Loading...
HomeMy WebLinkAbout2011-07-18_cityofsanrafael_decfe38fb850a325e9f41fdb18238c83CITY pF na OU Agenda Item No: 4'b Meeting Date: July 18, 2011 SAN RAFAEL CITY COUNCIL AGENDA REPORT Department: Community Development Prepared by: Robert M. Brown City Manager Approval. Community Development Director SUBJECT: Consideration of adoption of a Greenhouse Gas Emissions Reduction Strategy as Appendix E of the San Rafael Climate Change Action Plan (P11-009) RECOMMENDATION: Staff recommends that the City Council adopt the Resolution amending the San Rafael Climate Change Action Plan by including a Greenhouse Gas Emissions Reduction Strategy as Appendix E. BACKGROUND: In 2010 the Bay Area Air Quality Management District (BAAQMD) updated their CEQA Air Quality Guidelines for the Bay Area to include evaluation of the generation of greenhouse gasses (GHG) from new projects. As an alternative to project -by -project GHG analysis, the Guidelines allow the preparation and adoption of a GHG Emissions Reduction Plan to examine emissions and reduction strategies at a community -wide level, BAAQMD encourages this community -level approach as a more proactive means of achieving desired air quality changes. Preparation of the GHG Emissions Reduction Plan also provided an opportunity to revisit and recalculate the numerous programs contained in the City's Climate Change Action Plan (CCAP) which was adopted in April, 2009. There has been a great deal of research and evaluation of GHG reduction strategies and best practices since preparation of the CCAP in late 2008. The Plan would be reviewed by BAAQMD, and adopted as an appendix to the City's Climate Change Action Plan. An environmental assessment of the Plan could be used by future development projects or planning documents which are consistent with the Plan to eliminate the need for project -by -project GHG evaluation. BAAQMD requires annual reporting on progress of implementation of Plan programs and regular monitoring of community -wide GHG levels to assure that Plan objectives are being met. This document is expected to be updated frequently as programs are completed, others added and emission data is refined. The BAAQMD's CEQA Air Quality Guidelines for preparation of a Qualified Greenhouse Gas Reduction Strategy are included as Attachment 4. FOR CITY CLERK ONLY File No.: Council Meeting: Disposition: SAN RAFAEL CITY COUNCIL AGENDA REPORT / Page: 2 ANALYSIS: 2005 GHG Emissions Inventory As part of the preparation of the City's Climate Change Action Plan (2009), the City completed an inventory of greenhouse gas production in San Rafael in the year 2005, both from the entire community and from the City's municipal operations. The protocols for doing community -scale and municipal operation GHG reporting are being revised by ICLEI (Local Governments for Sustainability) and should be formally adopted by the California Air Resources Board this fall. The 2005 inventory previously prepared has been updated using what we believe will be the adopted protocols, and shows a reduced level of community -wide GHG emissions (412,804 annual metric tons of GHG compared to the CCAP Inventory figure of 524,148 metric tons) and somewhat different proportional contributions by the four sectors (transportation, waste, residential buildings and commercial buildings). GHG.emissions calculated from the transportation sector were reduced from 61 % to 43% due to reduced counting of pass-through vehicular trips on the freeways. Waste emissions increased from 5% to 14%. Previous 2005 Community GHG Emissions GHG Emissions Projections and Reduction Target Revised 2005 Community GHG Emissions The GHG Reduction Strategy projects future community GHG emissions due to growth in population, housing units, jobs and vehicle miles travelled, assuming no reductions in the rate of emissions — called the "Business as Usual" scenario. Without implementation of GHG reduction programs, San Rafael's GHG emissions are forecasted to increase from 2005 levels by 7.9% in 2020 and by 20% by 2035. As part of the 2009 Climate Change Action Plan (CCAP) process, the appointed Green Ribbon Committee recommended a community reduction goal of 25% by 2020 and 80% by 2050. The California Air Resources Board's AB 32 Scoping Plan recommends a 15% reduction from local governments' actions by 2020. The Committee's recommended 25% reduction goal included a 15% reduction from implementing the CCAP programs and an additional 10% "stretch" reduction from cumulative federal, state, regional and community actions. In preparation of a Qualified Greenhouse Gas Reduction Strategy a city may include reductions from likely state -level programs, including the Pavley vehicle fuel efficiency standards, the Renewable Portfolio Standard mandating an increasing proportion of renewable power in utilities' electric power mix, updates to Title 24 building energy efficiency standards and the California Solar Initiative rebates. In addition, the City can take credit for the GHG reductions attributable to the Marin Energy Authority. The following chart shows the Business -as -Usual forecast, the 2005 Baseline level from which we measure our reduction goals, adjustments due to state -level programs, the AB -32 recommended reduction goal and our CCAP reduction goal: SAN RAFAEL CITY COUNCIL AGENDA REPORT / Page: 3 600,000 - 494,824 500,000 ----- ---- - - ------- 423,618 -- -423,618 445,245 2,804 400 b - ----- `� 380,766 300,000 - r^ 309,603 200,000 - - ---- - - 185,762 100,000 - - --� - --- --,- -- - ----� , 2005 2010 2015 2020 2025 2030 2035 BAU Growth Projection Baseline 2005 Level Adjusted BAU with State Reductions State -Recommended ReductionTarnets Quantification of Reduction Measures Preparation of the GHG Reduction Strategy provided an opportunity to requantify the expected GHG reductions that are likely to result from implementation of the programs in the CCAP. There are much more refined forecasting tools and data available today than in 2008 when calculations were done for the CCAP. It also offered an opportunity to reexamine the wording of each program to assure that it is written with sufficient specificity to actually produce GHG reductions. Three additional programs were recommended for inclusion due to their sizable GHG reduction potential (encouraging use of high albedo (reflectivity) materials, implementation of the Resilient Businesses and Neighborhoods programs, the shift of municipal electricity accounts to MCE's Deep Green option by 2020 and seeking funding for conversion of streetlights to LEDs). For each quantifiable program the Strategy lists the assumptions and source data to justify the projected reductions. The relative reduction benefits of the quantifiable programs are summarized in Attachment 2, Ability to Achieve Reduction Goals The GHG Reduction Strategy estimates that implementation of short-term programs in the CCAP will reduce GHG emissions by 59,336 metric tons by 2020 and 89,437 metric tons by 2035. Reductions from state programs (fuel efficiency standards, required proportion of renewable power from utilities and increasing energy efficiency building code requirements) would contribute a 32,527 metric ton reduction in San Rafael by 2020, and the Marin Energy Authority will reduce emissions by an additional 26,836 metric tons. These all add up to a reduction of 118,699 metric tons from 2005 levels by 2020. When anticipated growth in population, vehicle trips, buildings and waste between 2005 and 2020 are factored in, the reduction goals must be increased by 32,441 metric tons, to a CCAP goal of 135,642 metric tons, The GHG Emissions Reduction Strategy demonstrates: ■ That state, MEA and local actions identified in the CCAP will exceed the State -recommended local 60.000- 0,00050,00040.00030,00020.00010,0000 50,000- 40,000- 30.000- 20,000- 10,000- OJ State Marin Energy CCAP Programs Authority Programa San Rafael GHG Emission Reductions 2006 to 2020 SAN RAFAEL CITY COUNCIL AGENDA REPORT / Page: 4 reduction of 15% below 2005 levels by 2020 (they would constitute about a 21 % reduction). This would enable the GHG Emissions Reduction Strategy to meet the requirements of BAAQMD. ■ That state, MEA and local actions identified in the CCAP will not meet the 25% CCAP goal for federal, state, regional and community actions. One could conclude that there is a need for additional federal and community actions beyond the CCAP programs to achieve the full 25% goal. ■ That additional CCAP, federal, state and regional programs will be needed to meet the State - recommended reduction target for San Rafael of 309,062 metric tons by 2035. 50U, 001 494,824 500,000 - - 446,245 412,804 400,000 u - 85,282 380, 65 300,000 327,060 9-92,621 200,000 _ 185,762 100,000 - 2005 2010 2020 203C 2035 Gmwt-) Projectior -- Baseline ® AdJusted Growth Projection {> Ad] usiedwith Local Actions State P.ecommondecTorget --Scn RofaelAdopted -argot Monitoring The BAAQMD guidelines require that Qualified GHG Emission Reduction Strategies must be regularly monitored and updated to determine the level of success in meeting reduction goals and achieving program assumptions. This will entail: ■ Preparation a compliance checklists for new development projects demonstrating project compliance with the GHG Emission Reduction Strategy (see Attachment 3), ■ Annual reports to the Planning Commission and City Council on implementation of the GHG Emission Reduction Strategy, and ■ Updates of the local GHG emissions inventory for both the community and municipal operations every five years (due for completion at the end of 2011 for year 2010 emission levels). It is expected that the CCAP and the Qualified GHG Emission Reduction Strategy will be dynamic documents which are frequently updated to reflect accomplishment of existing programs, modification of programs as needed and inclusion of additional programs to achieve reduction goals. As part of our consultant contract the City has been provided with a detailed Excel database which will allow the input of data changes to recalculate emissions into the future. BAAQMD Review The Bay Area Air Quality Management District (BAAQMD) does not have a formal approval process for Qualified Greenhouse Gas Reduction Strategies, however their staff reviews submittals and offers SAN RAFAEL CITY COUNCIL AGENDA REPORT / Page: 5 guidance on the proposal's conformance with the criteria contained in the CEQA Guidelines. BAAQMD staff has preliminarily indicated that our proposed Strategy meets these criteria, subject to some minor modifications to our 2005 GHG Inventory calculations and consideration of a few additional reduction programs. A conditional "approval" letter will likely be received in advance of the City Council meeting and will be provided and addressed at the meeting or in a separate communication. ENVIRONMENTAL REVIEW: A CEQA analysis of the Reduction Strategy has been prepared as part of an Addendum to the General Plan 2020 EIR, which would be used as a tiering document for future development projects. The analysis found only positive environmental impacts which would result from implementation of the GHG Emissions Reduction Plan. FISCAL IMPACT: The City expended approximately $20,000 from General Plan implementation funds for consultant assistance in preparation of the Qualified GHG Emission Reduction Strategy, While future staff time will be necessary to prepare annual monitoring reports, the Strategy will allow future development projects and City policy changes to tier from the EIR Supplement prepared for the Strategy, saving staff time in avoiding preparation of preparation of individual greenhouse gas emission analyses. OPTIONS: 1. Adopt the Qualified GHG Emissions Reduction Strategy as Appendix E of the Climate Change Action Plan, 2. Direct staff to make revisions to the Strategy for future Council consideration, 3. Decline to adopt a Qualified GHG Emissions Reduction Strategy, ACTION REQUIRED: Adopt Resolution amending the San Rafael Climate Change Action Plan to include a Greenhouse Gas Emissions Reduction Strategy as Appendix E. ATTACHMENTS: 1. Resolution with Exhibit A: Draft Appendix E: Greenhouse Gas Emissions Reduction Strategy 2. Anticipated GHG Reductions of CCAP Programs 3. GHG Reduction Strategy Project Compliance Checklist 4. BAAQMD CEQA Air Quality Guidelines for preparation of a Qualified Greenhouse Gas Emissions Reduction Strategy 5. Public hearing notice ATTACHMENT 1 RESOLUTION NO. RESOLUTION OF THE SAN RAFAEL CITY COUNCIL APPROVING AN AMENDMENT TO THE CLIMATE CHANGE ACTION PLAN (CCAP) ADOPTING A NEW APPENDIX E: THE GREENHOUSE GAS EMISSIONS REDUCTION STRATEGY P11-009 The City Council of the City of San Rafael finds and determines that: WHEREAS, on April 20, 2009, the City of San Rafael adopted Resolution No. 12725 adopting the San Rafael Climate Change Action Plan (CCAP), which included programs to reduce greenhouse gas emissions; and WHEREAS, in May 2011, the Bay Area Air Quality Management District (BAAQMD) adopted Air Quality Guidelines for administration of the California Environmental Quality Act (CEQA), which establish criteria for analysis of greenhouse gas emission impacts associated with new development projects; and WHEREAS, BAAQMD's CEQA Air Quality Guidelines encourage local governments to adopt a "qualified greenhouse gas emission reduction strategy" to assess communitywide greenhouse gas impacts and mitigation measures which will achieve the emission reductions expected by the California Global Warming Solutions Act (AB 32) Scoping Plan; and WHEREAS, the draft GHG Emissions Reduction Strategy, providing technical support to the adopted CCAP and the proposed Sustainability Element has been distributed to the BAAQMD staff for review and comment. BAAQMD staff has reviewed and commented on the strategy, and revisions have been made to address these comments; and WHEREAS, following the completion of the GHG Emissions Reduction Strategy, the City commenced with environmental review of the project. Consistent with the California Environmental Quality Act (CEQA) Guidelines, the BAAQMD CEQA Air Quality Guidelines and the City of San Rafael Environmental Assessment Procedures Manual, the appropriate steps were followed to complete environmental review of the project. As the quantitative analysis contained in the GHG Emissions Reduction Strategy relies on the development projections of the General Plan 2020 and ABAG through 2020, the General Plan 2020 certified Environmental Impact Report (General Plan 2020 FEIR) was used as a base for environmental review. "Tiering" from the General Plan 2020 FEIR is appropriate and consistent with CEQA Guidelines Section 15152. This review included: a) review of the General Plan 2020 FEIR to determine if it adequately assesses the environmental impacts of the project; and b) the preparation of an Initial Study to determine if the project would result in new significant impacts, and increase in the severity of the impacts, or new or expanded mitigation measures from those analyzed and determined in the General Plan 2020 FEIR. As a result of this review, it was determined that the GHG Emissions Reduction Strategy would not result in: new significant impacts; an increase in the severity of impacts; or new or expanded mitigation measures from those analyzed and determined in the General Plan 2020 FEIR. In fact, the GHG Emissions Reduction Strategy would aid in further reducing air pollutants than those projected in the General Plan 2020 FEIR. Consequently, an Addendum to the General Plan 2020 FEIR (Addendum No. 2) was prepared. The City Council has adoption the Addendum No. 2 by separate resolution; and ATTACHMENT I WHEREAS, on June 28, 2011, the Planning Commission held a duly noticed public hearing on the proposed GHG Emissions Reduction Plan. On a 4-0-2 vote (Commissioners Sonnet and Lang absent), the Planning Commission adopted Resolution No. _ recommending to the City Council the approval of the GHG Emissions Reduction Plan; and WHEREAS, on July 18, 2011, the City Council held a duly noticed public hearing on the proposed addition of Appendix E to the 2009 Climate Change Action Plan, accepting all public testimony and the written report of the Department of Community Development; and WHEREAS, the custodian of documents which constitute the record' of proceedings upon which this decision is based, is the Community Development Department. NOW, THEREFORE, BE IT RESOLVED, that the City Council approves Appendix E: Greenhouse Gas Emissions Reduction Strategy to the City of San Rafael Climate Change Action Plan presented in attached Exhibit A. This recommendation is based on and supported by the following findings: The public interest would be served by the approval of the GHG Emissions Reduction Strategy in that it provides tangible and feasible measures for reducing greenhouse gas emissions in San Rafael. The implementation of the strategy would be in the best interest of the public and community as it would effectively decrease greenhouse gas emissions by: a) placing less reliance on the use and consumption of fossil fuel and non-renewable resources; b) supporting programs that provide sustainable alternatives to energy use and consumption, vehicle miles traveled, transportation management and locating new housing; and c) promoting support for local -based businesses and activities. 2. As drafted, the GHG Emissions Reduction Strategy would be consistent with the General Plan 2020, specifically the Sustainability Element as it would provide an effective tool for implementing and monitoring greenhouse gas emissions. Further, the GHG Emissions Reduction Strategy would introduce implementing measures that would be consistent with many currently -adopted policies and programs in the General Plan 2020 that would facilitate the reduction of greenhouse gas emissions, which include, among others: Housing Element Program H-1lc (Rehabilitation and Energy Loan Program) and Policy H-14 (Innovative Housing Approaches), Policy H- 22 (Infill Near Transit), Program H -22a (Higher Density Infill Housing Near Transit); Neighborhood Element Policy NH -6 (Bicycle- and Pedestrian -Friendly Streets), NH -30 (Pedestrian Environments), NH -86 (Design Considerations for Development in the Vicinity of the Civic Center, NH -88 (Sonoma Marin Area Rail Transit — SMART Station); Economic Vitality Element Policy EV -6 (Shop Locally), Policy EV -11 (Promotion of Workplace Alternatives), Policy EV -12 (Workforce Housing); Circulation Element Policy C-11 (Alternative Transportation Mode Users), Program C-llb (Car Sharing), Program C-llc (Low Impact Alternative Vehicles), Policy C-12 (Transportation Demand Management), Policy C-15 (Transit Needs), Policy C-17 (Regional Transit Options), Policy C-20 (Intermodal Transit Hubs), Policy C-26 (Bicycle Plan Implementation), Policy C-27 (Pedestrian Plan Implementation), Policy C-32 (Parking for Alternative Modes of Transportation); Infrastructure Element Policy 1-8 (Street Trees); Safety Element Policy S-20 (Levee Upgrading), and Policy S-21 (Rise in Sea Level). ATTACHMENT 1 The GHG Emissions Reduction Strategy has been prepared consistent with the standard elements and requirements set forth in Section 4.3 of the BAAQMD CEQA Air Quality Guidelines (May 2011) by: a) quantifying greenhouse gas emissions under baseline (2005 conditions), business as usual (development projections through 2020) and projected reduction conditions (2020 and 2035); b) establishing quantitative targets and goals for each of the reduction strategies and programs based on a supportive quantitative analysis (strategy is supported by quantitative work and spreadsheets of computer programs used to assess data); c) including a monitoring program for tracking the progress of the strategy; and d) implementing a public process for review of the GHG Emissions Reduction Strategy and the supportive environmental review process. 4. As drafted, the GHG Emissions Reduction Strategy would be consistent with the California Global Warming Solutions Act (AB 32) Scoping Plan as it provides tangible and feasible measures for achieving the goals for reducing greenhouse gas emissions by 2020. The foregoing Resolution No. was adopted at a regular meeting of the San Rafael City Council held on the 18`1' day of July 2011. AYES: NOES: ABSENT: ABSTAIN: ESTHER C. BEIRNE, City Clerk ATTACHMENTS: Exhibit A- Appendix E: Greenhouse Gas Emissions Reduction Strategy W:/ ... /P11-009/P11-009.CC reso 7 18 11 0 O V 3 .a ce .0 E ®LJ u c U .. (L) WV �^ v 13 ®a N 0 a) 0�: U co a) rn >• c �OE E >� °° 0)a) N U) (n s O= c c rn o c o O o a) o o c c °� o U O , . (o U (q 0 Q (n N c a) O O E� a) �, E N c a� 0 O c O� '- E O O -0 a) a) cn V 0 U O X 7 O O ., n cu o o C� o °°� O7 0 � c o v ate) 0 (n 0 ° (n � co � o c as m o a) aa) a) U) ° Q co L- W a) v c c (� o v=° c = o 6 E-0 cn a CD c cn a) o .n o O aa) O o° ° n ,� ccn o 0)o E ° 3 a)° c° a> n '� Q 'O .� U v� O a (D o c N cu c rn O ° *c' L a) a) a) v a) co -a a) >, rn N (o d _ 0) _0 c a) Q.. w cop >(D M, N y= a) O -0O > O U C a) c d) co 'a N O co .2 Q C N +� „- u� U a) a) c a) a) c c N �O i C> O N O O O N -0 E -0 � cn E co a) J- a) a) a) a) c a) E w cn v 0) o c° o 0 o w ami ani o o° ° 3 a` )) 0 Z -a U) U c a) 0 o Ca co ,� a E c co ° cn I° nLr- U) v 'fl °oWc�O oa�Uv co a) >aU)w 0) U c E 'n ) c(n ) o o °na)E o° -a .COa N - U) o U t a) a) m u°i E ° w (D o CLU- 0)U o co a) a- I— U .S (n -0 cn (n >, (n (n c c .c O cn -O "- O (n "- >, _C ,4-1 o _: a) n >� o aE V)a) >, aa)) cn aa)) c co ° ° u) ° c ° c o o n o c a°i ocn co Q C� LL ca=.L � L co U °.o ° (n >w.° � :3 n v° U c Q (.c co o in c U U at o- c cn aa) ) c � ° ca co Q o ° ° cn o w }' °) o c as c g ami '� = d a) a ° °) (n -5 (D ° ° 4- -0 a) a) a) C� AteQ -W O -0-0 a) o ��- D m°°� p) Q a) L W Q c N of v)w Zoa° Uii NU aa) o 2Q a) -c: V a 3 cn' CL (n co o U c U c p a a) U U° 3 O a) c >, co w rn •J a) a w ��1 p o p U m 0) o m U V a>i ,c a° c`o a a) �=� "- U) Co a c a cn " � O .- f-- -0 (6 ' ON (n av)i 6U. aam (o ca) ~O U °¢ o (6 � N p U .0 m a a= °o O ) Q d o o a = a' J- im O O O O� 4- :3 � ON ` o° `- -0 6 "O N= (o �0 •� c U O a) '5 m o 0 0) A-- 2 p c Q O tff CLU m w o° p c o o •� = o cLa m (n o m U °a) co �U °16 a) CoQ �m60 o_N o ° E >, v c (n c d c co >, R i E co c° co a) w c O co c o N I—-0 o 0 aQwU� cn� 3:U) ONmU) N F- � Q..Q EXHIBIT A o (Q -a r G) X v a cr co o W w nc h X -a _ n v o v°°v 0N m o O oO< < � n O 3 Q �r+ CD m O w z v' m mvcEr z -cnmmOoC ® Q i11 ��<°° Q`�m m a O o CD con `� ,� ° '^ l� 3 v m (D(Q vii ca :y - mv o DD Do3 a CD m:3 3°:3 mL°�io c 3 oo n CD CL �3 cno n m G7m° o oo0 D o m CD a . mr- a o Q o- uoi � a 000 ° rn _ _ m m CL m M rn 3 � ° 3 3° r-- c) conn o o M ci G) G) 3 ��, Z 3 L < N �' = o m �' � rt; m m 5 v o o 3 3' (n coo cn c cn (Q Q 3 3 m m Q o m °c m m cQ -1 cn �o << n (n —10 � m °g a 3 r C� m m (n Cl :3+ m :33" v o o (n (n W a m o m 0' =r N°- m -0 -a Q.�ch g'�O -ism g (3 00D3 E; � A.X0 o. a to n' n. v �' o° m u3-,' D m o 3 m a 3 o n m (D cn m 0 o - o W o 0 v G) v o m G) n c° �o w m� mvD o m o oo v ' `<. 3oo ' 3 (D c � am (cm (Fo D vcn =h O o ° Oo ° a 3 0 :3 0° o m cnM\ M = oO n m cahm - O m o oa ai 1 n O N O 3 �. fn' -s m O in __ �. O 0 Sll — Q O fv m m < l/) O m W N Q- 0 O o r+ m °�D� D� n o m o � a oo _ <-a m 0 a 0 o m 0(a v N cQ --++ a: O m o v ca =� W Q� 04 m(n m v o(n �', 3 m m m a o m y . 0 3 a c, m� v = cn x v _r � 0o . -a --1 •5-1`< a`? v m =cn.-•o a° �v CCD m o m� o o m 3' 0 cmn a o D c°n r, < (Q m 0- -0 m `� - 3 i m a m � v n m v (nn o m a- m l<v' o a M o, 3 N_ 3 v o o m o .t oo v o u 6 D• �• o 0 O a _ -;* � o r+ : o — 3 3 (D O O v m ° o N (n 3 � O N� fn Al In a v Q.. Q(D C m m m 3 p C� o a o cn � Q -+ _ +1-0 Q m <, o �' Q cp cQ vi n c M' c� ((DD Rl N N. o (p o Q n con o tmn n con n E o. o m 3 Q v c°an -3a c< -n • n 2 c O -a cmn m � o (D m _ `� o' O m `< m -h _ -ti O a CD (n° m cn o m 3 n. = a w o m( m a' CO o � `. a O O m a n 1 m 3' 0 m a 0 cQ m o o 0 a- 0 (a a w I N 0- , 4- 0 T in T ~O m O U m C N L CO p M 00 U- O (a I*- C O aN E N N .0 coo 0�.� (a a) H � uS O 0 O 3 O U � 3 F C r- a) m C N C „_, O O) _ � O in O _ >' to ° O a) � N O 2 o v f.. O N E L) U) (n :p O C Z' :3 U O cn N C O ca cn.° r- CU a) C � •0 O n CU O to E •� E O L Q O C N O O " N a ca i a`) °ool—n o 3 C w O '0 U L C O U >' 0 O .O E o O (D ° E W . Q > r(p cn O Q R1 C co U) C cn Z O >, _ to m O (7 0--a O C O U O cn O U U _r_�+ _ RS w a) —O i ca O -s= 'O ) S o a)co N N Ov- cn O O O C ° U O N o U U 4- C C O o i0 cn N p T M N L- E �+ (� a) C a) a) 0 o O i C a) 4- cn U) Oi= L in _0 O 4O m O O Z' 4--O G G Z, C (6 O a% O O O O .O cn o o C cn cn o ° H n N N .0 N Q a in C O � a) ca cc) 0 0 U)) co M N o cN- OU Z, ~ C i-- O d ° E L r- O O N .OO � 0 O r O O 0 = O C~O Q t4 V w (D ti O O N Ln m in E U O Y j U ca : E m 0 to E L L ° a) O) .° O O3 U m N M E O .� ai Ui _, u. c`a q coir E (N w T 0)o O O a_ 3 U ° -C O O ca U) a) U C '� C _N W M LO U i (7 N t _r_ O O (a = >, 3 O o° m O C a> U) R) C) n E,2U rna.T f— ca o ca f— ° u) E 2 MI =3 O 0 OI O N N �+ C ui > O C C C NN C • O UE aM .r W N D C a) O U � C � a) C U > a rn is Q 3 0 m (Oa 0 (a ° O a) of O CO m > � of r> s 0 m O m m 14 O CO CO M 00 O W I*- L (a O 3 C ca a) _ ° Q `. f.. C O C) a in C O � a) ca cc) 0 0 U)) co M N o cN- OU Z, ~ C i-- O d ° E L r- O O N .OO � 0 O r O O 0 = O C~O Q t4 V w (D ti O O N Ln m in E U O Y j U ca : E m 0 to E L L ° a) O) .° O O3 U m N M E O .� ai Ui _, u. c`a q coir E (N w T 0)o O O a_ 3 U ° -C O O ca U) a) U C '� C _N W M LO U i (7 N t _r_ O O (a = >, 3 O o° m O C a> U) R) C) n E,2U rna.T f— ca o ca f— ° u) E 2 MI =3 O 0 OI O N N �+ C ui > O C C C NN C • O UE aM .r W N D C a) O U � C � a) C U > a rn is Q 3 0 m (Oa 0 (a ° O a) of O CO m > � of r> s 0 c U) c v ° m v O' c U) T c N c CD-' (D N O 0) 0 D O c v O O O U) n 0 O 0 m (D O (D 0- O (D a) (D O' O O Q 0 0 0 Q N O— Cr 0 (D 3 (O 0 (Q 0 O o v C° c° n _ c W c O `. fin a3 (A h cn cn o - u) o o �• 3° -� a G) W CQ v ° -* m (c c =' M. n to-� (D O (DO R o. O 3 O cc cnc . O (D. (D (D O n � O N n N C 0 N O N Q N ° O N U (D� o o n (D 0 z (n z G_r (D ° rt O O (D Cy =3� W CD ( N N O 3 < s 3 0 N Q O O° _ O '< (D 3 N ON Fn' = ='. N O Oh N Q Nn (D N O O Er -0 w D u � p "+n o p) v O v O w (D << N (n 'p CL o co v 2) � a"m U) a � MCD e O A O � -� O=<O v ' _3 ° C v -I-a o° o a m CD � O ° U) M mc Dn< o (D = °- 'aCD < N ON3OOo O r r s (D O N r+ O O O v W CO 0. O' CD :3 c Q N 4 r+ CD N y (D A N ((DD -0 (D v v ® O 'O O In G) O Oco O O N i —i m m n ° O O 0 m N is ,, W A P O 3 _ O_ ° O n O. (< O n vn > N CD ( � CA _ (v°D (n a Q pW �CD O ,A O W O cp 00 CO N (D ��W'Jr+ (D + ci � 02c W � Cn i O N ON a- N N - (n (D O CD 0, `< N N O0, (D (D' O • • N n O D O (n .-. N O O (D a N= 0 O � 1.,. Ci a OCD . `G (hD O0 (D P I Q N O— Cr 0 (D 3 (O 0 (Q 0 n Q. GJ — CR -:3, a3 (A ((D � (D - n -� N 3 a W n N° =r �• m (n � '�o M. n to-� (DO o a w O cc cnc . O 0 N n C 3 N m m U (D� o o (D 0 z h z G_r � 0 (D Cy =3� N N _N CD _ Oh N (n• N O Q O 5 (D :3 -' p) v O v O w (D << N (n 'p CL o co 0)W rn N O O' v O e O A O � -� CO N v O C (A• O w O O _a I -11 Cb O OQ�.� O'N (Q , O O O v W CO 0. O' :3 c � N N 4 -4 y A W N O -0 (D ® O N In G) O Oco O O v N i m m o N N m N N ,, W A P IV _ (O 3 (D O .0 (bo W � CA - � (n a Q (DCn JI, -I O ,A O W O cp 00 CO N (D p' (D + = W � Cn O O N N N I 1-jr) L6 C C a) _A U a) E L 0 0 O_ C a) O O C 2 C 4.a) C E O a) O O O O) O C a � o C O O O a) Q O U C U _ Q Q C O E OL a)O O_ "O U w O L L (0 O O U C U O O r ++ (E6 C +� C O 3 a) a) O U O (D C O O U O U i Q Co uQ N W cU a) E a) C 1 a) C > 2) O O a) E O O O a) a) v - (U - - D N O o o o W� U N 15 >+ E 'OU m a) a) Q O C -p N W C O +, > a) L O > (� i6 O U C a) •C C 4- N L C E O O o a) I— �— �>— O ca a) -0 0 N 0 N —O � E O o a) (0 y U O C a) Q O C a) a) a) C> U a) NLEo LL > j, co a) -FU-oO O 0) o M o (n a) N- r= O_ N O a" m O O C a) (U E Q O O a) > I o ,- m uj U a) a) cn N `�- O N Q> o� E 6 a) MO (U C L } C �, (n L O O C *, (U O C E O N 4-C -o E a) O a) j a) a) = to E M O (n C U)� O a) C a) m .G d � U) O O O O O O O O O O O O O O O O U-) d' rn N -1 cc c: E 0)0 0 0 .S >, C C ' O C - � . t0 'O C a) N vL- �> a) O N(n V C E" 2 O L a)a) 0 OU •U) Loa) O U CU C a)~ (n v 'C O O O U _N L a) 0) p U 0 0 0 0 +' (0 f, L O O !n C O o_ O C += co a) '= N N O 0 W O _Q a Q O O L U U C m O L U 0 - m 0 U a a) (OU U a) U O a) u) (� E J C N "O m ^ cn fn U N ►O C W co a) •` CD E aa)) U L E o ° '° L 2-r- O _a) OL Q 4-- 0)j U) vOi a) 4 N N E .0 a) (U a) a) 'L= a) U N C 1 W N -0 ` U_r_ Na� o a) a) a) cU a) _ L a) :3 cU m fes-U(A -r- L- � (n o L c O a) N O O C o ° CU O -!n a) C 0- O C °C CO p) O a) U E 15 cu ro E O cU o N o U O +� O U) o 0 0 N n 4- O U N CO f0 p) L -O 4) oFna) H Ln (n O a) N m N O L CE a) C O N O L U O =_ O Q 3 C C N cu U ® U) cU E A. a o U o 0 a) (n O >C d c6 O O C C O E N N C -� to O (U > E O o O E 0 a v o � m a) U a) a) O C U $ ®Ln = c -oo a) v7 > ca •� E-` O a)M a) � �= L r L� O a) O= C O LU co cn 0 N 4-- oU n +' C O C -O -. O E im N > "-' o v a) o f M U (U6 (n CL a) Q. Q ..00 U (D N O C (D x (D CL (n (D Q. (rtD N O m O (D N n zr O .O O O. (D w O 3 =u 3 m :-317- " rt =r O.. O (D n Q =O" (D n (D 0 O.. n v G) O N w o O O C" n O rt S O O , O a) Q O m 3 (D 0« ((DD O m � rn o 0 O'" o O ~' O ct O � (D (D (D (D C) :3 O G) n o n O 21• >_ C N N Q (D (D (D N 0(a N 0 N (Q rt O c-, CD 0) QC/) Q O (n o 1 O r0+ O 0 N O O (D Q n� N (�D O 3 O :03a O� (a' �J � (n o C N 3 N C)7 n _+• O Q (OD N O N r=r 3O cD o O _ =7v L cD (D O (n :- O rt (Q 4 O n Ort :. O N R fOn 0 "O <FD' (D O n N < (Q rt O -n C (D Al (D (D (Q N 5 3 N N :� r o (D (n O O r o 3 = (D (D to "O CD a)� N o'er O r+ O 0- rt O Vl iU 3 m :-317- " rt =r a O C Q L O G) (n -a, (D cn S l< Q =r G) O N o (D C7 (D n rt S 3 (D 0 3 N. (CD fl O m 3 o rt O 3 (D � rn ch O'" O ~' O ct O � (D (D (D (D C) :3 O G) n o n O 21• C cn (D (D (n �• (n 3 F• rt m c-, CD < Q D (n o m O r0+ O 0 N O O O- Q 3`.2 =r O m m 3 CDD O in O O� (a' = C cn (n o C 0CD 3 m (On n _+• O N (OD N O N r=r 3O o O _ =7v O w m S cn (D (D Q rt 0 I a Q L rt N 3 < C -�-� (D N o <D ® C. O 0 o m > > > > > > N N N N W N N o .p O pp N O pp N N p rn O O r N• 00 U1 (YI (O J J O cn co -4 N N P N ? Cin w 00 I I I � 0- C o � cn O O rn -4 w 0) p m0 fl N '' CO �N Cn ON O O O pp, O O 0 o � 0 0 N O O p0 O Cb) O O O O O -- C, �� A O am>0 { r W 0 N(7D O N aN �p G O -, Ch a3 co 3 T- O U ph QtD�� n O \O ;O e n (D t C Dam P, -h N BOO- 0 0 0 �D Lh o (D 6 N (D 0 I ., I � A O Cr 0)Co C� # A Ch O , N N v O Con lij >v * o o -a vi u c N > 3 C Ua) O X "O +1 00.0>, n .0 -O H C E Q @ 6 aJ N 'N o _0 > O t a 'a C C: L +-J a) o co o wz V) + n 3 c> o cn O VI L C r6 t6 +' +, N N 14-a) v v -Y u u 'o L6 O > -o E c o L O +, m ® L m aa) a) 3 Mo o 0 0 ® vOi C i O +O p N e O U a L! - �' C O C' v O Lr) a) o > (U6 C C 4Z �C p ul N L(7 00 +� N N O GA O N + N 4-' lD O c c�ov o Y -r- U) 3 Q c o r6 V) c m t (ID cr-v Q o o (L) No o ; 0 c6 C ® u 3 Q C � v}i N 'O 6) H Om RS N O C L C L `�' N V1 N O O Q LE O a�rq N O C � � r6 N Q O @ 3 +L r06 C � c 72 -0 ® -O � 6) +� 0 v C r0 o U O a) d v OV C a) U C O 0 r6 O V +-, O Ln L _� C C � U rN6 "d C c C O O ' in U ++ 0 0 a) Cl 6) L O O O O O 4L- C O p 6A O 'L O r6 O U u U c v> .c c6 O N L O C ® C C N +' a) O O 7 O O o L 4- v> >, U O v au) ++ L a) C Lo- O O a ++ .� a) o o 3 Q cn a cu E � ��� a- m om o o m N ate) �� E o s x� o ® a� E o o c N o c v o 0 0 > I- c o C fn p® OC u +L Q U (6 O 0 U C N N N Q 3 c , O 1 .0 (n cn a) a) (L) c a) LO a) L O) NC v7 O 21+ a) cn L C > O C M .O C a) O >, - f0 U ~ C m M U C N= O 'U Y� U O O d) O a) C O M 76m a) U) a) p rn o c o L o C f6 cn c to - C a) to .N N O Q m� N (10 (D O� C L C cn >% } N 0 O .0 'E O O N m O a) t C O O O ,� C f6 C U :5 O O O C O p N 0 C p C ® NCL � N CO E a) N a) E O ® 0 c Q E 1 O U -a a} > C) U) N V O cn N t� C 0 N U p Q Q O •� C� a) O Ca �- c cn E �' C C ) a) 4- : .U) (6 �_ Q a) o .Ln U _ a) N Q a -a p �, 0-.— m (0 Q a) E � L) 1E '� = 0 U p a) � c > a) E i m (,) a) cn a) () o 41 a) D ,� a a) L W c C) a) > Q a O p- to cn E >, 'F N 0LE a) cn Qa .� o o E a M aa)) CU A w a) w c� Q o aa)) cn U a) a a .�- C E C N -a a+ C tU -a a) a) Q U O U a) +—. L :J 00 W W U U� s= o=> 1 T U � , c_ � L L L L L "a rtY: N N C C> A E+.> a c a a a a a N :a a) a) E — 0 aNi rn c No Co cn a)' c v U' n L c c E O N O w i. O a)( w- a) E C Q .O O 0 U 3 o c ai J a .E ai .� 3 aai ° E o a°)i ° E a) a o C) E E ° E ° w N .Q a E - a) m 0 H 4 .E a) a) -O a ' D N N N LA. 7o n Ci D p N O 70 W D m LU O o o o o v -a °' + ° 0, fl. C r Ln NO O to m c m n o O O r+ -• 3 O LA m n O rr D v �, ((DD N + o Q. c Q. c CL7 c m r+ v m n m + O (A O C o ((D a in t O N �~m O 3 U' N O _ O _ O cu ,�+. 3 O a- QQ( a C 1 (D DO o vOi to 0q x' O O N + m� Lm 0 O nnn pnj K NDs 0 m r (D �i rr+ rr' OLA s (gyp O r O O r+ n a n O Q" O OO 'h In O a O to .< N Cn N o -aa Q p Ort �n a v : O a 0 a IA :y to O a Q m 3 v 7C' N 3 7C" r0+ N S (�, m CA a � °"' N r m a o s 3 o m m o CL No o ° v =sr+ �' o a 3 < N r 0° a 0q a D'q O (p ° m LnCD LA :E�' 3 i-� O O rte+ a a c 3 CL o a 0 "a a X 'a N 3 In CD Q --77 O m W m O Q 0' rt p m r+ a a r•r, ° cu �,+ v Q C c O 0) W Ln O 0 s m rr Q a m O< 0 O Q3 a W O v N ° O 0Q O O O n (Do < a) o S m O m< CL 3 m U)3 m rD Q I v, D N �' 01 00m cu o v o =r c N O N O m M 0 (D :zm� 3 r+ 0 � D 3 O O v a W N m D C fl n (D C Ct m NO O to CU S O c O O r- O -• m � O LA c O ("D D v �, p D O rt O n m v r. (A O rm-r o ((D a in t O N �~m O Q I v, D N �' 01 00m N ;z D D 0 N O N O N O � (D :zm� 3 m � ;a N c o< v aq m D v, o LU o o N v ° '. O -• —�° c In °' c m t �~m w rt o tom m QQ( a 1 o cu r- h M (rD O m� Lm o nnn ON< NDs m O 03 r (D r r+ r+ n O Q" (D+ + = Q o -aa -�I �n �, v : = 0 IA :y a M 3 v (�, rt0 a � °"' N r LA o o o m cn o �' a 3 v a° r 0° v Cl s LA :E�' 3 cn a a c O o Q a Q N (D to CD Q O m W Q 0' p m r+ a a r•r, Q C - O 0) W Ln Q s m rr Q a m O< O Q3 a S n (D r+ v N N rt O -+ 0: m m O n (Do a) o m O m< U)3 rD < N O °' (A 3 (°D v " a- + 4 Q: 3 v°a N n m O., m a O 3 `< a . 0 N r+ a m o w=3°+ -� (A r' O r+ Q N 0 0 ° 3 7C N ° a ° ° 3 O a m a m (D = V C� G a 0 I o m u t � Cr: N O v L Vf Q 4 v O O CL V)'L i2 4-- f6 L O 00 t F -d a1 Y O O a) — O O cmr_ _ = 4+ �p a) t N o U c6 O O o m c N O @ np � O to OQ O 00 CL 0 1 (1)N UUc O a1 Y to ) a-+ N O G Q CU Q a E a O L } NO >- V O LLO bL1 !� ulD_ N N C o t0 \ CC t r'I C N+L- .7 U O rn N a) 4�0 L i C C Q �O W -p p00 7 p O O N V)O \ 00 4- .0 a) U vi 'in C 3 'v1 N > G11 M O L '� O `L° C a) > L- 0 3 0 4� +� � � 3 m V) > _ c o , a 3 \ U a aJ > Mn O O H o O u C O" to v- C p vi a N 7 M O -CC O Q c N to I O CA U .0 L1 L 41 U u t � L Vf Q 4 v O O CL V)'L i2 t QU O O a) — O N 'O _ = 4+ �p c: m a1 U O a1 00 cp E L C bo �_ C OQ O Ol aj E QN TL T - ) a-+ N CU Q a E a O NO >- @ O d-+ C @ N W UO O a) � O rn Q a= — p Q a`o Q �O W -p •E C 7 p O O 41 -O O O L C U Q- L a) 'O J W L 41 fa W bA C a) > L N CL O N _ ® f0 ..Q 'ObA a a ® N O `� OL t +' 4-- C M o o F- O 00 m U .0 L1 L u LJ.. _ a) U bA a)O C m (6 @ i 'p Oiz a bA U d. w O O 00 ® yOj a (n C bQ a) tii vi vi Op � m a1 M p E O U c O c O c O N �; Q „C '++ '+1 '4 � @ _ 1 v > � � � n ® o v `L° ai- m ai v tea, Y ®I u C cc c m = oC oC oG CO 4o-- 7 -a +i a) C: Hp- @ U 'O O r l O N Ln M a V) OOC U to 2 ,_ O O O u CL oo t O O a) — O N _ = 4+ �p U O L C bo �_ C (6 N O Ol aj E ) a-+ N CU Q ocu O NO >- OL m x O d-+ C @ N O L -0 a) � Q a= — p Q �O W -p •E C O 41 L a) 'O J W L to C a) > L O N L co O c6 41p- CL 0 N 'M +' 4-- C M o o O 00 m U .0 L1 L LJ.. C C Q bA U d. w O O Q lD +' O O E O p V) '4 U •p L O N O UNp N O M E C U L C p C,> O C E a p E> O CL O O mp u N o a u CU N t a 3 E a) U (0 Q—° t+ O "O U m N •C a) aO+ C N p fpC LO L, cu c6 U E w0 �Q U 'L C •U 'U a) o t0 L U G U Q) O o bA Q ,° 'v 7 v, +�- o 4F- � + C cLa 3 O 'o 7 a 0` OC cr U O EO E v c= o 'O rn v 3 'C Q CL .� u c+0+ 0 E F- W vi L a O O !n U V) I- - OC V) O V) 43- O N N N n cn 70 3 � 3 D v 70 (� C7 N s3' N v V' N N N v n 70 W C --I N n I I I n I I D 0 w 0 N 0 N F, O =30. m t' v in _ O c a' D (A �-A D oo < o r+ N In (D in C 3 Ln O O :3 *. C O o O C7 O ,i. O ZA Z M N O O (D r+ 0 5R Q) o CT) C a ao rr lD 3 3 r+ C � !D < + rDD � Q O_ v ' * S �• 3 + r3+ W (D n (D d 3 O 3 c c rt, r+ N: r r c lri O CL O O O 3 N 0 0 0 OZ1 cD N (D v ® O 0�0 (1 s (D fl.. N < 3 N to CD + CL c 3 O m LA (D v CL Ci can vii cn �. vii ' (D !�' D 0 N L = N O � O 3 -n -� 00 a 00 O v N 0. 3 0 N O to (D rto C v o C (A I N 0 r+ N N r+ 3 r+ v a p 3 c 0 C 0 O O Uq 0 — tD _+ <. r+ 0 Piz r+ pCj 0 CA vLn N (3D r0+ rt OW 3 p n 3 r+ E N N3 - ON (D -n o- O O fD (D 0 LA (D a) O_ �• n � O r + O Vt _ (D 0 3 O 0 (OD �� vrD =r N 0 N �^ 'O v rD m a_ -0 cl r+ r+ nO -. O 1 F O Q Q(A O 0 n ON (CD E °, Q Ln 0 on M �. o " CA = lJO ap ° n 5 c vr)0 a c 3 r4 -,, rD v+ 0 Q aq ) rD �. Q c 3 3 3 Lno a= rorbn c rt m r+ o Cto 1+ 03 N (D Oc. C N r+ ca OO d (" + (0 3 3 m 2. =3 p � acu CL to (D Q (D n' 3 r+ < Z7 (D vOi N N0 (D (D ma — N � r r r+ - :3 n Q. (A C/1 " ° Q w CL '+ _m NN O _h 3 = vii (On m a1 n N r+ iv LU 0 0(D r+ " 1+ 'o `< O cu -' O < < N O, (D N d 0-0 N p r -fi 3 n 3 cn F3 Q N O LM ar�j NN r+ O O 0 3 (A r+ �' (D rt N Ort n cn 70 3 � 3 D v 70 (� C7 N s3' N v Uq cn O (] O 3 C (D -0 O rrtr O n Cr (D Q C 3 (D {• v- 3 O o M v 1, N �, (D N (D s °' m (�D n n = a ao rr lD 3 N = !D < + rDD � Q 3 v ' * S �• 3 + r3+ W (D n (D d 3 O 3 O N 0' (D v C N O CE �^ OZ1 N (D v ® O 0�0 (1 (D (D fl.. N < 3 N to CD + O a) N (D �^ OW r3r O CL UU N �. fD !�' d 0 N T N O n O• fi O � O 3 -n -� 00 a 00 O v N 3 0 N O to (D C v 00 I N 0 r+ N N r+ 3 r+ v a p 3 07 3 0o O O Uq 0 _+ <. ' Piz n n v n n N (3D r0+ rt OW 3 p 3 r+ E N - (D 3 O O fD (D 0 LA (D O (D(D O Vt _ (D CL rD 0 3 O 0 (OD �� N �^ 'O v rD m a_ a, -. D L Q(A O 0 n w<rD v E °, Ln 0 (MD on M �. o " o. ap ° n 5 c r+ v, a c 3 r4 -,, rD v+ -� Cl) rD �. c o a= rorbn c rt m r+ o c Q? N (D s N r+ (" + (0 3 3 =3 acu 0+ n' 3 r+ < 0 7C _ (D (D ma — n � " ° w CL '+ _m _h 3 Ln -0 m a1 n N iv LU 0 0(D r+ rn Q In `< O cu -�,' 3 O, (D N d N p r -fi n : cn F3 Q P c r— Q) N F -a v a, 42 ro O Q) Q. cucua L •E =3 U E E "- c L O O E W ro O > O L 4- ro U O Ln CL C 'L > v v U LJ > 4 O N O a) O +� a) c : U U N 01 � L Q) Q 4-1O O > C Q) E Efo c U C U "O O Q L 0 'V U C L 0 0 v j U OL a`Q a] W a c O L � -0 LL O 4 N L Q \ N c-1 O .. V) O (d +- co 11 N rn 3 +°°' C 0 CL v Ca a) Q v Vf L- O LJ O E �= LL Q) (11 O O ..O v "O 4-O O• p O U E O V) N rj C CU oz cu V) O > a) O > L C C C _ O O O c= O..V U 4� 0A y_O O O 0) ) O O .QW � � +1 cu - Oa) H- Q) •v O O� � ro a) .E 0 0 4- o Eo N N ° t4 . V) O O. c L. N Q z 2 mro m to c a) o Q o+ O v 3 +J C a m vi m c 4 O C UD ro m�-- -° 0 Wuro O z ::� -a N oc Q a4 O Q) N E U -a v c 42 ro O Q) Q. cucua L •E =3 U E E "- c L O O E W ro O > O L 4- ro U O Ln CL C 'L 0 v U LJ > 4 O N O C L Q) V) 4-1 +� a) O U O ® N ..0 .w v- N 01 u Q O v1 h�A C Q) E Efo 0 0L N C O "O O Q L 0 'V U C L 0 0 a) a 0 o *- ipU� j U OL N OL o c FJ7 L ro -� V) a c O L � -0 LL on C L Q \ N 4- \ O V) O (d +- co 11 N rn 3 WO T ro Ca a) Q v Vf L- O LJ O a U Q) r$6 CL c ..O v "O 4-O c�-I I� .� U '0 U LD C O U L Q E p •- r6 = C CU oz cu V) O > a) m m ._ L) O Ln U Q) Y u Q) C C C 0A ate) u c O O O c= O..V U 4� v m0> N N O 7 O O• C 0 •U- ® � � w cu - Oa) H- Q) •v O O� ON >� a V 0) o 0 0 M 0 0 OC -O (v 00 Q) N N N t4 . V) O O. O c •— Q) N -a v c a� cucua c L O O > U C 'L o U v U LJ > 4 O N O L +� a) L O C O E °1 or u Q O v1 h�A C Q) E Efo Q1 C O � tO 0 'V U C L 0 0 Q) j U OL N OL � v > a c O L � -0 LL O — L Q \ N O (d +- co 11 N rn 3 CL O L- O LJ O Ln Q) r$6 r6 U a.°+ O> ..O v "O 4-O c�-I I� N I O U L Q N �, L mc C CU oz cu V) O > a) m m I� O ro Q) O� o Q) Vi c O a - E > 0 ,n NO c __ o U :, L E a \ Q Q n >, a v) v 00 Lr) >� a bA C (3) (3)L V) O •L \ Q) O mro . V) O O. O N O O V) L. a' v ..Q O C UD ro m�-- UAU -O O O vi Q u o O Q V ro > N'O a o C O � +� L! C CL w O '+,—'a) •U Q) + v) v1 V) v) V) V1O m 3 _ O 3 U E >— a>i �, W c O c O c O aE, a) co a) C L (46 aro+ +2 713Vl+ = ?:N Eostin yE Q) I v- c 'O ..O 4 N i1 14- O F' +, a) U mC L1 a Q) O Q) O. O O 4- O ro > +, = o = o = N v O ate) E to o N o m U m N j 00 Q LL C- Qj Q Q �V) � O O O Q > 0 bOA Q) LL Q) N cucua > U > L O. 4 O N O L U a E °1 or u a) C E Efo Q1 Y00 C L 0 0 Q) O > L � -0 LL O — C U (d +- co 11 N rn 3 CL -C -a V) M rnto co I co g O 4-O +O +.C+ cu V) O > a) C ON - E > 0 Q) E a \ Q n v 00 Lr) Cl-' bA C (3) (3)L V) L m OY ra +' O CL O v V) C O a' v ..Q O C UD ro m�-- M bQ u C L Eo C O L M O oo a)> v o O V) O m� Q ❑. C O V) V) .11 >, .0 owo U O O O = � V) C L (46 aro+ +2 713Vl+ = ?:N Eostin c w 4 N i1 14- O Vl Ca+ rV)o N 'a Y O C N > O tL0 O m L ro ++ N aL E 0 a) an Q) V) >� U u m U O. E O ro v C '�- � Q) Q 00 C °L N co v V) N ..0 v U V1 O 3 E m f6m U U a) LL Q Q) U M++ Y O cn Q) O O -0 1 'a ) i U c -I > V) Z Q) LL O h 03 m X" m (D �G N O F-* O co m 77 ID (D l< T d Q, c d O p m O m "O 0 0'Q d Ln r -F m QI m (A ° m Oo I N I 1 'a O m 1 s' O lD m I� N Ln Cr CD (n (D m -I O 0 D (D NN�o O- O -h O O_ x o n 3 m O v O m -+ m O m M Q. fQ O h: -<< fn' (D 's a a c aQ a� °+ O< -h cn �' o N. 00 N O N � IW 3 m O r!; 3 (Q O O O (D 3 C. O— O m O O /=t m m � r+ s C 7 a N p N c 0 (D N (n Q. r y O � :3 C v N N fn N Q O H m O.. (Q (D n (0 'n O ((D v, O O cn O a m rD O- N O0 O v `< Q- n 0i N w m r+ m C O A A A m to 3 = A Q. Q. (D f�D Ln ((1i fmm -+,— v v -n n au o �_ w m `" o m °' , m (D �('(Dm�� v 0 N �- O O N A A 1 (�i N O N CL p O -h O O(D 2 rNF m -h (D O•' O nCD p m <_ N m x, ry (D (D (Q (n v .fi O cu m t^ o O m 3(D m p m N X, � O < `< (D -1 (D O c' * = (i2 0 (D O O.. O m CDn :3, L, o rt A m a a N -r m m v m w C (D r+ CD co m s `", O N0- m r+ w' (a 0 Q. ',� N (D rD m M O (D rD 7 A • �' i :n �• N v, o CD O- — _ (D o (1Q (D `< �' (rq O O. aq (D (D 0 'O O , A A m m " < 3- O O No (D S v C CD- m N D. < m m CL (CD Q p O D• sO o n CL o v D N < N Q — v(D O., N � Q m (A 0O — (A N N O O O Q (n N O to Q Uq (D 0 (U (D (D O h m o \ O m v O (n O 0�q m S v O O O_ (D h "S (A ° m Oo I N I 1 'a O m 1 s' O lD m I� N Ln m:P ( C (D NN�o D O -h O UnO A O E^ Con qOC N OVO Do ( (D QQiDn m O< -h fl) �' �_ O m(D< -h a) No O O --h ;-r O O -h --h n� O o (Ao m �= m s 3 A 3 3 =+ p r cWO0 v, 2 cn O rD O- N O0 't, A fl N N O" w CL (n m ,� 5 v, 3 S - A m m 3 = A f�D Ln ((1i fmm -+,— v v N m v , m (D v G 3 N m m O m n A A m rh O 'a aQ CL O O(D 2 rNF m O O p m <_ N m O O x, v 3 3 t^ o �' p m N X, :3, N A m n n N -r m m v m w C m s c* N=rO °• O m S' O N0- w' 0- O 0 F� < (D rD m M O (D O CA p m O N v, o — _ O 'a (1Q (D `< �' (rq O O. aq 0 'O O 1+ A A m m " < 3- to O No C - C m N D. < = F M. D• o n CL o v D N rD .. O., N � Q m O — N (n N to r F A n = N 2 (n O Q. m o \ O m v O O C� v, p o S 00 "S rD N 3 \ O I m N O m o m v O O, N fl) O m LS O N rr (ND = O O CL cu 1G 1+ (D (D T m '+ N m CA O EF (D C w aQ m 7 rh C r -r O K N O N O O O ri O (("n o 0 :)o :)o ;o m m m C C C 1+ + r+ O O o O 7 O N 4�- O a 77 iN ewa w w >. 4-- a oA n O o m (Ot]A C �t- = O C a U to C: c p 0 N E a c N CL Q �C (DE V a u O a U E O O -O 0 N m +1 a CL C O O CO , S Q uu +LJ v E L C U C .- C i1 Q O a (6 In Q U u Q L N cc vi �v o -O C "O w O 4' 4= ca C vOi a O O (0 L co N d 0 a O W V O = E S N CA E O O} C OLN .� fl a O C o ON N Z fn C a Q M O p L 0 N L 41 N O Qa C a C C vai O p @ c0 v O c E mu- U a+� 4 _� v Q O m �� U> �Of ++ - p a) Q U L u N dOA u bA bbD Q) N CO j V O c u �p U C C c CU a r, = C a @ in v CCA i! O= O O O C_ W O OL N U N ,- O QI r •2 E O 0 to 4 O > N O O O m ++ p N CA N '� a v a 0 C W O (� C p 3 7 +- a) O CL ` two :.C-a ..Q E O O v1 O a i t0 +� i, l l 'a C C r✓ O C "a m O c I N m N U� V QJ m 0 v a bA Q N C O O O UC O O C OC d U Q Q 'in N W N N N N v N a o a •o a �' a C K 3 N a � N tL >. .0 O L X of C a O O +' fN0 N a N• Lu U N > — C (o .E o o "A > E = o m L, N 'a C E 4- C a U L La a m O O a s O = 40 C u a N U a a ® n L 1 3 m a C C :E a c GJ N U �V) C C v O ai m a C N o C C N 'O O Ct m a a y vi 0 N •'- m a a r,� aEi v o 40- CL m- p U c�a E c a� m u o v +�� U c° _o O a ) •E O c CLO c CL pi 0-01 aJ 75o a O O r N C (D N i u bA N `m m a m d U C L a C N c c �, N N C a _a -� C f6 CA }' fd O t� O C C @ L o C C F- a N + I- U a p ,� N O •C7 '� O E L N u 4- 3 +, O-0 v a f6 + aQJ a a L o a E m E m o = N N cu c W 3 N C � •L O N E '(6 f0 a mai a) +- — U -a O N `^ai w OQJ m U pA O O O U 4-+ v u O u t+= N 4.1 o � 3� � v v c .� °1 f0 � x c M a� a � E L p C Q 'O +� .a a p —° � a mvi > v E> a c ® — oac C 0 0 0 a W a Q o Q a *' z ao a o o += 'O U L j— U N (n U (n n y v, :z ;o -® n- Ami :(l in' O O W t„ D � c m v C. �• vi o r+ C '+ in (D 'a =*, (D m r+ O O (D �G (D < a' m cn (D to ,+ DJ r L O (� O , Q (D O O r 'O O (D (D ? (D (D = CL ofD Q O' n 1+ OD O N O CL M O O nm 0- O acr 3 r)rt iDO ° (D ON O C (D Ott �o \ , 0 O (D O =r S � =3 0O Gq (D C C N O N O(D (Q C (% K-0 2 a -S a N a' -a N O v 0M (D dq (D C O rt^ N +p N fl) a (D Q < 8-0 a(D O 0OOC:N v (O a° C=3 O (D (D .� ; :3 cn N O y, (D �' , ,: O r, Q p O 0' N Q dq 'a r (Q rm (D S (D m O (D N �' n. (D O Ci N �^ 3 m��v v a m (n -O O (D rt <O O O O a n M (p n N < �D O =r r .+ Q' (n O -i �. :3 s w 3 O (Q (D (Q : o c on n o m m C°> -0 v D 0 0 0 v c Q Q .t C Q NA ;a D a N W N N a fD 70 ;v ;vC < CD 11 co crQ :3v to (n o r+ C o °� o -,J 3 0 0� � N' -, � m r+ Q a c a a. " o 3 m ° C ° M° N (Ar+ ~' Q -,' r+ 3 (D <:3n7(n cn 0 0' 3 0 M m a (D M' v rt O �' (D O C a * N O n- O rh ;VO (�D a � (A = 00 to O `< (D fn (� (D (D O �' a< m 3 C 3 a � D (� (MD a a" v' (D N l0 N (D "a v 3 all Q o. n 5 �.aq p W V W rt (D O (D Q — N � D n o O a h in a m N v � O S v w 3= < m 3 0-0 3 °c �, o o m Q a � ;:Lh (Q (D l< m cn (n _ O c 'V) M 0No 0No o L V, N L H 6f1 l0 CL `�- U 0= O O L W a'C"iN O 3C w 5 � tiA c N O CL V) E O to 41 N >✓ v ra N a) v O L v v a) N O a m L o -a +� w -0 L. a v a) -0 4_ c o v � m r`o m : v i c W .� w � a) UO (A o � Q L1 Q) 3 in ° tw 3 O a) > O V) of D ca O a) V) v -o Y a) E m N L O U O L O O N C > E OV) +1 - 4o0 o ' O -0 E CL +1 ` O H 4- a) Q A :3 E O 7 Q a) � ® O V O 3, -a .0 O m V) O LLn O o O L U V) E tW-�' ® O U V) Ci +_ 'o L O v co s- O to 'L N O O L a) L 3 t c � N N to 3 a m oc v°, a) > a) +J 3� O a) n. CLO c C O C O N c V) a o N O a�0i L U ° a) O in +0 tw +' c •0 O c O a) 3 O vii vi c O O 6 ++ - V) Ln 3 @ 0) E Q v) > , • N '> a G E O u L an V) L c w ' a) a) o a) a) cc� a) C. a, o v V !6 = a1 +�+ _ •� 3 'O c 3 OL Q O O O O U 'V) •� 'U O O 611 3 L CU L a) v-� L Q a ++ O H N M V) H O L N N O OG E O L U L L Q U+ 3 a) > a) "O O N O N O N Q O I- c'1 G�p � 4- -° o a) O c c c0 1 tw 4- 'q LM c 4o � M '� v v m V)1 c rr-i I ,r -i I a) m m C w L 3 °. (� .Q V) a) U c N 3 -O 3 — L V) +4 X p L u a M ,O ° v L c i v O O O act 'co N F V4_+ v CL 3= Vi L a bA O v E a) c c 00 j U o v 4- ° a v) ,= O' O '6 O o c (C 3 3 a) N� O +L.+ 4O M M L NCU a) C c c f° co a) U o U Q °° o a v Q .Li o v O ma/) N ° 4` o ' O_ c Q v Q v co coo V) v +� V)� -- v c Q. 0) ate' Q O O Q 41 CL -p Q O ° •c to N q0 ca to N L O Q 4 c U f6 O• O c V) 'C E N a E c�� Q U E c A 4- V) o_ 10 ° w a° v E m ao 'M- ° > O L 4J w °- U O r, v a; O ++ E v Utw ° 4°- v a E °? ® a) c GA N 6 U O E 3 a) a) ._ L U Q E U M 'C O ++ 1. o >, 3 m a) c N •0 V) w M L- Q O Q "O c �) L U E E -0 X U Q 0 += v o V) O +� ,° +� +1 bc0 c o Lr Q v O 3 c Ln M" (gyp 4°- a) 3 �n O = C V) C V) 0' °A O +� 'U a) 3 o �; a) N .0 +� E U w c c 0 0 0 v uj o +; v '3 �a a V) c ca 3 3 v o a) c ami 3 �° V) a) c 3 s_ ,;? a) a) a) C. () a) tw u 4� a) L bA O O V c Cu C L E a) c E E F ` 3 a- W I✓ 4 VI ra 41 -O c O p +' a) LS E N >✓ O � O N Lf) 3 m I 3 v1 V) E 6n v t 4' a) a) O . L) M c ao fa V) V) , w v Q �, o v a t7 O O O Q Q� ° -S o ;E Q �' ° °' 3 v cc uo VCL )i D (A O N C yQ Q cr O O (D v < (D 3 O O. O fD � O O (D r� @ 0. @ O �• 5 < (D c = DD It (D � r+ (D � N v ((OD N � 0) C ro O O O Ul O O ((D ((D N O_ O_ O.. C: c c O O O = =3 = W W OOi O ((D} N C =3 n n LI1 O) IQ O p r N C N ((DD O O O N d r+ J (D N O 0 O < O_ c fD O v =+' ((DD (D to c v (D m O f) (D Q c (D d O CL r+ (o O 3 3 C: r+ Uq O o D < 0 (D O O r+ O �+ (n O n W O (D to r+ O O N O O CO G fl1 � (A fl (D m rt (D K (D 2 (D O � r+ O 0 Cl O rD d O O Q F:, ::!? (D ..1 (D O 'o 3 � 3 (D (D ,rah D C a rt O CA W, 3 c m n 0 0 0 W N I--1 U'1 O O N ((D ((D c- c- c - C: c c O O O 0 V1 N Gl O (J1 N='t O O O O =3 "O 0 O � c < O CL CL tn N O O Ol O fu fl1 O' O O D W O 6 - cu 0 UQ v 3 r+ O O 0 (D -0 CL -0 o pOj p r+ fD fi 0 rNF Ln (OD Q Q OO �' CL O0 O Q � a O rt O O Q n c cn E OR N rt, O (D Oi UOQ N rD (D N O fD r+ 3 V j ` ? to 3 Ln p N, CD C: O + aq O (D p to n. c - c o t S r+ (D 3 (orD 0 3 (D n n rD to '+ O -n C) cOn 3 �, N r+ (D S v Ln O m C :3 -� 3 O C O 0 O O O ® 3 L Q, c 90 ® rr+ O n 3 O N O n c ao * � O ° C cUa o O _ Q � uA f6 L Ln c a) ,N 00 .0 c c O V) V) 'C > O E O c a Q, o oU do 4- m Q V) 29N v a) > C _OX U u U 4i J j v E co C C E V)cu aui U .c U ate- c 3 2 4= � c > U O a) L = L W ns �, CL Z a) u o U c 14M - O <U ,n c 2 o U CL E O> +- y_ O 'Q W N >- c> �i V) c0 CL C O W .Q a) O c 0 7 O OC m LU D txo�; E o `v ++ > O ++ UN® U � O O O OO � vu O N a) O `UO > N c a U1 O Z L L (O U a) E cc , cv — O O V) c a) 4- c O *' N OOD c O a) O Z O c O V,p0p � c U U c a) a) a) n 3 •E v o c c V) c a) � U C 4 a) U aa)>) O GA •� L E v - O o N O C O W m L a) � c aci 01 a, E c .}J O Q U CL t2 -tea E -a a) COC U toa w > L O a) 4- ao * � U ° C cUa o O _ Q � uA f6 L Ln c a) ,N 00 .0 c c O V) V) 'C > O E O c a Q, o oU do 4- m Q V) 29N v a) > C _OX U 4i J j v co C C V)cu aui U .c ate- c 3 2 4= c U O a) = O� a o N O °N' 0 CO V) �w 0 c 3 3 u o m .. (>0 N ai > a) a O ,n c >� U m w CLO o U c O> +- y_ O 'Q W N >- c> CL C Q 3 w v .Q a) O c 0 7 O OC m a) v txo�; E o `v ++ > O ++ = c a) O O O OO vu c a) c c o >' c tw O> `UO C c w 0 LU UO ydA O c u `� to O O Z m OC N O d�A 00 QJ O O cv — O N +�0+ a) c a) 4- c O *' N OOD c O a) fd N 6L O V,p0p c V a) vOi E L- w a) L O kA L Q. Y r -I N on MCD v w O c `' `N° i LnO u 0 ON LU 4- sO C -0 iii ZA iri V) (O ai @ O O O > 'o O ri O 4) O +� V)4JQ m C C C C > U > m m -0 c N c f6 V) O 4— O '4 � O '+� +, ,� O c c C) c L ro +� o m a) U U O V) � f0 a) > m = > O E C O O 7 O O O> " L f0 C O s v a) v > U `^ N N U c V) c Q U C v a) �� E v E E c v a) a) > 4- m a) u u—> aJ u , O> a) a) D > N O O M V) v V) N ..0 c O ._ C 'CA L.aJ 3 .5 > c Vj 0) 0 CC U w 0 N 0 N 0 N 0 Q Q N a) a) a U u I i >> M c O o V) S U 0 Ol N U > Wc0 L •3 a o E c o O U w N O t b y o O _0 gcp a Q, o oU do 4- m Q V) 29N v a) > C _OX U 4i J j > E o Q Q- .Q a) c 3 2 4= c U 2 = 'U O CO V) �w m .. (>0 U 3 >� U m w CLO c VV) W N >- c> -a Q 3 w v m v txo�; E o `v = c a) c G c a) c c tw E v v a) c w 0 LU N O O a) U cv c N vi O c a) 4- c O *' N 3 a) >O U c 0 0 0` m O kA L Q. Y H — `) w 3 `' `N° i O O O- o a>O O L V) U E .O Lv c -0 a) v aJ O 4- a) U U O V) � f0 L aJ Vi L O +J ..0 V) 4 C CL c v v c L oN w-0 > ai N N U c c c o a) �� E v � v° a s 0 0 0 N u X L. a) a, 5 U U a, c toc CL 3 _ u _) c .Q m , O O O O O O O o. Q a) o o= L C CU :OA a) a) a) O. 7 O (o + L1 U o d ~ t)1 V) O t C K� V) >. 2 `+- U M c L c iii a) > +,N O c D o m v OJ v t > +- m O = o E = v V) t L 0 0 0 � c U o 2 E ns .c O=3 o c N N N Q a) I M ++ m w U U a V) w S 7 U �yo0 o c D o = o a Q =i 0) c(D °' u, 0 0 °qc + — 0 « m W 3' m r AM CDM fD p (o cu va' -0 M M M �, �' 0 m N N M cn rt N S Q (D ,vii O O Q Q o N 3 ii c v atq D O n in v, cn n (p (AC Q < -F, Gi O 0' O (AA < rnr Q v o' N c N M j = S Ln ` W' n' !(DD n O O n O 00 =( (A < O r �. m fl �' n o' ( X c = c c N D 0 m 3 0 �, 3 n( O O p 0 0 =r 3 r+ O C N(D 3 N 'S N * Q "O vrti O 0- (D O -0 3 O (D O r+ -+ �' O< C (D nQ �� \ 0 O n O f<D n (D C S ((DD r 01 N n r+; 0 " v (D O cu M 0 F -O O h D N O N :E N d r (D OC O (D (D a �_ O U� ON S- 7 (D O O ,.gyp < (D O O -s o N RC1 ((D 'O �' (D rh S 0'q' m O _ 0 (D C o 3 (OD Q Ort V In 1� O 0 "�` (D a W Q1 J Z (A C„ o (A n D 0 0 0 (� n m (700 c fD, o c to 0 N W N F� < (D C; -0 CL 0 =rcuO < °� my n (D O c lrn O O + n 0 n rt 0' o v o D (D a m ((0 ((0 (�0 '+ m c Q (N0 .. M -D (D��0 �ao c ccc NocO o = (A (D tA 'viLn =ro of Ovm pD -+,m OO0 = =r70 LA (A 0 � r+ CU p m O n , to Q O o u co< CA coo o (D « m r -G v (D p < (^ -iCL , s a� oma' M N D O O O' r+ N 0 0 0- 0 < UQ (D (A Oc !� 3 ° � m � o -h (D 0 o 0 r+ n o o m o- =3 n" (D 01 rt r+ m o m n. -0 N 3 < o � ;o g rt M �� + p ao' c E± Ln o cn Cr (Av o ' o o N CL N c '=n A � 3 r* (o o (D 0 m c p rt N �^ o o (<0=3 a !A o v v M 70 o N N m < to am N Uq c 4N O C ON (6 O O (0 O N O Q O a) U) O O p� OO U_ '= O LU U O N U �O - N O— U v C F- c Q >, ami aD >, 3 U c �� °U E� `" � n o� O A Iq O U U N U C L U T to 0 Q >+ M a W cwt N O a): O -o L N> (6 p" > CO O7 O N `-I O i N CO 00 a) ,_ r 00 O O O i �O C m >, IL O p RS a) a)co civ o c E .c w c c c U E E�_ L- o U m c m >, c C 0 0 a� "� o- ai o 00 coo E LO N H— C �� c �v� E � 2) Q� N �l V- CD 0') N > 2 a� a� 3 c �' 3 °� E c c U m V N mCOLO R a> .. >, Lo c U N c c •E — E O d .a) U N N � O O u � 00 m M M fSS .� N Q L U w 0) E 5 0 c� C N m O O N� W M L = v M co OO O X �- ' V Q C N �=-, -O a) 4) V Q O 4) — C C U 'D m "o s f U,o O N O o 3 N C (1) N O C (6 g, a) U L E ca U C E >, U .0 O C a) C U rME : _ { a) C a) N .0 � U C (A N C a) O 'O p) .. N Covo a) N a) +' O ca 'O O U .- O O-0 O fA O O C 0 m O) U 1Z U N— C 4 � (0 C-- O 00 E �- Lo O L a) — U > . t r E q W (0 (6 f6 n Q) N C ° 'O vO�Q ++ X U Ow J .0 r4a� 3 a) U V) m a) O. :3vi X c m CU o -Q a ao C >U m M 'D m c Q v O �C " j L 7 "O '✓3 N 00 to ra uo V) U ate) c o_ to D v J Q) 00 O O n O 4- 4! -C 00 XC c 01 o3 v p I- w> 4-- .0 16 a) CA ai > 3 00 m J° o2S F L C (D 4 -_ U O >' j.., N- fu 0 r a) M d do > J u O a) a) T, C O A O a) > W O Cr- OL to C o `f) ° �' a) 06 4+ +' +- dA o N U v �••� N N N M a) V) fB — C ate- O _ m ( L ° U 'a. m a i 0o s� 41 U c a) > V) L1 4- C i)W 41 v- N a) .- a L �� t3 ++ ++ C +J Q o > O C > (a ai m L CL b�0 X c0 02SCL E -0 �> O O V) N cl L OU 'C .Q Q '� h d w V, N W m ° obo ca 3� v v .� v E o LU � C - U 4- C W a O O O D a) .� X N +� G a C v tom) U C O v) U> a 4 N E O+ ° a 6 a 0 C L) fO ° M bCA C v 0 a) 'v f0 'vi b4 4- 3 v aJ a) a v O W c .. a L 'C L C r -I N ro to — O a) Q) 3 41 O 1 V) o.. .GFn O N O C-4 O No Q Q J U O 4 lD !o U -0 1 4O m 9. _ .a O N o g 0 o g O 3 ° a w' 1 0 �a CD �� .Q °EE °� o --- D. =t (D N .o (D CL N O �c m 3 C1 v (D � � Q O O O o_ (�CD v _ ,q•m v Z S o m 3 °. (a (D M. n n -0 0 °m �' v (D 0 O 7 m o a0' a 3 =-3 0 =r`° 3 (D2 3 v n 3 ? < m n3. D 0 > o. r+ D - � "0� O > � Q Q ate z( 3 �. E; N Q. O 0 Q m Q + cQ ch (D N m ° =' Q- 0 O 3 O m m� m O Q (n O °- > n O _ 3 (Dn 0 O ma N O c� �, v M -� -n __ Co �' v z G) N CL G) N N Co Cr O O O N O g 0 0� g N U w m CD �a .Q D o_ .o ° (D (nD 3Q°m Q (�CD _ ,q•m cCL M. n n -0 0 °m 0, ° 7 m o a0' a 3 =-3 3 = 3 (D n ? < m D a r+ w- ate 3 + cQ a 3= (D o =' m 3 m m� ° o °- -0 O 3 m' < 0 3 CD c� �, v M -� -n a 0- z G) = G) C7 3 cQ 3 (n ° cQ o -� ,< m (D G) + ° ° n W W 5. o' y° ® 3 3 r+ 3 ° o (D �' m 0° .. O ,� to j G) m O 5' = N' 3- Cn (D -0 a p m—= 3 O O Q. O 3= n N O O m' m " O 0 :3 ® 0= m m 0 v 0= G) _ (n < 0 � ,O+ O ((D o.. C m � 0 3 o ° o' a (D CD 3 m:3 3 w m O =• rt m 0—. N O O" O m O � (n cD a (p 0- .o -� + ° (gyp C O G) (� N c =" o C- m X O a O� °O O N O' 0" 0 M- N r, O m (3D m m 3 3 0 ° �. (n 4 o O o ,< �� N o =3 5' � 0 o cr°: �� m in �• N C) �. 0 M �' (° ((D Q m i Os N 0 (D °o U 2. (D < Ort Q a °• to v o v o M ° �, 3 m n (D m ° (DcQ n `� o 0- v = a 3 (D ° (a (n o a, c� o o G) c < m c w v r- 0 5 0 r+ � m w c m co 0 3 3 0 G) -, << v 0 ° 0,•, N• � _ G) O v o 6 o 0 n x "0 0= _0 0 0 0 (0 (D 3 (I (OD 0� _ a N v (D O� =' °= ((DD N (3D a== �; m a cn c0n r+ (p r . (D a (p O �° w Q O n m 0 (p = h I 0 -0 3 m 3 (D iD �' N _ m =- v 3 0 � (0 (n o.. O (° �n o a h �, v 0� cn. (n � n o' a cn m � (D cn v (n w , °- 5' (D ° rot o m 5' m �< m , _ (o m u(Di m m m N � 0 -,, 0 _ (D (o (D ,-,. _ _' 0- `< cn (n + 0 m CD N a) c d c C La-) N E 'D 0)— 0 O (D a) w ° c C N a) c c (A C 2 b) a) -° c c b) 0 2 ow UO)(LfCU2 Eo ami c N o� U E 0 E E aa) ° o o c cA .°c m a 0 E O a) a) E c m U o cv a) c ° c > ani o ro O a) m 3 `a) O .O �p M •� a>i U U a) :3 cn °c n° c U .° ° n E a) o ° c _ c (nU m° E _ *J co °c a� o) a) 4- 0°N °U) ° oO° W >,aQWU2Uvn 'o ) a rn° wOFo o � o E > EQ- cO (D -o a) -0 o 0)o> N - s W c c 0o M 0 .2 -o EC: cn U) 0= cn -0 0 0 U c mc:Q CaUUo Qo Y_ cn'3c� EoC �Q M Q ccao V fi OEh ° Q. cc c c L I - °c +=� ° c c L cc: cw a) v o c° c ° a) ° a) U ° E 0 a� 0 ° ° E Q n s E> E� ° E o a m° O >� > °° E T° a �v��ornmo°°c0 LcUa a 0 roW a)�Ca -O o 0 c. cn -° 0) c= c co -a U c� c cn o c cn E N c — - U c a) a U U76 .Q += a) N w b C T m ° °° ° °) o ° co ca o. c : V in O a a) ,_ N .- M -° a) Q a) a) c6 N o a) o° E o c o° o � j _� a) ° U 3 cn cn Q c "rn O O a) c c c c cc) i E co O m c� 7 a) a) L c= •— O O c c S •9 a) c 3 o O E° a) L O U �, ° c, o� o O d1 U) c >, « -c cu c n m° - -a N° O U .N ° ,� ° E a) a°) r 3 Q m E ° `o -0 c ° U E u) c U a) �' > 3 co W Q O 0 Q o E rn rn o� o `- *. o ami c aa)) O >, o 6 W = m U ° U �' E C m "- -� 'a E_ o o E O F- c� 2 c E o — .� -° a) U c E .2 a) c -O rn v a� Q aa) c °- �° cn 0 3 m E o v .° ° ® 0 3 «. c c o Q c U E a>i �c �? c a) a) ° C7 �. coi aEi o > ao ® U ca U cn }->' aUi N c? m o c° c N 6 L v c 2 c ° CJ ' c N o�c Fa 12 0L)c «+ TO Nc Q. 0) O) H O c DQ° U 0 O D O NQE aE N U) O � E `nn4-O o (n ) . ® ) na_ a o o c c cE , a) C 0, O r-= c ® .. a) °i U E a) ° a) c c o o c E c c c N E c -a 0 a) a) . L cA c a) co CL `'- M a m ° "' ami o CO 0 ro 0 a) a) 0 LO cn 5 o c F- .- .� E E U O c 0 3r O W Q 4- cn �� � a) cvi F- i� Q. 'O _ (n Q. :� -1A O < Q _ < _ (D �■ (CD O �' O (OD n fQ hI p M -O v N a � '< 3. � Q O C� �` � (D O+ ^ l l = 1+ (D -O (D (n -n O Q- CL O. 0 0 0 o Ci 3 v _ � �( �3 (D 05G)�=� __��� �� Q 0 rD :T 0 O cn o 0 G CD3 < O M=N�Q�,=LA. O- (p �. = O..O =o 3 v ,� O n N cn v N 5 E; O a a ow —0� (D = )�CD� zv U cQ z 3� o@ CD(D (D� cn(AI01 ATTACHMENT 3 City of San Rafael Greenhouse Gas Reduction Strategy Project Compliance Checklist Application Name/Address: Application Nos.: Required Elements Regulation Project Discussion Compliance General Plan Compliance ❑ Project (Does the project comply with Complies the General Plan or would ❑ Not proposed GP amendments Applicable conflict with CCAP ❑ Project Does objectives?) Not Comply Green Building ❑ Project Ordinance Complies (SRMC Chapter 12.44) ❑ Not Applicable ❑ Project Does Not Comply Water Efficient ❑ Project Landscape Ordinance Complies (SRMC Section 14.16.370) ❑ Not Applicable ❑ Project Does Not Comply Wood -Burning Appliance ❑ Project Ordinance Complies (SRMC Chapter 12.45) ❑ Not Applicable ❑ Project Does Not Comply Construction and ❑ Project Demolition Debris Complies Recycling Ordinance ❑ Not (SRMC Chapter 12.46) Applicable ❑ Project Does Not Comply Commercial/Multi-Family ❑ Project Recycling Regulations Complies (SRMC Chapter XXXXX) ❑ Not Applicable ❑ Project Does Not Comply ATTACHMENT 2 CCAP Program Proportion of 2020 GHG Reduction Zero Waste 39.60% Marin Clean Energy, 31.50% Resilient Neighborhoods 15.90% Green Building Ordinance 4.40% Energy Efficiency Financing 3.70% Bike and Pedestrian Master Plan 1.60% Transit Oriented Development 0.70% City Electricity - MEA 0.70% City Employee Commute Incentives 0.40% SMART 0.20% Safe Routes to School 0.20% Alternative and Fuel Efficient Vehicles 0.20% Energy Efficiency Outreach 0.20% City Streetlights & Traffic Signals 0.20% Bike Sharing 0.10% Provide Affordable Housing 0.10% City Facility Energy Audits/Upgrades 0.10% Transit Service 0.00% Increase Tree Plantings 0.00% City Environmental Purchasing Policy 0.00% City 4th Street Tree Lights 0.00% City Alternative Fuel Vehicles 0.00% Single -Use Carryout Bag ❑ Project Ordinance Complies [Retail projects only] ❑ Not (SRMC Chapter XXXXX) Applicable ❑ Project Does Not Comply Take -Out Food Container ❑ Project Ordinance Complies [Restaurant and retail food ❑ Not purveyors only] Applicable (SRMC Chapter XXXXX) ❑ Project Does Not Comply Bicycle Parking ❑ Project Regulations Complies (SRMC Section 14.18.090) ❑ Not Applicable ❑ Project Does Not Comply Clean -Air Vehicle Parking ❑ Project Regulations Complies (SRMC Section 14.18.040) ❑ Not Applicable ❑ Project Does Not Comply Affordable Housing ❑ Project Ordinance Complies [Residential and Non- ❑ Not Residential Projects] Applicable (SRMC Chapter 12.44) ❑ Project Does Not Comply Recommended Elements Subscribe to Marin Energy ❑ Project Authority "Dark Green" Complies power or comparable ❑ Not energy program Applicable ❑ Project Does Not Comply Wind or solar power ❑ Project generation Complies ❑ Not Applicable ❑ Project Does Not Comply Installation or pre -wiring for ❑ Project electric vehicle charging Complies stations ❑ Not Applicable ❑ Project Does Not Comply Rainwater storage and ❑ Project reuse Complies ❑ Not Applicable ❑ Project Does Not Comply Use of recycled water for ❑ Project landscape or toilets/urinals Complies ❑ Not Applicable ❑ Project Does Not Comply Natural filtration of parking ❑ Project lot runoff Complies ❑ Not Applicable ❑ Project Does Not Comply Green roof ❑ Project Complies ❑ Not Applicable ❑ Project Does Not Comply High albedo (reflective) ❑ Project roofing or paving Complies ❑ Not Applicable ❑ Project Does Not Comply Preserve significant trees ❑ Project Complies ❑ Not Applicable ❑ Project Does Not Comply Sidewalk upgrade ❑ Project Complies ❑ Not Applicable ❑ Project Does Not Comply Bicycle lane upgrade ❑ Project Complies ❑ Not Applicable ❑ Project Does Not Comply Installation/upgrade of bus ❑ Project shelter Complies ❑ Not Applicable ❑ Project Does Not Comply Participation in car share ❑ Project program Complies ❑ Not Applicable ❑ Project Does Not Comply Participation in bike share ❑ Project program Complies ❑ Not Applicable ❑ Project Does Not Comply Rideshare/TDM coordinator ❑ Project for employees Complies ❑ Not Applicable ❑ Project Does Not Comply Transit or carpool subsidies ❑ Project for employees Complies ❑ Not Applicable ❑ Project Does Not Comply Provision of ❑ Project employee/resident shuttle Complies ❑ Not Applicable ❑ Project Does Not Comply New environmentally ❑ Project preferable ("green") Complies business ❑ Not Applicable ❑ Project Does Not Comply ATTACHMENT 4 Bay Area Air Quality Management District CEQA Air Quality Guidelines (May 2011) 4.3. GREENHOUSE GAS REDUCTION STRATEGIES The Air District encourages local governments to adopt a qualified GHG Reduction Strategy that is consistent with AB 32 goals. If a project is consistent with an adopted qualified GHG Reduction Strategy that meets the standards laid out below, it can be presumed that the project will not have significant GHG emission impacts. This approach is consistent with the State CEQA Guidelines, Section 15183.5 (see text in box below). §15183.5. Tiering and Streamlining the Analysis of Greenhouse Gas Emissions. (a) Lead agencies may analyze and mitigate the significant effects of greenhouse gas emissions at a programmatic level, such as in a general plan, a long range development plan, or a separate plan to reduce greenhouse gas emissions. Later project -specific environmental documents may tier from and/or incorporate by reference that existing programmatic review. Project -specific environmental documents may rely on an EIR containing a programmatic analysis of greenhouse gas emissions as provided in section 15152 (tiering), 15167 (staged EIRs) 15168 (program EIRs), 15175-15179.5 (Master EIRs, 15182 (EIRs Prepared for Specific Plans), and 15183 (EIRs Prepared for General Plans, Community Plans, or Zoning). (b) Plans for the Reduction of Greenhouse Gas Emissions. Public agencies may choose to analyze and mitigate significant greenhouse gas emissions in a plan for the reduction of greenhouse gas emissions or similar document. A plan to reduce greenhouse gas emissions may be used in a cumulative impacts analysis as set forth below. Pursuant to sections 15064(h)(3) and 15130(d), a lead agency may determine that a project's incremental contribution to a cumulative effect is not cumulatively considerable if the project complies with the requirements in a previously adopted plan or mitigation program under specified circumstances. (1) Plan Elements. A plan for the reduction of greenhouse gas emissions should: (A) Quantify greenhouse gas emissions, both existing and projected over a specified time period, resulting from activities within a defined geographic area; (8) Establish a level, based on substantial evidence, below which the contribution to greenhouse gas emissions from activities covered by the plan would not be cumulatively considerable; (C) Identify and analyze the greenhouse gas emissions resulting from specific actions or categories of actions anticipated within the geographic area; (D) Specify measures or a group of measures, including performance standards, that substantial evidence demonstrates, if implemented on a project -by -project basis, would collectively achieve the specified emissions level; (E) Establish a mechanism to monitor the plan's progress toward achieving the level and to require amendment if the plan is not achieving specified levels; (F) Be adopted in a public process following environmental review (2) Use with Later Activities. A plan for the reduction of greenhouse gas emissions, once adopted following certification of an EIR or adoption of an environmental document, may be used in the cumulative impacts analysis of later projects. An environmental document that relies on a greenhouse gas reduction plan for a cumulative impacts analysis must identify those requirements specified in the plan that apply to the project, and, if those requirements are not otherwise binding and enforceable, incorporate those requirements as mitigation measures applicable to the project. If there is substantial evidence that the effects of a particular project may be cumulatively considerable notwithstanding the project's compliance with the specified requirements in the plan for the reduction of greenhouse gas emissions, an EIR must be prepared for the project. Standard Elements of a GHG Reduction Strategy The Air District recommends the Plan Elements in the state CEQA Guidelines as the minimum standard to meet the GHG Reduction Strategy Thresholds of Significance option. A GHG Reduction Strategy may be one single plan, such as a general plan or climate action plan, or could be comprised of a collection of climate action policies, ordinances and programs that have been legislatively adopted by a local jurisdiction. The GHG Reduction Strategy should identify goals, policies and implementation measures that would achieve AB 32 goals for the entire community. Plans with horizon years beyond 2020 should consider continuing the downward reduction path set by AB 32 and move toward climate stabilization goals established in Executive Order S-3-05. Assessing and Mitigating Operational -Related Impacts Bay Area Air Quality Management District Page 14-9 CEQA Guidelines Updated May 2011 To meet this threshold of significance, a GHG Reduction Strategy must include the following elements (corresponding to the State CEQA Guidelines Plan Elements): (A) Quantify greenhouse gas emissions, both existing and projected over a specified time period, resulting from activities within a defined geographic area. A GHG Reduction Strategy must include an emissions inventory that quantifies an existing baseline level of emissions and projected GHG emissions from a business -as -usual, no -plan, forecast scenario of the horizon year. The baseline year is based on the existing growth pattern defined by an existing general plan, The projected GHG emissions are based on the emissions from the existing growth pattern or general plan through to 2020, and if different, the year used for the forecast. If the forecast year is beyond 2020, BAAQMD recommends also doing a forecast for 2020 to establish a trend. The forecast does not include new growth estimates based on a new or draft general plan. When conducting the baseline emissions inventory and forecast, ARB's business -as -usual 2020 forecasting methodology should, be followed to the extent possible, including the following recommended methodology and assumptions: ❑ The baseline inventory should include one complete calendar year of data for 2008 or earlier. CO2 must be inventoried across all sectors (residential, commercial, industrial, transportation and waste at a minimum); accounting of CHa, N20, SF6, HFC and PFC emission sources can also be included where reliable estimation methodologies and data are available, Li Business -as -usual emissions are projected in the absence of any policies or actions that would reduce emissions. The forecast should include only adopted and funded projects, ❑ The business -as -usual forecast should project emissions from the baseline year using growth factors specific to each of the different economic sectors. BAAQMD's GHG Plan Level Quantification Guidance contains detailed recommendations for developing GHG emission inventories and projections and for quantifying emission reductions from policies and mitigation measures. This document is available at BAAQMD's website, http://www. baagmd. gov/Divisions/Planning-and-Research/CEQA-G U I D ELI N ES, aspx. (B) Establish a level, based on substantial evidence, below which the contribution to GHG emissions from activities covered by the plan would not be cumulatively considerable. A GHG Reduction Strategy must establish a target that is adopted by legislation that meets or exceeds one of the following options, all based on AB 32 goals: ❑ Reduce emissions to 1990 level by 20201 ❑ Reduce emissions 15 percent below baseline (2008 or earlier) emission level by 20202 ❑ Meet the plan efficiency threshold of 6.6 MT CO2e/service population/year I Specified target In AS 32 legislation 2 From —Climate Change Scoping Planc, Executive Summary page 5 If the target year for a GHG reduction goal exceeds 2020, then the GHG emission reduction target should be in line with the goals outlined in Executive Order S-3-05, and also include an interim goal for 2020. (C) Identify and analyze the GHG emissions resulting from specific actions or categories of actions anticipated within the geographic area. A Strategy should identify and analyze GHG reductions from anticipated actions in order to understand the amount of reductions needed to meet its target. Anticipated actions refer to local and state policies and regulations that may be planned or adopted but not implemented. For example, ARB's Scoping Plan contains a number of measures that are planned but not yet implemented. BAAQMD recommends for the Strategy to include an additional forecast analyzing anticipated actions. Element (C), together with (A), is meant to identify the scope of GHG emissions to be reduced through Element (D). (D) Specify measures or a group of measures, including performance standards that substantial evidence demonstrates, if implemented on a project -by -project basis, would collectively achieve the specified emissions level. The GHG Reduction Strategy should include mandatory and enforceable measures that impact new development projects, such as mandatory energy efficiency standards, density requirements, transportation demand management policies, etc., as well as existing development. These measures may exist in codes or other policies and may be included in the Strategy by reference. The GHG Reduction Strategy should include quantification of expected GHG reductions from each identified measure or categories of measures (such as residential energy efficiency measures, bike/pedestrian measures, recycling measures, etc.), including disclosure of calculation methods and assumptions. Quantification should reflect annual GHG reductions and demonstrate how the GHG reduction target will be met. The Strategy should specify which measures apply to new development projects. For assistance in quantifying potential GHG reductions from different mitigation measures, Lead Agencies may refer to CAPCOA's report, Quantifying Greenhouse Gas Mitigation Measures. (E) Monitor the plan's progress To ensure that all new development projects are incorporating all applicable measures contained within the GHG Reduction Strategy, the Strategy should include an Implementation Plan containing the following: ❑ Identification of which measures apply to new development projects vs. existing development, discerning between voluntary and mandatory measures. ❑ Mechanism for reviewing and determining if all applicable mandatory and voluntary measures are being adequately applied to new development projects. ❑ Identification of implementation steps and parties responsible for ensuring implementation of each action. ❑ Schedule of implementation identifying near-term and longer-term implementation steps. ❑ Procedures for monitoring and updating the GHG inventory and reduction measures every 3-5 years before 2020. ❑ Annual review and reporting to the jurisdiction's governing body on the progress of implementation of individual measures, including assessment of how new development projects have been incorporating Strategy measures, Review should also include an assessment of the implementation of Scoping Plan measures in order to determine if adjustments to local Strategy must be made to account for any shortfalls in Scoping Plan implementation. (F) Adopt the GHG Reduction Strategy in a public process following environmental review A GHG Reduction Strategy should undergo an environmental review which may include a negative declaration or EIR. If the GHG Reduction Strategy consists of a number of different elements, such as a general plan, a climate action plan and/or separate codes, ordinances and policies, each element that is applicable to new development projects would have to complete an environmental review in order to allow tiering for new development projects. ATTACHMENT 5 Marin Independent Journal 150 Alameda del Prado PO Box 6150 Novato, California 94948-1535 (415) 382-7335 legals c@,marinij. coni SAN RAFAEL,CITY OF PO BOX 151560/CITY CLERK, DEPT OF PUBLIC WORKS, 1400 FIFTH AVE SAN RAFAEL CA 94915-1560 PROOF OF PUBLICATION (2015.5 C.C.P.) STATE OF CALIFORNIA County of Marin FILE N0. 0004074646 I qrn a citizen of the United States and a resident of the County aforesaid: I ani over the age of eighteen ,Years, and not a party to or interested in the above matter. I am the principal clerk of the printer of the Iv1ARIN INDEPENDENT JOURNAL, a newspaper of general circulation, printed and published daily in the County of Marin, and which newspaper has been adjudged a newspaper of general circulation by the Superior Court of the County of Mann, State of California, tinder date of FEBRUARY 7, 1955, CASE NUMBER 25566; that the notice, of which the annexed is a printed copy (set in type not smaller than nonpareil), has been published in each regular and entire issue of said newspaper and not in any supplement thereof on the following dates, to -wit: 7/812011 Legal No. 0004074646 CITY Of SAN RAFAEL NOTICE OF PUBLIC NEARING You are invited to attend the City Council hearing on the following projects PROJECT:Tho City Council will consider adoptin9 a Resolution tp include the Greenhouse Gas Emts• siaons Reduction Strategy cats Appendix E to the San Ut9arifiaf eltAppllcangFi4eNoGPA1il�ido, City **The Planning Commission reviewed the pro- posed strategy on June 28, 2011 andrecommended incluatan to tha CBmate Chan a Action Pian to the City Couma- As equired by state I, w, the project's pote tial environmental impacts avo been assessod. P�an- ning staff has prepared an Addendum for the prof vfronlmental Qualitty Act (CEQA) f the Cadifomia En - NEARING DATEIMonday, July 18, 8:00 p,m. LOCATION: San Rafael City Haali- City Cquncll Chamoors 1400 Fifth Avenue at "D" street San Rafael, California WHAT WILL HAPPENIYou my comment on the protect. The Ci tyy Council wail consider ail public testimony and docide whether to include the ppro- epg�y in tie Clitmate ChanEmissions e ActioonsPlaenducNan Sfra4 iF YOU CANNOT ATTEND:You may send a letter to the Community Development Department, Plan- ning Division, City of San Rafael, p,0, Box 151560, San Rafael, CA9A915.1560. You may also hand de- liver it prior to the meeting. FOR MORE INFORMATIONI Contact Bob Brown, Community Development Di• �eCter, at (415) 485.3090 or ob.brownr@Cttyofeanrafael.org, You may also come to the Planning Division office, located in City Hall, 1400 Fifth Avenue, to look at the file for the proposed project, The office is open from 8:30 a.m. to 5:00 p.m, on Mondap Wednesday and Thursday and 8:30 a.m. to 12:45 p.m. on Tuesdayy and Friday, You mY alsC view tho staff report af- ter 5:00 pp.m. 0n the Friday Before the meetingg at:h ttp•,//www.cl tyofsanrafaei.o rg/Gove rn ment/C I ty_Cl, . Public_hieeting Agendas_and_Vldeos.ht m SAN RAFAEL CITY COUNCIL /naIrno Esther Esther CITY CLERK NO. 1179 JULY 8, 2011