A UNITED STATES DEPARTMENT OF COMMERCE PUBLICATION ►<°:x The EDA Industrial Park Program An Analysis of Its Impact **r«,o«* U.S. DEPARTMENT OF COMMERCE Economic Development Administration The EDA Industrial Park Program An Analysis of Its Impact o * Q 3* U.S. DEPARTMENT OF COMMERCE Maurice H. Stans, Secretary Rocco C. Siciliano, Under Secretary Robert A. Podesta, Assistant Secretary tf for Economic Development July 1970 X & Digitized by the Internet Archive in 2012 with funding from LYRASIS Members and Sloan Foundation http://archive.org/details/edaindustrialparOOunit ABSTRACT Since 1966, the Economic Development Administration has assisted in the preparation of over 300 industrial park sites. The objective of this study was to evaluate the effectiveness of EDA's investments in those industrial parks that have been completed as of February, 1970. With the assistance of EDA Field Representatives, data was collected on the costs of the parks, the number of acres in the parks, the number of acres occupied, and the number of firms and employees in the parks. Based on this data, it was determined that the average EDA investment per job in the completed industrial parks was $1,434. Therefore, it can be concluded that the industrial parks program of the EDA has been successful. The survey of completed EDA industrial parks is divided into three sections. Part I presents a summary of the findings and a discussion of the survey methodology; Part II presents three detailed summary tables with explanation; and Part III is an appendix that presents the individual industrial pcirk data collected for this study. This study was prepared by the Office of Administration and Program Analysis, Economic Development Administration. TABLE OF CONTENTS I. SUMMARY OF FINDINGS AND SURVEY METHODOLOGY A. Summary and Analysis of Findings 1 1. Summary Data 1 - Summary of Total Investment and Impact Data - Summary of Average Investment and Impact Data 2. Evaluation Criteria 2 - EDA Investment per Job - Number of Firms in Parks - Percent of Acres Occupied 3. Analysis of Data 4 - Analysis of Costs - Analysis of Park Occupancies - Analysis of Unoccupied Parks B. Puerto Rican Industrial Parks 6 C. Background 7 D. Purpose of Present Study 8 E. Criteria For Evaluation 9 F. Methodology 11 G. Conclusions 11 II. FINDINGS A- Summary Data 14 B. Individual Project Data 16 C. Summary Tables 18 III. APPENDIX: INDIVIDUAL PROJECT DATA Northeastern III-l Mid-Atlantic III-4 Mid-Eastern III-6 Southeastern III-9 North Central 111-18 Western 111-22 Southwestern 111-26 Puerto Rican 111-31 Significant Additional Benefits 111-35 GRAPH LIST OF ILLUSTRATIONS FIGURE TITLE PAGE 1 Summary of Total Investment and Impact Data 1 2 Summary of Average Investment and Impact Data 1 3 Summary of Park Occupancies 5 4 Unoccupied Parks 6 5 Summary Data : Puerto Rico 6 6 Summary of Park Occupancies : Puerto Rico 7 1 2 3 EDA Investment per Job Number of Firms per Park Percent of Acres Occupied TABLE 1 2 3 Total Investment and Impact Data Average Investment and Impact Data Distributions of Employees and Firms 18 19 20 I. SUMMARY OF FINDINGS AND SURVEY METHODOLOGY A, SUMMARY AND ANALYSIS OF FINDINGS This study examines the impacts of all 155 industrial parks completed as of February 1, 1970. The findings have been summarized, evaluated, and analyzed. 1. SUMMARY DATA Figure 1 lists the total cost, acres, and other pertinent data for the 155 completed EDA industrial parks. Figure 2 depicts the averages of these data. FIGURE 1 Summary of Total Investment and Impact Data Total number of completed parks 155 - Total project costs $79,896,000 - Total EDA costs $49,505,000 Total number of acres in parks 20,064 Total number of acres occupied 4,0 60 Total number of firms in parks 360 Total number of employees in parks 34,525 Total number of new firms expected 78 Total number of employees expected 17,589 FIGURE 2 Summary of Average Investment and Impact Data Average number of years completed 1.0 Average project cost $516,000 - Average EDA cost $319,000 Average number of acres per park 123 Average number of acres occupied 26.2 Average percent occupied 21.2% (Continued next page) Average number of firms per park Average number of employees per park. Average EDA investment per job Average EDA investment per job when expected number of employees is realized 2.3 223 $1,434 $949 2. EVALUATION CRITERIA EDA Investment per Job - The primary evaluation criterion employed is the average EDA investment for each job in the industrial park. Graph 1 illustrates the EDA investment per job by year the park was completed and by area office. The three parks completed in 1966 had the highest EDA investment per job, while the twenty-eight parks completed in 1967 had the lowest. The EDA investment per job for the six projects in the Mid-Atlantic Area Office was one-half the national average. GRAPH 1 EDA Inv. EDA Investment per Job Per Job 2?Z500 \^ $2000 $1500 CM 00 o vO CM CM CM CO CO CM CM i-H i-i — u. , CO $1000 1—1 ON CM I— 1 o co 1— 1 CO CM CO CO m CO #\ r- 1 $ 500 CM CO 66 67 68 69 70 NE MA ME SE NC W SW NAT, (Year Park Completed) (Area Office) 3 28 38 68 18 -No. of Parks -15 6 19 61 21 10 23 155 Number of Firms per Park - The second area of concern is the average number of firms per industrial park. Graph 2 also presents this information by year the park was completed and by area office. Three-hundred and sixty firms were located in the 155 industrial parks, an average of 2.3 firms per park. Number of Firms GRAPH 2 Number of Firms per Park 5J 4i 1 31 35 23 2A 22 2 2 2 .9 1.5 66 67 68 69 70 NE MA ME SE NC W SW NAT. (Year Completed) (Area Office) 3 28 38 68 18 -No. of Parks- 15 6 19 61 21 10 23 155 Percent of Acres Occupied - Percent of acres in the park occupied by industrial or commercial establishments is the third criterion. A 2,480-acre park in Mayes County, Oklahoma (southwest) , would distort the percent of acres occupied and is not included in Graph 3. With the excep- tion of the three parks completed in 1966, the percent of acres occupied increased as the number of years the park was completed increased. GRAPH 3 Percent Percent of Acres Occupied Acres Occupied 50% 40% 30% 20% 10% _ 36 11 31 28 23 25 8 _P 23 17 r 15 25 17 "j 16 i 66 67 68 69 70 (Year Park Completed) NE MA ME SE NC W SW NAT, (Area Office) 3 28 38 68 18 -No. of Parks- 15 6 19 61 21 10 23 155 3. ANALYSIS OF DATA Analysis of Costs - Generally, EDA prepares enough acres in a park to allow the community to have a sufficient number of industrial sites for long-term growth and development. The preparation of the additional acres for future development increases the EDA investment. In order to determine the percentage increase in EDA invest- ment to develop these acres, the 155 parks were examined. Because of the many kinds and combinations of construction and preparation involved in the parks, the percentage in- crease in costs could not be calculated. However, rough estimates show that once the facility lines have been extended to the park, EDA investment only has to be increased by 10-20 percent to double the size of the industrial park. Analysis of Park Occupancies - Figure 3 groups industrial parks by six ranges of percent of acres occupied. Eighteen of the parks were full, while thirty were without firms . FIGURE 3 Summary of Park OeQupaneies Percent of Acres Occupied Number of Firms 30 1-24 61 25 - 49 28 50 - 74 14 75-99 4 100 18 155 Analysis of Unoccupied Parks - Of the 30 unoc- cupied parks, eleven parks have location commitments from firms. The remaining nineteen parks are without firms, and do not have location commitments. These two groups of parks are compared to the 125 occupied industrial parks in Figure 4. FIGURE 4 Unooaupied Parks Average Total Cost Average EDA Cost Average No. of Acres Average No. of Months Completed 11 Projects With Industrial Loca- tion Commitments $385,000 $319,000 85 19 Projects Without Commitments $266,000 $147,000 59 16 125 Occupied Parks $565,000 $345,000 259 12 B, PUERTO RICAN INDUSTRIAL PARKS Because of its status as a commonwealth, no EDA funded Puerto Rican industrial parks were included with the other 155 completed parks. Figures 5 and 6 present summary information on the Puerto Rican industrial parks. FIGURE 5 Summary Data Total Number of Parks Total Project Costs Total EDA Costs Total Number of Jobs Total Number of Acres in Parks Total Number of Acres Occupied Average Project Cost Average EDA Cost Average EDA Investment per Job Percent of Acres Occupied Average Number of Employees per Park Average Number of Firms per Park 20 $5,030,000 $2,081,000 3,805 290.3 57.1 $251,500 $104,050 $547 19.6% 190 1 1 - - 24 25 - - 49 50 - - 74 75 ■ - 100 FIGURE 6 Summary of Park Oceupanaies Percent of Acres Occupied Number of Parks 11 4 3 1 1 C. BACKGROUND The passage of the Public Works and Economic Development Act of 1965 reflected a growing concern in the United States about the fact that many communities and areas were not sharing in the overall economic gains. In the Act's Statement of Purpose, it is noted that in spite of unprecedented national prosperity "some of our regions, counties, and communities are suffering substantial and persistent unemployment and underemployment that cause hard- ship to many individuals and families, and waste invaluable human resources." Thus, the 1965 Act created the Economic Development Administration (EDA) , which was provided with four basic program tools for attacking the causes of under- development: public works grants and loans, business loans, technical assistance, and planning grants. The major program tool of the Economic Devel- opment Administration is public works grants and loans. With this tool, EDA can build, rebuild, or expand the infrastructure of a depressed area in order to attract industries needed to generate new jobs and higher incomes. Public works projects include the construction of water and sewer systems, industrial and commercial areas, streets and roads, public buildings, educational facilities, tourism facilities, and health facilites. One characteristic of many depressed communities across the nation is the lack of available land suitable for industrial use. To alleviate this condition and promote the location of new industry, a substantial portion of the public works funds has been used to prepare industrial parks. The construction of an industrial park can involve several types of investment. In some cases, the preparation of a park requires leveling land, building roads, and expanding water and sewer facilities; in other cases, it may involve the construction of a railroad spur. Regardless of the type of preparation necessary, two objectives are always present: the attraction of industry and the creation of jobs. D. PURPOSE OF PRESENT STUDY From 1966 to February 1970, EDA assisted in the construction of over 300 industrial parks. By February 1970, 155 of these industrial parks were completed and operational. This study was initiated to evaluate the effectiveness of EDA's investments in these 155 completed industrial park projects. In addition, data on 20 com- pleted Puerto Rican parks were collected and summarized. The data on EDA cost, number of firms, and number of employees in the industrial parks provide in- sights into the success of EDA's industrial parks program. This may be useful for establishing better guidelines for future public works project selection. E, CRITERIA FOR EVALUATION The transformation of undeveloped land into industrial parks suitable for use by industry involves several types of site preparation. In order to measure the total impact of EDA's investment, a thorough assess- ment of each investment would be necessary. For example, a sewage treatment plant for an industrial Dark may also benefit an entire community, but an access road to an in- dustrial park may only benefit the firms and their employ- ees in the park. An evaluation of these additional benefits * would require and in-depth analysis of each project. Because of time constraints, comprehensive evaluations of each project could not be conducted, and * Boise Cascade Center for Community Development and the Program Analysis Division of EDA have each conducted in- depth evaluations of 125 public works projects. Many of the industrial parks surveyed in this study have been evaluated in these efforts. data was only gathered on the costs of the industrial parks, the number of acres in the parks, the number of acres oc- cupied, and the number of firms and employees in the parks. Although this study does not attempt to measure EDA's total impact on a community, it can still provide a meaningful evaluation of completed industrial parks. The data that were gathered can be arranged in many ways. There are three basic criteria for industrial park evaluation used in this study. The first criterion is the average number of firms per park. Since the purpose of an industrial park is to attract firms and diversify local economies, this criterion is a meaningful measure of the success of EDA's investment. The percent of acres occupied is the second criterion for evaluation. However, this cri- terion may be misleading. In most cases, the initial cost for water and sewer lines or an access road is fixed re- gardless of the size of the industrial park. Therefore, the preparation of a 200 -acre park, as opposed to a 50 -acre park, may involve only a relatively small increase in the total cost of the park. This is reflected in the fact that there is no relationship between the EDA investment per job and the percent of acres occupied. The third is EDA investment per job and is probably the most meaningful cri- terion in this evaluation. This answers the question, 10 "How many dollars has EDA invested for each job in the in- dustrial parks?" F, METHODOLOGY On January 23, 1970, a letter* and copies of an Industrial Park Questionnaire were sent by the Assistant Secretary to each of the seven EDA Area Directors asking their cooperation in evaluating all completed EDA industrial parks. Upon receiving the letter, each Area Director dis- tributed copies of the letter and questionnaire to his Economic Development Representatives (EDRs ) , who visited or called the EDA project applicants and the owners of the firms that were located in the EDA industrial parks. The EDR s completed the questionnaires and returned them to the area offices. When all the questionnaires were returned to an area office, they were sent to the Program Analysis Division of EDA in Washington, where the results were summarized. G. CONCLUSIONS The data indicates that the industrial parks program of the Economic Development Administration is extremely effective. This is best exemplified by the relatively low EDA investment per job of $1,434. If the present trend continues, this figure will be significantly reduced within the next two or three years. In addition, * See page 12 11 s W c_> > H O O -H O O r-l "1 U Hh y 'n 41 H 41 (U j K 5 ilssaiie u 3 g SO 0) □ in 35 _, ,-< at v ■P o -• 4) JS -^ *M ai a h >, en c ^"S -a c c x> a a c a. H.^ Q.H s a 4> -C 0£ OOU 3 +J o (-> D C >W a QD +J U C 01 B U id a <- •U 0) OJ 01 2^ O. -M jQ 0) — » -2 a, (11 01 ja 4-> <1J a o g 1 a •o c ■4J m .a c ffl CD OJ w 0) $5 O 0) " 8 oS <0 U <0 a> co E a ( 4J bu a +j . O 0) y r-t 0*0 ffl O 3 C +J B o at a US *j > • s > 15 CO - C 0) M >- (0 < CO CM W • < c A CO U 22 other unmeasured benefits, such as improved public services and better prospects for future economic development, are directly related to the industrial parks and serve to underline the success of the program. The findings show that many depressed areas across the nation are benefiting from EDA's investment in industrial parks. 13 II. FINDINGS A. SUMMARY DATA The information received has been summarized in three tables. Table 1, Total Investment & Impact Data, presents a composite picture of all the completed industrial parks. From this table, it is possible to determine the overall impact of EDA industrial parks upon each of the seven EDA areas and the nation. In addition to the summary data, the eighth column of Table 1 projects, on the basis of employee per acre ratio, the tota] number of people that would be employed in industrial parks if the parks were filled to 100% capacity. Table 2, Average Investment & Impact Data, presents averages of the data from Table 1. This table allows general cross-area comparisons. Also, it is possible to view the averages for each area as representative of a "typical" EDA industrial park for that area. The eighth column of Table 2 gives data on the average EDA investment per job created in the industrial parks. Table 3, Distributions of Employees and Firms, more closely examines the firms and employees in the industrial parks. This table is composed of three main parts: the number of firms in each park, the total number of employees in each park, and the size of the firms located in the parks. 14 The first part, entitled "Number of Firms in Each Park," is divided into five columns: "None, 1-2, 3-4, 5-6, and 7 or more." The number that appears below each of these columns represents the total number of industrial parks with that number of firms. For example, in the Northeastern Area there are 15 completed industrial parks. Three of these parks do not have any firms located in them, six of these parks have one or two firms located in them, four of these parks have three or four firms located in thenw one of these parks has five or six firms located in it, and one of these parks has seven or more firms located in it. The second part, entitled "Total Number of Employees in Each Park" is divided into seven columns: "None, 1-49, 50-99," etc. The number that appears below each of these columns represents the total number of industrial parks with that number of employees. For example, in the Northeastern Area there are 15 completed industrial parks. Three of these industrial parks do not have employees working in them, four of these parks have between 1 and 49 employees working in them, one industrial park has between 50 and 99 employees working in it, four parks have between 100 and 199 employees working in them, etc. The third part, entitled "Size of Firms Located in the Parks," is divided into six columns: "1-24, 15 25-49, 50-99, 100-199," etc. The number that appears in each of these columns represents the total number of firms with that number of employees. Again, in the Northeastern Area there are a total of 35 firms located in EDA industrial parks. Seventeen of these firms have between 1 and 2 4 employees, none of these firms have between 25 and 49 employees, four of these firms have between 50 and 99 employees, etc. These three parts of Table 3 facilitate understanding of the distributions of firms and employees in each park. The table also shows the size of the firms which are most often attracted to EDA industrial parks. B. INDIVIDUAL PROJECT DATA The information received from each Area Office was transferred from the Industrial Park Questionnaires to a general industrial park survey format. This format included project number, name of applicant, location, date completed, EDA cost, total project cost, number of acres, names of firms in parks, number of acres occupied, and number of employees in the firms. Three modifications have been made in this format. If a specific firm has definitely committed itself to establishing a new plant in the industrial park, the name of the firm, the expected number of acres occupied, and the expected number of employees have been enclosed in parentheses and included 16 with the other project data. Although over 17,500 jobs are expected in the near future, these jobs are not included in the summary tables. If an EDA public works loan was made, the amount of the loan is enclosed in brackets en CM en o •*\ o CM D O o o o O n o D O o o o o o 8 3 O o o o o o O CD m o IN a* o n en in m CM J -T o» H r* CM CO r-^ in ^ CO « cf VO en in 00 CM o\ ft V» v» CM v* r-» (A t/> v> ■faO- 3 O o o o o o O D O o o o o o o 3 O o o o o o o -1 00 (N —. MD CI in in n co en c-4 CN in o r in r^ 00 r^ J- r^ in t CM CO m a* in (^ c^ *» « v» V} *ft OS r-l r-4 -X u 10 a, -c (U c ■ -i J2 ■u •r4 cu >. CJ u « 3 u +J o o .* cj C a fl) >. CO s *-> .* a. U c u c X > o 10 a) o CU HI CO n, u !-. a 1-1 fi u CJ B , u CJ CO 1*4 CM U-l J3 U o O O 10 H . . # >, a • 3 u o CJ CJ o a c c u c c C CJ o CO Q, m 01 tx CI 3 J?! 5 ? jj -u *-> CJ o 4J ft ~ II II II JO ra n u X * w m SI •H .- _ < --J -J O Q 1M U4 jj u H CO o 18 lj J < H ft P p Z M ft 63 63 ,-, £ « 6? Ov • P-* o o ^ fcs co in o < Z 63 !*S CO m a* 00 to o N. o oo c-> -d- m J- vO a> CN j- (*) -3- CN */> oo HI ft ft < H Q Z ca w -a ~ S o 00 • ft H) i-* OS CO vO *0 to rs n CO .* o n r^ rs ro vO in m co r^ vO CO J £g& ,-T i/} _" r-T (M ,J J" ,J V* ^ tA t^ o cn O sf CN *"' > tu a (N m t; CM ■^ r^t CN CN < O ft be 3 ft < in m ri O ^t CO Q OS m r-i CM UD ■J O o 00 63 63 i-*. r-1 J c-> Osl m en ^ ft \£> • vo r-. 0> in vO J- to ^8 CN J cm ^ iri m *A OO 6. p! °B tf? U CO co o to cw >o J CN /- o in . vO m 00 MD m J (N v_/ OS bi CN to (N (N e§ < < ft ft < n bS H §3 U < ft § /-n O OS 1-1 d- Z 63 ^ ft CO in c* m J- r^ m cn i-t rH sO CM sO CN ro O f-\ O CO -3 "LA sO Os sO CM X S? 20 PART III APPENDIX: INDIVIDUAL PROJECT DATA J3 W- fc G M & o Sfe UJ II o gy ti < O 5* ^"o E-i O O O « O EH o < CO o @8S s >> a 1- o tU) o ff •H cm 13 C rH •H •H bo P a) XI J m (-. X) o § > -P -H ■P 3 3 3 XA O o o I f o o o I U\O0>A r^\ m r^» r^oo (0 •>-p -P -P tl (1) O 10 3 rt Xi en S ?} SB X O r—MO CO CXI CM -3 -3 CM 3 vO xO in o I o rH 0) is O E 5 S 3 • O CO P»XI £.5 in o o TO (D rt 3 (0 ffl u f- u u u u O O O O O o D- D. p. CX (X CX E E E E E E 0} (1) (U fn En Eh En fH h CM O CO CM CM CM IAO VO » — f"\ CM JC CO rH -3 rH E Q) H =3 '1 io a) !> C O o •H 0) -P ti OS o C xi J-. 0) -P » -P & (B x> >> •H -P ? n III p a hn •H ai u U K u •H o ■H SI ai rH i S m C n M » ■H o ■p 01 c •n 01 5 •H H •n y •H -P s ■e H o ■g n) .c -p ■p c o cfl o •H 01 2 C 5> o s T3 O 3 <-\ CK o co fe^ E-i O ■a! CO O @8S 53 B E-h P • T3 CO C • M O ■P -H bfl-P £S U -P O P Eh O •H «H -P o o £MD O XA 1A CM CM lA CM r^H rH cr E scr: T3 (5 £ ti «h o M ai a. 3 -h -a p m « «< o o •LTN 4» <§<§ o SO o o o inoiA H CO rH •H -H CO (4 fc. «H m -P U O m 3. p (S T3 -P O a c3 O f-i .C rH p. n) n x: id • jo o E3 Bffi 6 E O • -H t, • IP J^K o. O T) o 0) CM Wl 0) rH ( ) H -3 p. C 'J o 01 ( i •H ^> s c > m rH C >> hi) W •a AS -p 01 c •H =1 cS > rH u >, m > at g id Hi CL1 0- 1 I 8 T> li •P fc co o o f' 1 CO P gj 9 it Ft, H OO A. w 5 • cS o. o o o s < o- oo H wi T) !h r-i CI 11 £ I 01 Tl t) (D to 01 5 rH (11 U (11 o -P 1-1 w XA O^ O o a u (0 (1 A o Eh (11 ■p S>s N •H r 3 H CO p JJ to £ UN •H > id rH rH >» >j in .c 2 O CD to Pu •"3 O o*6 > M p ►J) c Ph P CM a, < cS* p o ti3 o H p p rH •eft o ^ h co -X 01 P •6? 5 j? CO O P P d p •r( c ft. t*: P C C X) -H 3 ni co xi C bfl p ■H O P3 fc< o rH ^Q <\J .H vO H rr> C\J < ) O o o O o H rH rH c"\ C""\ e*\ O O o H <0 3* o, « p o o w Q W 3 II O O O S < o- o ,o o UN o * 8 . "D c c !>» O O M rt (E •h a (n •> © £o (9 c3 to O -H p. o A! O rH O 13 CD .C t* .O in o 3 •H +3 •P p E in L < T) CD 1 CD * is o s i (H -P S-. C T3 o cj c Hi 0) ■O (-. O -P X) -P i-t -H E H S co CD £ CD 88 £ rt co -p 'at T) iS o a> U H U \S fir ■J q ■P TI ctl H X s M ■P CI) rH cn X o (1, CO a) co •H H « T) +J G 01 CD •H 01 M cn > < H ctl -P M cfl w O rH P £ Sh >-l tn Ph P Eh CO CO s>> p o 0) XI CO E £1 C P -P u o ^ U CD -H o o P JZ O S3 O O O W fr. w 5 • K o o o o 2: < o o <■! 13 8 E-i O O o o o rH <0 -P c o O 1 >> ^ •H O -p c o o o O t*\ -J o CD <8 ■^ ^J CO •H O em hJ 1 1 In O > P CD CD £ ££ p 9 cS.2 c tn C .C -H 0) -H E -H be! > E a o rH a> >> !» +3 «) C R r. O rH O O «tH •rl +> ri u a a -P tn ti CO O <0 p a. C -O t. •H C Q S5 H O H c p _ O M o &£ o r-t to 3 +5 n) a> p 3 l-o <0 c 3 d hi O E m a ■X & o n) •5 3 T3 m o a 0} cu CO bO •H TJ ■P iH 00 OS O o o -3 _3 -3 CM O >D O o O 1 C 1. 1 rH a ol rH J -3 -3 O O O VO HmnO -3 CM A MO rH rt G 3 CU .O CO CD CU C O r! O CU co < BC o o UN rH rH <0 0\ ■3. CM c-\ o -3 J O O OHO I C I rH «0 -3 -p O 1*1 On O O O * ft. CM O NO rl H O 8S> CD nO c^v f— O H rH -P I. CO 8£ 88 o o SB X - £ -H -H H TJ XI T3 s NO 9 -a V o o -3 CM 1AVN. CO CO T> CO p ■H CO 4 a u ■rl VI CO ■H 0) [/) ■rH CO 43 Sj -p at ■s -p rH c -3--J -3-3 t @ a o o H ft. M K O 10 A. W w fc> ii ■ as o<-> o B o sa < o^- 63 g o < o o H Eh W 8 E-i O O UN H £g. SZ 5 \A Vh ■H O a. rH +3 01 •H (0 (—1 9 EH CO O i ■a •H 53 CO i t-\ CNJ rH H 1AVA 88 -3 -3 i-l i-l CD O tfl -ri m s Pi Pl, — , . CD El t-i •P a 3£ •H a r*l -p c ■ CO CO CD -H E CO ■P M C 3 o co pu W 5 fc < o • D ^ 6 S O < 8 «! ^ o" tn O O E-i O @8S Eh SS a to n) •H E to O -H u 3 13 a CO M is < c a o -H 0) CO t, to ■SS >»-H n) a ft, a -p O +5 k 3 n! c T3 k 3 o " o .p -p ■p p •H (U H -P •H H •P 0) ^ B P b< -p c bo CO C to •H .H .c to to m o o o o CM O o rH H -3 O -3 O NO M3 ■P C c •H •H a u u. U. •H 0) (0 to >> •rH d (0 01 o £! •o a> -p fc co o o H cu P 1 p Si >h s II B SS w "^-' pt- M O CO IX w 5 • PS o o o o s ■=<: O £| -^ o E-i O O pKO p p- — o o i-n T-TvnO f~ co irH ■P -H B§ o o nj U -H 0> § «3 P- E o«~ 5-H U U CU -P x: • o CO w cu Dd ££ . a o CO u a) (3 •-3 CJ> pq CO • -1 O a h P o o 3 o rH cu J3 a-p co p a) o <-» CO NO r- \A O O VO rH >> e ■P -H C rH P O O flj O a o .c rH -P rH P •H O O co +5 XA CM o o I o [.. t i X o l/J !". W II • (i; c_j o e_> l_> SS «! o ^^ I B •-3 O • o o O tu) C cu bfl-H bO C tn to ■ri 3 en +3 e a t-, 43 cu 3 o .ri a ES O t« +3 C3 < CO rri r- C--XA V A V in ii> .M o to CI) •"3 H R O H S-. -P cu C c a "Si Ed +3 C to S I o -o ac c tO S-. 10 3H « U b t,ri iH CO CO p CU) I ,0 73 P T3 E o *T3 43 43 < Si 0\ mD o o o A t— o CO CM -J-C+} V (0 o 5= i C t> ■i i o O o u U <> 43 4-> £ Id CD t) tu o w p. • « o. o o o S3 < CO- OT o «i SJ >T> O r>H O O ess ^ a; a) 10 bo co C CD ■H C cfl g t. a> O E-. -p t= R O ■H ■P m -p -p CO ■H § A i V -p oU C O CD £ Eh (4 fc XI -P C m CNJ H rH rH n) cd od E- 1 o ^ •H f-. -P C o n (L) o CD 0) SC Eh V O m nO ro rH CJ O O O O I I t-\ Cnj On NO NO d <0 ■e# A A oo f"\ CO CO r-^ CNJ O O 1A-W- C\J CN) 46- 1 m <& hh i V o 0> £ EH :>> -p p 0) o w O W 0) CD C A NO NO CNJ CNJ V a: c O CD •H Eh Q CO -p -p •H On rH o pt, IH X o tvj g 111 II n lj f 1 c_> o !a ■a! o 8 E~i O O O K O A V no os 1A c"\ rr\ o-\ J -3 C"\ o O O <_) o O rH ex rH -3 _3 ^r o O o T) it, o O > a cd oj lb, Eh ■P G ^-TACVJ J1A\A r^-f^ UNVr\'LfM-r\M\AUXi e O M o OJ S K CO .C cd cd cd O p O W o3 Ch -p rH S o o c rH O >,£ cd cd OS « co yQ co *e <# I V vO -3 +5 Cli rd o g OJ 0. H lH &d o (X. H II O V) fe O g fc-. < O to o fc 6 g o < CO 8 E-< O O Eh o % to (-1 to •H o to •P to rt a; a* 3 •v 0.) OT E-" •P nl -p •H -P 8 1 S5 -3 O Eh P to +2 a; a> e a o ac • o +3 o •H 0) P -P rt a; -P S a) rt coA OO CM CM O- V ■p c •p +J 0) -P Q> Ct. Eh O Eh Si U a) o -P E; co ■P J3 vO V. MO -p c o w o> Cr" r^ '•' cxi o & td p &-. M K o CO w £ i.; cc; o »- — . o c_> <_> B -4 o — E-< ►J £3 o CM <-\ lA -3 H 4© > o -P co •H -H .■a CO >H | s O n) K -P o C en bD a> •^ C to C -p c 3 vO C\J 69 C HH- IS *8 WHUMM JO 3£ nJ nl -H o Pa E-i S OS S3 > o B . o >» o -P CO > UN O O 00 <\J r— 'LA'CAnO '"AlA-J O P t, o P o as ■p -H .c tu> EJ£ CO On O <*N c-\_3 PN f^N o* O O O O O O I I I cScS^ fr. CO o O W 0) • K D ft Q M O CO (X • Ctt o. o o o s << o - Oft." 3 o «n ^ -2 o E-i O O p K o Eh O < co o @8S o g 8 S bo CD -H 3 O did O &D -P o CM C\J n-\ r^ += .C p (0 hD o E [n t, C n) ® s b0 D t, n) C l< P B O B «! 5 ffl c-S c ^ S U CO CD CD CD 0) -p 4: rH C C 43 nl CO -P ,0 O -H -p -P ■O d « ^ rH a) a> H ZEWJ is O 0) iH P 2 o Cv. H -P -C o a) -H o t, nJ -p .c co P -H M O SH at s rH hi O •H -C +5 CO g -p •H O O O O r-\ rH rH O O SO O o H m a CO in •H In O QJ c 01 Si £ al •H 0) OS 6 ft. CO &-, M k o ^ • BJ o o O u s (fc^ra §••3 bfl -P d 1 -P in z <1) P en 5 •H c K M s :* A <5 m V X -p c p 8 in 01 •H p P o V) .-} (U . D -P co g -p ra d o ClDrH C 0> •H !> X) > a. o can Br Go mp an ir Sho mpany) p. u 8 o •H rt Q h (0 (S.O ■H ■P QJ O > p -p s d p o rt in O ci -P •H -H in o -P o rt in in d rH d) •H -H to) d ^ rH P d 6 in as s £ d !>»-H -P rH CJ rH O O OHO o 15 S 5 IX b 53 13 W owp< . pj o- o o o 53 < O" O -=1 8 s! -= o EH O O H O ■a! co o @8£ Eh 5 >> (h o -P »~s o -p iS S*R CO c ^E a ll> CO •H 0) •H -CO • . P- t-, -H B OTJ t) >>E -p tn nf C o C u o O M O l-H ID O CO -P p CO O fc -P •g p O * 1 *-P ID C 13 £ J3 C* O C H C O^ O O, .H M -p a a) S u 2 U (1) fl) o m p J*: co -h co bo o •H o IS © vO vO CM o o 1 •"3 vO o o £ o c m 111 3-P to o O M O ra n) .c •PlH-P t-, Tl a> C !h M C ) X * p o On A «& I V 3 On CO >>-P •H -P O T3 P • T3 P POO CO Eh CO O -P ■H O W "3 T> O 3 ■° J3 v -p CO P o o Oi CO o o HJC i T3 T3 P P 43 & 0) (U CO CO o o * 05 >>-P P O p <& O o ID TS -P CO T3 P O O O « Eh CO +3 ■iH CO •5S •a o •j 4J A ID P 10 P () Q « CO NO o o a? 6 8^ Eh Q Q o te o Ei O R O O fe, 3 0) o o a; cd M .y a £ (X o -p 5 ft* id C s < H O s s C o -P «^ o TJ Cu E o E +3 CO C CD S-. o 10 CD i i •H C H C o +J ■H Q) -P II) id "H > -V ^ O 0) crt CO c c id o •H -H T3 -P C cd cd M !> C ti nj 3 CD 4f> owe: S-, cd o o k £ •H •H -p >--. o 4-' 3 CO f-t y -p T> in a i: M 8 rH 01 £ -U •H =3 £ c fn at -P cd -P u co a cd a a ■H ■H (n o Eh XJ ■H C a a •H ■H co •n tn C ■a! l-H „ -P Vl c a; p S> o •H O W c I- fl T) 1) on O s> (!) o ^ o o CM O o o o o o o r*~\ CM CM CD hi) c o •H -P cu cd U O x: cd P- CO Ji! fn cd o o o ra o ft. rH -P CO -P -p C .p CD O « (< •rid ^ K SO S3 «*-' h CI) cd ft, (3 fn H tli m UI •H S-, O -p A in O p C T) CO C ft. M rH X) o C C -H O M -P -P CO ho cfl > C E S-, -H •H CD .C Jt: co co cO 0) cd >h « 3: -3 \AHH .88 ■D-HO CO. 0) CO -H X P, T) HI C 1) u HIOBH b. co o own DO P. p} H II S3 w w ft, H O CO P- • « o- o o o fs5 < o • •-3 O o o Cd o fa o 1-1 Eh H r^vlAMS HCMVO W Its' • rH O O O O CO o ^ n) ■PriO t— I CD CD ■rift, t) C O -P Si O CO CD H k XJ rH O M -P CD CO U U s: > rt O O O Eh Eh co C C U 3 3 cu o o -o "H •rid (. d .H « CD 3 E e m < ■cw- A o-i o ON [*- V ■H .13 O O o O O riHCDWW&'^HaHWH-a^OCMCM g ^ [~- c\j «5 r-~\ 3 C C » O 'ri bp E -H C CD c r> !> o cd «a 00 co W t, c. d C e cd -P CD +3 -H CO CO CO O bl) §H rH CO m OH MCE £ OH rH C CO •H 5) ■H C -P H Eh .h ClH Q) ■P Lrl M li n) n) co C n) H cu (h O O rH O CO o .. ., S cfl 01 si Jh o CO -P CO +3 H <* s! H >} 0) t-, a = a o •H ^ C rH w P. a a^ fe. 3 "O CO CD CD CO P P.-P O C O .C -H -H C CDH-P •D Oj -p u. to o o w CU H P 1 a Si J £s w ^-^ Id o |x< M X O CO fe^ • cc o«-> o o o s < o^- 8 ^ "DO' E-i O O Eh o ■< co O 083 \A»r-~vc-'^_3gv£|\£)i-lo"\["-c\J'U\c~iEDl-r\ H •ri O u 0] 01 CI > .DO c\ OH rt o co -p. a -H E-i . -H CO O 0) -H a; o t» o e-< o (S a o rt w M &0 01 01 U SS oi 3 ^ t ,-H O o a o rt n) H r-H P-3 to G co "-s co pi 3 3 c co Sa CO- to p. R o to o o o' J2 «: o- o <■: 8 E" 1 £ @8£ C\J O O O O Q O HWUMAWQO HHririNOH O O O O XA o o r-v rr\ \a V\ f- 0- C\J > 53 BC • ^-*. a ■p N o C 60 O fi M O •H 03 r-\ «H -* <*-i o •H C ^ -P « JO o c CO •8 3 • o > to ■H G 0) T> O M (5 S to K «s CM o ho CD •H R CO-g «H U o o B >-3 o CM n oB s; < o ■ En to O. E-i O O O K O a Eh t> in cc; Q) O U\V\ O co r-\o p^i V\ On rH UN co a) S_, £l Or- U P 10 TO (h <1> O c o o • a a o P. Sh o E o Qi m Q CH o O -H -H C S rH O U dOT) 1) t> CD rH C -P -P CO O -H CO iti Co •h 3dk a! +3 •H ra- Sh in ■P O (0 M. 3 Ih •o e 8 i— i 4-5 hi c -p (11 rH <1) IH (3 > E CD n In f-i o cd a a co CD sc o H 3 o o UMJA -3 rH p. 3 E CO C Q CD -H 10 O •H E rt U P M CD -P H CD O CO < Eh •r( C-i t> E O CO o o J«i a O -P TO 3 c rH to a> O E c a Cm CO o O Eh rH CD !>> C > -p a cd •H CO O O O 3 o J H 03 O H ■Cf> -p ■H 0* rH O CO rH J o o o o O I I Ol rH O I I O rH d •o E C -P cS co X) CO c co cuj p. ■a C E 2 -H o co to o -p co CO CD • l-H- CU) £ « c, « TO 4) -P C E •p 3 H •H CO -H H.COO o rH M p. [K M X o g w K O o S3 o B < o ^-- CO CO g o S3 8 ■a! $ •-a "n H O {J £ o H o < co o R Q o r^ O O O] J O fa 2 O O I rH I ao O CD rH Eh it (D O CO C -P to S a> an os ° § CD 5 g E O. ;3 co o £T &£ nj ^3 tS'^f 'co a> -p (u C « Ch TJ O O CD 3 < «i O I XriH HI 1)H Eh CD CD C T3 *h 5 S u O CO CO CD I (H C,+> •p -p , o •H CD J3 5, fn o +J -P +3 •rl UJ •H H •H R M i H -d a) O u c " •p ■H 4= n c (11 5* CO O K ■p o O O T3 ID -P h. fO O o W ID Pi s 9 1 II « o u o «! O O < 8 E-i O O nmNN ■p -p c c CD ID o ■d -a o \I\ p Q P rH -P O -P a rH CT) e-\ in %_• o 5M Q q u -P ID c ■P >rH o£ -P TD •H «s T3 to p ffl -p K c CO ID (55 o Eh H •a • o CD O -p Q c an S <^ •H a -h S3 a. e-i rH #3 o o (-1 o •5- ^ o o s. •H -P ■P 3 e-t 0) u 2 1 -p -p N < O ooo^toooiAiniAono O,C0r-(H r^^OCNico nrnn OOOQOOOOOOOOO IS5SI3DI3&SSDI35& 6 V s < O' o. 8_ E-i O O Em O < r— rH _j ■ce ■«© Os OS sO SO "N. e> ^ Csi SO -3 c o> en t, co IS hi! c jo p p- S ^ fn Sh O -P cm 10 s-g 6fi O VA O O O O o o O MO -p -h a> n > o o o O SO Csi 4© •H 1 In s O n « tn CO CO +5 C .5 O- CO CO -P w CO Jd Ij ti ra ra a> o o CO QJ 0) see i-d O -p O -H a. ■P CO cu o E EC 3 co O rH P TD O s-s (H -P CO CO O O us SO SO O CSI O c P ■p .* M n CO PL. Oh Cm Cm 1 P Cm -P CO 0) p a -a •r" G 3 P o o Eh i-h 6< CO o O W cu 2 (X1N_- Ej o. Mj M X o CO Oh W w b n BJ O^ o o o 2 < o^ s! -3 o E-> O O O K O q to -p a) M C 1* cu cu 1,° [ ) H 43 O +3 u Pm h (1) 1 03 •H S cu co K H E ■H -P CU rH CO CO Ih ■H -P 01 * c U. 1 cu -p s -P •p 10 o • II' O CO m CO hJ 3 O vO O O c^ H UN u S -p S >> co B- rap an Co. E s o s>» cu CO OJ T3 ■H minum Comp t Pap 42 o P 43 Cm c rH O CO o < -P !h CO ra !*: T3 -p pa i CO cu fe CO CU r-i 43 O-PH O O cu.. •rH pcS CH o cu rH a C T> cfl cu a ho a P -H O CO CO a -h cu p H C O 43 CO S J CO « CO rH 5S CO cu hJ Eh m 43 CO ■P -ri CO f-. CU CO 13 cu CU 43 _ 0=; co co cd T3 a; CO 43 I r- to cj o hi to n: hi o r'-i H 1 J p. ^-^ [3 i>* f^ W ■o o -p o 6 p. Cn M X o to PL. W w tZ> n • w o • — * O " o » -a! o CO 1 M o CO CO CO p fe 6 t3 o Eh CO & «*, 3 1-3 o E-i o o Q o; o Fi p- En o < CO o 8 o M s &H tr^ < E P 8 s En d a H r>4 < o S3 ■a! w E9 f-> t' t-i o rr p 1 o H u bO o .5 z u bO 3 4-> a CI T3 eg UJ •r4 3 3 c pa « 2 o O o Q u M c at to •r4 4-> c CO CO 3 a, ■o B c o H O ft c oo on o o z z 3 3 en pq o p u i ) Q Q M H OS PC) 04 a, • r-l <1) « a o +-> k4 «i CD > 3 u On a bO .5 ■a CO •r-l U >> +J c CO co 3 ft -o g c o H O O 4J OJ > 3 ai P-! Q lo -d" m H rt ^' o a J2 ft 01 to u •r4 C CO u CD 01 l-l X Cfi T3 & U co co . 4-1 c 03 CD 3 ft T3 a C o H u 4-1 u C •r4 01 ei 1 ft o o u 9) 0) > 3 (1) CM Q ft co •H >> 3 CO o-2 W •— ■ TJ >> T> 4-1 4-1 4-1 rJ HI rJ H-l CO CO (Z) CO ■-4 OS •-< 2 . 2 ft >> ■^ >> u u 01 4-1 -l-l H 'r4 c rH C O < P bO tn CO 3 ft •n s r. H u 4J CI c ql ca a ft o 4-1 |J CU 0) > 3 ON J 1 H H CO • • 1 — 1 o o 1 — 1 z z •*A 2 bO bO C c :>* •r4 •-J O o ■d U U a) o Q 4-1 H M •p4 Od Cd c 04 04 3 *■> ^1 tJ >, 4-> C CO 01 3 ft ■o F! r. <) M U o 4-1 o r. ■r4 a od ft ft O 4J o c Q "H r=. co o w 8 9 Ik CM CO I w a u. M X o CO (X w fc> OS o [1 o o o is < o *-- ' 8 E-i O O g£3 Eh O ^ lO ^- CM 00 f-» 1J C 4) 01 J-' a) 01 XI •-* n c III u x> co w c_> in o ^ o a. i-H id co bO bO a. -o t3 O hi --J ->H " 4> 3 3 88 Q Q ^ O tO H M ■P W> OS OS 3 --J CM Cm < PQ ^ v^ s < 8 O Eh S •rl 8 3 fc IH >, EH 4-> C K CO CO 1 T3 S M e o &i M O P-. O 4J «=« CJ C •H (1) t, as S O o. o 9 4-> i-H u K 3 4> cm a % r^ 5 jj * o O O u o a Q V OOOUIOOOO CNfN(NVHHHHC\H CO CO cu ^ ^ *-. ^v cj * * * -X "I NOB O O > >0 (O N N 4) I I I I Q CN CN 00 0> rH ^ t»» P^ bOOO Cf> ON CT> C I I I I .^ p_, H S H * CJ CO c w M CJ •j H x: 01 CJ u 01 CD CJ lH CO CO 01 CU u o JO c -H o Ix, CM CJ u B .2 CJ 4J • 4J -i-l O 41 CD M CU H t| f H ax; o u a co ai 3 .-< ,-C 10 Old 4 M U • IS t) 91 ••■I O 4) • < J o OS ^ v-^ o o o o z z z z bO bO bo rfl c c c c ■3 .3 .J . r l T3 »0 *0 *0 I— « I-* l—t <— < • r4 ■-! .r-l T^ 3 3 3 3 03 CQ PQ CQ 8888 Q Q Q Q OS co CM 3 O cu XI o b£> C CJ •^ o 4J r-C CO 5S a) tj 3 co h" >. t> ^ •M C 4-> C CD CO CO co 3 a. 3 a •v a ■o a c o c o M O M o O *■> O 4J CJ C CJ C •r-l QJ « 3 as Q o. ex. o O •p •-< 4J ^H u 4) > cm a 3 4> CM Q u >. ■p c CO CO 3 B> T) Fl c 1-1 cS o 4J CJ c •rJ OS 1 a. o o ■4J f— i IH 4) 4) > 3 41 cm a co I fr. Vi o r . > \-: O i_i p b S3 w u P. ft, M X o w p~ M b UJ II • ct: o ouo 53 < O — • 8_ •-oo" O O « o Ph Eh O < >c >o U3 r^ n ci J- 00 1TI 04 \o r^ H/ ITI *o 00 00 CM CM CO H H H 2 H H O O z z z z Z Z bO bO bO bO •oil bO C C c C C c •J ■H •rl • H •rl •H T3 ■v ■a TD T3 ■O •J •rl •ri •J •rl ■H 3 3 3 3 3 3 co co CQ CO CO. pa 888 8 8 Q Q P Q a a 1-1 1-1 l-l M M M o* a OS OS OS os 0. On 04 04 04 04 H- u >> 10 § 3 a. •O s C M 4-> c •rl ai qs S a 4-1 14 a) HI > 3 04 a "S ra U .ft « 3 o co • rl 14 >> ^H In CD 0) > 3 CD 04 Q ^4 h; •-< CN O •* ^H CM 00 CM 88 Q Q 1-1 1-1 Oi OS 04 04 CO U >s •u C CO co 2 S- ■v a c o M O O -W O C •r4 QJ os a & o o 4-> "4 l-i CD 4) > 3 V Pu Q ^ *"» * * M + O O 00 00 i~» r» CO v£t I t I I rH O H CN O ^H co vo O O CM 00 1-4 rH I I I I H H H H OOOO Z Z Z Z bO bO bO bO c c c c • r4 .rl 'J .-4 *0 *0 'O 'O 3 3 3 3 CO CO CO CO 8888 a a a a H M M M OS OS OS OS 04 04 04 04 CO U >> ■w c co flj 3 ft. •o e c o M O O C •r4 CD OS 8 ft. o o 4J rH 14 CD CD > CN 00 00 CO O r-< r1 r* •^ I I in 4-> o r»- o ma n o |j Ol ^ H o 1 1 1 O.H H H M • • • OOOO z z z 4-1 C bO bO bO -■ ^- ^/ r-4 CN 4/V t-l >» 4-1 C CO CO 3 ft. TJ S C O l-l O O 4-1 O c ■p4 a) OS a a 4-1 l-l CD OJ > 3 CD 0. Q co in + 00 rH ,-1 •K * CM 00 lO 10 I I CM rH CO ^ cy. ai I I H H •rJ O O ■- 1 Z Z co U bO bO O c B r4 "O "O O rH rH O -rl -rl 3 3 h com CD O O CO O O a a CD M M 3 OS as ~ 04 04 rl >. 4-1 C CO CO 3 0. ■O a C M 4-1 d •rl CD 05 a 0. 4-1 U CD CD > 3 CD 04 O II ■a oj .p &H t/i o o i-] a> k J Q a: M £9 r>H a 1! £5 £ •" ' ^ m cj -P o f,i a fc M w o CO O, W w fc> II • cu: o o o o E3 -a! o CO M Em Ph o CO CO to o fn 6 S3 o E-< CO 8 < 3 '7, "3 En < > o 8 p. o R o <■! 0) o S8 o £ H & H < b_, « 8 53 o H Eh 3 S Eh S3 3 H Ph < o S3 tri M Eg & P> 1-3 o rx p-l o o in tr> O O in o o o o in in in o o in m cm m in cm rH CO ■* CM CM in o rH CM * * i-- ov vO VO I | * * 00 00 vO vO * * * oo oo o vo vo r^ Ov O vo r^ r» vO rH H/ 00 Ov VO Ov 00 00 O rH r^ CM CM Ov CO CO CA CM OV CM Ov 00 OV H H H H H H H H Eh o z z O z z O d z z z o o z z 60 M e c •H .H TJ TJ i— 1 r-4 •H -H 3 3 « to 60 60 C C •^ .H TJ TJ •H -H 3 3 m ca BO 60 DO C C C •a .h -h TJ TJ TJ ■H -r-l -H 3 3 3 cq cq ca DO 60 .s.s TJ TJ •H -H 3 3 CQ CQ 88 a q t-H M « Hi CU Cu 88 a p rH rH a! OS CM Cu 888 a a a M tH M os ca ca Cu Cu Cu 88 D Q M M OS Qj Cu CU CM in in CO Ov Ov CO I— 1 O CM 00 O CM o m o ON o 00 Ov OV ov vo V. CO OV VO V CM CO VO \ CM rH Ov VO CM OS CU OS 91 TJ c to tu o Cu OS CU cu CO u OJ 3 60 •rH a u o EC CO C <0 (0 oo >> 3 a CO O o a CO O O CO •H l-l >> P c (0 CO 3 Cu rH CO • H t-l S*> +J c 10 CO 3 CU ■o a C rH U CO ■ H 1H >> P C CO CO 3 CU tj a c o M CJ O 4J « c *rl CU os § a. o o P rH M 0) OJ > 3 0J cu a 4J CJ C •H CU cd S cu P rH i-i cj 0J > 3 OJ CU Q O J-> O C ■H 0) os a CU O •P rH tJ CU OJ > 3 0J cu O O P O C •H CU os a CU P rH tJ 0) 0J > 3 t> o p. 73 •.CM Kl cd 1 G -P £ s* O 73 C -p o H 9> (D n) rH n! X E CD H O 0) (U O rH !> 43 O ji- O XI rH & ■ B- s co CD Bh m P. G •> O >H CD Cl CD CO 43 3 a s •P H O t O 43 co o SO •H -P cfl -p ■a hh s3 • -P •H O CD a c rH U Sh cd O -P o o S3 (3 CD o n) CD E E +5 CO c CO •r 1 P. CO £ I CD 0) (3 CO CD rH 5 ■p M > B CD ■s 3 O CO -p CD CD •H cfl CD 13 U U , CD ■P •H (H 3 M +5 Kb CO cfl CD -a S-, CO t> •H rH +3 -P c ■p CO CD O CD •v C0 O rH ■H CO & CO CD •H o o o S3vO CO 1>» 42 Sh Si ■H O p tU) M to CD en o •H SH O CD a O n) 73 CD •o cd p H *r-3 CO 4j T3 o cd *o -P E cd «H S3 43 § tH CO cd O S3 Td E 9 CO •H 0! •H Cm •H P o u o O rH O o s 43 •p X E p. O CTJ •H O SU m S3 CD CD CD CD CO rH CD -p E H Cm CM 73 3 CD CD 5 73 bD-P rH -P CD § CD cd O E CD s -P E •H cd -P O CO J3 -P O CD S3 73 CD cd -P CO £ P rH S3 h -P rH 0) CO 5 -c +3 CD CD £ St n) Cm +5 CD S>S r-t CO P-rH :>> o CO 43 73 CD CD O P to cfl CD cm Cm a CO •H CO :>» ^ "O SO 73 73 h o fc 3 o SH O G o 3 CO cd Cd s s § -P •P -p (H lM S cd •P -P s 0) u CD eg CTJ U •> 73 (1) CD • p o CD O CD d> id rH !>•. ■P o o 01 s § CO CD CD bO SU to cfl •P S3 % 3 £ o cd •H -p +3 bo OD cfl CD CD M cd TJ o 3 Sh CTJ •H M CTJ S* -P Sh -p 3 1 CD CD to -P CO CO SU a to CD cd +^ o fH cd e rH 1-J CO i-{ 1 H to o CD to c 1 X H Cm 3 £ o •d rH 0) 1 .8 < ri (h ti •H CO •H S3 M E •P CO • O rH Cfl +3 43 3 bo 73 3 (-. § -P rH -P t S i H O -P •H O rH CO •H 0J O rH o (h O •H •H 73 -H cd P- CD H o o •H H CO >! M cd 4^ rH •-s n) p o rH U to H -P JU o o >> M rH (0 cd E H c U 53 CO •H H 43 to o o CD CD O S3 p o 0) cd CD O rH H cd ■H o 3 -P G 0) Ch +3 CD S3 -P a CD s SH O CD o H a &H CO S3 cd m cm n o a SB cu M P >-3 o H (-, en -a tr, \D fr- en O o rH CO r^ H3 rH rH H H i-H rH rH CM CX/ CM CM CM * * * * * * * * * * * * R R < S3 • F CJ CD ■n ■P CD CD rH ai 4J h en +J C CO cc i<; ho cd M S3 Cm D H +3 O CO s>> O C a +3 ■H -H ■H Cm CD O •H CO CJ CD CD cd -h O Sh •H -P (X rH cfl E ■P S3 •H cd CD CidCm CD CO S !> CD O M CD rH CD l>> P. to O E rH CD o to E1A rH CD C— S2I a CO 43 %s 73 Cfl CD (3, C H O •h a CO CD ■H C3. CD 3 43 CD +3 O -P G ■H O 1A 6 In +3 •H cd 73 P,73 co cd CD CD D -P I o to •H -S-3 CD CD •O-P G U CD S3. O cfl CD -O E rH 43 73 CD rH +3 CO +3 Q CO o Cm CO >> . O CD C0 S S-r -P +3 O m •rj rH Cd CD S3 P +3 P 10 O cd E CD CM 3 E Su r— o CD O cd S3 43 O En S3 co SU < -P CD 1 S CD to rH rH cfl a P, CD O 43 cd CD +3 S P. P M O - S3 O CO S3 -H O Scots 3 h . g o -H >» ro 43 P o _^ 73 43 rH Cd Cd P. CD t-5 -h cd cd o +3 +3 rH rH CD 73 43 cfl •H CD CJ rH cfl a Cfl O ? XA CD fr\ Cfl rH C5 -H 3 H -H H CD 43 CD 030 •H -H +3 E 43 S3 SU S3 O -H O SHE !>> CD cm to C -H •H o Sh 43 cfl CD O CU CD S rH CO Cd . cd u >> -H CD Sh b0 73 CO U CD •P Oh to »\ CD CD cd Xh O S3. Sh rH E CD C3. CD 43 E t Cd CD rH r S* rH cm r>- CD O 43 CM I EU a 1 43 su S3 !>> CD rH E CTl bD Sh 10 bfl 3 S3 r>J ■H CJ3 -H S rH cd Cfl rH •H S»»tH O H cd HHO bO cfl 73 bD73 73 s ? * CO Erl O (D 03 CD t> O CD O -ri S>> tn d O D. ra r-i & js e- •H o E 0) 0) B S .* tr\ Pi " rH O .* 3 13 ' a rH s ro a) w o 0) TJ rH t. -a -a * « E fl)