r
r >.
r
r 0
r
r 0) m
r
U
N
N
N a)
`)
N
O
0)
rnCD o
O 0
rn�
rn
0)
0)
0)m
0)a)
o
ma
>
>
m
m m
a y
m
IL
m 0
0- 0
m
a
m (O
a v
m
a
m a) o
a y r
m
a Q
rn
LL
m
LL
m a
a¢
0)
)L
0)
0)
j< m
>,
m
(3
Q
-p C
C
C
'0 C
'0 c
-0 C
C
C
'O C
C O
C O
C O
C O
C O
C O
C O
C O
C O
m
a)
m
cc
w
0
0
m
a)
m
m
m
m
aa) c
aa) c
c
c
c
C
c
c
aa) c
U) p C
Z) a C
U) p C
Z) a c
p
U) p C
D a c
(n p C
M a c
U) p c
D a c
U! p C
a c
U) p C
a C
O
0 p C
a c
O
O
O
O
(n p C
U)
U)
'O
(n m
U) m
m m
U) m
U) m
"O
U) m
'O
'p
'O
v
U) N
`a
C Ea
w
m Ca
T
� roa.
C Cn.
C Ca
c ma
w
ca
w
w
w
w
ma
(ca
m�
J f_
m
co
JF-
ca
J
m
J
co
JF--
C
r
r
r
C
C
C
r
C
C
r
r
a)
.0
a)
L
a)
L
a)
9
a)
L
a)
L
a)
L
a)
L
a)
L
a)
L
a)
L
(D
.0
a)
m
a)
L
a)
.0
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
oc
CC
Ur
Ur
cL
oc
Ir
oC
cc
OC
Ur
Ur
oc
Cr
cl:
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
Y
O
O
0
O
U
O
U
O
U 1
O
U
O
U
O
0
O
U
O
U
O
U
O
U
O
U
O
U
O
U
O
U
0)
0)
0)
O)
0)
0)
Ol
0)
0)
0)
0)
0)
m
o)
O)
C
C C
C
C C
C
C c
C
C C
C
C C
C
C C
C
C C
C
C C
C
C C
C
C C
C
C C
C
C C
C
C C
c
C C
C
c C
O
O
O
O
O
O
O
O
O
O
O
O_
O_
_O
O_
c m
C m
c m
c m
c m
C m
C {Cy
c
c m
C m
C m
C m
C m
C m
C m
�C
Da
Z) -5
Z) -5
DC
Z) -5
Da
Z) .5
Da
D(
ma
Da
na
DI
D0-
01 C C
7 m 0
O) C C
m 0
Q) C C
7 m O
O) c C
p m O
a) C C
p m 0]
m c C
m O
O) c c
p m O
2) c C
p m O>
O) C C
co O
O) C C
co O
01 c c
m O
m c C
p co O
m c C
O m O
2) c c
p m O]
R) C C
m 0
o =
ia�
=ion
=in
c
m�
=ia�
= m�
= m��
m�
= ia�'=ia
� =ia.0
C 0 N
a) a c
C 0 N
d° c
C 0 N
a) a c
C 0 N
°� p c
C 0 N
° c
C 0 N
m a c
C O N
a) ° c
C 0 N
a) a E
C 0 N
a) 0. c
C 0 N
a) a c
C O N
a) 0- c
C O N
°� 0- c
C O N
a) a E
C 0 N
° c
C O N
m 0. 2
Y O m
Y O m
Y O m
Y O m
Y O m
Y O m
Y O m
c
Y O m
Y O m
Y O m
Y O m
Y O m
Y 2 m
Y 2 m
Y 2 m
N a) L
a) m
a) N
a) a)
a) N L
a) N L
a) a)
a) a) i
m d E
a) a) L
a) a) L
a) m L
a) a) 2
a) a) L
a) m
O
O
m O
2 2 O
2 2 O
2 2 O
2 2i O
2 2 O
2 2 O
2 O
O
m 2 O
2 2 O
m 2 O
2 2 O
m
o
m
O
m
O
m
o
m
0
m
0
m
0
m
0
m
0
m
0
m
0
m
0
m
0
m
0
m
0
0
N
0
N
0
N
0
N
0
N
O
N
o
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
a)
m
m
m
m
m
m
(D
a)
a)
m
m
m
m
m
r
N
C7
[t
(n
(D
n
00
m
r
N
V
V
d'
It
7
7
O
O
O
O
O
O
O
O
O
O
O
O
O
o
O
O
0)
O
0)
O
0)
O
0)
O
Ur
O
0)
O
0)
O
0)
O
0)
O
rn
O
rn
O
0)
O
0)
O
0)
O
0)
Q (n Cn
x N W
C E
CL E o
O
Q U c
N O
E c
0
(7 C7 co
0
J
r-
0
w 0
y o
o
7 7
0 CD
CD
0 0 D
$ 3 CD
p 3 a
m 7 X
IV Cn in o
co
o
0
0
o
m
co
(0
o
(o
(n
0
0
0
0
o
O
O
o
O
0
O
0
o
O
O
0
o
0
0
0
0
0
0
0
0
0
A
A
A
A
A
A
A
A
A
A
A
A
A
ND
OD
ND
V
m
r n
A
W
N
O
tD
O
V
to
m
m
m
m
m
m
m
m
m
m
CD
m
cD
m
m
m
m
m
m
m
m
m
m
m
(D
m
N
N
N
N
N
N
N
N
N
N
N
N
N
O
O
O
O
O
O
O
O
O
O
O
O
O
N
N
N
N
N
N
N
N
N
N
N
N
N
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
(D
w
W
w
W
w
w
w
w
to
(D
w
w
O K K
O K
O K K
O K K
O K K
O K K
O K K
O K K
O K K
O K
O K K
O K K
O K K
(D
W 0 x
B ID (D
W 0
C� (D
W x
.Wi CD
W
(� CD
W x
» (D
W x
- CCD (D
W x
(� CD
W
(� N
w
C� CD
w n
fD CD
w 0
a a (D
w O
.W. (D
N n
-O
'0
0
'p
0
' '0
.0
0
7 .0
0
2
p'
'
'00
' 'a m
-00 N
'
N
(D
N 0 7
(D
N 0 7
(D
N O 7
Cp
N O 7
(D
N O 7
CD
N 0 7
v (D
N O 7
U CD
N O 7
(D
N 0 7
N O 7
N O 7
'00
N O 7
-0 CD
N 0 7
O W C
O W C
O W C
O W C
O W C
O N C
p G/ C
o P1 C
CT
p 0 C
o 0 C
o w c
p N C
o Ol C
7 7 f0
7 7 t0
7 7 (0
7 7 co
7 7 (0
7 7 (0
D 7 (0
7 7 (0
7 7 (n
7 7 (0
7 7 (0
7 7 f0
7 7 (0
mC
c
C
me
c
1c
me
:_°c
me
me
me
�pc
me
w 7
7
0
w _7
7
0
w 7
7
0
w 7
7
0
w 7
7
0
w 7
7
0
w 7
7
0
w 7
7
0
w _7
7
O
w 7
7 0
w 7
7
0
w 7
7 0
w 7
7
0
7
7
7
7
7
7
7
7
7
7
7
>
7
7
7 7
7
7
7
7
7'
m
7'
m
>>
co
3'
(o
j
(o
j=
cc
j
(a
j
co
j
0
3'
cc
j
(o
j
cc
3
c0
C)
C)
C)
C)
C)
C)
C)
C)
()
0
C)
C)
C)
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
T
T.
7("
x
X
X
x
T
M
m
m
m
7J
M
m
7J
3J
3)
]J
D3
O
(S
O
iT
O
(S
O
6
O
(S
O
(S
O
Q
O
CT
O
(S
O
(S
O
C7
O
(S
O
Q
CD
CD
(D
CD
(D
3
CD
a
CD
(D
(D
CD
CD
CD
CD
D
D
D
D
D
> j
w
m w
m 0
m
w
wZ3
a
D
D
D
w 00
w wo a
w N
w -o a
w t'n a
w � a
pi ('il a
Q
C
C
C
C
cn
C
7� C7�
> o y
C7-0
7 0 y
ca:
7 0 y
70 C7�
7 0 y
C7-0
7 0 y
C7"0
7 0 0
C
7 0 y
O
w
w
w
Dl
w
= 0
m
7 (D
7 M (D
7 (D
7 CD
7 N CD
co W
9
.W�»
Pl
0 7
7 a
0 m
7 a
0 7
7 a
0 7
7 a
0=
7 a
o m
7 a
0 7
7 0.
7
=r o
3
S o
To m
c
M
c
y 0
fD 7
IUD)
CD 7
O
C y G
0
C y G
0
con y
q cn
y
0 y
'<
n
(0n O� CD w
c w (°
3 0 w
0 3 cc
w
W S to
7 w
a co
D N w
D 0 (0
S
3 -o (D
-
C
m m
=r
CD
^' O
W 7
.0.
'� 0
O
i
(D
0 0
d 7 N
m A
y'0 0
A
7 S w
o A
(D (D
A
0 N 0
Cn
Cp C)
S
A CD
N
n y
y 0
F
0 a
6
W (D p A
O w
y n N
Cp
v O
m
w
a
a 7
N o N
m
CD
w S
c0 0
y
=
w
(7
vy,
O~
w o
O C co
0 0 m Cn
N o Cn
-0 Cn
(D Q'
o cn
=
CD
`° 3
E.
CD w
' >
CD
m m
m
3 A
C) 0
o 00
0 7 0
CD i
6
o
0 o
n
w
ccDi
UT
0� 0
cfDi
g) 5 0
coi
S Q o
N V
O
d O
O
y °'
(n om
w CD
a
N (D
O
(n
r
tD (D 0 7
(D 7
p A
W 7
7
O
Z'
.y..
0
ch
J '0
w
0
a p
(p 0
3
C
(D w C7 N
er
NO N
.0 'p
Cp 0 N
cn CD
,n.,
D U)
co
=1 0
O C
7
Ul
�
O
O
3
(n 0
(D (n
(D a
C) (D
-
(D
a
C' (0i»l
CD 7 �_
^< N
= o
Cn W
_
7 w 7
O
n
3
w
(D
n
.0-. w CiD
D
w CD
N
3 w
CS A
(D
y N
0 O CD
7
(D
7•
y
d
y<
�
O
C
O N
7
`<
D 7
�.
N
fD
7 N
0 7
a y
a
�`
R
(D
CD
w
"
Cap
0
7 y
(D
N
y
y
O
O
7
(D
T. 7
0 a
a
C
4 C
Z 0 w
W Q CD
7 (/) O
_y
7 .y.
(n
Cn
a -0
am --Ow
7"
5 (D w
3
(n
m
:10
a 0
W
C
pal
3
Op_N�
_
(n
m w
��
w N D
3
O
O O
0) =
aw
<
w
d
SI) (� c 3
-�0p
W
o w
r m
0(D
m
o v
w
w
°
-
o� C)
3
a,< 0 _0
(D CD w
pl
a (n
JJ O
-� m
N
'O 3
-0
w 7"
7 0
7
a
0
.<
O
D
`G 7'
c w
(D
z
w
-0 Fn
(Dw
a_
f
(n _
o
o
w
0
3 0
m
En
o
m a 3 a
o3 s
m
0 0
ul
_
p CD
3 n m
g
7
m s
7 3
o
0
w
O
o
CD
(n 0
Ul - 7 0
CD
w 7
a
v
CD o
-0 0
CD �°
cn W
2
w
y
W
0
C
w
a
o a w O
7 CD :;- 0
CD Cn
a 0
7 CD
3 W
-0 m
a
° w
<
C7 3
y
cn
0
a
0
Cy
f0
w
co
0
w
y 0 7
(=nr 3 .y.
- a
7
cD 3
<
0 0
< w
CD =
a
0 0
=?
0
7
m
3
_m
a
CD
(D
y
7
::
0
a
v
3
0
(D
0 3
CD
3 S
6
0
N
CD
3
fD
Cn
C o n
tD
C
0
_y 0
7 0
O
O W
7
7
N
(D
Vl
CL 0
a 7
3�
tyi)
°
7 7
n N
3
-O
a
=�
y
CD
CD
7
(D O
CD (D
o
7
(A -0
C
a
(n
S Vl
o
D
O
=
_
0
(D
�
N
CD n 7
M =
y 3
CD 'w
F
7 C0
s(D
(D �
a
O
c o
CD
-
7
S
w
()
<
0 0 Co
co
>
y
> .
(D A
0 �_
a
O
<
o
X
m
D
(D
0
o m m
2 i
C
r-
w (n
CD
a
CD
w
O
>7
a oc cn
CL =r
p',
3
w
o o
N
m
x
of
a
0
o
'p O
3 o
CD
a 3
0 3
m 7
7 CD
0
7
7
N
0
y
a
_
�
Er CD CL
5 CD
3 a
„O
_
3
.y0..
07
7
]7
-7w
_-
7
m
0
7
CD
p (n
co
W m
0
-0 CD
N
m
= 0
W
O
0
0
0
CD
C)
c� 2
o
(D
0 W
(D
w�
7
Q N
^' a
9
Q<
c
0
7
a
w
Q
CD
0
a
5
w
.-. w=
7
C<D
0
w
CD
0 =r 7
3 0
CD 0
7
y
Ul
.o w
w a
m
(D
Cp
CD
(D
N
n
w
y
CD
0 N '
a
7'0
y t
* y
O (�
Cn
CD �.
J
pl
(D
7
__
ti
O
O V
v W
7 7
0 ('il
.W�. '
0
(wn 7
j
N
w
CCD
t0
CL O
w n
3 3
a ...
0
3 0
00
-0
3
w
w
~
3
'
(7 7
CD y
3 w
Rl
3
w (n
7 CZ
7
CD
N
d
O
N
7
(D
0
CD
w
S w
°c
m
0
y
m
('D
c2�l CD
(S
o
CD
o 0
3
O
m
7 "0
o
Ul j
{'
(b
(n
a
CD
w
<
o
0
O
O
CD 7 (D
7
N .O-.
7
w
5 a
0 0
cn Cp
(Il
O
y
CD
W
CD 0
7 i
N (D
m
w m
a
°:
(D w
G�i
7
SJ
(n
-00
D
C C 3
<-8
3 7'
7 cn
3 CD
°
o
?
0
O
w
O
O
CD
-
-a
3
p-l3cD
w
3 w
CD
00
7
cn
a-
O
7
a
s
3
7
0
0
CD a
N o
.7. a
f<D 7
7 w
'
m A
m
CD
w
?w
Er
0
W 3
CD (0
3
N Ul
cn
N
(D
0
CD
m
n
w 7
7 y
7'
(D
w
Ul r
7=
y 3
-0=
C 0
CD =r
(D
w
n
C
N
O O
o a D
w Z
(D D
w„
=
N
< CD
m<
0 !n
CD
CD
�
CD
n
0
7
7
cc
Er 3 N CCD
Cavil D
o
- 3
w
.7.
7
(D
C)
p
CD
m
7
CD
O-0
N
O
0
?n- W
C
—�
7
N
0
'3p
Cn 7
n
0'
O
S
W
O
N
3
C
7
cc
3.
O
0 CD
�
n
N
(wn
,wW.,
3
3 0
Ln
y
m
A
CD
m
7' 0 CD
O
0 W
w
7' :E
C w
n
7
(D
7
^'
CD
7
y N
7"
O
c
N
o
-
J7
CD
o(D
w
y
N
CD
(D w
w
a
r
O
n
N
O
3
E
C)
0
3
(D
7
En
(D
O
(D
(D
CL
CL
7
(n
(D
(D
p
m
Cn
c
6
0
M)
CD
CD
(D
O
CL
(D
7
CL
5
c
N
O
O
CO
O
3 � z
M C °
IDS
O
/rF = D
O
O
A
O
mn
v
m
^Q
N
CD
O
CD
7
rh
N
L
0
s
Q *'
J
Q
i 9
V A
x c
~ L
aC
z�-
km
N
f+
A�
W
E
O
d
y
a
cn
W
13
a-
0
AV
W
0
U
W
1
N
W
O
.L1
�.1
rn
C)
O
N
N
3
m
c
v
C
m
O
m
Q_
N
a>i
m
U
D
W
m
Y
0)
C
"0
m
a)
U
m
to
C
m
E
E
O
U
7
C
d
C
O
R
V
0
J
= c�C
m
o m
O
m
in
_° t
C
_
c c
m
m
m
)( E
U E m
p
C
ca >,
0)
m co
~
c
m O. 0
m 'O r
-0 « m o o
U
a)
N
°
—
L L
Y C
L O iV
m
(CG
0 >,
m
m
a a o
c o -0 °3 Y
a
aci
F- E
v m
0
m
v u,
v>
C6 Q
> c
m— 72 C
C C pc
p
V
m C
m m
L E
3
p
y C p
E o c
i p
N V
°
Q.
a
'O
° O' CU E
L
m 00-
E C 0)
C
C
E
? U E- L
O
_
°
Y N 00
C)
C N
OU a c O
U U)
3
L t
O Y
u) ° E p
cca
j
O C
c rn
m
m C7
m
ca
m a m
U m c
o
E
c>
o
m m
a� m
c
m w N
Y c
m
c V
m y (n
C
L N
d O
m
ro 0 U 'p
m m
d
.L...
O
°
c
y
O C
O« C m
O
a)
O E '0
'O
= C
C U
m N U E
d
fT0
U
a
_�
O E Q N
d
u)
aL..
m
O)
O co U
O E
O C
m
N m
0)
—�,
co
d U
co 0 C m
LU
to
C m
p
0
N m
N U
m e
O C
(.s vJ
co
d
co
N J C a D
E
`) U)
m
C~ cd
O O
m
°c
m
� O
N
0)
°-) �_
C
C
°o c r
O
ca
(0-n m
L 0
�° rn m
m W
�� 'N-r a)
m
0�
L U U
—°
a)
L
Z m
N >,
rn�
U
F- 'O
C
W
0
C
N U a
U 0
N N
C
m
m O x
X O
m— a)
U W-2 a) a
m
m
m co
a)
U is
c�
N
)°
— t 7 m
3 (n m
C
m
m
>
D C CZ Z
Q m C 7 a)
C
Q co
_
(D "' U)
O
m U)
m 3
m
ca
ca
Z V O
'a W 0
O
C >,
CX a)
OL
� Ir-
-0, (g
`
Y
c0 '0 0
m O �' N E
U
-2 L
c c
c 0
m c 0
O °
C
m
L
m
C
m
'D 7 to
41 L.L E
a) '= a) O
L
C
m
= E .L•
C
m
a
m c m
O
co
U
N
m o E
°' m r E U
T
o
Z
o U
m m 3
m
C
m y c) m
m
E E
L
m
o C m
E
W j m (Nn
_ > cq
Q o
C
c`na —
m
(�
a) O_ -
m
O N
U C
m
m
c min
m m L
W E
rn
`7 «
o
3
p
(3
Y
a) p m
F- a
7 Y °' m
E m
w m
c U
m o
c
to m
.L
O(D
m C
O (°n
m
U
co
E D
�
m
r
N
N
LLZ a3ia)
mmo
CO3a3i
r-o
mv(°n'
E
o°
m
2
co
o
v `�
aa)ica
-0
E>
c
° p
L
>
m CO 0
w U o)
o >
>
E°-
a°i N
m
E
c
m 0
o w
m CO
coo
__
� o
m
L E o
F- m
Y Z
cn m
U °
o
a
3
3 m
'o c
m
�'
U
Ir
> =
.-
c
o
m e o
)
>, °
c cZ
c
cn
m
m
=
rn w
E
o c
c
o z
v
o Eca c>aU
o .�
3 cwz
o
c C
NO
-
ami m c
m " m
y
2�
a
0
T) E
p)
2
m >,
c c
O O
U 7
m c
0 U m
0 vmi
m "O
O U m
_
-p p
0
U
3
N Y
C
m m
cmC
aQ�oy
c
ca)�rom
EmoQm�'0
c U o
m
cm
o
m
c
o
p m� o c°
o
Y y
C7
y ro
D N
°o
ca o m U
m m
E
co
a
E
m
o m
o
m
v m
C 0' C
> m
>
g L
a m
v
m
n
m
m a)
r C
° v
C C E
m
aa)
o ami
�_
v
«
M C
°
C
° N m m
(„) m
Cl. C t>d
m
j c "O
O"
L N m
0 m`
y
m
m
.L.
m m
C
3 v
c r
3
m 0
0 0
o cn c?
O
c m
m c
m m
c
C7
m
o
p
m O m C
ON
L V) O
.L.- O
m U C
'0
C
> ?'
m
F-
> m m L
m
a
m
a
U
U
E m N u,
O
C O° Y
O O
m m f�
y m m
a)
O.
F- N E
m m
`
N
°
_0 C
N
m E o o
E-o (n m
° c
o
m c
E r `m
-
Lm m°
m °
a (D
C7
0 0
>
v cn
c
N N c
cz O
m w e
LU aci
>, Y o
v
— CO Y
3
m O U
ai c oLm
°
o
c Y
3
m0 « t°>�'
o N E° p
caom0OY�>
J
m a)
O U
a) >
N N.L.-
v,m0EoCZ,
01L
�� N E
-p
s id
3m
a)
E
m
a�
C
C
° E
U >, °c' n fl
(n o
m c m
m 3 3
o L c
w c z
v —oi o) -o
cca
U)
° c
m N
m
m
Y
��o o
w s >,a'wad
m
a) ca
S o f
QF- o>
m
J a
m >>
00
c a)
g E
L a
m
r
_ m
Y_
Y o' > o
L m m
o
CC O
c in
v m m
y >, =
r°
co m c
U C
° p
C d Z 3
m
m m
E
m
0 CL
°°
d (mn E ca
2
m 3 m
m c
Y m N
W
> dS U v
O
ro m
0
0?
a
(1) r- mia
aL o
c
F- mC7
cU
�m a°)i
m N °gym
°m
0
° ca o
E m ca
m
CL
x p
rn
`o
c'n
c m a)
CD
o
OC L
Co
m a)
'r
0
c
a
t
c
°
p
e
a>
m
c ca y
U o r o
l=i
)
y in
m cmi
"O
W m
m
L m is
O) .L-
3
m
0
E
°
>, m m
0 U
.,>". m m w a) N
L U >, .L., m
W
ir >
o (n
E U
0 L c4
U N
m Y
0
m°
¢'o
0
m
U m
o
m
"p
CC
N m C
C
C 0)
LO
N
c c c m
N O d x
U L
m 0 ro
�
a) c
m C N
3
o >,
m
C7
m Q •N-•
U Q N?
o
Cn N
m
w
m
N 0
_rn
m
0 c
) y
O
a) a) m 0
Y L O D N C
Z m
W m-0
O (n
0
Y a) 3
Y c
LL
c E
N m
w m
o
O U
m 0
E Z
a) 0
(/i �O Y L C
W
ca
L (,(} U
ro 7 m
>, E
W is
U N m
L
E j=
O_
7
C U
C
0 ° O d
D o E
a c O C m
°- E E Q~
_
0
U c o
Q a) a)
0 C°) d
9
m -p
o c m
= Cn
F- c
m E U
o m m
m
`° L
aci
m
N
L m
iED
m
aai
a)
°=
CC >,
) a) c~
L D
°
O
0
5 f°
C
m
ca
m°
m
`U
o.
m 'n
F- ova2i
m _o>
y oQ odm
oF-
m o E
u°i cF-
m
rnC7
v (n
QC7 mZC7
E>
W v�
J
L
d oho
m
F- rn
m
F-
O
to -p
C
C O
C
C O
N
'0 C
C O
-0 C
C O
-p c
c 0
as
Y
-p C
C O
p C
C O
a) (1)
>
m m
>
m
is c
m 0)
m e
y
-
m a)
>
ca 0)
is c
m is c
�p
m m e
ami
_ i
m
i0 c
m
is c CY
7
0
is '0
c N
i0
C m
y O C
m 0 C
y O C
Z) a c
7
0
iv 'O
c y
tmn 0 C
a C
tmn C
m a C=
(mq 0 C
C) c
O N]
E o
tmn p C
a c
p C
a c
c
c
N _m
N m
i
m C
-0 y m
v y m
"O O m
E (n
Q
O
Q U
p
Q U
C C L
J Cy
C c Cl.
J N
Q
O
Q U
C C LL
J c4
c C CL
J cd
C C d
J m
O a)
0 m
C C CL
J �
C c d
J m
F-
F-
F-
F�
F-
L
F-
F-
U
z
N
E
N
E
(n
E
N
E
cn
E
W
E
co
E
N
E
Cl)
E
N
E
o
m
cc
-�5
2:3
-�5
2
E
E
E
E
E
E
E
E
E
E
Y
m
L
m
L
m
L
m
L
m
L
m
L
m
L
m
L
m
L
m
L
O
m
m
ca
m
ca
m
m
m
m
m
m
U
C7
(7
C'i
C7
C7
0
C7
C7
(D
(7
O)
C
C
O
c
m
C
m
C
m
C
0)
C
0)
C
0)
C
0)
C
0)
c
C C
O
ca C
m c
m C
N c
m C
N
m C
T
m C
m
m C
2 C
m C
2
m C
m
m C
m
m c
N
�c a m
c
c
Q a
Q a
Q m
Q a
Q m
Q ca
Q a
Q 5
Q z
Q T
0
°
cd
ca
Ca
cd
c0-
cd
ca
ca
ca
cd
0) C C
m 0
E
E
m C c
m C c
12
m C C
m C C
m C C
m C C
m C C
h
m C c
C
�
m c
-2 m o
'
= m
a)
'
�o
O
�i=
i
n a
D
=
'C m
O N
O
O N
C cL EE
C O N
O
C O
O N
c
N
_
N
N
_
O
O
C O
O N
c O
O
O
o
E
E m
E
p
° m
N
m0
h E m
o po
m
U m '
a)
m m L
n
m m
m _ -
m m
N
(a m co
m
m -
m m L
m
N
(a
W
m m
�0
U
U
(D 0
020
CD 0
C 0
(720
20(
m0
026
Q)
O)
m
0)
O
O
O
O
O
O
O
m
m
CY)
O
m
O)
N
N
N
N
N
N
N
N
N
N
N
N
N
Nn
^
c7
M
M
Cl)
N
N
N
N
N
N
c
O
C
O
c
O
c
O
C
O
c
O
E As m
7
7
7
7
7
m
N
m
m
m
m
(°n
N
N
co
(°n
N
m
N
N
N
N
N
N
m
m
m
m
m
W
N
r
N
.-
N
M
r
r
r
T
It
co
co
N
N
N
N
(D
O
CD
CD
w
(D
O
O
O
O
O
O
O
O
O
O
O
O
(S
0)
0)
0)
0)
0)
O
01
0)
0)
M
M
(T
0 -)
X W
Em
QE o
O
Q C) c
C c
m U
EC
O
(.7 (.D
m
U
J
r-
0
0
w
G)
w <
o m
0 3
0 3 CD
o �.
D
0 o -0
O 3 (D
p
CD a
m� X
A Fn fn p
0
0
0
0
0
Cb
OD
OD
V
V
W
N
�
N
--•
m
m
m
m
m
1
N
O
O
O
O
O
COO
COO
COO
CD
(O
CD
(O
aCCDD
° w
° w
a((DD
CL
m E
m X,
m E
O
3 O
0 a
n v
CT
0
(i C)
cn 0
c
C
C
p 0
O
CD
7 0
(D
:3 n
co
C)
C
`G
] C
p c
p c
on
p c
K
(D 3
CD 7
CD 7
3
3 w
3
CD ;-r
C
CD
O
O
O
7
7
w
O
Q
(D
Q
(D
U)
(n
CD
CD
(D
CD
(D
CD
CD
CD
0
o
D3i
0
w
3
-u
3
(D 0
N 7
CL
N 7
a
CD
0 CD
0 '-
7
0 CD
p
CD
OZ
v w
°: w
CD
w`
a
° a
0 a
CL
SD C-
CL w o
w C)
0n w o
7ow3
3
w 3
CD
((Dn 3
(D
C
O C
N
O
(°n
y (n
c 01
o
m 3 0 D
w
m -I
_=r
5�
( CD
w w
c
m � w
<D G)
mm3
w
o
3 °
o o a
(7D
o a,'o
w
_ °
CD
3
n w U
a
.O. .w-' CO
U� w 0
O O
CD
m
3� 7
w
ID o o
(7
n y
2 0 co m
o
"O C
O (D
O -0
O
° °: �'
m w
CL (o
CL
3
\ O N
a;I
° N K
��
CD W
m �CD
CL O
O n
(D w
CD
w a w 0
C 3°
c
(D 37 c
w y m
W a° CD
fD
m fD
Li
7
'O C) 'O
N 7C"
(O CD 0
'O 7
CD 0 c CS
O
Cl
w w
O j T
"O n (D
3
CD
`_2 w cr c
C) n (D
C a
Cn
CD w O
O w CD
CD c D
D?
�� C)
N°
(O
o n
w .C.
T� (D j
ZI o 0
6
w 7 w
(n W o
D m a
fo o
A-
5 °i o
1
3 5'
m
i CD 0
7 (SD a
?'way
W CD
3
w C
w
C -O
rn (D
\ w .w.
; O
(wn
9
w C) O
(D (D w
O-
CD O
w CD M w
(D
w O
a CD 3
w
� w
= Q
w 7
O p'
F o 7
�! a
w
w
Aw
FD
w 0
c
m CD
a
° Q
CD
M (n
c
0=
w w 0
0 o
O O
3
0.^.
v, (n
0
°
w 0 _
w C
p y
(D d
CD
3 °
5 00
3
N o
CD
�_ a o
w G7
(n
w°
(D
W
En
cn W
3°
CD
SD
3°
_
CD(n
_
c
_
m
7 O
CO S
C)
O
(D
o
0 0 CD
CL
O Co 0
w 0
(D 7
w O
0 0
a
3 O
o
C
0
CD `°
6
w
as
3
a 3
(D F N
OD S
Cw) 0
(gyp 7
.j � (D
w
cn O
CD w
C
w
w
c?
w a
CD
CD
co a
CD
, CD
CD x O
O
O O
7
�.. Cl
CA o
CD
w (D
(D
m m
_ Z
0
CD
m
CD
xw
0 � CD
CD
o o
w
=r
70 —
70y
m <_
3
CD
o m
3
O- (D
(n co
(O U1
O
S
w C CD
CD
(D
p 7
O
C W
Et W
y CD
S w C
CD
' Q
a CD
wo
w
m0
3
c0-0
CD
a
S;
we
C
w
w
C '< CD
(D
D
0
- CD
p W
.L N
G
CD
(D O
o
0 0 C
'
_ 1
n
lwA �`
3
00
S C 0
w
0
O w
a
�t
(LSD
yak
��
CS n'
(n
�s
CD 0
00 O
;. w
,(). lS
_
� `>
C
CD
j CO c
O
0
0
� 0
SO.
000
w
O'O
C<D
w
0
3
o
m �_
C_ j
3 o
°
0) Cn
w
CD O
p
O
(D CD
CD
CL N SD
N S
(�
O_ 3
O
(wn CD
a 7 0
cn
n d
CD CD
6
w (Q
s
D
CD o
U) S
O CO
CD
s;- Cn G
p
E O
(D a
cn o
m s
(p
CD CD
r
O
n
Gl
O
7
(DD
3
:z
O
3
CD
7
y
CD
0
CD
(D
a
CL
5
3•
(D
p
m
c
0
m
CD
(D
O
CL
CD
7
O.
3
N
O
O
CO
ai
O
.4 z
M C °
� 3y
� � n
O
rF = D
n
3
n
Prt
O
v
m
I
c
cr
n
CD
^D
W
n
N
m
.0
Q�
z
J
0 4)
Q �
v CL
x c
cr c- ho
z F�
N
E
E
O
U
m
c�
a�
m
OC
v
a
e
cn
W
D
m
0
0
N
N
_a
7
m
C
L N
�e O
wV �
W d
_N
a)
N
U
�Co
w
�)
N
e o,
N�
W
C°'
U
O
-W •U
to E
V E
E
U
Q
3
O
N
Q
w U) cn 00
x
m W r
E D
CL E o
Q U
N U
O. o
o U
C7 0
cz
G) m
0 7 G)
C) 0
7 -°
7 N
n 0
0 3
CD
_m_7
�TnN
a
s
s
s
a
a
a
a
o
s
a
a
a
s
s
D
c rF
S
70
0
x O
CD
N
(D n
O r*
CL O
A
w
N
A
co
N
N
co
N
1
v
m
m
En
m
y
m
(A
m
!n
m
lA
m
!A
m
to
m
!A
m
N
m
N
m
N
m
(n
O
O
O
O
O
O
O
O
O
O
O
O
w
M
CD
CD
0
7
0
7
0
7
0
7
0
7
0
7
0
7
0
7
0
7
0
7
0
7
0
7
Z�!
:Z�!
Q
rn
rn
rn
rn
-4
(\J1
61
(n
Vl
a
(n
i�l
a,
8
N
N
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
N
O
O
(D I
O
w
O
(D 1
O
CD 1
O
co
O
CD
O
(D
O
CD
O
(D
O
w
O
w
n K
C) K
n K
C) K
-i G)
-'i G)
-i G)
-� 0
G)
G)
G)
G)
M
to
cn
° 0
3 7
0 0
3 7
° o
3 7
0 o
3 7
0 w
C to
0 w
C fn
0 w
C m
° w
C N
w
N
w
!A
w
fn
w
fn
w
fn
o
O
0
U
3 0
3 0
3
3 0
Cn 0
(n 0
in 0
y 0
O
O
O
O
O
CD o
CD o
(D o
CD o
3 7
3 7
3 7
3 7
7
7
7
7
7
CD
CD
N m
N m
ai
(n
Dp
Dp
Dp
°<
Dp
°�
o
o
ry
-1
D
D
D
D
a c
° c
c
c
(n
c0
(p
(O
(p
o
0
y
v
y
o<
o
o
o<
=r
CD
w
w
w
o
0
awi
z�
z�
,z�
-R
-
-
-
w
0
s
�
s
Co W
CO W
CO W
CO W
C)
C)
C)
CL
3
3
3
3
0CD
0(D
°ym
0(D
w
w
w
o
0
o-
v
v
o-
a w
a w
n. w
a. w
Q
Q
cr
3
3
CD
N
(D
CD
7
7
7
7
O
O
O
O
Z
w
S
w
2
w
2
w
=
T
C
C
C
o
0
-
-
-
d
G
N
O
(n
O
(n
O
W
O
m
0
m
CD
0
0
0
NN
['p
co
T
T
T
D-
a
(CD
n
CD
n
3
0
3
n
m
m
n
m
n
CD
0
3
3
C)
-I r
D
C)
C)
r
D
C)
C)
n
C)
n
C)
C) D
C) D
w
>> n.
o
3
o
3
w
>> a
o
3
0
3
0
3
0
3
0
3
0
3
0
w
0
w
3
3
?-N°
O
c
3
3
p
c
3
3
3
3
3
3
0
(�
C
� 0(n
??
CD
CD
5-0 C
(0 0 0
�'
CD
CD
CD
CD
CD
CD
ay
CD
0_m
(D �.
w
m
m
`
;Z. (D
¢: w
-
`
3
3
w
m<
a
m<
CD
a
0
w
5 a
o
o
a
o
0
0
0
0
0
U)
(n
a
a
a
a
n
a
n
a
a
(D 0
O O
(D 0 C3
° °
O c
(D 3
O c-
CD 3
7 7 n
7 7 a
,7y,
O
n
R: -� O
a CD
7 o w
7 o w
0
CD
7
j 0
CD
CD
,7y
W w
N w
0
0
CL
a
cn z
c 0
-0
0
o
Q Z
-V
CD
3=
v
-�c
w
z
O
O
m
O Z
o
0
'o
=r
a w 3 w m p
0 0 c
c
r 3 c -4
v
=
m
7 2
O. m
S
o m
CO
G
w=
Cl) M
(n m
=
7 MM
C
7<
2
w m
2
o m
7
n<
w 2
to M
0
y Q. y. j 'O-' m
O 7 v 7 0
o�
N M
0 X
-O 37
o
CD
Z=
N
m
O
m
3
m
-�
N J.J
m
'O T7
O m
w -I
N m
m
7 w y< m
- 0 w 7
7 -i w �
=r y 3
O=
7
m
w D
7 m
(n D
m
- D
0
`L D
>
D
D
CD =
w
D
D
m 2
o-
f D
O
s m ° o a m
CD
0 CD
CL m
Z7
7 (n
(n
w (n
7
m
37
(D Cl)
0 Cn
p Cn
D m
33
0 U)
w cn
7
m
6 �J
CD Cn
w w 0 c M
'o
v _ -j
m y
C
•O-• T
n
3
p
3
0•N
S
C) T
ID
7 S
n 3
j 3
T
>
=�
-D S
T
�O
(D
7 S
< 0 a
(D + j = 0 n
N
CL 0
(D CD
c v
N po
w°
-I
w
o
(BCD
c 0
N_m
c o
" p
ym
�,CD
c -I
Z M
0w
c v
o0 ovwa
0 0 c 7 7
.00) CD ow
o D 7
6
<m
0 0
3
w
7
3m
m
m
° 7
m
n
(Dw
7
w
7
° m
s na0
O (D p� (D w
cD� Ww
f CD `G
CA
c
.O.
(D m
w
W
(D
O
7 0
W
(D
0
(Q rn
CA
sm
(D
c,- D> 0 0
w
A 7 3 w
m m
w 0
v w
Oo
c m
7 3
wm
y.
o
m
CD o
Oo
C)
0-0
- 3>
`o O
> o w
7i
Z
0 '�
(O <
m
o
O y.
- o
(O
w w
9
m <
m o
c w
CL
w
7_
(3
w w
w
0 7o
CD <
m
O N N o Z
(D
D w ?
0
M
y 7
7�
7
Nw.,
� x
N M
Z 0
C)
3 7
^� C)
7
37
cn
7
7
7
7 cn
Z
m 5<° °
n O
3 m
C) cn
w 0
CD 3
Z
m e
7
0 D
c 0
3
D 0
0 °c
D
O
G)
w>
.N_w -.
° a
O
3
D
o 0 (°_
0-0 o W_
m °' s 3
pr
<
n 3
-� w
.7.
O .<
7 °-
<
r
? <
O f1t
-° 7
O .G
n
<
r
<
n
CD 0
7
=
-I r
C <
O 0t
w
O N y 7 ]7
cn .7-.
CD j
N m
v
D
3
7
(° NO
o m
v
N
30
w m
00
C2 °
=
n 3
� N j N c
O CD
3 7
n
-I
c 0
0
0
rn
n
° z
7 n
s
c
m e
0
m n
'z
C)
�
w m
w
° z
7 C)
s
c 'o
m
CD p (D
-V 3v^ m O
w
3 w 7
d n<
7
C)
N
°
O W
w
F 3
C
C
O (D Cn ?
(D m O C)
CAD O
(D C
j
O
w
O C
7 7
O
CD
°
O
°°
m e
n A% c 7 (D
N (D C7A 7
T
-
co
CD n
w.
-
7
m
O G)
w
-
7
7 w
`
(D a
7.
N W
o Q 0 0
(�
v G)
s o
m
(Dm
n.
N
�
-
mm
a
0
3
CD(n
_0
(wn
_ m
CD
�' c
W m
w-
U) ? w
DT
v
N
N
O
En-
co
0
O�
7
m
v
Tn
9 m (° y d
cN.m
Cn CD � N
�C
�0
OD
3
�o
�
3
3
�°
3
CD
so
�
=N
0
F a
3
d
° 7n
7'
Q.
CD
-O N
a
°
O 0.
(D CD
c (n CD
c
o
c
o
�n
g c
y N N
m
(nD
ID
°
o
m
m°
o
m
°
CL
o �'
m
m
m o w
c G) 0 0
CL
N
G)
-
0 a
N
G)
0
0
G)
g
0 n
o 0 3
3 0
CD A c o
(D
CD
w O'
�< K
O
7
w
C1
w
7
(S
- `G
0
7
w
n
C%1
CD
7
O
-i
w
C1
O
Q
- l<
C -_
7 CD 7 N
fD
n T 0 w
(D
O
(D
CD
n
w
CD
70
7
y
w
7
G)
OD
Co to
N w
C 7 O
3
CD
w
0
7
7
_°
0
C
CD
Z
7
T
S
CD
7
n
y
N
O
w
O Z
(° 3 Cwn N CD
° n y
7 N w
(7
Z
SD
�_
_
w
`wG
_
5. 7 m
w N 0 CD
N
O9 �
w
3
N
O w
=r
(D
7 'O w 7 7
C� rT
D
0• w
su
D
� n
3
(D
3
v n
° `w a o
CD (D (o
CD
3
CD
O
CL
<
ow
CD O
CD
O
Cn
<
0,
O
6
ow
70 O
3 0 (D 0
cwi
.7-.
O
3
Q
-
Q
Q
0
.n. _
7= CD c
T N p Tn
w
w
(D
<
CD
O
w
50 n (D
O
CO CD 5 D
CD
3
- c
w
c
c
m
(D
W
°
CD
C7
c
6 3 o p
O
in m (S
a
3
CD
mw
�
_o
N
v°
w
n
v°
�<nm�
m
O C
'O
CD
T
m
"O
a
N
N
n w wwy, N
wz s w m
3 °c ((OD m
n
D
z
0
o
n
°
D
7
S
=
3
o
-
m
m
D
c
n
v wi3
a CD O o
o
3
c
s
-0
-
<
m
c
s
�'
w
CD
c
s
o Q o
(wnwm0
m�N�
3
°
o
o
cn
°
°
o
(n
CD
o
a
°
3 70 w 0
m 9; Co CD
N
.0
O_
5
,<
�
CL
w
�
CL
O
,<
CD CL < N n
n y N n
3
0
i
CD
a
f
m
n
G)
f
we
CD
(n
n
<5 cn
w 3 -o
`° 0 0
i 7 c n
CD
o
_
°
v
o
3
=
°
0
3
3�nw 0
�� m °-
CL
o
3
CD
o
3
0
0
0
o
CD
3
(SO w °. N
N
0° x<
(n
CD
m
7
CD
-°
CD
O
7
(D
v
CD
w � 7
(°
2 G7 7
CD
7
N
(D
a
_
<
7
w
°
O.
c
C
o
a
_
w
7
w
3 .w0.• lS O
o 0
D
° CwA CO (�
°' rn w
n
w
7
O
CD
j
O
N (E N N
0
'O0 7 a<
CCDD
v
°
0
3
°
m
�
n
0
7
<
o
.N.
0 (D -
CD C w 0
w
y
r.
N
7
y
(D
6
(D
o
c
O cn 'NO .w_. CD
3 °
M 6 N
m
O
`G
N
N
n
y
S
N
3
n
3 0 3 0 p7
:3,
j 7 j w
D
7
<
0
3
0
3
0
l<
0
(D
°
=
0
0
0
c m
O- J
(n (o
7
7
'O
7
3
7
z
7
7
7
o
O (D CD
m On
O
C
C
M
O
O
C
C
° y
D N
m
3
s
-
o
s
m
o
3
a
3
s
w Cp CD .Z 0
C o b
7
CD
(O
7
CD
3
7
C)
w
3
N
O
(D (n C7 w 0
7 p j tD
w
y
a
m
w
c
D
m
3 w °_: =r
V)� 0 i
CL
CD
°'
0
w
CL
m
d
(°
w
(� 0'
(S En' °
c
3 o ° a
3
CD
O
a
N N
7
w
0 w
y
0
o
v� 7p m
cn
S C
7
O
7
m
7
D N C
w c w
X
0
7
n
7
(D �
m (D
0
CD
N
.7• p•F
) O
(D
Z
(D
CDm
3r
C
02
(o
CD
;o
r
az
Om
m
Cn y
D
c rF
S
70
0
x O
CD
N
(D n
O r*
CL O
CD
Q
c
N
O
O
(D
m
U)
I
M
c
cr
n
m
�CD
Y/
O
C
ID
fA
CD
O
C rh
U) N
h
0
E N
E
p
V
d
a
cn
N
N C
� 0
N
T
7
O
° °
0)
c
L aa))
O
m ns
Q
o
V �
is is
is co y E o
CO °° aNi
t
5�
aa))
®
G�
U°
a
IL
y C/)
z
o
0
M N >. 0)
L
v m
c
2
00
a)
U
0
z
O
m ~� E
U) E
c�
E
0
U
N
N C
� 0
N (6
O C
c -0 °
O
° °
c
O U
o c aci 3
°
o
O
m ns
-°
n
m>
is is
is co y E o
CO °° aNi
t
o°
o cc `m
o
c
- N
3
'C -p Z
o a)
C C N "- °' Q
m -°
Q a' 7 E
a) v
is
M N >. 0)
L
D >
o
U>
m°
O
00
m m °
o� 0) o aa) y
N c N a)
L m
�
m ~� E
ro C >�
c�
°
00
U
`L-.
N
°- m CO O C O
m O= is
r°n ami�
N m E
" 3 a) Q
N
N
'D N W N O
m 0 aL
Cn m U
Q
° 7
U T
CL a)
o LL
F r) 3
C
w m Q 3 3
d m> m° c
6
O O
�� a) U m c
o y
a) a)
a
v m°
>«
r d
F-
ro io �) o
L w
g 0 c o
U
�'
c E c`ai
N
3
°°
"
°
Q m
O a)
a) C N
'"' N C m
O N O L m N o
< 7 .0 O
O
'° C
- cu
'O O C
a) N Y N U
_� N
C)
0
a)
E o
rn
0 m° cts w `° `m
C7 e° N°
° c- a) a
N E
a)
U is a
aci a
S > a) c
Co c m L o o
m
Co
m o
0
~ -°
O y C
aa)
aa) co m
C C: Y L) o
a°'i
a 0) C C CL
L L
ao°i cca
- `m W-
aa) o
o� m m
C ca
a0)
ca O
'0
a)
'O N
W
C p
0 L> Q1 O
N
- C p
m 0 O
N m 0
E -
U N
O C °
O=
"O
E
U
0 CO
3>
N is
"C Q c E
o c`
E N
C
_� 0) 3 a)
N C C y 30
0° °
U
a) O
O
0
cmj a)
.p 3 U)
cn 0>
O. 0 0 o
o a)
O_ co,)) N
~ m C,:
N
U= O L
fA O
w Q
v)
cA
�a d
° m c
co aUi 0)
E c N c
o >Q
E
v)a Q a°i Y vi
ca vii m
c
a)
«
O p
U W m Y 0 L (a
N L N C N
°-
a)
El T D a= 0
0 -°
C> ..0) U
a)
L O
U E
N .L..
0) fa
N Q` ro
a) v
a) U v0i _7 U�
° Y m n m
is N> (a
a) c w o c
N
°)
m e
E° m C co
- aCi
cy) o Q
0
N O
m y
ivy
r- y a)
co
L°- ac) co
a mU > ov
E U m
m
_ �F- m >
-
rn
a)
a)
N p) C
(a U
C v) >. C CO «0 0 0`
cca Q N L o
p
fn
.L.., Q a) a) L w
m O)
U�
O Q
> a)
m N
L.. O
0 N
0 0 O c L a
C) CO O~ O
a 0 a) is m
C C U U
L
C
.L. O O)
N O N C
is is
C (q E
m
O
E Q
a) 0
CO '0 a)
O
T
L .. -0
U
m C as m
L Q) - W C
..s
c 0, 0
0 co
N O
a)
m
OC
Q 0 a) m C
O L L L a)
m 0
L C N-
L
o
c
Q
'0
0 cC
U N .`
o p) ado
U Q Cp Q ca - °-
fa 4) N a
O)
L
U 3 3 C o f
N
C W ca C
p
V L
O
O_
co cca
Y
c c o m 0)
ac) v y m o y
° E E
c N
E a
c°) c4
rn
►°- m o t cca � o
aEi to 4$ a°) 0
3
d c3a o iC m E
3 Z °)
° �)
o mo
cc LU
C
co
c
°-) o N
W N T y N
O
O
O
C
N N m
O�
Q V
cc:
y°>
N CL C:
O L N
E
E p° E Y T ca
L.. cA N N
° m c"pa 3
t
0
C
O)
m >=
ca `)
a)
>
°
N a) O
�
O C '0 _> N >
N cz
°` 0
CD m- Q) Q
m a) Y E
-,e
ca
E
c c m
O O
N C L
C
C �p
° Q N
N
�' 0
L N
0 tq
U O >. L
co
CL
.- C
•N-' Q . C N
m °' C
m
CD 0
_r_
S�
m y
U
°) o
co N a) c �' 0 aci E aa))
L 0 0 O) U U
m o m° �_ Y
C 0>
3
�� �' c N ca
m N N Q
^� U
0 a)
Y
L N C
O v)
D
�
0
U
c o
p 01 t�
co L
m
p L N i0 m 0 0
m a¢
0 0 cNa N> O
U Q o N a)
a)
a o
is m -0 is 0-
`m
m CL 'L- C
E S
° N O
3
E N
>
°- co
Q
cn
a)
C
o L" O
C= N
c 3
m O N 2
E o
N
N«
O
CO
a) O co
y0
E
o ac) U) y 45
°) N N r
o 0
Z¢> C
r a)
o
7 U
°
3 Op >d E
m a)
m
N=
o a) m
a) o
L
> °a m
o
T `-°
(Cl'
0 Q
Q � > °a
is
oN y
m -0 �? o m
o
cUa
70
m a) o_ m -_
3 C
3 U m
m
a o 3
0
>
U C
C
L C
a 0 C
a) O a) F- O N
y 0 w
c a) C
N
N N -
O O C O >'
U 0
m C N
al a)
« m
N
'0 >O
0 ca C
0 C
O
a)
- a) ° L m ca
L 0 a- a
O Q «: -p N
f) >, N W
p a)
-
N E C N
U O m U U
Q° L
E ra
N
01 p
m
O~
0 °'
.L.�
o 0 O C C E F-
is a) 0 cap
3 U C
j 0
a) Q E C 0
a)
- 0) T V
C O
c a)
to 0
_�
a)
w m
m o
m y
> ca c a)
m m C .. y aa)) w y
ca `° N
a) N L
o p
m
o o
m o is c E a,
a
3 a) c
` 3
w Q
p Q
cca
S a
�° ro
t c°) �a 3 m
v
0 m c° F-
U
o r
E m 3 v o o
rn o f
au)) m
°
a) O
CD a
w L
c
a) U a) m N C
L> v
3 E m E 3 N
c
U C
d
C O. N C `1
c m o. o T
>° C L...
o
O p
U U)
"' M
a) U
0) o
m
6 a)
o
N 3 is L-L 7 L C d
v
Y p a) N O
v
.L a)
R C N w L
C C U C
o W N
? O
a
0) a) U
cz o E
v m V O 0 ca
C 0 9 o y
0) o
r -O 0 a) O C
E 0
a) O O
cn
iv
3
m N
° "'0
L C
x
N a)
t Lp m o cNa o
Lm ° n m
o>
3
= a) m '0 m
Q E ca E
O
y ca
0 m
C O
3 U
T a)
L O
... E c (n c L N Q
N m z) a) Q m C
5 C C m 0
�- O C V
0) a)
a)
is 00 m m U Q
7 L O N N
-0 U m 0
L
Co >+
o C)
a)
m
d a) >
p
m v N m
m T
m c> o c
4)
c-
> °- o c a 3
7 N
U) � n
>
> o
L V E
N D "=
O
U N > V L V m C
0
L p N a) >
Cp
° j
0 cu, C N
T Q
cu
C m N v
0)
Y E E
U
N d
v)
0
N
U m
C m y N E
Q Q O C
O C O
m
E
N 7
N o 0
N a) a)
3 0 N
_ L
m Y
U
C U U
O N N
'a v3j
p
C C d U)
j C
(a v°j '0 3 is (ca
0 "o CO 0)
O C
° is
O O C
°) ° rn
N p L U
° F
> > 0 U ca 0
N c o m
° m c
'o U
N
o
O C U 'O -�
a) `� a) �
U
L 9 m"
j- U
ro
N Y
>
a a) ¢L„
E
U d
y
O N 3 a) o N m
N '= LO
U v) a) - o
C y
E
aUi cca
"O "' O L
ca 0 a
0- >
0
> 0, N
N
L C
O
C C
O m
N 0
0 > U
w
CO L7
p O ..L. E Ch
C) 0
N "O 7 U U) a
m Q> C
m p N N
m Q
v)
0 a)
a
y d U
C a) m a)
co 0-
N N 0
N
N
0
o C o
° N
o a) m
Yp
N a) O N
p_
>, C C N
cm
«O
0
N o O U o
N
> m
0
U Y Y .L..
cu 3
U .L. C
=
'�
C co C
N
fp
7
a Y O a)
N L 4=
a) j w E> 0 (a
c° O- .+ m
d m
L O a 0) N 0
N
00
L O
..c-a
C° E
N 0 C
p
N N t°
N
7 °- co 0 aN) 0
o
!n > N w .0
m N a)
U) 7
lA d 7 L
a) U O_ m
U) L m °
N a) 0
N N
(`
> �- U
V U a)
N C Q !n
o i d C V
r N N m
a
W L U> V O
N C �6
W t
D C
W L is
F- N Z 7
W 0> N
7 0 a)
N
W m¢
Om
CL
L O« C
C 0) C O
> N cl cd E Q
N O O N>
E
a) c _- m >
L O m L m
0 0
L
m N C d is
L y m 0
0 m 0 0
L> L O Nn
O
L cu
a) N
L a)
F- m
¢ m OC
L m
¢ L 3 m
F n 3 c L
F- m
E>
F ..o U m
F m. 3
F- m
F- c
o c
c 0
N
C 0
m ro
N 2
(o
U N
y 0)
=) Q c
:3 O
0 U
"0
_0 C C
m
7 a)
U�
m
�Uw
m
N
-j
N
N
N
N
U
a)
V
a)
m
LU
UU
>
ro>
> 0
r
r
O
0
d
W
C>
-0
O
_0
ro
oC
aC
m
C
a) o
o
a)
�
°' o
O
Ci
0
O
m
U
E
O U
Q a
¢U
=U
¢U
a
a
��
a o
I
L
L
ro
L
Lu
La
O
O
9
O
O
O
O
°0
O
O
F-
F-
F-
F-
F-
F-
F-
F-
U
U
U
U
U
U
U
U
U
O
cc
O
O
W
O
M
O
O
O
cc
O
W
O
cr
F-
F-
F-
F-
F-
F-
F-
F-
F-
a)
a)
a)
a)
a)
a)
a)
a)
a)
0
0
0
0
0
0
0
0
0
C
0
0
0
0
0
0
0
0
C)
N
C)
N
o
N
O
N
o
N
C)
N
0
N
0
N
0
N
N
N
N
N
N
N
N
N
N
r
n
n
n
n
n
n
r
n
CD
`m
`m
`m
a`)
a)
`m
a)
a`)
a)
a)
N
N
N
N
N
N
O
O
O
O
O
O
O
O
O
L C N U)
W
m
E o
0
CL U a°)
N C
Q C
O
2(-)
C7 c
0
m
C
EF
O (D
CD
N N
7 n
00
o c
7
y n
7
D
0 o v
0 3 m
0 m a
fn 7 x
cn(nin m
O
O
O
O
O
O •
_
CL
�
s N
� n
�D
\°O(
=
r
FM-)
C
O
to
?
W
N
O
CD n
0
CL O
CD
7
m
m
m
m
m
m
m
1
j
1
N
N
j
1
N
O
N
N
O
N
N
N
N
W
O
CD
(D
O
(D
O
(D
O
CO
O
(D
0
0 0
00
0
v°
a°
v°
m
m
m
m
m
m
m
0
0
0
0
0
0
0
0
0
0
0
0
n
a
a
0
0
n
a
a
a
3
3
3
3
3
3
3
O
O
O
O
O
O
O
O
O
O
O
O
O
O
CD
m
m
m
m
m
m
3
3
3
3
3
3
3
D
a D
a
o
m
c
o X;
N m
N m
_D
N m
_D
m
>? a
0
°
D v
R
aN
m-
Q�
(D
dW
m
0.y
m L
5-a c
(p 0 (n
?'
•°� w
0 m
a(mn
<
almn
0.0)
aN
m
w w
7
o :3
7
°-
7 a
Z
CD
CD
a
-u �r
-0 -Ir
Z"0
CD C
�-Ir
B a
o
� cn a
ra
n o
� m a
t° a m
m a m
° m
�
w
c� Q
m
o
o :3
o :3
0 w -^ cr
O 7 o m J
7 m
y 0 0 F �_
m "0 7 J
°
D a w m
N "w" a-
7 y -�
7
m w -�
'y" ° m
Q w 3 -I
m N o w m
�, a a w 0 0 D
9 m w S °�
<< a° m O J Co d A) ID
a 3 0 m
CD
CD 7 5 0
m m
? c J v,
w
' m
CD (SD
a m
0
7
O �
° 3 0
C �
.°-. p 0 (n
0 m m O a m a 7 3 CD
(Q y 0 0
w
0
D. N m
7� 0-
O X
D�
In p w
O ffl
Q
p3j ()
w (n m
7' C
a Cn 0 m=
y 0 0 w o' C 7 0
a 'O 7 m fD 7 m 3 y
"'
< (p '< C 0 (n
O (Do m m 7 j
G w O y
-0
y
Ul C 3
'0
7
n_ cn
(D
y O C Cn
J
in
» W
,3.. N O ,y.. 7
° 3 3 7 °' -° m y a
* 3 m O 0 D-
`C .n. 'o= w
CD (D m 7
(D W O
J (p (D O
y J n.
CD O m
O W O
C (r C
z a
O m m
1 O.
a .y-. -i O
m m w y w ,w„ 0
.7. N '° a o 0
l a c _a 2 `G
CL
C ° o J Q N
3 o
m m m
m O
J
w 0 Er w 0 N (ran
(J7D U/ 0 M y< (-°p y 7 y 0 M > y m
m
t(n Irah 7 e N
Z° J m `< O
0 07 7 m
'O
C=D" m o 6
a y S m< '
p
2' w�°
0 C- < 7 O (p K 'O
C y 7 o
W N O C D
m O n j
m a m
O w '0 y
o 0" m °-'
-c 3
m w m 0 7 < n W n y 'O
o c
CD 0 (p = w J
°
y, O 0 m
m
m m m y
Q m
V ° mo w
0 N N w m
:DD
m 0 m J j m C y a m J 00
O M w 7 J Ul
N
(p �, m
E; m Om - r
4 0 a _3 7
0 U) (cn °< N
w
a m
-7yp 3 y
p
N w y 0
O .0 0
cn ('D �' 3
y a m
tN J C °: W N< 7 C 7� y j O
fmn 0 0 0
-U w
a 0 3 0
a. N J
<
z< J C
p
m 7 N 3
m (D _ _ _
N 0 3 J 3 tL] w w 0 m 3 m 7'
`Z
O m (yD O
< (OM. m
3?
pF p O� (D O
m 7 7
m U 7
w 0 0
w .. ?
N
m w m
(D`� N 3
Co
a m S
3 m 7
m S
a c m m -p y .+ w p m
7 .7. C `C 0' m m m<
O
CD y n .
c m
< C (�
m
< D
S m m
O 7 to
7 C
O m
a 3 o m
w
U, m m< 3
� m <_
3 �' m
S
< o a o
m C
w° m 0 m
a
° °m °°
E
D 3
w s m o
w 3 �' 3
0 0 o y
m� Co 0 'o, m e 3- m °- M
CD M Ai 3 SD
we °
a T v (D... a
0
m (n O °
(D
CD c 3
a�
m (�
�° c
(D �°. 7 Q „y„
a
?: w c 00
Z m ° 5 m 3 y N_
o y m to
y C 2
w 3<
.n+ J° w fD w,
M to
ID y
o�
N gu `<
a m
J O c 6
c m w
O y w O.
0 v, m
C O C% d N N 3 c
m Q3a o T w
? c
w m an�D
a
m o c
° 3
y a p
0
m w
°» 0 m
g o w
m m m
°;
A
Q
Z 4
J
O I�
cr
Q
$ c
Z F°° (kk
N
A�
W
E
O
N
li
V
a
e
LU
C
N
T
7
C
� O
wV N
W Cl
a)
>
O iY
U°
Cl
N Cn
W
Lua)
0 �
a)
a)
U
O °'
�e N
y
E
�R E
V o
U
Cn
G.
7
0
0
U)
N
C
>
U
'0
N
0O O
E
N w
N w-
m
O
T
ul
C
y N C
_C ro
I� Cn C O
V O L
m
cu
"
O
E 0
7 C U
—° a
u/ ~ O
O N LO ro m C L
v
) 0
0 `� rn t o
° c
�' ° °
U
m axi
°- a°) >
c' °O LE in 3
0
O U
7 >
c�a)
7 i C c
mm�
(� N p
;o?�Y
-p L (1
:3 a)
p a)
ZFZo
U U o
(n
ro
N 0 c
rn00,L— 'c
L�
-°
E °�
O
`ro w
� Z
�' —
L° m
m
°) co a CL LT 0 E N
rn
3:
°'G� o
a) a t o
om 3
c ro
°'o °i�
omarn
Y
Eoro
oc
-1 cis aa)ca�2-
0) Cn
E O L
(1
>
a) 0 N
N~ N U
O O O
O
L� N
O i N U L.. is
-0
_
L
n
f_°a
C a V)
m U m Q) a)
fl O
0 o
N a) M
N a
_N
Q V
co a) h m >
N C a) d C O
U
�r
N 3 a)
3�y
'O C CL m O
cro x
L W> E
~ a)m
a) O Cn N
ca�c
(� ro a)
ay
O N
a) -C a1 m O
oco��
m,
>'
0a
m ro o o
LC o ro�
m N 0
E
o
c`aa m
LoC
F- ur o ° o °m
a0i y
° c o
Y m O
o w a
C 4)
o
°� a) £
> c
-
Q o Ln o
w 0°
m rr
aa)i a) 6
0 m
m 3°° m° N
o ° C a) U
ro C
N a) O
U a) o > C Y
O o
T y
1,
u! -
a) O C
`
N Y� O
U Q N a) N .0 0
v
w iv
R` 0 0
C w- N '00 y
C is o a)
N
C a
C m to N fl- U Q' LO
a)
O m
cn 3 L
a) E C C
cL 3:
Cn O O
E C U
y a) o
m o m
p u) `� U E a) 2-
uJ E
N d i
~ 0 a> 'OO O
N `O >p 0 o_
C a) N
L _= "o
Z CO c
u) m> C; CL m o
O
°
M 'O
(� j
'�' a) ca
> _° °'
o m L
a L
u) a)
O
3 0 c
Q~ U
a) a)
.L. o C
N E a w a) a) C
N a ro m V O
C o
C
m o 'O c U
E E m
0 O~ O
fn umj 0
3 t o 0_
Y O N
C E
E .L.-
O .r - 0 p -p N
o f
E
Ep U
CL N O p a)
« a) c
T U
C Z m
y u!
W y O O p N c0 °)
ami
Y 3
in c aEi w
U
_O
c ,r ro m a)
m
Y _c c o
'O
°° c
-
m o
y a (nm M o o 0°
m
--
m
C
O C
M a) U
C
U m N
F- a)
E
a
0 O U
(n
O O CL L
M
V E
>
v) a)
"O
L U t
m C
U)
CO is N or a)
Y C 0 O
"O
c~ E
U m a)
o O= a)
a) p -o a) N
U
L
C ?' p m 3
fn
= m U ro o
'p
!Z
O> V
L 'imp a)
NO O p N N +.
N j
m a
J 00 O
o O
U
U C p
m T
7 'L"' p_ ^ V 0
a ro
Ln Eo
m E
m �'3
r� m E
co .m.
� 0)c
I
.m+
E
m
cL Ern mY E)
w
o�
°
o `—° p
3 c °
co
oQ o
ro
in
�a) o v� ° a) a)
m C
C O
a) O w
> �?
U C a) (D O L
D O m
a) 3 o E
N u)
U C
Z
C
U°
ro o m a) O U
E a U� m 0
w L
U
M V)
a) p U
M
U m
0
a
o"
7 L w
ro a) L a -p Q)
cL 0 CS
`J
: m 0
T U a)
M 0
U 0
s
m O > W U 0 Q u)
0
m a
E m 3
0
E o 0� c
E �O
Lo m o a)
°° .v
C c o
ro U
a a)
U
C
c a ro c 0 p
.`• °
C C
ro
U o
o m
E (Q V)
L m N
c
fl1 U
U
N 3
°
O a)
Z
N Y °) o d
m a C c C
m
Ea
o
>
o° .L _° N
> :3
C
°0 a�
U 3
o�a)L
N a)
U
.O U
m
Lca
o
cn - aa)
c��
ca
ww0
cNaw �oE°o -0505
o ro
m o m
c co
3 °- v v
ro E is t
m N a) v
" U) o
m' o?
w S c
°' "°
o
O
�= a) c"
c °-
LO is a 6 c c C Lc`a a)
W 0 _ c
L 0 vi ° o
m
3+
-a
cc/n
roc
a) a) o
rnin a) roNm
C
m Z
a)wro ro
ro Q N
c`a
rn°-0ro
E
N3 Y
O
aa)
N mU
a) C
cG F-
crow >o °Tmm
0 o
a)
Y-° `°n
V a> s L
sE x mm
U) C N
C U
mja))
N cr
a) r-
m
ooQrn
O U Y a)
cEa(D Z E
U
CD C
0 m
° d N
U O N O) Ln N
U C C m a)
C w y U u)
m
C u) a)
N 'O
C T �
7 N 0
U "o w m
E C C
c m� fn r E 3 C
x w a) 7 a m 0
N r'n m
>'-o
w
E v d E o
3 °� c>
° °)
E ro °
and
�cn.J o_
m La a
m
m mo rnC c p a) c
e °) E
> is
c
O
o m 3 0 0
0L) 0
U
U_
a:
O
) E
° T
N��
co m >cn m
U
M°
cc4 O
U.L. m Lq N
Y
p O N
Z Z M
O O
N
'O or
CO "O
Cn CC) r c
F- a) N w !n V) '00
p) a f] U p_ 'O
E u)
E cC�C
O C �°
C O ro
N a) +L. >
a v C V ti
a
ro= N�
U p
3- 0 0
m
m o O
U
o m° C
> --t -:01 Y C O o
v, r C
° 0 3 m T
Cc
m~
o a
m L> w
a) T
M
E 3 m
U a) o
U 0 Z�
m m rn o c� a—
0 N
O ro
a >, c LC
o o a 0°
CO
y
-p a) >� Z
m E a' O
N Q o a) -° o a) -
a) c
`) U
y C
o >^
E
.L-
O d C ro
ro C fL «
"' V) U
0
U C C U N j E L
t(n
x
N m
uJ
u) Y
U
w
a) - O O) C
m C
aNi
- 0) ro a) O
O' N
- Y f�
N° N
O)
ur m 0
3i w
a) co -p ca >. C Q fl F- .-
C 'p
Uc
7
U 0
y- U p
C p' C y
O C m
O E L Cn
ca a •U• t
E F-
V C
U o 0 C
C
O !�
O Rf a) U a) N
a m ro 7 C Y y u)
a)
a) N LL.
Ol •• p m o m
u) U c0)
ro 0°
a) LO E �°
,°c C
u) c .= 0
m e `nor o c m CL 0 O E
5o M ovaiC7
oma�oa`no�
gc °�
��yc
a)
omo��O7paln
Qa
E
>2'5
->
vCL U o m
o ro — — —
M- a
F- c
=3
y ,°n $ R
0 0 C° c m
C
p
'O o
C or o C Y O
C1 - O O o
m N .. U
c a) N aa))
rn v N a>i
00
() a) a) u)
m
000
'0
m y a)
'O
o — E
Y w v v c
N
aa)) U a`)
>O
m> E'
v
N m
m Y y o o ;° a�0i
fn i� N
fl
U "L"
U a) m et ro
ro E
_N N
o o E
O L 'm0
c r
'O a
ro
N
N o c °
C ro 0
m - U) U a
c
C O
ce a O
w m a m
O° m
m a) O- E>
E E
m° C
cZ
y '
m
a) z° a
a) s
° o m -0 L
c�a 0
CD
x w
E a) -
E E
° N Y
0° p
0 0 0 0
a a 0 o a
�C N 3 R
,FL,
ro
O) -
`m
c a) E
7 Y a)
Q --o N a) aa)) r o y
a) a c M N O a)
o
c
a) m
w m 0)
C LO > Ln a
U m et ro
= o Y c?
c —° a)
O O a
c o FL-
v 3 L
v
a) a) T 0
0 c m Z z m
0 0 ? O (nn ro 3 E >
o F-
Y fl
Co
-
c o (6 L O Q
a p U U ro
T
C j L N L(Oi
Lcc u) a) N
>
+L 0 7 y
U CO N'0 o w w U a)
C)
cn 2O
w o C a)
U C
.O N U� c
ro m O O C
ro
ca
W rn W
y
: fV o
>, U) N 0
y a N or a) to N
Cn u) L O
m
o m o) E
o
o c v a) a) m ro
0
u, ti (1 U)
fl-
o Q 3 3
`� E L`a
`—° m 0 o
N c= a a 0 a` w
N p
CO F-
L m Q
F- E 0
U o u) 0 a
Q 0 o a ri >
a) a) m 7
Q o�� ro
L a) L L
F- a u) w
0 p_ �>
Z o Q o
E U� d
c� c -� 0�
C ro C a) �� 7 LO m 0
F` m N a r] a 00 o U
cn
c
-
c
c
�?
cca
t
v
m
cca
cca
c d
h
=
>
a) rn
a) rn
E m Ir
W c
C n
0
U)) c
.1 N c
O L C
o E2 L0
m. o
c l� ro
c
ca
C)
UU m
J F- a
QU
JF- d
U
U
a)
a)
a)
r-
a=
z
Z
Z
CD a)
W
C >
m
W
C >
v
cm
-0
as
a) N
a) N
v
tq
a)
-
U
m
U
a) o
CO =
a) o
U)
> a)
id "O
a)
is 'p
a) O
in
-O E
_o O
° Q
0
m °
0
a Q
0
Q U
0
U
0
U
d
d
Q U
Q U
d°
m
m
E
E
L
L
La
T
T
>ro
>Eu
>En
m
a)
m
m
a)
m
m
m
F-
F-
F-
F-
F-
F-
F-
F-
O
O
U
0
U
0
U
O
U
U
O
U
O
U
O
U
m
m
m
ro
ro
0
W
m
Cr
(r
Cc
(Y
m
¢
m
Cr
F-
F-
F-
F-
F-
F-
F-
F-
a)
a)
a)
a)
a)
a)
a)
m
O
O
O
O
O
O
O
O
U)
(
(n
Cn
Cn
U)
(n
Cn
O
O
O
O
O
O
O
O
O
N
O
N
O
N
O
N
O
N
O
N
O
N
Cl
N
N
N
N
N
N
N
N
N
N
N
N
d
N
N
N
N
a)
a)
a)
a)
ro
()
m
a)
N
M
LO
00
CA
0
0
0
0
0
0
0
0
W U (n -t
x C
O W T
E
a E o
C U m
m c
ac
0
o U
�r C
O
m N
N U
C
� m
o
C) o
o c
CD� a
7 y
o -o
0 3 m
p n
M m O X
Ul ti m
C
3 C)
CD rF
) O
Z
0
0
0
0
41
W
N
1
Om
CD
NPill
c
m
m
m
m
v
v
-
If
m
CD n
o rF
a 0
N
N
N
N
O
CD
O O
CD
co
O
CD
o
o y
o
o w
a�
a�
a�
CL
0 6
w
0 a'
w
a-
w
0 6
w
<
E m
<
5 m
<
o w
<
o w
O x
O
O
O x
m
CCD D
m
m
N
C_°D
N
CAD
m
m
m
m
w
w
w
m
0
0
0
0
C)
C)
C)
C)
0
0 0
0
SD
<
<
<
<
CL
CL
a
o.
m
w
c
c
0 0
n 0
CD
37
o m
° w
o m
° w
0
C
cn
o
C
a
a
N
N
CD
CL
CD
a
m C) >
=*: c a
m C)
=t: c a
A i m
m
O CD
N W 0
y 0
CL
(Da
1 370 .y-. 37 CD .y-. W
°gym
m� c mDC) m <CmA O S
<o
3 37 D
�3�p -' S(DO In
mmm°
m 3 o 3 o
°.0.a`° -� 1m
w= 00_3 3 oD
wCDma
y a s
= -:��
w D3 w D
•O• j E `2 a
K w< `G w
Co
7 G y< a C O m C7 w co A
m m 7 Cfl Cn 0 m A O
w S°
m w w
y m ,C„ w a
O a
y
CD ° .N-. U
0
CD A "6 "' CO O° 7 7 0 Co 3
m n
S<
C O CD C1 0
a
3° y
°<
o
s
c w$
o< c m
w' ? mo o p' 3
?� >> o c
a QCo c'D CD s o w o m
w m
N m a
=t -0 y fn
v <° a
CD - 'O.. CD °
CL C O� Cn
Z c n o m O A) W a
0 CD 0 O C m» CD m i p
N m n
l a w 0
< O m 'O _ CO-) CD
C O O O_ c !
„y„
3 2 S 3 N w
EL m w
c o D < 3 o N w rn
w y D
cn �n y 3
S O 3
...
0
v°, p) m° a CD ^• m
Cn m<
O S (p 7
N �%
0 a m 3
0 C y C cn° w
37 O y m 0 C O 7 ° O
y
3' 7 cD
m n O
a -.. m 3 m 7
CC DL
E; Cn 3 w m 0
y w O C w C(D U 3 S �
m y y CD
d
n 0
w o m O CD CD cr
m»
Cap d Q N
C) m
C Q* S 7 C7 m m Cw�D 7 (D
°i o a >>
-ye a
E; Q°
m 7 Co
O 3 j
a—
m 0 <
n C) o
a o y
m� m° w w
m o a
a m m ~� 0 3 a m
°
o D
m
a m°
o w ° m
OD a
° m 3 m
< w o y °°
p o
?' E-
y m n)
a CD m
c o
$D p, o
0 3 D o
m
�cn c
° o 3 3
> m m?
o o
�'m
w o
°< N w
m
m gm pc0
m
m m 6� a
cyi o p, Cp
O 3 �� a�
o o m o— uw, y m a CS 3
�nc� w m 5 mo o D
o°"
m �° <
m C) m w m<
5m O 1 m
My 0 o= o
3 m° m o a m° m°
a° N
_a°
3 m m < 3 W 3
m o m m ?) m
m cD j3
y° s w° °c w �' N 5
E co m y CD
0 0 3 0 6 CD
N C .°,.. N 0 a o
° y 3 CD o
C o 0 3 3 0 C� 3 p) fmn w
w° c a_ <
w
COD n 0 1
m a 7 N C7 '°
3 o
° °°) w Q
y n m n
y a w ° m° v
y m c m
D° m 3
?° s o c
w y ° a o
w°
3 -„ C) µ 3 y a
w O W �2 m
y° y U) -T' N a o G) U .y. a
N 3 7 CQ =- N O m-
a w
N y Cmn
D
C 7 S .,C y
s 0 m y w m
-
m o a3 3 3 0
�?
rnm 3 0 o wo o 0���
O
-m ��
w°
F
o °� � m a°
UT
° m o o w
y y 3 y a
wo y a�i v y �< 0 o m w
o
CD 3 0 m
a
: In °—) y y m
O co n 'O N N d
W a CD `< 5, m 0 a .L 7 0
a
..
O N "` w ,n
m
m 3 m `O c m
°w w
o o a
m w m o
3<
N a0 m
� D ° 3 a)
w° o m
F5 ��°
_ m C n O
S=
o uci a�
O --` 3 U C S V C') O
m N
a
�°
N m -o O CD 3
1
`< y N m w 7
3 a y S y
O 3 w n A
O m n CD a 7 S 0�_ m
S P?
w +� w 0
� O' n m
3 O m e w
-° y 0 0 m w
c cn
n w y In 3 Z a CO n. CD 3 (�
�' y w m °c CD C)
y w 7
,y» o
_0
7 n
w o m a
w m w w g
_
y O w - �- C N
3 CJ
o D o m
- m y
f w— w S d .°.. n S
fn
O
0 7 m C
m
,z (n
C l<< O C m
Cn Cn
y `G S „wy,
s� y m b
CS In � CJ CO 3 m `< O in
w s m m 3 w c o
m p
a w O CD
7 n
D) o m D C)
CD
� 3 m 3 0 °
C7 < y m �_ w w
5 �
chi y 3 0 0
o c n o 3
a
n@
m e �? ° s w ° o fD c
x o y y
s ::E w o
< y c< �_ °
m CD
s CD 0
o a m
y a w m
° y
p a 3 a
m
c a
y
m CD M Q o
a a < f
CL n a 3
a c m m °: m w m
°° n o
n
0 3
w m w z
o co °c 3 a� m m w
m °c m
C-) O °< o? y ° w
° ai w c o c7
_m 3
°'
° a ° m N 1
c3 w
w o o 7o f
CD. < cn o m< m
(a o Cmn Z' 0
f< y co 3 m m �'
CD m
cmi �
w w
Q
w
y a o 0 3
-a
m o< s `° 3
CL 0 C En
C
mm w a s = -� a
(n O 6 c tT
Do
M m �� -0
O O D
0 m O
W 3 3 .O. y 0 CC]
Cp
C) Can O 7 y 0 w
c w
_3 -p C
TI
C y < 3<
m m m
m w w 0 ow 3
m CD `D o< Cn °.3 �o
y — CD
=r U) o— 3
y y °) o
x° 3 a� 3 ° w m a
0 m
m° o w m o
-
N C) m Q w °
O .p w .D C y]
oyawW°.
3
a�
3 CD '< Ln 6
°o°,<
y�°,w (DCmC)y
0233
m
w CL 57
°�� 3
009
_ CL ai
Caw w m C)3
z
am m w. 0 m 0
w m w
o Qo
- ° CD
y a y
C) w C w
C w m D
a 00 3
o 3 0� a y
n c c c� v
o
y 0
?
o a ° m y w
(n N j
�, -3a K m n '°» X
m° w m y
Vmi N°
a
D n, a
3 c
y c F °1 c
� s o o n m
o 0 � j 3
0 m o o r 3 °i
S x m
m j n
n � S o 0
°
v°)
C) fl«
o
o
W � m
m y
Ln
a
° 3 ?)
D) 3� m w
C
w? a c°. ° m m
° �°
m o m y 00
CD
co
m
d
N
o m a n m
0 ° fQ CD »
w 0
w m y(n
i
d o
y m w m
CD
y s
03
C
3 C)
CD rF
) O
Z
CD
CD
A
CL M
3=
Am'
CL so
C
ca
r)
�, D
s
CD
o
r
Om
CD
NPill
c
0
0
0
m 0
CD
CD
If
m
CD n
o rF
a 0
CD
a
cn
C
�G
N
N
O
O
CD
v
U)
C
0
m
a)
W^
0
m
<D 0
fD
m
O 3
c :
M y
i
O
Q
2
J Q
O
Q
" a.
x =
� L
03
z H
L
d
V
Z
0. .Q
3
W
Q
D
Q.
AN
W
N
A�
W
E
E
U
L-
0
V
V
W
f�
N
w
i
M 1
L J
< U W
3 00
Z
D U O
1 d
7 C
CL c
W °
U
Q o
m
O Ur
m
C
O
CL
U))
U)
E
E
O
U
7
3
N -p
U
O
_r_
U
N
O
O
O
7
N 7
.s
.L...
r O
O
N
0
� N
LO C
-r- 'o m
O
T CL
O
co
c
N U
L
N
p
7
1+ (O _U
O= L
j) U
p L N
« N
d
'c 'O
C (O
w
N
L N
""
O 7 O
N
N
co
U
U
Q
�O N
O
N
N
a
Y "O
-� N
3 L L
p
a)
(O O
N
>
E O L N
�_
T
O m
c
m
U
N
N C
C > U
m O
N
>
U
a`� L)
.0
m E
o °'
m..
rn
m
m
O
o
a
w N >,
o m
U N
m
2 0
N c
N
c
o
15
0
3 o
7 °'
v
CD
2 E
E
E
(D
=
x-
°
m
E
N
o m
Y°
U
2
m o
O N c 7
(O
0
a
C)
m
w N
N
>
o
a
w° rn
m C
a°)
> O
�° Y
°�
-O°p
D.
C
J 2
.N_•
L
m N
3
L
L
L a)
L
N
N (O O
7 c
d o
N
�w
O
N m
c a a
"
w
y E
as
E N
v 3
c E
N
c m
> m
=
a-�i
t N 3
N
m
o
N 0
C
o
m
r� N
o 't-
(O O
a) m
°
(0 V
w
—L-.
a)
°
co U
(O Y
--
a)
N
N '!;
7
0 0
'o
C
Q
N
7 ..T. �
U
N
moa
.C.
co
do`
.0
m
m
O
Eco°
c
c
me
`NC
m
>
o
N
aai0
�@
N (p L
a)
p C
'0 3
C
N
3 3
L
U �p
l0 O N N
m U N "O
O
H
L (`
U .J
3 p
N
U
d
7
"O
'Y 7 L N
OQ N
(n O
o
N 00
c
O°
a) N
La °
U
m
c
(O N
2 N N
2
70
+T
7 N
N U
m
c
(n
E a T O-
y?
o
c c
cu E
�
o Y
m
LA a)
o
y U (O
N N o
L
m
>
m
E
c
m `NO
N
7
m w
0
m
U
E
(n
w m
7 a
LN =
Y
�
coo °
v
� o U
° v S
t
I-
a)
c
aNi
?
C
o
E U
5 N N
LN a
E
E E C
r- m
y N
c
O C
`m a)
O 'O
o
}
_
c a)
o o
° N N
w o°
c
C
m
Ip °
c c
c
N 7
3
0
a
N
m
L-
H a
O ..
7 N
o°
E2
a; rn
=
0 a
7 c a E
N
m N
m E
c
0)
L
Y
m CO
U E N
o° o
N -0 E
° °
-o
a c
a m
C7
i0 c
3 0
m
N
w
E° N o
c w
°
°
ai
3
m E
N
0 n
°)
o
E
N
L a) N
M
a °) o
a)
$
N
LN. w
w
N
N N
_
0)N w
w
!n
a)
N C
m
a
M C\l
M
w
° U
7 c
a(a N
N ai
Co o)
r CO �?
"O
w
7
C
0 5 5 c
aa)
U m
E o
cn
N r m
Y N L
.O N C
N E-
T c
Y
p
N a
3 0)
-O
c
U
m N
m c 0)
o o m �'
o
O
c
U E
o
U V
m>
>�
_
.L.. O m
Z a LO
N U
Co N
cc
O
U
"0 tN
c C
(
T m
0 N N o
N
m
7
0
c
n m
6 o
L
'O
LO
n
_c
L N_
am E o
N
E -5
co
a
N
a)
0)
.,., .L-.
3
0
L >` C
CL
N N
N c
N
U
.- L
° N f0 LN. >
E
�'
N N
7
Q)
N
"T' m U_
f0 L L
0
E
N >�
L N
m
N
>+
c E _ U
d
U)
�,
C c
O
C O
L
E
N
Ln
_
N C
ce)
U>
C N
� w
N O
�` L
c
U
O O N
(O
N
@
y
E C ,`.:
-0 N O
T w CO
O 7
L C
U
U
U L
O> a U y
U
C
(` C
Lo
W
o
w f/) N
@ C
m U
V
a
N
N V o a N
C
y
C' p_
w (O
-o
m
C
(O U �
O m N cn
�) LN
Z
N 3
r
3
Co
b
m o
3 E o
L N G
o
N
o
>
N
o
"
m; (D
o w 5 w�
m
v
E
m
(o o
3
0
3
N: c
o f « C
Q
N U U
o o
c m
°-
c m
o
3
X 9 a)
o
m
o m
rna
w
m a°i
a 70
a)
N a
m
7 0
N 3
N°
o a) °
E
y N o
°
o
L N
o
c
m
w c v o
E o.
0)'0 U o
a)
N L
o o
c
'2
m
co
w
c m
w N
o� Lu m
LN.
cn
3
m
E
w
m
o
7
m o t
o c
U T m
L 3
w Q.
o O
C
-p
O a) .0
U p CCi C
m
N U
3 w
On
in
-
m N C
C
a)
c N
f°
N
(O
o
r o
O 7 c o
E
o
v w
@ N
N
c
m
(D
c 7v
m
O
C
N Y
E>
N Y
° 3 C
N j C
p
U
N o
N 7
>
°
o
E
E 'o M
0
E
Fa o a
E E°
0
c mo
L0
c
c a) S
c .0 a°
c°
m
>
°
Z�
T N
L
7w
N (0 o
a) p o
m cL
V d
-
7
p N
w
m
N
o
c�L o
,. =r
o _ N
ma
U N 3 N
0
L)
7
"°
->r
c
m D.
o
L p
=
o
a)
U
o
n
o n�
E f0 C
N N
To
-O p.
CL c 'o
N
>' @°
(O
c 3
(..i
C O
U
c
p
w
-
N
N
N N C
c
E N
L j
N
E
C N V
a 7
N O
w
c 0 0
(a Co
0 c
c
E
tan
3 -
c c
N
a r 7 N
c
o
E c
7 2
7
in E
N
N
0
N m is
CL
o
N
N C
7
O N C
r (O
N
N
N
m
to O m
'(D
p
O) "; >. > c
0
N
N +'
N N
w
c
>
C
N C C
N
a N
m N
U "�
m U
Li o
O
E
N
Zn
m U
U
N c N (O
U
°
N
0
>
O O
C) w
a N
N
N
N(O
7n
o w>
o
o
C W E
O
°
O
N L`-
>
m N N
E w 3
a
L in
U
C
a) 7
E cn
C
L
y
O a
- 7°
N
o w
3-
N 7 C
N 3
m (O
N
Z
E
° m
C
U
m
° (c`O Ln
c r
V m C~ .p
(`O
.-1
7
a
N x
N a)
o N
U
L� E
0 0
L)
t0 N y
N
N M
`1 m C
N°
2 L
`O o m
L
m
LO 7 (n
0=
a -p
E
C V O C
N m m
-p
U m
C
7
E' E
0
N
(O (O C
N
m a
CD
U
�)
O
0
E 3
c 0
n7
c
O U a)
y a
C N N 7 N
o
�'
ac) >
0) O`
c
O N
c
O
c c
N
N
c° N E��
O
'O
E
° N =a)
O U
N C:
(O
O Q
m Cl
a
N O^ m
D 0 -> O
C
N
C a
U (O
j C
o N
N
tNn
j C c -p
(O O
a C C
N +L-' O
EON
N S
L N
C
'O
a) a c
"O 3 T �...
co
t
O E
N
(6 Ln
a U
C
�O a> C
E
7 0 >` CO
CO 3 O)
d C
m E
C
L C
O m E
0 C N N
a
N t0
N y
N N
E'0
E
N CIO
�0 0
LOj r (O
N y
C
0 N
N C '�
L N O
a) m
Y c N
'o
O O
in
n .L.. C
7 O
U N p- (n
m e E 2 O
O
a C
(O D
N
E
V- 00
°-
N N
U) w
p N
C -
°
O
N
'o
p M
C C m O
m
c N 'O
N
a) O N C
-
'C O°
C1 (D
N C
(O to
E c L
m
O N
E (�
n
-° (O >
C n a-
E O N
N O)
N
O
n C
C°
>
> O
co C
N
N a)
p
n N
N
C
(n N
E o
E C
T C Lll
O
O
0 ()
C Y N
p _
'O
__ 7 N
O Co
d
N c
U C
(D -p N
N C N C co
X O> N-
O O
>. N
Ln
(O N
N
<L
(6
'O O
N Ln
°°
c
N
N O m
.i0 7 U N
C
C
O Lo -
O c
C
QI N'0
O
W%
_?
3
N=
N
'
y 0
N C a)
N
j N C
c 3
L L..
(0
w
~ C
N (O
'O
N
O C
o.
d 7
N
U
C T
V E U�
> LO -0
C_ N
O> .Ld„
N C C
N
C (O
>. O t
n
c
O 3
N
C
0
C p
`
N .r-.
N c p
'O
N LU (O co
w
°) E
U
U
O
w F--
C
U o
n
N
Ln E�
'p
to
7
D) N
w pL..
>,
N`
-
6CE -�moc
..
o
���
m e
Srcooc�
�T,
o
�OZ��a
N
wom
@w
c
wEa)
N
ch
EmmE�d�ro
Cc
E L
(O
N
=3
N(
V
V- '2 E '�
>` (O N
N 16
a 0 C
t/`) m N
N C m
to Y
L O j
to
L
O
>N N
n- C.
Cl 7
in L N w0
7 2 -
L.1
N`
N-
L N
V- 7
N O Ln
N L..
L
>
L N
a N
L
Ln N j
r N p
N U
L a) N
N
T 'O co
<n U (O
a O J
H LL N
I-
> C
Q a E
C N a m U)
Q (0
F- E
m H LA
!- O
H "O
Q w
1-
I- 3 N U
H N m
N
Q
N
2
0) O
D O
�0
U(1)
N
N
N
..Nr
U
N
U
w
U
'O
N
N-D
'°
N
+N'
N
Nn
N
N�
U w
_
c O
N N
7
°
N
w
"O N
C>
N -o
N
W
'o N
C]
w
'O N
C]
-p
c
(13
N -0
>
W
N
N>
W
N
N>
-p
C
0 c
-p
C
CO C
w
N
N�
C
CO C
..
m v
v m
v m
�T,
m
C
m
m'D
v �°
c m
N o
N o
c 2
N 0
>
N C
w
7
E
7
U�
E N
N 7
�_ 7
C7J
0 U
E N
7
j
LU 7
a U
a
p_ U
a
N 7
p. U
a
Cm
��a
o
0
6
c�
o
a
7¢
o
O
cU
�
�Ua
7
8a
7
°
° 7
c�
7
a
IL
SU
Q
¢U
SU
a
¢U
a)
a)
a)
E
E
E
E
E
E
E
E
L
L
L
L
L
L
C
C
C
(O
(p
lO
N
-
(O
m
N
N
>-
>-
>-
>-
>-
>-
>-
U
U
U
U
U
U
N
N
N
N
N
N
N
N
N
N
N
N
N
a
a
a
a
a
-
H
U
U
U U
U
U
U
U
lO
w
m
m
(0
co
N
m
H
H
H
H
H
H
N
N
N
N
N
N
N
N
0
0
0
0
0
0
0
0
m
65
to
m
m
�5
m
Ln
m
CD
m
O
m
0
m
O
m
0
m
0
m
0
m
0
m
C)
m
O
m
O
m
O
m
O
m
O
m
o
m
0
m
0
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
0
N
O
O
a0
co
co
co
L.
Il-
r-
r--
rl-
N
N
N
N
N
N
:!7
(D
(D
(D
(D
(D
(D
f�
I
r
r
a)
a)
a)
N
a)
a)
m
a)
a)
a)
a)
N
a)
a)
a)
a)
m
N
Cl)
LO
co
N
M
r
N
Cl)
V
LO
(D
r-
co
O
O
O
O
O
O
N
O
N
O
N
O
Cl)
O
Cl)
O
Cl)
O
M
O
Cl)
O
M
O
M
O
M
O
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
< U W
3 00
Z
D U O
1 d
7 C
CL c
W °
U
Q o
m
O Ur
m
C
O
CL
U))
U)
E
E
O
U
O
W
(n
O
7
n
0
7
7
CD
0
v
m
ZZ
X
CD
0 O
7
a
9
0
0
i_
D
n
m
c D
v -O
0CD
Z 7
o a
X
(0D T
C
O
A
c
O
W
C
O
W
C
O
W
C
O
W
C
O
Cl)
c
O
W
c
O
W
c
O
W
c
O
Cl)
c
O
W
c
O
W
C •
O
W
C D
N
O
n
0
0
VI
rF
0
m
m
c
co
m
m
c
m
m
m
m
CD
m
c�
m
m
m
m
m
m
m
Z
N
J
N
N
N
V
O
\
O
V
V
N
J
N
_
J
N
N
N
N
O
co
O
(D
O
(D
O
(D
O
(D
O
(D
O
O
(D
O
fD
O
(D
O
O
O
O
co
to
co
co
m O
Cl)
Cl)
(A
Cl)
Cl)
fn
fn
Cn
Cn
Cn
(n.
Q
7 c
O
a
O
a
O
a
O
a
O
a
o
a
o
a
O
a
O
a
o
a
0
a
0
a
CD
3
S
(D
0
(D
?
(D
S
(D
7
(D
3
(D
(D
m
(D
(D
(D
(D
m
m
---1
o_
-1
o_
--1
o_
-1
o_
-1
o_
-1
o_
o_
-1
o_
-I
o_
--1
O_
-1
o
-1
o_
0
0
W
0
M
0
m
0
M
0
;o
0
0
0
O
o
0
0
3
a
W
a
m
a
m
a
m
a
m
a
m
a
W
a
W
a
m
a
m
a
W
a
CD
7
d
0
0
3
0
O
3
0
0
3
0
0
3
0
O
0
O
0
O
0
0
0
0
0
O
O
O
O
O
3
3
3
3
3
3
3
3
r
m
-t
m
°
0
O
0
0
0
0
0
0
O
o
o
O
o
0
m
7
m
m
m
0
m
0
m
0
m
0
m
0
m
0
(D
0
CD
0
m
0
m
0
3
m
3
w
3
3
m
3
3
m
3
d
3
m
3
v
3
v
3
d
3
°>
D
D
ng
c °-
ng
= a
nD
c m
CAD
c m
nD
c m
nD
c m
nD
°
-0 -{r
m o W
n_D
O
(D
c
C (D
C fD
(n m
T 3
N 3
N 3
y 7
w a
N m
.T]
CD
^' ^'
m
.m. ,+
m R.
CD d
CD CL 01
(D
(D ^�
_7
7 O VCi
CD CL
O
�.
a
d.CD
CD
dm
aCD
m�
a
m O
m CD
C
m
m
0
co
N
.-. =
a°
N
N
N
7 a
0
0
o
co
c
CD
U)
o c
C
n -
m
N
9L 0
o
i 3 s
(D
m
M
mi na—i =mc
-
(cn�m
o sm
m 0 m E; -H
m
s
—D =r
3 O=
=mom
3
j m
N
N N m?
06Sm(D
C m
O'm
W m
N
N (� m
7 o @0
,N., C' 3 o CD
ao 7
y CD
o- CD
c O
m M N
j m y
N °O (/�
7(Da
7c' m p
o m
(3D
0m
mm0
a=
7
�c j
m0
j W= .f/1 -. d m_
7 7
N m
a m
(O O U
(D Q
(D S m (D
m 7. m
p y cn
O 0
S S fn
0
7 .7.. D c p Cn
O (n
m(D ('n
(D 0 Cn
C W
m J 7 N CD
o a m
7
N
W 7
CL - t11 N
a v
W y
a o
m o
m< 0 m
o 0
aL
a o
W
0
—a a
N
3
m
3
(n 17 0
m<
O
O (D F
C
0
N M7
W »7
N
S a _a A<
O N'
M
CD 7 O
N
a
j (n
0 7
d
Cr C W
CD
d
CD
v
m 7 7 W W
m n
7
n
N 7
y
0 j
c
(N-n
g x
0
d 7`
o 3
(—° m o
0 .Wi
y o
A N A fmn
o in W
CL
o
an
f c
a W W
c
o m
m m a 0
m_ c
i
5' 7' m
m m a
D
W (D
7 (D
m D
(D
c0'i m
7 7 o
a m
� m N�
a D
C m
O W<
� N<
7-
W
s 3
-n m
3°
C
o
m m
W
(D
o
7 (Sp (D 7
W d
a c
0 m c
m o v (° CD
°_: m°
7 (<D
30 m s
m
c m o
cn
(n w m 7.
N CD
0
a CD°
W
O v N
W ,<
(aD 0
(n
7 0 (D
n (n
C a m— r 3
CD
mG m
° W 0�°
0
3
O m
(_
(D N' (SD
U' 'O
0
a m F
m
c S
< c, O g
5 m
-
W 7•
m
c 0 7•
y (n CJ7 7 a
o m o
S 0
2 o
N CD
0 7
7 m v_,
(D M
7 Cn
< Q
W o 0
m
W
_s
ymCD
v
mmm
am
<mf<
(o�'
me
0_
me
�' -0
ma j
oym
CD
C: CD
0
5 m, ni
m m 3 m 0
m
m
o
cD
� s��
n: O
3 � cn
o o. � m
O °
n
3 c
7
�� c
3
o m
7�
°
T m
<
7 fD
O <
� 0
a
N
(CD c .0
N
o
0 O y S
N
(m
(D
a
N p. .x_y..
C N
(m/' �'
d
•G
o
CD
a
C
c
(�
CD m m
N a
S
n c c
°
m p-
m -o m a�
d°
m o
(O 7
s°
(p (�D
y 3
N
r7v M.
0
CD
y C N �. S
0 m
C CD
O W<
O W
3a
<�
7
ID 0
o
m m
a
m
m 0 3
_�_
c a
_
m
7 m
o
m .m0. m
ao
m T .0
m�
°' m 0
c m'
y
W m°
O
(D 7
(D
y O S
m
(D m-
S 7
_
N O °< a m `Z
m
O W
O X n
N D3j
0 N
0 7 Q y
3
CL En (an
CCD
o
M m° m
i
a m
°—� m
`�
m m< l<
? N
0
N
^ m
n
m°
c
c°i m
C
CD
O y O
7
fD a 0
0 W
W fD
S
S (D
O
m 0
0 0 X
0, c y! m a D
7 7
(D
�< y
0 0
CD .7.
(n (D
7 0
0 (n (n Cr
0
c
y
CD
y 0
m
a
m
G W 0
CD CD
N
C
3 a CD
W 7
W
-
O
N 0 0 S
a
W W
S
o
°<
(D (D 3 '_'
N
0 3
CD a m
�' (n
m (D
(D X
m
7
W S'
m O (D 3
3
m N
c
j y a m
m
c a
m N
0
m m
T'
l o c o <'
" S m
a
O<
W (ten �
<
o m
Z m
O co
a y 0
a
W D 0
N c
N
0
0 0<
7 C1
d m
01 0 N
-{
S (D
(3D (D C
3
(D (p
0
a Q
0 7 °
N O
O CD
CL
o°
m
< a7
3
s°'
en
Dc
m m °`�
CO m
m 3
T3 O-
j
o
m m
m w s
e (D
"c 3
a c
CL
s o
:3
(� o a n
w
m
v
o m �'
A
(<n Co v°
D n
v>
N
o
N °
(� chi
m
7 m
c
W D
0
y
"> >
m N
O N
('-'
S C
U-mj
O
d �_
G
�_ W a
7 (D (D
p
m
omc
(o
0
ycom
mmy�
nmi3
<m3
m°�'
°0
<m
�3mcmo7
°c�yoamx
amen
me
03
�jO��cnm2
o�ov'
°c
(n
yai
=
m
o v
0�
0
a�
m m
a m W 7
7 a
con's
o 3=
o m
c
<c
E m m
c
Q
m
0 s 3 m
m
CD
m o
7 (D
7: a (?
° D
O
m E m
°—'
o s a
3 y
U
o
a N
s o 3
N
c
(D m
0 m 3
N
(D 0
.0-. (D
3
3
0 M
O C d N
p? (D a
0
7 0
h 7 N
`� 5
N j
°
3
W D-
(o CD
O (D
CD
m c a
a 0 m
m
0 m
o
z o
(D 7
m
a W
o
7<
3 Scam
a m 7
s
0
W
0 0 0
7
m
n' m
� m
m m 3
0 m
7 o m en
CD
CD
7
co CD
a
0
3
j 7 W m
a U
-
m
0 Q
m
a m
c (n
o
O S�- (D
7
5
m o
(D c
(D ° a
m o
N S
3 a a
O m N N
°-
n C j
Q
p N Q ''"
`< 0
N
^ h
m n CD W
7 ('n
0
0- 0
0 a W
°
m
=r m o
m
3
m 0 Cn
0
m 7
(O
c o
O a
D
o c� 0 2 u,
W
vfD 2
3 S
c°i 0 a
N
a a o 3
7
o
Cr
m m
W 7 y
o m
W
7 m
W
° m
3 (D
a N 7 X
C O
a y
CD (D
m_ s
CD
m
7
_ 0 m
M c
D'
m 0 7
o
o
(D a m
o c
O '"'
? a
Oa
00 'O
ao
W °_ O m
aC' o c 3
N.
o
(� N O
D
3
N d
°0
F W<
7C m y
2�
o
c
T m
(D 3 „0„
Q'
m �m
N
7_' 0
0
"� 0
�_°—'
_ C C C a 0
° aD (D 0
7
c
W O C
03
O
o
=�^—
O N
7
y W
a <_
0
nm _
7 S
$ 0 m
j
N 3 S W
o 0
CD
d
Q
S a
m
S W cr 7
0
'"�
m
3 m 7
o
O' W
a
c CD CD
N
c m
00 C
W
v 7
W 0 0
0 m
A fD
W
(D
W
m 7 m o o
a_ `G m a.
O
C
d: o
K
0
o
(D
m a
(D O
9
O (D (D
C
a° _m
a o
o c
_m
m
o o a o v
(n
o o
;! <
0 "CD
m `� 0
cr
(D
CD
cn
a
°°
Fn
�_cm=N00�
0 x
a'
CD
m
a m
d o
m <3C
Cl
c(_—'
0
O
o
a 3 �' O A O
-
m 2
o 0
m S
p1
m
7 0
7 0
3 (D n
0
CD
u+
7 W 0
a 7
a �'
a m°
0
� o
O
d s
s o
o °:
m W
m
y m
W 3 � v
W o m m
0
m
a
vl
(D
c a
< =
c
S
(D co O
�:
a a
m m
(n
2
CD 2
7 3
O
0 3 Wi
O W y W
C 7
W y
(a S
(D
n 0
3 n o 7 o
n.1 O (D n� 7
0
.m..
0 a
O (D S
`CD
CD
(D W
3
(D °
cr
m CD
CD
7
a
'�
Q (D
CD ° a
m O
.0.
O0 "
W
n�j
O
0 7
m' W
7 Q
" T 7 D
W (mn
a (°
d o
CD
N T 00 7°
c
a
c
.0.. 'O c
C D'
N
CD
'a 0
CD C
N CD (D
C
0 m<
j
N
a m 0
3 c a
0 y?
(D a
(p 7
N
(D
0
7 p'
N (SD
O _�
< y
0 y
S
� 0
(Wn
d
C a
(° d
C
m m
�'
°° m
°1
=
m
CD
m Er N
m
0 a
m =r
3 (n
° 0 _D
i v
CD m o
-• a
0 7 C
c 0
(D < S N
W
7°
3
m
(n a
<
CD N
0 0
° o °'
0 W> U1 7
m Q Cl
.0-.
W (D
7 S
a
o m
o a
N
o
3 7
o m
0
m
W
-
w m m a
0
a
7
w en
N) :3
< W
a7 a(D o
o
m
0
m
a
o
c
7 <
m
m o-
ac <
_ o m
>
>
o
m Oo y
°c
CD=
_
T°
m
°
RAC a
�
a0
0
o
S
W
'
7
0
�
g a m
5
m
CD
0
3
N
�D
CL
_
cc
0
0
C
Cr
0
0
rz
n
m
rf
0
.� z
C 0
X
fP� o
G
C D
n
0
0
VI
rF
0
0
3
N
�D
CL
_
cc
0
0
C
Cr
0
0
rz
n
m