# 6" Environmental Conditions Within Specified Geographical Regions Offshore East and West Coasts of the United States and in the Gulf of Mexico FINAL REPORT Prepared for: The National Data Buoy Center, National Ocean Survey, National Oceanic and Atmospheric Administration By: The Interagency AD HOC Task Force Coordinated by: National Oceanographic Data Center, Environmental Data Service, National Oceanic and Atmospheric Administration Sidney O. Marcus, Jr., Coordinator/Project Officer jp Siggte /W£ NT Of J- g Work Done Under NOAA National Data Buoy Center Request for Procurement P18-17, August 13, 1970 Foreword The NOAA Data Buoy Office (formerly National Data Buoy Center) 'Requirements Development Plan" contained a requirement element for "Analysis of Environmental Conditions Within Specified Geographical Regions." The National Oceanographic Data Center (NODC) proposed to lead an ad hoc Task Force in the development of this element. The National Data Buoy Center (NDBC) submitted a work request, accompanied by the necessary funds. The final results are hereby presented to the NOAA Data Buoy Office (NDBO). The objectives of this effort are to provide an analysis of regional climatological environmental conditions for planning data-buoy tests, for assistance in definition of requirements, support of engineering design, deployment, and tests of buoys and buoy networks, both developmental and operational. The report should provide an informational data base in standard formats containing regional parameter and phenomenological characteristics. By using an interagency ad hoc task force approach, the NDBO was able to obtain the special talents and expertise of leaders in their respective fields. Thomas S. Austin Robert V. Ochinero Task Force Chairmen \ \ \ ii k\ I Interagency Ad Hoc Task Force This report, Environmental Conditions Within Specified Geographical Regions, is the result of the combined efforts of the following specialists from the organizations indicated who comprised the Interagency ad hoc Task Force. R. A. Zettel (ex-officio) Chairmen T. S. Austin R. V. Ochinero Coordinator/Project Officer S. 0. Marcus, Jr. Members M. D. Burkhart P. P. Chase J. Churgjn A. I. Cooperman R. M. Holcombe R. W. James R. H. Martin J. M. Meserve B. I. Miller F. T. Quinlan W. J. Pierson, Jr. Assisted in draft review R. M. Cassidy H. B. Harshbarger The Interagency ad hoc Task Force was National Data Buoy Center, Technical Representative Environmental Data Service, chaired until October 1970 National Oceanographic Data Center, chaired after October 1970 National Oceanographic Data Center Office of the Oceanographer of the Navy National Hurricane Research Laboratory National Oceanographic Data Center Environmental Data Service U.S. Naval Oceanographic Office U.S. Naval Oceanographic Office U.S. Naval Weather Service Command National Climatic Center National Hurricane Research Laboratory National Climatic Center New York University Naval Weather Service Command National Weather Service formed in October 1970 and dissolved in January 1972. / 111 Abstract The data and information in this digest report are presented for the benefit of those in the marine engineering field in general, and the NO A A Data Buoy Office (NDBO) personnel in particular, and as a base for anticipated future data from buoys. Matrices ana graphical presentations of observed data and existing summaries are produced here to assist in the decision-making processes required of the NDBO engineers and planners. The work is faithful to the requirements for optimum decision-making in the design, development, testing, and deployment of buoys and buoy -mounted sensors. Being a digest of existing data and information, it does not attempt to produce any new knowledge nor to further develop existing knowledge in the marine sciences, in the academic sense. The authors had hoped that all available information would be included in this digest and that the presentations would be ideal in every sense. This was not possible, however, largely because the amount of money for the work was limited. No new computer programs were to be developed, and time was a factor in the preparation. Examples of these limitations are the use of standard deviations in the ocean temperature matrices rather than percentile frequencies, because of the existing computer programs, and the passing over of numerous published works in the field of phenomenonological climatology. (The number of such papers is enormous.) iv Presentation of Data I. ATMOSPHERIC (STATIC) Percentile occurrences of surface meteorological parameters in the American coastal waters are presented by months for subregions and miniregions. Included are air and sea temperatures, atmospheric pressure, wind speeds and directions, and ocean wave heights. Monthly roses of winds, seas, and swell are also reproduced here. n. ATMOSPHERIC (DYNAMIC) A monthly matrix of speed, direction, and duration of storm centers is presented. Graphically, by months and by season, mean storm tracks, areas of cyclogenesis, persistence of favorable and unfavorable seas, and wave period graphs are included. HI. ATMOSPHERIC STATISTICAL EXTREMES (MATHEMATICAL SIMULATIONS) By use of the statistics of extremes, the extreme recurrence values anticipated in 2, 5, 10, 25, and 50 years for areas of 5° latitude by 5° longitude are developed for maximum and minimum air and sea surface temperatures, and atmospheric pressures; and extreme sustained wind speeds, peak wind speeds, and wave heights IV. HURRICANES AND TROPICAL STORMS A complete set of statistics in tables and on maps describing, by areas of 2.5° latitude and 2.5° longitude and for two seasons, the frequency distributions of tropical cyclone parameters and phenomena is provided. Included are frequencies of occurrence and frequencies of tropical cyclogenesis, speed of translation of tropical cyclone centers, maximum winds observed, maximum winds anticipated in recurrence intervals of 2, 5, 10, and 20 years, and tropical storm and hurricane movement roses. V. WAVE SPECTRA Spectral values of ocean waves in 15 frequency bands for eight points in the western North Atlantic Ocean in the month of January 1959 are presented. These values are given as an aid to the engineering decision-making process in regards to wave sensor development and deployment. In addition to the spectral values, wave spectra graphics and one-dimensional wave height analogs are presented. VI. OCEANOGRAPHIC (STATIC) / /■ Cross-sectional nondimensional temperature profiles are presented seasonally for two tracks in the Atlantic Ocean, two tracks in the Pacific Ocean, and one across the Gulf of Mexico. From BT's, computer printouts of vertical temperature traces (digital and analog), standard deviations of subsurface temperatures, and vertical temperature gradients are given by months for subregions of the United States coastal waters. For v selected miniregions ocean station data, rather than BT's, are arrayed in a similar statistical presentation, by seasons. Surface, current roses are reproduced and statistical breakdowns of speeds and directions are presented by subregions determined by the U.S. Naval Oceanographic Office. Subsurface current vertical profiles and vertical current shears are given. VII. OCEANOGRAPHIC (DYNAMIC) Information is presented on ocean phenomena. Data are quantitatively insufficient to use in preparing the statistics of percentile or standard deviations, so the phenomena, their "expected" behavior, and their aberrations are uniquely treated. "Signatures" of the more prominent phenomena are presented as matrices. Included are the Gulf Stream System, Slope Front, Loop Current, California Current System, upwelling, and Red Tide. VI Acknowledgments The Task Force Coordinator, acting for the Chairmen, developed the plans and coordinated the programs. This involved the homogenization of many diverse input formats, and preparing them in an orderly, cohesive, yet comprehensive, publication. This work therefore required outstanding team work support within the National Oceano- graphic Data Center. Most notable members of this team were librarians, Mrs. Charlotte Ashby and Mrs. Mary Pratt; illustrators, Mrs. W. L. Bowe, Mr. William Lyons, and Mr. Edwin Seremeth: typists, Mrs. Dorothy McClure and Miss Maxine Tyree; and clerical assistant, Mrs. Joyce Peters. Appreciation is also acknowledged for the excellent work done by computer programmers, Mr. John Ward and Mrs. Sally Heimerdinger. The many hours of hard work and the dedication of these NODC employees working together made possible the completion of this report. Mr. Ralph Zettel of the NOAA Data Buoy Office, by his continued faith in the joint project and invaluable guidance from the very beginning, has also earned a large measure of appreciation. vu Contents Page Foreword ii Interagency Ad Hoc Task Force iii Abstract iv Presentation of the data v Acknowledgements vii list of tables xii List of figures xiii I. Atmospheric conditions (static) 1 A. Synoptic weather maps 2 B. Introduction 4 C. Data 6 1 . Percentile distributions of meteorological data observed at sea, based on TDF-11 6 a. Marine meteorological regions, subregions, and miniregions 6 b. Surface air temperature 8 c. Sea surface temperature 29 d. Sea level pressure 50 e. Surface wind speed 71 f. Extreme wave height 92 2. Marine data summaries 113 a. Sea level pressure 113 b. Air temperature 113 c. Sea surface temperature 113 d. Mean relative humidity 113 e. Weather 113 f . Total sky cover 113 g. Visibility (percentage frequency of 2n.mi.) 113 h. Wind speed 113 i. Wave height 113 3. Surface wind roses 168 a. Western North Atlantic and Gulf of Mexico 168 b. Eastern North Pacific 168 4. Sea and swell roses and analyses 194 a. Western North Atlantic and Gulf of Mexico • • • • 194 b. Eastern North Pacific 194 D. References for atmospheric conditions (static) 211 II. Atmospheric conditions (dynamic) 212 A. Introduction 212 B. Data 212 1. Cyclones and anticyclones 212 a. Legend 212 b. Principal tracks of highs and lows, and principal areas of cyclogenesis 212 c. Frequency of cyclones 212 2. Movement of low pressure centers 238 vm Page 3. Wave period— height and period— direction 238 4. Persistance of favorable and unfavorable areas 250 C. References for atmospheric conditions (dynamic) 274 III. Statistical analysis of extreme atmospheric conditions, by regions 275 A. Introduction 275 B. Data sources 275 C. Analysis 276 D. References on extreme environmental conditions 276 E. Data 277 1 . Forecast versus visually observed wave heights 277 2. Probable return periods of extreme values 278 (For parameters see list of tables.) IV. Analysis of tropical storms and hurricanes 283 A. Data Sources 283 B. Analysis 283 C. Description of data 283 1 . Origin and occurrence 283 2. Maximum winds 283 a. Percentage frequency 284 b. Recurrence interval 284 3. Speed of storm motion, by direction 284 4. Duration (hr) ot gale-force winds by storm size 284 D. Acknowledgment 284 E. References 284 F. Data 286 1 . Origin and occurrence 286 2. Maximum winds 301 a. Percentage frequency 301 b. Recurrence interval 304 3. Speed of storm motion, by direction 331 4. Duration (hr) of gale-force winds by storm size 352 V. Analysis of ocean wave spectra in 15 frequency bands for January 1959 354 A. Introduction 354 B. Description of analysis 354 1. Variance vs wave frequency 354 2. Variance density vs wave frequency 354 3. Variance vs wave frequency for maximum values 355 4. Variance density vs wave frequency for maximum values 355 5. Significant wave heights 355 6. Power spectra 355 C. Wave spectra .' 355 1. Grid points 355 2. Variance vs wave frequency 356 3. Variance density vs wave frequency 360 4. Time cross-section of significant wave height 364 5. Wave spectra (frequency vs variance density) for various significant wave heights 372 VI. Oceanic conditions (static) 387 A. Introduction 387 B. Discussion 387 1. Ocean thermal structure 387 a. Vertical cross-section temperature profiles 387 IX Page b. Vertical temperature array summaries 388 (1) Bathythermograms 388 (2) Ocean station data , 389 2. Surface ocean currents 389 a. Introduction 389 b. Data sources 389 c. Analysis 390 (1) Surface current roses 390 (2) Surface current matrix 390 (3) Maximum observed current speeds 390 3. Subsurface ocean currents 391 a. Introduction 391 b. Data sources 391 c. Analysis 392 C. Data 392 1 . Vertical cross-section temperature profiles 392 2. Statistics of vertical temperature profiles . . 398 a. Bathythermograph data 398 b. Ocean station data 633 3. Surface current roses 650 a. Maximum observed current speeds 656 b. Surface current speed statistics 659 4. Subsurface ocean currents 664 a. Vertical direction and speed profiles 664 b. Statistics of vertical direction and speed profile by location and month 675 VII. Oceanic conditions (dynamic) 692 A. Introduction 692 B. Discussion 692 1 . Gulf Stream and its meanders 692 a. Signatures of the Gulf Stream System 696 (1) General 696 (2) Current 696 (3) Meanders north of the core 696 (4) Meanders south of the core 697 2. Slope Front . 697 a. Signatures of the Slope Front 698 (1) Positions 698 (2) Temperature gradients 698 (3) Circulation 698 3. Littoral Current and Shelf Current 698 4. Environment phenomena of the Gulf of Mexico 698 a. Near-shore currents 698 b. Offshore circulation 700 c. Astronomical and meteorological tides and tidal currents 700 d. Water temperature and its anomalies 700 e. Upwelling internal waves, and special cases 701 f. Red tide 701 5. The Loop Current of the Gulf of Mexico 701 a. Signatures of the Loop Current 702 6. California Current System 702 a. Signatures of the California Current System 702 Page (1) Components 702 (2) California Current 702 (3) California countercurrent (Davidson Current) 703 (4) California undercurrent 703 b. West coast upwelling 703 C. Data 705 1 . Idealized surface currents in the Gulf of Mexico 705 2. Typical loop current in September, Gulf of Mexico 707 3. Spring intrusion in eastern Gulf of Mexico 708 4. California Cooperative Ocean Fisheries Investigation (CalCOFI) station plan 709 5. Mean geostrophic surface currents 710 6. Mean geostrophic flow at 200 m 722 7. Mean geostrophic flow at 500 m 726 8. Vertical temperature cross-section, Depoe Bay, Oregon 729 D. References for static and dynamic oceanic conditions 729 E. Additional recommended bibliography on marine environment 731 XI List of Tables Page 1-1. Percentiles of all surface air temperatures (°F) in III- In. TDF-11, by months, by subregion 8 1-2. Percentiles of all sea surface temperatures (°F) in Hl-li. TDF-11, by months, by subregion 29 IV-1. 1-3. Percentiles of all barometric pressures (mb) in TDF-11, by months, by subregion 50 IV-2. 1-4. Percentiles of all surface wind speeds (kt) in TDF-11, by months, by subregion 71 1-5. Percentiles of all wave heights (ft) in TDF-11, by IV-3. months, by subregion 92 1-6. Marine data summaries of all data in TDF-11, by IV-4. months, by miniregjon 114 II-l. Frequency of cyclone occurrence, origin, and number of cyclone days, by months, by 5° IV-5. latitude and longitude areas 226 V-l. II-2. Frequency distribution of the speeds of movement of low pressure centers in areas of cyclogenesis, by area 238 V-2. IH-la. Probable return period of extreme values of maxi- mum surface air temperature 278 III- lb. Probable return period of extreme values of mini- VI- 1. mum surface air temperature 278 III-lc. Probable return period of extreme values of maxi- VI-2. mum sea surface temperature 279 Ill-Id. Probable return period of extreme values of mini- VI-3. mum sea surface temperature 279 VI-4. Ill-le. Probable return period of extreme values of maxi- mum sea level atmospheric pressure 280 VI-5. Hl-lf. Probable return period of extreme values of mini- VI-6. mum sea level atmospheric pressure 280 Ill-lg. Probable return period of extreme values of peak VII-1. surface wind speed 281 Page Probable return period of extreme values of maxi- mum sustained surface wind speed 281 Probable return period of extreme wave height . . 282 Origin and occurrence of tropical cyclones and hurricanes, annual mean percent 286 Mean annual percent of days on which maximum winds from tropical cyclones reached given intensity 301 Maximum winds from tropical cyclones expected for given occurrence interval, by 2 1/2° squares 316 Annual frequency of speeds of tropical cyclone motion, by direction (percent of centers enter- ing 2 1/2° square 331 Duration (hr) of gale force winds by storm size . . 352 Variance (ft2 ) of wave height vs. wave frequency at grid points for 0000, 0600, 1200, and 1800 GMT, January 1959 356 Variance density (ft2 sec) of wave height vs. wave frequency at grid points for 0000, 0600, 1200, and 1800 GMT, January 1959 360 Statistical summary of bathythermograph tempera- ture data, by subregion and month 400 Statistical summary of ocean station temperature data, by miniregion and season 633 Surface current speed statistics 659 Statistics of vertical profiles of current direction and speed by location and month 676 Statistics of Oregon coastal currents 690 Current measurements at points 40-1, 40-11, 40-111, and 40-IV 690 Average current speeds in the Gulf Stream System (nmi/da) 697 Xll List of Figures Page 1-1 Synoptic weather maps, Northern Hemisphere, sea 1-29 level, February 12-13, 1899 2 1-2 Synoptic weather maps, Northern Hemisphere, sea 1-30 level, December 12-13, 1962 3 1-3 Specified environmental regions, marine meteoro- 1-31 logical subregions, and miniregions 7 1-4 Legend for western North Atlantic, surface wind 1-32 roses 168 1-5 Surface wind roses, western North Atlantic, by 1-33 month: January 169 1-6 Surface wind roses, western North Atlantic, by 1-34 month: Feburary 170 1-7 Surface wind roses, western North Atlantic, by 1-35 month: March 171 1-8 Surface wind roses, western North Atlantic, by 1-36 month: April 172 1-9 Surface wind roses, western North Atlantic, by 1-37 month: May 173 1-10 Surface wind roses, western North Atlantic, by 1-38 month: June 174 1-11 Surface wind roses, western North Atlantic, by 1-39 month: July 175 1-12 Surface wind roses, western North Atlantic, by 1-40 month: August 176 1-13 Surface wind roses, western North Atlantic, by 1-41 month: September 177 1-14 Surface wind roses, western North Atlantic, by 1-42 month: October 178 1-15 Surface wind roses, western North Atlantic, by 1-43 month: November 179 1-16 Surface wind roses, western North Atlantic, by 1-44 month: December 180 1-17 Legend for eastern North Pacific Ocean surface 1-45 wind roses 181 1-18 Surface wind roses, eastern North Pacific, by II-l month: January 182 1-19 Surface wind roses, eastern North Pacific, by II-2 month: February 183 1-20 Surface wind roses, eastern North Pacific, by II-3 month: March 184 1-21 Surface wind roses, eastern North Pacific, by II-4 month: April 185 1-22 Surface wind roses, eastern North Pacific, by II-5 month: May 186 II-6 1-23 Surface wind roses, eastern North Pacific, by II-7 month: June 187 H-8 1-24 Surface wind roses, eastern North Pacific, by month: July 188 II-9 1-25 Surface wind roses, eastern North Pacific, by month: August 189 11-10 1-26 Surface wind roses, eastern North Pacific, by month: September 190 II-l 1 1-27 Surface wind roses, eastern North Pacific, by month: October 191 11-12 1-28 Surface wind roses, eastern North Pacific, by month: November 192 II-l 3 Page Surface wind roses, eastern North Pacific, by month: December 193 Sea roses, western North Atlantic, by midseason months: February 195 Sea roses, western North Atlantic, by midseason months: May 196 Sea roses, western North Atlantic, by midseason months: August 197 Sea roses, western North Atlantic, by midseason months: November 198 Swell roses, western North Atlantic, by midseason months: February 199 Swell roses, western North Atlantic, by midseason months: May 200 Swell roses, western North Atlantic, by midseason months: August 201 Swell roses, western North Atlantic, by midseason months: November 202 Sea roses, eastern North Pacific, by midseason months: February 203 Sea roses, eastern North Pacific, by midseason months: May 204 Sea roses, eastern North Pacific, by midseason months: August 205 Sea roses, eastern North Pacific, by midseason months: November 206 Swell roses, eastern North Pacific, by midseason months: February 207 Swell roses, eastern North Pacific, by midseason months: May 208 Swell roses, eastern North Pacific, by midseason months: August 209 Swell roses, eastern North Pacific, by midseason months: November 210 Principal tracks of highs and lows, by month: January 214 Principal tracks of highs and lows, by month: February 215 Principal tracks of highs and lows, by month: March 216 Principal tracks of highs and lows, by month: April 217 Principal tracks of highs and lows, by month: May 218 Principal tracks of highs and lows, by month: June 219 Principal tracks of highs and lows, by month: July 220 Principal tracks of highs and lows, by month: August 221 Principal tracks of highs and lows, by month: September 222 Principal tracks of highs and lows, by month: October 223 Principal tracks of highs and lows, by month: November 224 Principal tracks of highs and lows, by month: December 225 Location chart for wave period-height and period- — ~ Xlll Page direction graphs 239 IV-4 11-14 Legend for period-height and period-direction graphs. 240 IV-5 II-l 5 Wave period-height and period-direction graphs, by area: Area 1 241 IV-6 11-16 Wave period-height and period-direction graphs, by area: Area 2 242 IV-7 II-l 7 Wave period-height and period-direction graphs, by area: Area 3 243 IV-8 11-18 Wave period-height and period-direction graphs, by area: Area 4 244 IV-9 II- 19 Wave period-height and period-direction graphs, by area: Area 5 245 IV-10 11-20 Wave period-height and period-direction graphs, by area: Area 6 246 IV-11 11-21 Wave period-height and period-direction graphs, by area: Area 7 247 IV-12 11-22 Wave period-height and period-direction graphs, by area: Area 8 248 IV-13 11-23 Wave period-height and period-direction graphs, by area: Area 9 249 11-24 Location chart of east coast lightships 250 IV-14 11-25 Legend for persistence of favorable and unfavor- able seas at east coast lightships 25 1 11-26 Persistence of favorable seas «3, 6, 9, 12 ft) and IV-15 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Portland, Maine 252 11-27 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-16 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Pollock Rip, Massachusetts 254 II-28 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-17 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Nantucket Shoals, Massachusetts. . . 256 11-29 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-18 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Buzzards Bay, Massachusetts 258 11-30 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-19 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Ambrose Channel, New York 260 11-31 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-20 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Barnegat, New Jersey 262 11-32 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-21 unfavorable seas O 3, 6, 9, 12 ft) for east coast lightships: Five Fathom Bank, New Jersey. . . . 264 11-33 Persistence of favorable seas «3, 6, 9, 12 ft) and IV-22 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Chesapeake, Virginia 266 11-34 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-23 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Diamond Shoals, North Carolina. . . 268 11-35 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-24 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Frying-Pan Shoal, North Carolina. . 270 II-36 Persistence of favorable seas (<3, 6, 9, 12 ft) and IV-25 unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Savannah, Georgia 272 III-l Forecast versus visually observed wave heights IV-26 according to Vaiksnoras and Crutcher for the period 1950-1969 277 IV- 1 Percent of days tropical storms originated, August IV-27 and September, 1899-1969 289 IV-2 Percent of days tropical storms originated, October thru July, 1899-1969 290 IV-28 IV-3 Percent of days tropical storms originated, all months, 1899-1969 291 Page Percent of days hurricanes originated, August and September, 1899-1969 292 Percent of days hurricanes originated, October thru July, 1899-1969 293 Percent of days hurricanes originated, all months, 1899-1969 294 Percent of days tropical storms occurred August and September, 1899-1969 295 Percent of days tropical storms occurred, October thru July, 1899-1969 296 Percent of days tropical storms occurred, all months, 1899-1969 297 Percent of days hurricanes occurred, August, Sep- tember, 1899-1969 298 Percent of days hurricanes occurred, October thru July, 1899-1969 299 Percent of days hurricanes occurred, all months, 1899-1969 300 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Aug- ust, September, 34-64 kt 304 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Octo- ber to July, 34-64 kt 305 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: All months, 34-64 kt 306 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Aug- ust, September, 65-99 kt 307 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Octo- ber to July, 65-99 kt 308 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: All months, 65-99 kt 309 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Aug- ust, September, 100+ kt 310 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Octo- ber to July, 100+ kt 311 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: All months, 100+ kt 312 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Aug- ust, September, all speeds 313 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: Octo- ber to July, all speeds 314 Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: All months all speeds 315 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, 2-year, August and September 319 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, 2-year, October thru July 320 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, 2-year, October thru July 321 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, 5-year, August and September 322 xiv Page IV-29 Maximum winds (kt) from tropical cyclones, by V-21 recurrence interval and season, 1899-1969, 5-year, October thru July 323 V-22 IV-30 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, V-23 5-year, All months 324 IV-31 Maximum winds (kt) from tropical cyclones, by V-24 recurrence interval and season, 1899-1969, 10-year, August and September 325 VI- 1 IV-32 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, VI-2 10-year, October thru July 326 IV-33 Maximum winds (kt) from tropical cyclones, by VI-3 recurrence interval and season, 1899-1969, 10-year, All months 327 VI-4 IV-34 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, VI-5 20-year, August and September 328 IV-35 Maximum winds (kt) from tropical cyclones, by VI-6 recurrence interval and season, 1899-1969, 20-year, October thru July 329 VI-7 IV-36 Maximum winds (kt) from tropical cyclones, by recurrence interval and season, 1899-1969, 20-year, all months .« 330 VI-8 IV-37 Tropical cyclone center movement speed roses, August and September, 1899-1969 349 IV-38 Tropical cyclone center movement speed roses, VI-9 October to July, 1899-1969 350 IV-39 Tropical cyclone center movement speed roses, all VI-10 months, 1899-1969 351 V-l Grid points used in wave spectra analysis 355 VI- 11 V-2 Time cross section of significant wave height, by gridpoint : 122 364 VI-12 V-3 Time cross section of significant wave height, by gridpoint: 124 365 VI-13 V-4 Time cross section of significant wave height, by gridpoint: 144 366 VI-14 V-5 Time cross section of significant wave height, by gridpoint: 168 367 VI-15 V-6 Time cross section of significant wave height, by gridpoint: 173 368 VT.-16 V-7 Time cross section of significant wave height, by gridpoint: 198 369 VI-17 V-8 Time cross section of significant wave height, by gridpoint: 224 370 VI-18 V-9 Time cross section of significant wave height, by gridpoint: 229 371 VI-19 V-10 Wave spectra by wave height interval (ft), 2 to 4 ft. 372 V- 11 Wave spectra by wave height interval (ft), 4 to 6 ft. 373 VI-20 V-l 2 Wave spectra by wave height interval (ft), 6 to 8 ft. 374 V-l 3 Wave spectra by wave height interval (ft), 8 to 10 VII- 1 ft 375 V-14 Wave spectra by wave height interval (ft), 10 to 12 VII-2 ft 376 V-l 5 Wave spectra by wave height interval (ft), 12 to 14 VII-3 ft 377 V-16 Wave spectra by wave height interval (ft), 14 to 16 VII-4 ft 378 V-17 Wave spectra by wave height interval (ft), 16 to 18 VII-5 ft 379 V-l 8 Wave spectra by wave height interval (ft), 18 to 20 VII-6 ft 380 V-19 Wave spectra by wave height interval (ft), 20 to 22 VII-7 ft 381 V-20 Wave spectra by wave height interval (ft), 22 to 24 VII-8 ft 382 Page Wave spectra by wave height interval (ft), 24 to 26 ft 383 Wave spectra by wave height interval (ft), 26 to 28 ft 384 Wave spectra by wave height interval (ft), 28 to 30 ft 385 Wave spectra by wave height interval (ft), 30 to 32 ft 386 Locations of vertical cross-section temperature profiles 392 Seasonal vertical temperature profiles, by profile number: No. 1 393 Seasonal vertical temperature profiles, by profile number: No. 2 394 Seasonal vertical temperature profiles, by profile number: No. 3 395 Seasonal vertical temperature profiles, by profile number: No. 4 396 Seasonal vertical temperature profiles, by profile number: No. 5 397 Locations of subregions and miniregions for verti- cal ocean temperature profiles (western North Atlantic and Gulf of Mexico) 398 Locations of subregions and miniregions for verti- cal ocean temperature profiles (eastern North Pacific) 399 Surface current roses by region and season: west- ern North Atlantic, winter 650 Surface current roses by region and season: west- ern North Atlantic, summer 65 1 Surface current roses by region and season: Gulf of Mexico, winter 652 Surface current roses by region and season: Gulf of Mexico, summer 653 Surface current roses by region and season: Eastern North Pacific, winter 654 Surface current roses by region and season: Eastern North Pacific, summer 655 Maximum observed current speeds (kt), western North Atlantic and Gulf of Mexico, winter. . . 656 Maximum observed current speeds (kt), western North Atlantic and Gulf of Mexico, summer. . 657 Maximum observed current speeds (kt), eastern North Pacific, winter and summer 658 Legend for observed vertical profiles of ocean currents 664 Observed vertical profiles of ocean currents by location and month 665 Locator chart for current data, western North Atlantic and Gulf of Mexico 675 Envelope of the Gulf Stream locations and posi- tions of the Slope Front 693 Sea surface temperature traces across the Gulf Stream 694 Annual variations in the current speeds in four segments of the Gulf Stream System 695 Segments of the Gulf Stream System (after Nicker- son) 699 Idealized surface currents in the Gulf of Mexico in June (after Leipper) 705 Idealized surface currents in the Gulf of Mexico in December (after Leipper) 706 Typical loop current in September with detached cyclonic eddies 707 Spring intrusion in the eastern Gulf of Mexico, 1966 708 XV VII-9 Cabfornia Cooperative Oceanic Fisheries Investiga- tion (CalCOFI) Station Plan since 1950 and selected temperature summaries VII-10 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: January. . VII-11 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: February. VII-12 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: March. . . VII-13 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: April. . . . VII- 14 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: May. . . . VIM 5 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: June. . . . VIM 6 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: July. . . . VIM 7 Mean geostrophic surface currents, California coast, 15- or 16-yr mean, by month: August. . VIM 8 Mean geostrophic surface currents, California coast, 15- or 16-yr mean, by month: Septem- ber VIM 9 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: October. . Page Page VII-20 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: November. 720 709 VII-21 Mean geostrophic surface currents, Cabfornia coast, 15- or 16-yr mean, by month: December. 721 710 VII-22 Mean geostrophic flow at 200-m depth, Cabfornia coast, 1950-65 mean, by midseason month: 711 January 722 VII-23 Mean geostrophic flow at 200-m depth, Cabfornia 712 coast, 1950-65 mean, by midseason month: April 723 713 VII-24 Mean geostrophic flow at 200-m depth, Cabfornia coast, 1950-65 mean, by midseason month: 714 July 724 VII-25 Mean geostrophic flow at 200-m depth, Cabfornia 715 coast, 1950-65 mean, by midseason month: October 725 716 VII-26 Mean annual geostrophic flow at 500-m depth, California coast 726 717 VII-27 Wind drift currents (kt) nomogram for deep water. 727 VII-28 Wind drift currents (kt) nomogram for shallow water (100 m) 728 718 VII-29 Vertical temperature cross section extending sea- ward from coast at Depoe Bay, Oregon 729 719 XVI I. Atmospheric Conditions (Static) A. SYNOPTIC WEATHER MAPS SYNOPTIC WEATHER MAP NORTHERN HEMISPHERE SEA LEVEL 1300 GMT FEBRUARY 13, 1899 TT<*d PPP ww ® Figure 1-1. — Synoptic Weather Maps, Northern Hemisphere, Sea Level, February 12-13, 1899. Figure 1-2. — Synoptic Weather Maps, Northern Hemisphere, Sea Level, December 12-13, 1962. B. INTRODUCTION All the tabulations presented in atmospheric condi- tions (static) were developed from the marine data tape file (TDF-11) available at the National Climatic Center (NCC). The marine observations available in this data base and any statistics developed from them must be used with caution because of errors and biases inherent in marine weather observations. Some of the problems associated with evaluation of marine meterological observations are that: 1. Marine weather observations are biased toward good weather, because ships avoid hazardous weather if at all possible. This is especially true in recent years as optimum track ship routing has become routine for ships operated by the U. S. Navy and many of the ships in the merchant marine fleet, and the marine forecasts and communications have been improved constantly. 2. Thousands of observations have been taken along shipping lanes, while data are sparse or nonexistent in other areas. It is common to see "no observations — coastal waters" entered on the weather forms from ships. 3. There is an important difference between weather observations entered on ship forms and those placed in TDF-11. The merchant fleet uses forms designed primar- ily for real-time transmission to forecasters. The observa- tions are taken at fixed times (0000, 0600, 1200, and 1800 GMT) and entered on the forms. The probability of extreme conditions occurring at the ship's position at the fixed time is remote. Additional observations may be taken at any time and transmitted by radio to forecast centers. When the data are converted from ship forms to tape, only the 0000, 0600, 1200, and 1800 GMT observations are generally used. This means that for a significant weather event to be found on magnetic tape (TDF-11), that event must have occurred at a reporting ship's position and at one of the four synoptic hours. The development of statistics that will be useful in buoy design and deployment decisions is most seriously hampered by the "fair weather" bias mentioned in 1. above. Ships are generally routed around bad weather. When bad weather cannot be avoided, they may not always make an observation. For instance, if ship logs and other sources are examined, many cases of unusual and extreme weather are noted, but as mentioned in 3. above, these rarely appear in marine observations. Following are some specific examples of this inability to report severe weather accurately in marine observations: a. In September 1935, the minimum pressure reported for a hurricane crossing the Florida Keys was 892 mb. The minimum pressure for that area, determined from the NCC marine data base, was 995 mb. b. The minimum pressure associated with Hurricane Camille (August 1969) as it crossed the Gulf Coast was observed to be 901 mb, whereas the marine data base contains a minimum pressure of 999 mb for that area. The -wind associated with Camille was estimated to be 175 kt whereas maximum wind, as determined from marine obser- vations for that area, is less than 100 kt. c. Ship logs revealed that a storm on March 9, 1969, produced 80-kt winds and 100-ft waves at 41.4°N and 58.0°W with a low pressure of 954 mb. The TDF-11 indicates that the highest record- ed wind was 68 knots, the minimum pressure 965 mb, and the maximum wave 39 feet (from the March summary for this area). d. In August 1970, Hurricane Celia produced 87-knot winds with an associated central pressure of 975 at 24°N and 87°W. Marine observations indicate extremes of 47 knots and 1,000 mb during August for this area. e. On March 26, 1971, the Kotura Maru reported 55-knot winds and 31 -foot seas at 40°N and 1 30° W. The distributions derived for this area for the month of March indicate maximum winds of 51 knots and extreme wave heights of 15 feet. The literature is replete with accounts of unusual or extreme environmental conditions at sea, but they rarely appear in the data bank. These discrepancies between real conditions and the resulting statistics will be overcome when appropriately positioned fixed buoys provide continuous surveillance and readout of weather conditions on a regular basis. This report contains theoretical extreme value distri- butions of the marine meterological parameters (air temperature, sea temperature, pressure, wind, and waves). These distributions can provide reasonable estimates of extreme conditions in the areas of concern. 4. Serious difficulty may be encountered during any analysis of marine observations if estimates of conditions that are produced by phenomena of short duration (24 hours or less) are required. This is because the observa- tions are often random in space and time; therefore, the probability that a ship will observe and report such phenomena is extremely small. Fast-moving winter cold fronts that occasionally move across the Gulf of Mexico are good examples. These can result in very cold (below freezing) air pouring over the water. The air is modified so rapidly by the warm water that only a short time interval exists for observation of this phenomenon. Figure 1-1 contains the Synoptic Weather Maps for February 12 and 13, 1899. The February 12 map shows a low pressure system moving rapidly into the Gulf. Behind the cold front, air with temperatures below 0°F is beginning to blow across the Gulf Coast. The subsequent map (February 13, 1899) shows the cold front across Central America and the cold high pressure system centered on the Gulf Coast. This sytem produced record-breaking temperatures of 12°F at Brownsville, Tex. Figure 1-2 depicts a similar situation in December 1962. The meteorological data base provided with this report has been modified to include extreme tempera- tures associated with these types of phenomena (1 to 4 above) even though marine observations taken during such events are virtually nonexistent. A buoy network in the Gulf would provide valuable information on the extent and rate of modification during these cold air outbreaks. 5. Observational and coding practices have in some cases tended to mask the parameter distributions and in specific cases have caused serious errors in the distribu- tions. For instance, analysis of the annual extremes of wave heights indicates that preferred wave heights over the ocean tend to be 15 and 30 ft. This is caused by observational practices and may not represent the true conditions. In some cases the distributions of wind speed are truncated at the upper end because of coding practices. Four kinds of information on waves are contained in this report. They are: (1) Climatological summaries of the visual obser- vations of waves obtained from conventional ship reports, (2) Sea and swell roses, (3) Probabilistic predictions of extreme wave heights as given in Section III entitled "Statistical analysis of extreme " (4) Summaries of hindcasted waves and wave spectra in the month of January 1959, as prepared by Code 7700 of the U.S. Naval Oceanographic Office. The ship reports are given as climatological summaries in the 62 different meteorological subregions shown in Figure 1-5 for the period of record of TDF-11 (generally 100 years or more). The first thing to note in the climatological tabula- tions of wave heights is the frequency distribution of the annual extreme value as tabulated below. Distribution of annual extreme value Height ^V<3/11 //" (ft) rreQllc 19 1 20 2 22 2 23 1 24 1 25 6 26 3 31 13 Height Freque (ft) 32 12 33 4 34 1 39 2 40 6 41 1 48 1 49 1 60 4 70 1 Total 62 Twenty-nine of the 62 areas (47 percent) report an extreme wave of either 31, 32, or 33 ft. This height corresponds to the upper end of the wave height code used until recently by ships in which the height was coded to the nearest 0.5 up to 4.5 m and then a 50 was added to the wave direction to go to 9.5 m. Waves higher than this tend to be coded in words at the end of the message. The 40-, 60-, and 70-ft waves were just too big to ignore in the areas where they occurred. The next thing to note is the high frequency of the heights of 14, 15, and 16 ft and 31, 32, and 33 ft throughout the tables. The first sequence represents the reluctance of the observers to add a 50 to the wave direction in the wave code. The record series again represents a reluctance to report waves over 10 m. It does not seem advisable to base the design and installa- tion of data buoys on the assumption that preferred wave heights on the ocean tend to be 15 and 30 ft. It is difficult to know what these distortions do to the interpretation of the data for design purposes. Comparison of estimated significant wave heights with waves recorded by British Weather Ships equipped with the Tucker shipbome wave recorder has been made for cases where the transient ship was close to the weather ship. In general, the transient ship reports were scattered sufficiently above and below the measured values to be considered in error by a factor of two. The highest waves in these areas of tabulation are 70 ft in area 10 (off South Carolina), 60 ft for areas 8 and 9 off Delaware Bay and Chesapeake Bay, and 60 ft in areas 22 and 24 off California. These extremes probably occurred during hurricanes. A number of these areas are partially on and partially off the Continental Shelf. The data should be treated with caution in these areas. Wave refraction could either increase or decrease the heights of the observed waves compared to their heights in the deep-water parts of the area. This is particularly true for the higher waves with low frequencies in their spectra. The wave and swell roses are based on ship reports and should be interpreted in the same way as the tabulations of wave heights. The extreme wave height statistics in areas A through I (Section III) predict waves as high as 136 ft in 50 yr and 94 ft in 10 yr. For comparison, the highest waves measured by the Tucker shipborne wave recorded at Weather Ships I and J had significant wave heights of 55 ft with the highest wave in 100 equal to about 83 ft in this same observation. Data buoys designed for these extreme values would undoubtedly be conservatively designed. The computations in section V, "Wave spectral analyses in 15 frequency bands", use 6-hr synoptic and climatological wind data and hindcasts the spectra of the waves by means of computer-based procedure. For verification statistics, see Bunting and Moskowitz (1970). Since the data here are hindcasts and not forecasts, they could be more accurate than the results obtained in the above-cited study because errors in forecasting the wind field do not enter. The data will be particularly useful in solving design problems involving wave spectra. C. DATA The data in this section were all derived from the NCC's marine data tape file, TDF-11. TDF-11 was derived from a variety of punched card decks. Observa- tions were obtained from ship logs, ship weather reporting forms, published ship observations, automatic observing buoys, teletype reports, and on cards pur- chased from several foreign Meteorological Services. There are over 31 million surface marine observations from all parts of the world's oceans in TDF-11, from the period 1800 to June, 1968. In the statistics that follow, the summaries for subregions 1-31 were derived from the U.S. Naval Weather Service Command's Summary of Synoptic Meteorological Observation 's (SSMO) which is based on TDF-11. Summaries for subregions 32-62 and all mini- regions were derived directly from TDF-1 1. 1. Percentile Distributions of Meteorological Data Observed at Sea, Based on TDF-11. a. Marine meteorological regions, subregions, and miniregions. Figure 1-3 shows the specified geographical regions and their subdivisions for marine meteorological param- eters, or atmospheric conditions (static). The three regions are the Gulf of Mexico and U.S. coastal areas out to about 500 nmi in the Atlantic and Pacific Oceans. The 62 subregions are shown in the figure. Numbers 1 to 31 were copied directly from the SSMO. Numbers 32 to 62 were delineated by the NODC and NCC Members of the Task Force after careful study of the available atlases. The miniregions were selected by the NCC member of the Task Force and are based on the variability of parameters within the subregion. Statistics of the miniregions should help clarify the nature of the dispersions of data within the subregions. All percentile distributions are by subregions, mon- thly, and annual, showing minimum, 1, 5, 25, 50, 75, 95, and 99 percentiles, the maximum, and monthly and annual ranges of values. 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Marine Data Summaries Detailed summaries for 1° quares (mini regions) are included in this section of the report to provide information on the natural variability of the environ- ment within subregions; they are not summarized in comprehensive SSMO publications. The environmental parameters are: a. Sea level pressure (mb), b. Air temperature (°F) c. Sea surface temperature (°F), d. Mean relative humidity (%), e. Weather (% frequencies of occurrence at obser- vation time), f. Cloudiness (% frequencies of total sky cover), g. Visibility (% frequency less than 2 n.mi.), h. Wind speed (kt), and i. Wave height (ft, higher of wave or swell). These miniregions are identified by three-digit num- bers; the first two digits indicate the subregion location and the third digit identifies the 1° square of the miniregion. Referring to fig. 1-3, Miniregion 391 is located in Subregion 39 and covers a 1° square of latitude and longitude centered at 44.5°N and 61.5°W. The edited and updated marine deck at NCC, Asheville, North Carolina (TDF-11) is the source for the marine data summaries. The periods of record are generally 100 yr or more, but they vary from one miniregion to another, and are indicated for each miniregion in table 1-6. 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CO CO -4- O CO CO in O CM O CM O •»• O r- * •-h 3 o r-en -h cm r— o rH * w-K in •-* o >-* oo o o •Q w-l rH i— i cn ocn cm ki co -r o ft oo or < o ^ CM .-l r- r- r» CO 00 t-H ho OH ^4 cm en — • ^-i rH CM rH en in o OO Q. ft r-< rH m o-»- •* o o o o o •*■ O rH O CM Oh o O rH -»• en -or mo o o OO CM o en cm rH en rH • • • m • • • ■ • CM • • • m co en • • •»• • • O • O • • • • CM • ••••• en _i o eo-r o cm m o rH O- rH CM O ■* O f- m in o O O rH o CM OCM rH en oo >-h m •-■ oo 1 3 r- 1 '-t CM — • r- r- r~ OO CO rH t— 00 CO rH ^4 cm en rH r~* ft CM ft en -» o OO — f-l •-4 rH m (MO* O rH o rH or- o o -*■ en om CO rHp- •o enr- rH cn -«• O ooo m o cn cmo mm co UJ • • • r- • • • • • w~* • • • m CO o • • en • • 00 • o • • • • CM • • • • • • o Z 1 r— o-or o O r-> C<\ CO CM rH -*■ r- cm o h m m rH en o CMrH cn CM-*- ft en oo r- r- •-• co Z> 1 O — • o ft oo ft rH ■H o •»■ o o -*• w-4 OO CM o o — i m r- o -* •* CM rH o r- h O o 00 oo m o en co o o o m >r • • • CO • • • • • m • • • 00 r- m • • in • • -3- • <-t • • • • m • ••••• o <* o -O-O O r- •# o en r- o m w o o r- m * o o O m rH OC • • • r- • • • • • in • • • o h O • • en • • en • t-t • • • • o • ••••• O < 1 o oto o ft CO <*■ (MOO o co in o r- oo eno CO CM o cn o co m r- r- o ■-H -»■-*• m o cm p» JE o o rH CM OO ft ft •*• -»• m OOrl -ro r» rH in rH ft rH cn ft ft O CM ft in om r- * o o O *-* f~* o o o -t ■* ■* en o as i • • • O • • • • • -*• . . . r- r- en • • w~* • • t-i • CM » • • • •*■ • • • • • • 4- UJ o oo a> r- o ^t- — i O O cmoo m o h t~4 CMO CM O O en o oo in ao r- o f> ■* cn o en cm r- u. o o rH C»» OO ft ft cn *r m •O -O rH IftOh *-* rH)^ ft ft en ft ft o en ft o en in co OOO rH rH in o o o ■» •o cn o * •«- CM ■»■ h ■* CM m o O O OB o o ■*• ft CM o f- z • • • cn • • • • ■ o • • • CM p- in • • o • • h • O • • • • O • • • • • • r-f < o CO rH o O CO >s- (MO O ■* o m o h ^•4 CMO rH O O CM O r- m h O O —i ^- cn oo o cm oo -> a o rH fO rH o o ^ ft co .*■ 'A •O H3 rH m r- r- rH r* rH O rH ft rH m ft — « o cn ft 3 cn (M z • h cn I o en or o in co O a to «- oo O UJ or: u. ~> a i- < zor cc i z cc <_> i z or HfVtUJ 111 \J<(Vi>4uJ mz:oz io UJ or o or or trt co o o or z o >- I- f* a s: to 3 co X o > a ft y- or z z t-OL ft ZO a uj m or l-Q. u. or o UJ to >- co <_> a »- 3 CO > O I I I I I I I I I I I I I I I — I or i UJ a < IO CM I -I o < ao i-z i a i UJ I or i 3 i o I in i co i a i or i a i i i/> i <* i I- i •x. i o I i ; uj a —■ i or u- UJ I 6« or or in uj or co *! 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H3 •H 4J c o u I I • vO I H a; iH 5 u a O- Ul 10 o 3 < >- 3 3 a. 2: CO Ul z < • • • o O O t- i o o* m o o • ■ ■ ■ ■ 00 CM -4" -4- I— O (M 00001— ON ON • • • f— • (Sl O O CSI o o r- 0" m r- o — < m o • • ro CSI CSI (SI ,3- H O • • 00 rH rH CSI (SI -4- m ro • r-- ■H (SJ •4- o o o m • • • ■ 00 01 (si ■♦ (si •H (SI m os (si m (si -r m • ••«•• 00 4" -h o OS in -h HON O 0 0 ro m os 0- co r- ir, 0 0 -a- m -a- os -a- 0 0 00 -a- O 0> 00 •h 0 0 m • • • ro • • • • • 0 • • • m r- 0 • • -»• • • 0 • m • • • • 0 • • • • • • Cjs cm 00 ~3- oj 01 -4- 0 0- ro cm -*-oo ro csi CSI rH OJ CSI CSI r- csi (SI ro cm ro cm -a- os -a- m 10 h H rH (SI 0 0 0 0 r- 0 0 r- 01 ro rH CM O rH OOO HHH 000-4- 0 4- 0 0 0 ao (SI (SI om csi r- -a- r^ 00 co 0 0 0 01 0 OS O CM 1— 0 0 CO O O *3- 00 • • • -4- • • • • • m • • • -*- 00 Os • » ■H • • m • m • • • • m • • • • • • N O H ^- (SI OJ -4- -o CO OJ OJ CSJO OJ CSI H •-* ro (SI 00 in 01 01 ro -h 0 CM r- • -3- OS m cm ro h ■H (SI (SI 0 0 -0 0 r- 0 0 r- rH in rH (SI m f-* OOO H 1— 1 w-4 BOON H O 0 00 m 0- O os •h .r CSI OJ CSI ro rH r- r- 0 0 m 0 m 0 0 os m os 00 r- r— 0 m • . . ,3- • • • r«l ao O • • (*» • • -a- • -a- • • • • -3- • • • • • • ao O CM O OJ O OJ ~3- m 00 csi Hs»- os CSI •H m ^H CSI f- 00 CSI CSI •* IO CO CM -3- 0- m m rH rH rH fsl (SI O O O 0 0 O O O O t-* CM m •-* OOO H H i— 1 os 0 00 *■ • • • • m • • • • • ■ 00 -3" CM O OI r- 0 rsl ■4- r— 01 Os OJ O CSI <— 1 #— 1 rH 01 rH O (SI -H OJ -a- -a- -3- CM rH .3- CJS ro ro ~a- <-* rH CM CM m 0 O 0 0 in 0 0 •H 0 rH (SJ O H OOO rH fH r-i OS CD CO ,-t 0 0 O m 0 od O H 0 ro OS O OS CM 00 ro r-- cm 0 OJ (SI OS OJ m Is- a rH O CM in 0 -*• rsl CSI -1- OJ OJ i-t rH (S| OJ OJ H ro cm ro cm rHs3- O- 00 OS CM CM •HI CSI (SI m m in O O in 0 O i-t m i-t CM m rH OOO t— 1 H H m 0 ro -a- OJ CO 0 O -t- -3" 00 H CO r~ m r- r- OJ (SI in m 0 0 m 0 0 0 m O OS 00 co -3- 00 m • • • 0 • • • • • CSI • • • OS r- h • • 0 • • w-t • rH • • • • CM • • • • • • 0 omon 01 m 0- O .3- co in os OJ OJ OJ m (SI CSI in os ro •-> ro r-t ro 01 0 ro rH -3" OJ r- ro co oj H NO m m m O O m m O rH -a- i^t CSI w-i O CM OOO H r-i H .h .4 m os 00 0 0 0 «h 0- 0 os H O 0- 0 CD 0 0 O m csi O 0 O 0 0 0 -a- 0 0 in •h os m 0- • • • m • • • r- r— 0 • • -a- • • os • 00 • • • • Os 0 01 0 ro h m r- OS csi co -«- r- OJ CO, (SI 0 OJ ro -f 0 ro CM CO (SI m -a- O CO rH O rH ~r CO 1— CM O CM CO m m m m 0 m m 0 rH m r-t ro H r- cm OOO H H *H OS O — 1 CO 0 0 OJ co 0 -4- 00 O (SI o> 0 rH 00 est O h «a- •3- .3- co O O 0 ro O O in ro 0 ro r- • • • m • • * • • r- • ■ • -*- r- 0 • • (SI • • r- • O • • • • r- -3" OJ (SI co oj in r— O J- ro m o> ro ro OJ r- csi ro in csi ro -a- ro t-t >3- ro 00 ro rH O rH (O CM rH CM 0 oj en in in tn O O in in O ^ in t-t OJ w-i r- ro rH OOO rH fH iH O 00 «ri f> 0 0> m O — • MS >*• H ON O -H -a- r~ 00 m 0 m cm -a- m 0 0 o~t O OS ~H ONinr- • * • m • • • r- 00 r^ • • ro • • 3D • CO • • • • OS ■ * ■ ■ • • 4- r» oj -* ro ro m CD •h rr» rr» m 0 •* rA CSI 1- (SI CO >*- rH CO »n ro •H cm ro co ro -h -3- ro O H 00 CM O (SJ c»v in m in O O m 0 O rH 'CO ^4 CM *» t-n» 000 r* rH »n I o co e in co i co 01 o or: < 00 2: LU Of r> 10 to LU Of CL CD a a ctr o cr: 3 Z 0C -f < SA LU UJ VI m CO > o »? 5: uj iJ uj m 3 -1 m 2: o z. a. !/■» LU I CL I O I LU I O I I UJ • or 1 z> 1 to 00 O a 1- 1 •a I QC I LU I a. 1 2: 1 uj I LU < 2: I- co a ■z. a; UJ SJI 00 2: s« o »« ** 2: uj »« m uj m m 3 1- m cm 2: r- a- z te. r-« I LU I l_> I 'Z -X □ r-l OX UJ _i 00 uj 2: z z o 0 UJ m cr. 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Z or — I <1 N4 UJ HI Mm CO > ox 2: uj j* uiin O _i in 3:0 z < UJ 1/1 or o or 3 Ui UJ or O or or cr> a o «3 or 1 2* or uj M < Vi VI ui O.M 1- CO uis« m ui in m o l-in(MIr-»Z or M < I I • . I O I Z I -H I c •— I I ■ v- : 1 < D a UJ <~> I rZ CC •at < MUJ U. VirH CO or o ** 2: r> »«uj m 3 ui in 2: o> 2 < UJ to X UI D 00 X O 1- or O UJ -h or 1-0- <. > u. or c UJ ir> > m t_> o z UJ f- 3 < o »- UJ or or u. UJ 1 1 I 1 1 1 1 1 1 I I I O I Z I r» 1 x 1 j- 1 1 LL O UI SO > □ Z LL uj a 3 or UJ UJ or ca I I I I I I • I I I I I I I I ~ I or 1 UJ > to a C UI CM I _l O □ <_> I I I I I I I I I r t 1 1 1 1 ui 1 < 1 1- I •*: 1 a 1 co 1 I r- ui ca > a — ui uj a to a» a or I/) UJ UJ UJ uj or or on ZILILZ a «« c *z z CM V > t/> »- a z •r ro CO a 1- u» ca o a £0 ■ — • Ul > cc 2: 13 zo *z — ui oo- 1 z or UJUJ < XtUI ujoc: \i —< co 0.11. o i* 2: in s«iuinD o OCT - > >- □ •_><_> o z z z u. uj ui Uj O 3 3 3 1 z a> or aioc: < \| UI UJ U Ul \4 <-> or or or co o « u. u. u. s: se uj in 3 m 2: 0 ** i« s< z 167 3. Surface Wind Roses a. Western North Atlantic and Gulf of Mexico b. Eastern North Pacific The wind roses that follow were taken directly from U.S. Navy sources and are reproduced here without any changes. These sources are H.O. Pub. No. 700 Series (U.S. Navy, 1963), Volumes I and II of the Marine Climatic Atlas of the World (U.S. Navy, 1955, 1956), and certain classified U.S. Navy publications. The wind roses are the most comprehensive summaries of data available anywhere for whole-ocean scales of the phe- nomena. Wind roses were compiled from U.S. Weather Bureau punch card decks and are based on a minimum of 100 observations. Hence the roses, as typified by the one centered at 37.5°N, 72.5°W for February, constitute the most reliable index of winds over open water. The winds, as portrayed by the roses, are distributed among 8 directions and 5 speed groups and are plotted to the nearest whole percent. To determine the percentage of winds from a certain direction, the total length of the arm facing that direction should be measured and compared with the rose scale in the legend. The total frequency of winds falling within a certain speed group may be estimated by measuring the length of each contribution on the bar graph located at the base of each rose. LEGEND NUMBER OF OBSERVATIONS "*3'5 KNOTS 4-10 11-16 17-27 23 ' % BEAUFORT 0-1 2-3 4 5-6 7-12 BEAUFORT I |< PERCENTAGE FREQUENCY*, DOUBLE CIRCLE INDICATES THEORETICAL WIND ROSE PERCENTAGE FREQUENCY SCALE 10 0 III 1 1 1 10 I 20 30 _l_ 40 _J BEAUFORT >V / \ / & 1 1 ill II lirTTTTjfflfft ii 1 1 in i 1 1 9 1 1 1 1 1 1 1 1 1 II 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 10 20 30 40 50 60 70 80 90 100% EXPLANATION OF SUMMARY SCALE (ALL DIRECTIONS) Figure 1-4. — Legend for western North Atlantic surface wind roses. 168 |..np,Bp,1^„n.,wf..T,.r^ i-T'T-'l""!""!11'- ';"1"FI I' I I I i 1 i 1 I 1 I 1 I I I I- I I I I I I I I I I I I I- .1 I I JANUARY 1 Figure 1-5. — Surface wind roses, western North Atlantic, by month January . 169 Figure 1-6. — Surface wind roses, western North Atlantic, by month February. 170 I march" I ! | I I I I | I I I I | I I I I | I 30 : 52* Figure 1-7.— Surface wind roses, western North Atlantic, by month March, 171 Figure 1-8 Surface wind roses, western North Atlantic, by month April, 172 |Wr..r.|HI.|..IH.4.l.r..r.|.^ |-r.lr,WMT,Tl,l|,M,r.l>l 0 « » » « «> O i C D E I I I I I I I I I I I I I I I I I I F G H .1 I L _L J__ L J^ I I I I I I I I I 75" 70" 65- I I I ll ! I AUGUST Figure 1-12. — Surface wind roses, western North Atlantic, by month: August. 176 1 SEPTEMBER [SEPTEMBER Figure 1-13. — Surface wind roses, western North Atlantic, by month: September. 177 I OCTOBER D E ( F I I I I I I I \ __Li_L I I I I J_J L_l_l_ _i_J Li .III I OCTOBER Figure 1-14. — Surface wind roses, western North Atlantic, by month: October. I NOVEMBER Figure 1-15. ~ Surface wind roses, western North Atlantic, by month: November. 179 I I I I I I I I I I I I I I I I L_J I I I I I .1 I I I I I I DECEMBER Figure 1-16. — Surface wind roses,, western North Atlantic, by month: December . 180 LEGEND KNOTS NUMBER OF ^-5637^°^^ '£ OBSERVATIONS ^Y_J__ -— % BEAUFORT 0-1 12-3 4 5-6 7-12 J BEAUFORT ] L* PERCENT ^J i FREQUENCY^ ROSE SCALE (PERCENT FREQUENCY) iO 0 10 20 TO ^0 I....1....I I I I I DOUBLE CIRCLE INDICATES THEORETICAL WIND ROSE. WIND SPEED SUMMARY (ALL DIRECTIONS) BEAUFORT FORCE ii imiiiiimi rrVili ii r in 20 30 40 50 PERCENT 0 111 ?ll 30 40 50 60 TO 80 90 lOO Figure 1-17. — Legend for eastern North Pacific Ocean surface wind roses. 181 160° 155° 150° 145° 60' 63 w 55' V" L. 1010 50' 45' 40' 35' 30 1 I I 140° 135° I *-¥ I "T53T" 1 I I I I I I I I I T INSUFFI dENCS^*^' INSUFFICIENT DATA 358v, 714 580 880 i , i, i ppp-g 1786 i wwppq a* ""r*"l""r'*,J**"r^^P'''T 947 "^ 679 603 9S5 °^ 1855 r-t-r-r- tffir 858 °^ 688 700 I38 2275 •-r-"t"l--f 130° . 125° 120° ~ I — I I I I I I I I I — T" SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) Llu 1 1 1 1 115° 60° 55° 160° 155° 150° 145° 140° 135° 130° 125° JANUARY 115° Figure 1-18. — Surface wind roses, eastern North Pacific, by month: January . 182 150° 145° 140 135° 130° 125° 120° 60"; i I r- 1 I I I I I i i i i i i i r SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) LU~1 I 1 ± 7 115° -60° Figure 1-19. — Surface wind roses, eastern North Pacific, by month: February. 183 160° 155° 150° 145° 140° 135° 130° 125° 120° 115° "i — i — r~i — i — i i i yjy r INSUFFICIENT, OAT, i i i I i i i i ] i i i — i — I — i — i — i — r SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) ULU I I X J 956 624 •% 40° 976 35° 1718 30° -fc 1040 ^ 1593 -^ 1133 2203 "^°^ 1841 i i ippihQ 2404 °^pr 1723 "^f" 3303 *^" krr ^3 8590 3434 4509 2555 -60° 55° -50° 160° 155° 150° 145° 140° 135° 130° 125° -45° 40° -35° J30° 115° Figure 1-20. — Surface wind roses, eastern North Pacific, by month: March. 184 155° 150° 145° 140° 135° \^TT^ \IZ\ ] 1 TTT",TTr T T 160° 155° 150° 145° 140° 135° 130° 125° APRIL 115° Figure 1-21. — Surface wind roses, eastern North Pacific, by month April. 185 Figure 1-22. — Surface wind roses, eastern North Pacific, by month: May. 186 130° 125° i i i r SURFACE WIND ROSES 25)o ROSE SCALE (PERCENT FREQUENCY) ?......? T ? T T 60° Figure 1-23. — Surface wind roses, eastern North Pacific, by month: June. 187 160° 155° 150° 145° 140° I I ! I I I I 135° 130° 125° SURFACE WIND ROSES 120° \X* ROSE SCALE (PERCENT FREQUENCY) uj i — i — u 115° -60° ■55° ■50° JULY Figure 1-24. — Surface wind roses, eastern North Pacific, by month: July. 188 160° 155° 150° 145° 140° 135° 130° 125° 120° 115° i i i i I — r~r i — i — i — i — | — i i — i — i — i INSUFFICIENT DATA SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) In, I.J 1 JL JL 7 140 130° 60° ■55° -50° AUGUST Figure 1-25. — Surface wind roses, eastern North Pacific, by month: August. 189 160° 155 i — i — i — i i r 150° 145° 140° 135° 3p — I 1 I I I I I I I I I I r~ 130° 125° 120° 115° -7-^-^r3!T-T- INSUFFICIENT DATA i i i j i i i i I — i i — i — r SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) 2\ M • »■■»- Ui_l i i I T SEPTEMBER Figure 1-26. — Surface wind roses, eastern North Pacific, by month: September. 190 160° 155° 150° 145 fJT,DATA Ty£$. Zj^ INSUFFICIENT C 140° 135° 130° 125° i r rr :" i 'i r~i r r_T i : 120° 1 15 SURFACE WIND ROSES ROSE SCALE (PERCENT FREQUENCY) LiLiii i i *° y 160° 155° 150° 145° 140° 135° 130° 125° 1 ,60° 55° -50° -45° -40° -35° OCTOBER 30° 115° Figure 1-27. — Surface wind roses, eastern North Pacific, by month: October. 191 120° 60' 130° 125° i — i — i — I — i i i i — i~ SURFACE WIND ROSES DSE SCALE (PERCENT FREQUENCY) tdJ 1 JL 1 J NOVEMBER Figure 1-28. — Surface wind roses, eastern North Pacific, by month: November . 192 160° 155° 150° 145° 140° :IENT .DATA " fff | ^ i INSUFFICIENT DATA 135° 130° 125° T ..... , r -,• - , -j | | r~r~r~r~ SURFACE WIND ROSES 120° 115 ROSE SCALE (PERCENT FREQUENCY) 160° 155° 150° 145° 140" 135° 130° 125° DECEMBER 115° Figure 1-29. — Surface wind roses, eastern North Pacific, by month December. 193 4. Sea and Swell Roses and Analyses a. Western North Atlantic and Gulf of Mexico (1) Sea (2) Swell b. Eastern North Pacific (1) Sea (2) Swell It is evident to the most casual observer that the the waves on the ocean surface are created by the wind. In this publication the terms sea and swell describe the surface of the ocean. Sea refers to waves generated by local winds blowing over the water. These waves are generally short in period (the time required for two successive wave crests to pass a fixed point), closely approximate the direction of the generating wind when considered as a group, appear in combinations of various short-crested heights, and give the semblance of a rapidly changing irregular surface. Swell refers to waves that have progressed beyond the influence of the generating winds. Swell waves are comparatively long in period, their crests are rounded and usually lower than sea waves, and they are more uniform in height and direction. The direction of swell is independent of the local wind direction but is essentially that of the parent waves when they departed from the generating area. Generally, sea and swell are present in an area at the same time, though on occasion one may obscure the other. Even though the sea surface in reality consists of a spectral range of differing wave heights, by visual observation one usually is capable of estimating only a single wave height to describe sea, swell, or waves. Originally, wave heights were observed as the heights of the larger waves. Later the concept of "significant" height was introduced, i.e., the average height of the highest one-third of all waves present at a given time and place. It has been found that an observer's judgement is biased toward the higher waves, which tend to have about the same height as significant waves. Similarly, visual observation is capable only of estimating a predominant wave period and direction. The sources of data used in the sea and swell roses here are the same as those for wind roses (section 3. above). Again, the U.S. Navy publications and analyses, based on the U.S. Weather Bureau punch card decks, represent the most comprehensive summaries of wave data avail- able anywhere for whole-ocean scales of the phenomena. The sea and swell roses that follow were taken directly from the Navy publications and reproduced without changes. The punched card data were combined into sea and swell roses for subregions of various sizes in the Atlantic and Gulf of Mexico and into 5° squares in the Pacific. Of particular importance in delineating these subregions was the relative uniformity of conditions within the sub- region and the number of available observations. The roses give the relative frequencies of selected sea or swell height categories by direction, while the bar graph associated with each rose gives the total relative fre- quencies for each height category. The percent of time that sea and swell of selected height categories can be expected to occur is presented by means of isolines and roses for the midmonth of each season for the western North Atlantic and Gulf of Mexico. For the eastern North Pacific only the sea and swell roses are presented and these are also for the midmonth of each season. The isolines in these figures are based on tabulations by 2-degree squares of the entire volume of punched card observations available at the NOAA/National Cli- matic Center, Asheville, N.C., and the U.S. Naval Oceanographic Office as of 1958. Since the observation code was changed in 1949, very little has been added to these tabulations in observations taken after that time. Additional observations of sea and swell not included in the punch card decks were obtained from the deck logs or reports of numerous ships operating in the ocean areas of interest. The number of observations of sea and swell waves varies from less than 100 in the least travelled waters of the ocean, to as great as 8,000 observations in the most frequently traveled ship routes. In general, there are 200 to 400 observations per 2° square. 194 Figure 1-30. — Sea roses, western North Atlantic, by midseason months February . 195 Figure 1-31. — Sea roses, western North Atlantic, by midseason months: May. 196 100 90 85 75 70 65 60 55 — U ! 1 1 1 ! 1 1 1 1 III!! 1 1 1 1 1 1 r 75 70 65 6 0 | AUGUST Figure 1-32. — Sea roses, western North Atlantic, by midseason months: August. 197 State of Sea, November. Isollnes show the percent of time seas equal or exceed specified heights Figure 1-33. — Sea roses, western North Atlantic, by midseason months November . 198 100" 95" Swell, February. Isolines show the per- _cent of time swell is greater than 12 feet. 90 "1 r~ 85 80 "i II I I TT1 75 70 65 60 55" 1) 0 s E s c A I E (*) LEGEND-SWELL 203* — OBSERVATIONS (5-\—% NO SWELL V ~*>y— % CONFUSED jfLOW (1-6 FEET) J MODERATE (6-12 FT.) ;', ' | HIGH (>12 FT.) H 100 '■* SWELL HEIGHT SUMMARY (ALL DIRECTIONS) 1 Plfffffflfflff 0 10 20 30 40 50 60 70 80 90 PERCENT 60 | FEBRUARY Figure 1-34. — Swell roses, western North Atlantic, by midseason months: February . 199 Swell, May. Isollnes show the percent of time swell Is greater than 12 feet. 40 LEGEND-SWELL 203' OBSERVATIONS /0*-T— % NO SWELL \, 3*7^— % CONFUSED [l.OW (1-6 FEET) I J MODERATE (6-12 FT.) 0 s E S C •m 1 HIGH (>12 FT.) A I E (X) '■" SWELL HEIGHT SUMMARY (ALL DIRECTIONS) 1 i ii ■nun i 1 MTffffffffTfl 0 10 20 30 40 50 60 70 80 90 100 PERCENT 25 >-— - Figure 1-35. — Swell roses, western North Atlantic, by midseason months: May. 200 100 90 70 65 60 55' | AUGUST Figure 1-36. — Swell roses, western North Atlantic, by midseason months August. 201 100 95 90 85 80 - 75' 70 65' 60' 55' Swell, November. I so lines show the per- cent of time swell Is greater than 12 feet LEGEND-SWELL 203" OBSERVATIONS 60- | NOVEMBER Figure 1-37. — Swell roses, western North Atlantic, by midseason months: November . 202 I i — i — i — i i i i i r i i i i — r i i i i U N I I I I I E D,- 0 10 JO 30 40 3d 6(1 70 BO 301(1(1 1 " 1 0 i 9 30 <0 >0 60 TO «0 |j 1 00 I C I 0 JO JO <0 30 tB TO 80 90 1 00 0 10 10 10 «Q 30 '.0 '0 »<• »° n LEGEND-SEA NUMBER OF -,- OISERVATIONS " * ' * FEET <3 3-4 5-7 8-11 >I2 MOMIATE ROUGH »I»i IOui.h -PERCENT FREQUENCY DIRECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) SEA HEIGHT SUMMARY {ALL DIRECTIONS) 120* [FEBRUARY ] "5' Figure 1-38. — Sea roses, eastern North Pacific, by midseason months February . 203 1Mb TED. "i i i r U N I LEGEND-SEA fEET 3 3-4 S~7 8-11 512 UXT -;WV lOuGff •»■■ MvGa PERCENT FREQUENCY D4RECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) SEA HEIGHT SUMMARY (ALL DIRECTIONS) FEET CALM <3 3-4 5-7 8-11 >12 lir^Pfqip,t I I I > I I i i i I i i i I I I i I r I | I I I I II M I I I I I | ITTT^^^rT^TTll 0 10 20 30 40 SO 60 70 80 90 100 PERCENT Sea roses, May. 120' I MAY | 115' Figure 1-39. — Sea roses, eastern North Pacific, by midseason months May. 204 I I I I r-U N I I I I I I I TED. LEGEND-SEA NUMBER Of „, , OBSERVATIONS *■ 5 FEET <3 3-1 5-7 6-11 mOM*»II (OUCH -t" "Out." •"■" | -PERCENT FREQUENCY DIRECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) SEA HEIGHT SUMMARY (AIL DIRECTIONS) FEET CALM <3 3-1 5-7 9-11 >12 1 1 1 I 1 1 J f 1 1 M 1 1 1 1 1 1 1 1 1 |l I 1 1 I^^^^^Ti I ■ raHWHD 3 0 0 10 20 30 40 50 60 70 80 90 100 PERCENT Sea roses, August. Figure 1-40. — Sea roses, eastern North Pacific, by midseason months: August. 205 " ':■ :■:■ i. *' SO (.i '■ B< '■■. .' 1111 TTTT" ~r LEGEND-SEA number of -., observations **' 5 ;cm* -(— 14 . CONfuSEO — fc— 3 «OMI*TI tOUGl-. Vttl tOUGM HKH I -PERCENT FREQUENCY DIRECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) SEA HEIGHT SUMMARY (ALL DIRECTIONS) CALM <3 3-4 5-7 S- It >I2 llllUlllinilHITIITTllMlMIllll ""I'T 0 10 20 30 40 SO 60 70 80 90 100 PERCENT Sea roses, November. ito- | NOVEMBER I 115 Figure 1-41. — Sea roses, eastern North Pacific, by midseason months: November. 206 I I I I U N I 20 I FEBRUARY | Figure 1-42. — Swell roses, eastern North Pacific, by midseason months: February - 207 NUMBER OF OBSERVATIONS LEGEND-SWEIL — 115 ■'. CONHJSEO - -20 FEET 1-6 7-12 >12 — PtltCENT FWOUtNCV- WBECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) SWELL HEIGHT SUMMARY (ALL DIRECTIONS] Figure 1-43. — Swell roses, eastern North Pacific, by mid-season months: May. 208 Figure 1-44. — Swell roses, eastern North Pacific/ by midseasorv months August. 209 I I I I U N I LEGEND-SWELL DIRECTION IS TOWARD THE OCTAGON ROSE SCALE (PERCENT FREQUENCY) 0 10 10 M 40 M SWELL HEIGHT SUMMARY (ALL DIRECTIONS) 7-12 >12 "T"T"T"T"ll""r 0 10 20 30 40 50 60 70 80 90 100 PERCENT insufficient Swell roses, November. DATA *H 120' | NOVEMBER 1 II Figure 1-45. — Swell roses, eastern North Pacific, by midseason months: November . 210 ; D. REFERENCES FOR ATMOSPHERIC CONDITIONS (STATIC) Bunting, Donald C. and Moskowitz, Lionel I., "An Evaluation of Computerized Numerical Wave Pre- diction for the North Atlantic Ocean," U.S. NAV- OCEANO TR-209, 1970. 66 pp. National Oceanic and Atmospheric Administration (NOAA) National Climatic Center (NCC), Tape Deck Family - 11 (TDF-11) U.S. Naval Oceanographic Office, Classified publications. U.S. Naval Weather Service Command, "Summary of Synoptic Meteorological Observations", North Ameri- can Coastal Marine Areas, Volumes 1-10, May, 1970. U.S. Navy, Marine Climatic Atlas of the World, Vol. 1- North Atlantic Ocean (NAVAER 50-1C-529), U.S. Naval Weather Service, Washington, D.C., 1956, 15 pp. plus 275 charts. U.S. Navy, "Oceanographic Atlas of the North Atlantic Ocean", H.O. Pub. No. 700 Series, Section IV, Sea and Swell, U.S. Naval Oceanographic Office, Washing- ton, D.C. 20390, 1963, 227 pp. U.S. Navy/U.S. Weather Bureau, Climato logical and Oceanographic Atlas for Mariners, Vol. I, North Atlantic Ocean, 1959, 7 pp. text plus 182 charts. U.S. Navy/U.S. Weather Bureau, Climatological and Oceanographic Atlas for Mariners, Vol. II, North Pacific Ocean, 1961, 6 pp. text plus 159 charts. The following were used exclusively to help delineate subregions and miniregions. Bowie, E. H., and Weightman, R. H., "Types of Storms of the United States and Their Average Movements", Monthly Weather Review Supplement No. 1, U.S.W.B. No. 538, 1914, 37 pp. text plus 114 pp. charts. McDonald, Willard F., "Atlas of Climatic Charts of the Oceans", U.S. Weather Bureau Pub. No. 1247, U.S. Weather Bureau, Washington, D.C, 1938, 65 pp. plus 130 charts. U.S. Naval Oceanographic Office, "Monthly Charts of Mean, Minimum, and Maximum Sea Surface Temper- ature of the North Pacific Ocean", NOO Pub. SP-123, U.S. Naval Oceanographic Office, Washington, D.C, 20390, 1969, 62 pp. U.S. Naval Oceanographic Office, "The Gulf Stream", Monthly publication from January 1966 to January 1972, U.S. Naval Oceanographic Office, Washington, D.C. 20390. U.S. Navy, "Oceanographic Atlas of the North Atlantic Ocean," Section I, Tides and Currents, H.O. Pub. No. 700 Series, U.S. Naval Oceanographic Office, Wash- ington, D.C. 20390, 1965, 75 pp. U.S. Navy, "Oceanographic Atlas of the North Atlantic Ocean", Section II, Physical Properties, H.O. Pub. No. 700 Series, U.S. Naval Oceanographic Office, Washington, D.C. 20390, 1967, 300 pp. 211 II. Atmospheric Conditions (Dynamic) A. INTRODUCTION The following analyses of atmospheric conditions (dynamic) deal with the climatology of meteorological systems, or entire phenomena, as opposed to the analyses of atmospheric conditions (static) which dealt with the climatology of meteorological parameters. The phenomena analyzed include cyclones and anticyclones and their principal tracks, areas of cyclogenesis, wave period-height and period-direction relationships and dis- tributions of the persistence of favorable and unfavor- able seas. Knowledge of dynamic atmospheric conditions is indispensable in the decision-making processes relevant to placing data-buoy networks. The fact that the static climatology assists the engineer in making decisions in regards to design, construction and testing, it does not tell him where, from what direction, with what speed, how persistent, nor with what accelerations the environ- mental systems will move. Hopefully, the atmospheric conditions (dynamic) will be helpful to those who must make decisions regarding buoy network configurations. B. DATA 1. Cyclones and Anticyclones a. Legend b. Principal tracks of highs and low and principal areas of cyclogenesis Charts of principal tracks of highs and lows (fig. II- 1 to 12) are taken from Klein (1957). They depict the month-to-month evolution of the prevailing tracks of cyclones and anticyclones at sea level in most of the Northern Hemisphere. These tracks were prepared in 1956 by combining relevant material from many pre- vious studies with new data from the Historical Map Series, the Monthly Weather Review, and the Normal Weather Charts. Derivation of the tracks was independent, for the most part, of the intensity of the systems or the location of semipermanent centers of low or high pressure. In all cases the primary consideration was the frequency of migratory cyclones and anticyclones. Hence, the tracks shown here depict not only the most frequent or primary tracks, but also preferred secondary tracks which may predominate in special, yet frequent synoptic situations. It should be borne in mind that only the customary behavior of systems is displayed; individual days, months, years, or even decades may exhibit large deviations from the normal pattern. The principal areas of cyclogenesis for each of the four seasons, according to the U.S. Navy Chief of Naval Operations (1955, 1956), have been superimposed on the midmonth chart of the pertinent season's principal tracks of lows. For example, the principal areas of cyclogenesis for the winter season appear on the January chart of principal tracks of lows. c. Frequency of cyclone occurrence, origin, and number of cyclone days by months latitude and longitude areas (table II- 1). by 5fc (A) Number of lows in 20 yr. (B) Number of days with lows in 40 yr. (C) Number of cyclones originating in 20 yr. The tabulated data on cyclone frequency that follow, including the numbers of years of records, were taken from Klein (1957). 212 a. Legend Principal tracks of cyclones at sea level. Principal tracks of anticyclones at sea level. From Klein (1957) The prevailing direction of motion of systems is indicated by the arrows. Heavy solid lines denote primary tracks — those which are most frequent and generally indicated by various data sources; thin dashed lines denote secondary, less frequent, and less well-defined tracks. All arrow heads end in areas where cyclone frequency is a local maximum. Here the tracks may cross, branch, and merge, although they are not specifically so drawn. Locally preferred regions of genesis are indicated where secondary or primary tracks begin, whether in centers of maxi- mum cyclone frequency or elsewhere. An area of frequent genesis is also indicated by either of the following two track symbols (all motion from left to right) : — - _ — A single secondary track changes to a single primary track. „ ^ Two secondary tracks merge to form a primary track, with a break between ' dashed and solid line. Other track representations occasionally used, none of which represent genesis, are illustrated below (again all motion from left to right) : *** -j- Two secondary tracks merge to form a primary track, without a break be- -«* tween dashed and solid line. N^, A secondary track merges with a primary track, without a break between dashed and solid line. Two secondary tracks merge to form another secondary track. Two primary tracks merge. A primary track decreases in frequency to a secondary track. A secondary track branches off from a primary track. A primary track splits into two primary branches. A secondary track splits into two secondary branches. \ 213 PRINCIPAL TRACKS OF LOWS JANUARY Principal areas of cyclogenesis are outlined with solid lines. More concentrated cyclogenesis areas are outlined with dashed lines. 214 Figure II-l. — Principal tracks of highs and lows by month: January PRINCIPAL TRACKS OF HIGHS FEBRUARY Figure II-2. — Principal tracks of highs and lows by months: February. 215 Figure II-3. — Principal tracks of highs and lows by month: March, 216 Principal areas of cyclogenesis are outlined with solid lines, More concentrated cyclogenesis areas are outlined with dashed lines. OF HI6HS APRIL Figure II-4. — Principal tracks of highs and lows by month: April, 217 PRINCIPAL TRACKS OF HIGHS Figure II-5. — Principal tracks of highs and lows by month: May 218 PRINCIPAL TRACKS7' OF LOWS JUNE PRINCIPAL TRACKS/ OF HIGHS JUNE Figure II-6. — Principal tracks of highs and lows by month: June, 219 \ Principal areas of cycle-genesis are outlined with solid lines, More concentrated cyclogenesis areas are outlined with dashed lines. PRINCIPAL TRACKS OF HIGHS JULY Figure II-7. — Principal tracks of highs and lows by month: July, 220 PRINCIPAL TRACKS OF LOWS AUGUST PRINCIPAL TRACKS OF HIGHS AUGUST Figure II-8. — Principal tracks of highs and lows by month: August 221 PRINCIPAL TRACKS OF LOWS SEPTEMBER PRINCIPAL TRACKS OF HIGHS SEPTEMBER Figure II-9. — Principal tracks of highs and lows by month: September. 222 PRINCIPAL TRACKS OF LOWS OCTOBER Principal areas of cyclogenesis are outlined with solid lines. More concentrated cyclogenesis areas are outlined with dashed lines . / *\ ' PRINCIPAL TRACKS' ■•./* VL OF HI6HS OCTOBER Figure 11-10. — Principal tracks of highs and lows by month: October. 223 PRINCIPAL TRACKS OF LOWS NOVEMBER PRINCIPAL TRACKS OF HIGHS NOVEMBER Figure 11-11. — Principal tracks of highs and lows by month: November. 224 PRINCIPAL TRACKS OF LOWS DECEMBER PRINCIPAL TRACKS OF HIGHS DECEMBER Figure 11-12. — Principal tracks of highs and lows by month; December. 225 •5 un -* o -* 2 •-3 I UN O -3 un I O UN UN UN I UN O UN «4-l o u I o ir\sO I un O vO •o a to 73 a § •H 60 CU •H *d M 3 O 4J •H f> JJ c0 M cu 3 >> u O ,£> to O O CD cu ^3 T3 a) *j 3 a a 4J o o •H •h e 00 o c >% ►> o O 45 iH 4-1 CO o >*, cd ^T3 O C CD t>4 O 1 1 I o UN C- I un o CO i o un co I u> o eo o i o UN O- O 5 >-/ I u> o a- a> o •O H 3 *J i-l I O 60 UN O C O rH O r-f •J oSl H r-l CU iH •8 i o UN H I UN O rH CV I o UN CM CN H I u- o cm CN rH I o UN c on I u- C r- -* H I C ir\ -* -* H H CO Ov0 iA-J(^ ON -* CM 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IA CM^t r-i rr^ r-i f^N rHCM rH uN,rHrrN C>(M 4 OC0C-- vtnc^un -*OnO H > O C^CMcTN CMnOun C0U"n4 OO-d- IXcOCM OOn, CM rH CO r-i r-O-d CN-rH-d -4-COCM OOO ooo UN CO r-i CO CO rH -d-d-CO On CO -4- OCMCM CM-JCM r- H H -dCM-d M 4 O OrHO OOO OOO HCM CO CMHco H H -4CH O-drO ^J-COCM CM-d-CO CCHro -4-CPCM OcOO OHO OOO OOO H CO H -d H CM H I UN O CO -d H I O UN -4 -d H O-OC OCMCO O^tCM -d^tCM CCCro un jh CM-dO OHC OHO OOO H i CM CM nO h -d- CM vO-duN COOC^ nOUNCM nOHO OONfO nO£n-CM COC^CM OOO CCO HHO CMnO coOn CMnO HcO H <* ra o <=cp3o < no C UN o UN o UN c (ti nO UN UN -d -4 CO CO H O UN CM UN 7 o CM C UN (0 u 0) >> o CM c •H 60 c •H -P 03 C •H to •rH U o to g O H o o o o 2 I o (0 u 0) O -d- c •H CO ■P •H CO cfl Q «M O CM COO g I ca OHO CO u d) >i O CM CO H O o I 235 5 a o I H a> H ' "2, un -*^ -* O S5 I u> O -3 UN I o un un un un u> >o I O unvO NO I >^vO r|<^ O -o I o UN f> i uN o CO I o un to to I un o CO o un &• 3 60 c o -1 UN O I o UN o O H I UN O O I O UN H i-l rH O H CM I O un CM I un o 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CM CM r-i ON ICNCM r-i r-i r-i H CM H O H H OOO OOO OOO OOO CO u flj o -*■ c •H (0 +> •H m >> Q OC\| CMHO CM -i CM H C CM O OOO CO crj ft O CM W I m Q O -1 m I O l/N in m I m C m I o I mvo I m o o CO I o mco CO I m O CO o 3 3 00 c o •J 13 in CM <> -* en O CM en O -* m rltfVP- C- O, CM -* tf> O OOO COO CM m cm icn H vO en O O OO- CM (M O i C"\ C- CM -* C\J m CM vO C> O^UxO v£> -* C-rHCM cnOi CM m HC\ CM m Ocno r> co -* so co so co m en ir\en CM ir\ CM m rH CM rH CM rH CM mCOH CO rH CM m C^ CM C^ CM m O CO ^O CO en en i/>> -* CM-* rHCM rH-* CM-* CM m H en rH rH CM en O O rH O rH OOO OOO O rH O O CM rH en rH CM -J CO CM CO -* en > o CM C •rt i •H •H h O 0) a> I o >» o O o s I o rH rH en nOOH O-irH O CM en "NHn en CM en OC-vO C~- O -* CM -J CM H F~\ CM «N rH en CM CM en en «H rH OCOrH O r-i i-i iTWOm sO en m CO C~- m O en CM vOvOCM CM rH en CM-* CM m rHcn H rH -*rHCM o^on vO c en r\5>\o ooir\ o co en en c^ ^ o -* m rH -* r-i en CM vO en^O H (^ CM rHCM rH -JOn f- -* m rH l/\ en O -* en -*-*m CMOrH mOvO rHOrH rHCM rHcn CM-* H rr, CMcn rHrH CM CM CMOtr* -ouAm c^o^.* voOvo o r-(> -*c>vo t>r\^ ho^h rHCM rHm r-i C\ i-t m CVm Hen rH rH rH H oc^m coirs-* i-icnrH mcor- mcoo ^*rH-* ocMcn t^Hn rHrH rHcn (VU\H ri« rHCM r-i -* CM rH Or-Hcn Ovoc-- oovo cocMm oo-m -dcocM ccvo-* vocom rH rH CM rH CM rH -* r-i vr\ CM cnor^- hon cooo r^ir>cM cocm-* vtsitncm rHcn CM>T\rH rH»nrH rHCM rH (M tn H CM |u>sOCMCM r-C0cn rHCMCM C— nO-* U>Om vOCVH cnO^rH OcnO OOO coc cncn 4H1A enOso •oh w r\>AO rHcn CMenrHrHcn r-{ rHCM rHCM r-i rHc~-en HtfMA r>r-o oocm o-eno cocoen -*coen ocmo r-i rHCM CM rHCM r-i t-i en en cm r-i •-< H O rH O O rH O rH rH rH O O O IT\ IT\ -* rH >n -* en cm rH cm rH en rH OOO en -* rH rH rH O CM rH CM O O rH CM CM rH O r-i rH rH O O rH (0 U PL o -* c •H (0 s: ■s 10 >» Q Ch O O 2 I pa cm »n cm in CM cco-en rHocn -*coen ovo-* ooen nOcmcm -*xOrH rH-*rH i even cmco Hen cm H Covo Cinvo vO-*cm ifNenrH Oe»-vrn sOO»n -*ocm r-ir-irH CM CM enC*- CM C~- r-i C^\ H CM r-irHen vooen sOenCM OOO r-t c^tr^ cooen -*Hcm iHcm en-* lAH CM>£> r-i CM H CM rH H COO OOO o c o coo OrtO OOO "f O -* o -f in en ir\ o en O T ir\ CM IT\ CM O CM O CM (0 U a> o CM .5 OT I o * 237 2. Movement of Low Pressure Centers Table II-2 was developed from the Northern Hemi- sphere Pressure Center Track Data (Card Deck 623). These distributions show that the speeds of movement of low pressure centers are quite random; those north of 35°N generally move faster than those south of 35°N; and that there are too few centers of low pressure [according to the detinitions used by Klein (1957)] to produce any kind of frequency distribution on a monthly, or even a seasonal, basis. In the area 25 to 30°N and 90 to 95°W the average speed of low systems moving out of the area is between 10 and 15 kt with 21 percent of the speeds being greater than 25 kts. Seven percent of storms moved out of the area at speeds greater than 40 kts. Table II-2. — Frequency distribution of the speed of movement of low pressure centers in areas of cyclogenesis, by area MOVEMENT OF IDWS IN AREAS OF CYCLDGENESIS Speed (Knots) Total Area Calm 15 t 10 t 15 1 20 125 f 30 <35 5 40 > i*0 Obs. 25-30«>N Frequency 3 23 56 30 102 118 124 135 139 11 150 90-95°W Percent Frequency .02 .19 .37 .53 .68 .79 .33 .90 .93 .07 25-30°N Frequency 2 14 22 41 56 68 75 83 84 4 88 95-100OW Percent Frequency .02 .16 .25 .47 .64 .77 .85 .94 .95 .05 30-35PN Frequency 0 19 53 32 128 173 201 232 249 28 277 75-80«W Percent Frequency .00 .07 .19 .30 .46 .62 .73 .84 .90 .10 35-40°N Frequency 1 9 62 125 208 262 323 377 411 38 449 70-7 5 *! Percent Frequency .00 .02 .14 .23 .46 .58 .72 .34 .92 .08 45-50©N Frequency 3 27 74 110 15.2 202 254 277 308 10 313 125-130OW Percent Frequency .01 .03 .23 .35 .48 .64 .30 .87 .97 .03 35-40°N Frequency 0 7 19 30 60 80 90 92 94 4 98 120-125 °W Percent Frequency .00 .07 .19 .31 .61 .82 .92 .94 .96 .04 3. Wave Period-Height and Period-Direction The combination of heights and periods of waves determines the rougness of the sea. Curves showing the seasonal distribution of cumulative frequencies of com- binations of heights and periods presented in figures 11-15 to 11-23 are based on climatological summaries of wave observations in the 1949 International Code for Ship Radio Weather Report format. No attempt is made to separate the waves into sea and swell, and the code designates only the mean maximum wave height, the associated wave period, and the wave direction. The graphs give some indication of the degrees of sea roughness and the predominant directions of waves with various periods to be expected within the quadrangles. To illustrate the use of these figures, the graph in Area 6, bounded by 25°-35°N, 90°-95°W_for spring (April, May, June) indicates that waves > 4 f t and having periods > 5 sec occur about 1 5 percent of the time. The middle rose indicates that waves in the period range 6 to 9 sec come most frequently from the southeastern quadrant (southeast about 10 percent, south about 7 percent, and east about 5 percent of the time, respectively). Much information and statistical data can be extract- ed from the wave period-height and period-direction charts. For example, short rough waves with heights > 5 ft and periods < 5 sec cause unfavorable motion to a ship less than 150 ft in length. A ship 150 to 400 ft in length is affected adversely by waves > 5 f t and periods of 6 to 9 sec. The percent of time with or without these conditions, as well as height-period combinations for other marine operations, is available from these charts. The period-direction roses give the relative frequencies by direction of selected wave-period categories. The wave period-height and period-direction graphs included here (fig. H-13 to 11-23) were taken from H.O. Pub. No. 700 Series, Oceanographic Atlas of the North Atlantic Ocean, Section IV, Sea and Swell, 1963, without any changes. 238 Figure 11-13. — Location chart for wave period-height and period-direction graphs. 239 LEGEND 100 90 80 70 — i — i — i — i — i — i — i — r 658 OBSERVATIONS 6 % CALMS - 3 % INDETERMINATE 15 FT = MAXIMUM HEIGHT , ROSE SCALE (%) 1 1 M 1 II 1 1 1 1 1 M I 1 1 M I I I H 0 10 20 30 40 50 HEIGHT (FEET) ALL HEIGHTS A POINT ON THE GRAPH SHOWS THE PERCENTAGE OF ALL WAVES OBSERVED WITH PERIODS EXCEEDING, AND HEIGHTS EOUAL TO OR EXCEEDING, CERTAIN VALUES POINT A 60% OF ALL WAVES WERE ^5 FEET i B: 34 % OF ALL WAVES WERE > 7 SECONDS, >5 FEET » E: 23% OF ALL WAVES WERE >9 SECONDS AN INTERVAL BETWEEN TWO POINTS OF THE SAME HEIGHT CATEGORY SHOWS THE PERCENTAGE OF ALL WAVES OF THAT HEIGHT CATEGORY WITHIN A CERTAIN RANGE OF PERIODS: _>7 SECONDS \ 14% OF ALL WAVES -r_>2 SECONDSJ WERE 7- 9 SECONDS, >5 FEET AN INTERVAL BETWEEN TWO POINTS ON THE SAME PERIOD CURVE SHOWS THE PERCENTAGE OF ALL WAVES REPRESENTED BY THE CURVE WITHIN A CERTAIN RANGE OF HEIGHTS: BL- — >7 SECONDS 320% OF ALL WAVES WERE 5-8 FEET,> 7 SECONDS I 55 AN ARM OF A ROSE INDICATES THE PERCENTAGE OF ALL OBSERVATIONS WHICH ARE IN THE GIVEN PERIOD- DIRECTION CATEGORY: 25% OF ALL WAVES OBSERVED HAD PERIODS OF 6-9 SECONDS AND CAME FROM THE SOUTHEAST. 15% OF ALL WAVES OBSERVED CAME FROM THE SOUTH. 12% OF THESE WAVES HAD PERIODS OF 6-9 SECONDS AND 3% HAD PERIODS >9 SECONDS. Figure 11-14. — Legend for period-height and period-direction graphs . 240 WINTER (JAN. FEB. MAR.) 10 5.8 56 54 >2 ai_L HEIGHT (FEET) SPRING (APR. MAY JUN.) §20 5I8 §16 514 =12 =10 58 56 54 52 4LL HEIGHT (FEET) HEIGHTS SUMMER (JUL. AUG. SEP.) AUTUMN (OCT. NOV. DEC.) Figure 11-15. — Wave period-height and period-direction graphs by area: Area 1. 241 100 90 SO 70 - 60 >>>>>>^^^» HEIGHTS HEIGHT (FEET) WINTER (JAN. FEB. MAR.) HEIGHT (FEET) SPRING (APR. MAY JUN.) §20 =18 5I6 514 =12 5IO 58 56 54 52 all Mtlun I 5 HEIGHT (FEET) SUMMER (JUL. AUG. SEP.) >" >■" >° >* HEIGHT (FEET) >4 52 ALL HEIGHTS AUTUMN (OCT. NOV. DEC.) Figure 11-16. — Wave period-height and period-direction graphs by area: Area 2. 242 100 r 100 i — i — i — i — i — i — i — i — r 16277 OBSERVATIONS 520 =.18 §16 514 =12 =10 58 56 §4 §2 all HEIGHT(FEET) WINTER (JAN. FEB. MAR.) 90 80 70 H 60 z UJ <-> 50 UJ ^40 30 - 20 10 - 2 X CALMS 8 7„ INDETERMINATE 30 FT = MAXIMUM HEIGHT ■ ROSE SCALE (%) III Nil II Mil II II II I I I II 0 10 20 30 40 50 £20 ?I8 HEIGHT (FEET) 2 ALL HEIGHTS SPRING (APR. MAY JUN.) 100 r 100 r >20 5I8 5I6 514 =12 =10 58 56 §4 52 ALL ^^^^ HEIGHTS HEIGHT(FEET) SUMMER (JUL. AUG. SEP.) 1 — 1 — 1 — 1 — 1 — 1 — r 15333 OBSERVATIONS 2 X CALMS • 6 % INDETERMINATE 30 FT 'MAXIMUM HEIGHT ;20 =.18 5I6 =.14 5I2 5IO 58 5.6 >■ HEIGHT (FEET) >2 ALL HEIGHTS AUTUMN (OCT. NOV. DEC.) Figure 11-17. — Wave period-height and period-direction graphs by area: Area 3. 243 100 90 eo 70 - 60 <-> 50 40 30 20 10 0 > 1 — I — I — I — 5901 OBSERVATIONS 2 \ CALMS 8 % INDETERMINATE 30 FT = MAXIMUM HEIGHT . ROSE SCALE (% i I M II II i I II I ' I I u l I i I II 20 518 516 5m» 512 5i0 58 56 HEIGHT (FEET) ALI. MEIGMTS WINTER (JAN. FEB. MAR.) SPRING (APR. MAY JUN.) 100 HEIGHT (FEET) SUMMER (JUL. AUG. SEP.) 100 90 80 70 - 60 <-> 50 IT 40 I I I I I I I I 6250 OBSERVATIONS 2 % CALMS - 7 % INDETERMINATE 25FT*MAXIMUM HEIGHT - | ROSE SCALE (%) llll|llll|llll|llll|Hll .0 10 20 30 40 50 30 - 20 10 - §20 518 4 §2 ALL HEIGHT (FEET) HEIGHTS AUTUMN (OCT. NOV. DEC.) Figure 11-18. — Wave period-height and period-direction graphs by area: Area 4. 244 wo r = 20 ;IS §16 ;i4 =12 ;I0 %» §6 HElOMT (FEET) WINTER (JAN. FEB. MAR.) $10 %» 5* 5'« g'2 5» 5« S« 5* 5* HEIGHT (FEET) SPRING (APR. MAY JUN.) '00 r— 1 — 1 — 1 — 1 — 1 — r 4665 OBSERVATIONS ;i« 512 gO ;l {i %* HEIGHT (FEET) HtlO $20 ;l« $16 514 512 510 =8 ;* %i HEIGHT (FEET) ;2 ill HEIGHTS SUMMER (JUL. AUG.' SEP.) AUTUMN (OCT. NOV. DEC.) Figure 11-19. — Wave period-height and period-direction graphs by area: Area 5. 245 100 90 eo 70 K 60 Z O 50 B u "■40 — 1 — I — I — l — I — I — l — I — r— 8197 OBSERVATIONS 2 X CALMS - 8 X INDETERMINATE 16 FT • MAXIMUM HEIGHT ■ .ROSE SCALE 1X1 I iliiiiliiitiitiiiitmtil 0 10 20 50 40 50 ;20 ;i8 5I6 ;i2 §10 §e HEIGHT (FEET) WINTER (JAN. FEB. MAR.) 100 •o •0 70 >- 60 z UJ U 50 a. kl *40 30 20 10 0 1 — 1 — r— 1 — 1 — 1 — 1 — r M470eSERVATlONS - 5 X CALMS 6 X INDETERMINATE Z4 FT .MAXIMUM HEIGHT ROSE SCALE (X) IIM|IIII|IIII|IIII|IIII .6 10 20 30 40 so S20 ;I8 jl6 514 512 510 58 56 54 ;2 all MtlO HEIGHT (FEET) SPRING (APR. MAY JUN.) HEIGHT (FEETI 320 %IB 5'6 5i4 Si 2 510 58 56 54 JT2 all HEIGHT (FEET) HEIGHTS SUMMER (JUL. AUG. SEP.) AUTUMN (OCT. "NOV. DEC.) Figure 11-20. — Wave period-height and period-direction graphs by area: Area 6. 246 too 90 80 70 t- 60 z u 50 K *«0 30 20 10 0 596 OBSERVATIONS I X CALMS 2 % INDETERMINATE 24 FT .MAXIMUM HEIGHT 5 20 ;I8 gl6 ;I2 glO . HEIGHT (FEET) WINTER (JAN. FEB. MAR.) 520 5i8 5i6 5i4 5i2 510 58 56 5< 52 all HEIGHT (FEET) MFIOHTS SPRING (APR. MAY JUN.) SUMMER (JUL. AUG. SEP.) AUTUMN (OCT. NOV. DEC.) Figure 11-21. — Wave period-height and period-direction graphs by area: Area 7. 247 100 (— i — i i i — r HEIGHT (FEET) WINTER (JAN. FEB. MAR.) §20 ;» s* JI4 ;I2 §10 56 sS 54 52 all. HEIGHT (FEET) SPRING (APR. MAY JUN.) -I — I — I — i — i 1 — r- 5678 OBSERVATIONS 6 X CALMS - 6 X INDETERMINATE 23 FT . MAXIMUM HEIGHT .ROSE SCALE (X) . |im.,mh,.m.|,..i,..m| 0 10 20 30 «0 SO ioo ( — i — i — r 70 I- 60 z u >->5o K U °-«0 JO 20 ; 20 ;I8 ;I6 ' 5'2 S'O 5» 5* S< HEIGHT (FEET) SUMMER (JUL. AUG. SEP.) 100 90 •0 70 •-CO z uj o so a w "•40 1 — r— i — 1 — 1 — 1 — 1 — 1 — r 404* OBSERVATIONS 2 X CALMS 6 X INDETERMINATE 2? FT .MAXIMUM HEIGHT ROSE SCALE 6 5iS 514 512 5i0 5e 56 54 52 all HEIGHT (FEET) HEIGHTS WINTER (JAN. FEB. MAR.) 100 »0 •0 70 i- «0 z w "SO W *40 SO 20 10 I I i i i I i I i — r I2M OBSERVATIONS 4% CALMS I 9 % WOE TERMINATE I J FT . MAXIMUM HE IGHT .rose scale nu , iiMjmi|iimiiii|iMi| O 10 20 SO 40 SO 520 5» 5* 5»4 512 5l0 58 56 54 52 all HEIGHT (FEET) HEIGHTS SPRING (APR. MAY JUN.) 100 so •0 70 t- 60 z w o so a iu "■40 30 11)4 OBSERVATIONS 4 X CALMS 5 X INDETERMINATE I S FT ■ MAXIMUM HEIGHT .ROSE SCALE (X) Ihiiiiiiiiiiiiiiiiiii II .0 10 20 JO 40 50 =12 glO f.8 HEIGHT tFEET) 6 >4 ?z £& 5 20 ;I8 JI6 [14 =12 glO ;8 HEIGHT (FEET) SUMMER (JUL. AUG. SEP.) AUTUMN (OCT. NOV. DEC.) Figure 11-23. — Wave period-height and period-direction graphs by area: Area 9. 249 4. Persistence of Favorable and Unfavorable Seas Since most marine operations become ineffective or restricted when wave conditions reach a certain state or higher, it is well to know the expected duration of waves lower than a certain threshold value. In order to determine the probable persistence of any wave height category, a long period of regular observations must be available, and data must be taken sufficiently close to the same location so as to avoid spatial variation. In this study, a minimum of 3 yr of continuous record was considered adequate. The only sources of adequate, i.e. at least 3 yr continuous wave observations at a given ocean position, available for the North American coastal waters are the various light vessels near the U.S. coasts. For instance, Five Fathoms Bank Light Vessel (38°47.3'N, 74° 34.6'W) supplied 10 years of continuous wave data and Savannah, Georgia Light Vessel, 7 years of continuous data. In each chart, the number of observations which were included in the analysis is shown in the upper right hand corner of the chart. In figure 11-25 (the legend), the set of curves labeled "Persistence of favorable seas" indicates the number of times during a season that waves decrease to less than specified height categories. These curves also show how long the waves are expected to remain below specified heights. The other set of curves labeled "Persistence of unfavorable seas" indicates the number of times during a season that waves increase to specified height categories or exceed them; they also show how long the waves can be expected to exceed the specified heights. Unfavorable seas are defined as waves >3, >6, >9, and > 1 2 ft and are represented for each season by the cumulative curves in figures 11-26 to 11-36. Favorable seas, defined as waves <3, <6, <9, and <12 ft, are represented by cumulative curves in the same figures. These graphs are intended to apply to any particular marine operation, where the limits of the operation determine whether the waves are favorable or unfavor- able. 45 40= 35 60° • PORTLAND, MAINE I POLLOCK RIP, MASSACHUSETTS BUZZARDS BAY, MASSACHUSETTS • AMBROSE CHANNEL * NANTUCKET SHOALS, MASSACHUSETTS NEW YORK //• BARNEGAT, NEW JERSEY • FIVE FATHOM BANK, NEW JERSEY CHESAPEAKE, VIRGINIA ' • DIAMOND SHOAL, NORTH CAROLINA FRYING-PAN SHOALS, NORTH CAROLINA p» SAVANNAH, GEORGIA 45c 40' 35' 30' 70° 65° 60° 25' Figure 11-24. —Location chart of east coast lightships. 250 LEGEND AND EXAMPLES T^ 1 I " I " I T^ 6552 OBSERVATIONS 16-AVERAGE NUMBED OF OC- CASIONS DURING THE SEA. SON WK'N WAVES DE CREASED IN HEIGHT BELOW 3 FEET. WAVES DECREASED IN HEIGHT BELOW 9 FEET AND LASTED 6 TO >300 HOURS ON 24 OCCASIONS (150% X 16) DURING THE SEASON. WAVES DECREASED IN HEIGHT BELOW 3 FEET AND LASTED 6 TO 48 HOURS ON 16 OCCASIONS (100% X 16) DURING THE SEASON. WAVES DECREASED IN HEIGHT BELOW 6 FEET AND LASTED 42 TO 144 HOURS ON B OCCASIONS (50% X 16) DURING THE SEASON WAVES DECREASED IN HEIGHT BELOW 12 FEET AND LASTED 180 TO >300 HOURS ON 4 OCCASIONS (25% X 16) DURING THE SEASON 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) *IN THIS EXAMPLE. FOR EACH TWO OCCURRENCES OF WAVES BELOW 3 FEET THERE ARE THREE CHANCES WAVES WILL BE LESS THAN 9 FEET Xi F ' i m n i 6552 OBSERVATIONS 1 6- AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. WAVES ROSE TO 9 FEET OR HIGHER AND LASTED 6 TO >300 HOURS ON 24 OCCASIONS (150% X 16) DURING THE SEASON. WAVES ROSE TO 3 FEET OR HIGHER AND LASTED 6 TO >300 HOURS ON 16 OCCASIONS (100% X 16) DURING THE SEASON ,i»* WAVES ROSE TO 6 FEET OR HIGHER AND LASTED 36 TO >300 HOURS ON 8 OCCASIONS (50% X 16) DURING THE SEASON. =c WAVES ROSE TO 12 FEET OR HIGHER AND LASTED 48 TO 180 HOURS ON 4. OCCASIONS (25% X 16) DURING THE SEASON. **»«£» 5 3 FT. " 80 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (53,6, 9, 12 FT.) * * IN THIS EXAMPLE, FOR EACH TWO OCCURRENCES OF WAVES 3 FEET OR HIGHER THERE ARE THREE CHANCES WAVES WILL EQUAL OR EXCEED 9 FEET LEGEND WAVE HEIGHT <^ • c? 1 1 1 1 1 II I fTTTJlWpTTTlTTTmTTTJ IIIiiiiiiiiiiii 11 T 0 10 20 30 40 50 60 70 80 90 100 (%) SUMMARY SCALE (ALL DIRECTIONS) Figure 11-25. — Legend for persistence of favorable and unfavorable seas at east coast lightships. 251 130 120 - no 2 fc" 100 Z 90 o < to u u ° 70 60 J 1 ' 1 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 1 1 1 I ' | i 1440 OBSERVATIONS 43 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW 3 FEET. — — — - 4 • • — -i • • — * * — -\ v. • CI*. — \ — ". 1 i ft ^^^5 \ >- ill *i-4h., U 1 1 1 1 l" — iT'i" • i JANUARY, FEBRUARY, MARCH 150 130 120 p 110 2 | 100 in z w O 5 »° u O „. 70 O U 60 IS J 1 ' 1 1 ' I 1 I 1 1 1 1 1 1 1 1 1 1 1 1 ' i ERVATIONS RAGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES ROSE 3 FEET OR HIGHER. — — 43 AVE CAS SO — — 4 • • — • • — _. \ • • — > \ — i r« • v. v. smJm-l. n*r->»i— i.l_ ..U i I 1 , 1 1 1 r 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 160 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) iiii|iiii|iiii|iiii|iiii|iiii|iiii|iiniir 0 10 20 30 40 50 60 70 80 90 100 (TfWTfftl no £ W IOC if 7 90 O < 80 u U o 70 J 1 ' 1 1 1 1 1 ' 1 1 ' 1 1 1 1 1 1 1 1 1 1 1 1 ! - 1416 OBSERVATIONS 51 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW 3 FEET. — — — - 4 • • — • • — • — — "i 1 1 ^ ,>,- ^xn . i 1 T" TTT™ *1* APRIL, MAY, JUNE 150 140 130 120 2 fc 100 iq 90 O U O 70 u. o >- 60 (J Z iu 25° 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) J 1 ' 1 1 ' 1 1 ' I 1 ' i | i | i | i MM i - 1456 OBSERVATIONS 51 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — — — — 4 • • — • • — • • — — %L. -i 1 '* -t4-.- -»-L». .kJ.J -i.Li i 1 i r 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) iiii|iiii|iiii|iiii|iiii|liiiiiiii|iiii|MiimHI 0 10 20 30 40 50 60 70 80 90 100 PORTLAND, MAINE 43°48.4'N., 70°5.5'W. Figure 11-26. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (5 3, 6, 9, 12 ft) for east coast lightships: Portland, Maine. 252 wo 140 130 130 no 100 90 60 70 40 SO 40 30 30 10 0 J 1 ' 1 1 ' 1 1 ' ■ 1 1 i | i | i | i ' 1 1 -T !RVATK>NS tACE NUM6ER OF OC ONS DURING THE SEA WHEN WAVES DE tSED IN HEIGHT 6ELOW — 46 AVE CAS SON CKE> — 3 FEET. - 4 • It • — • • — _ \ • - \ — \ — • - \ < \ — *■•. "i 1 1 1 1 1 i 'K ••I-47U se&= 0 30 40 40 (0 100 120 140 140 ISO 300 220 240 240 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS «1 6, 9, 12 FT.) JULY, AUGUST, SEPTEMBER ISO 140 130 120 no P 2 g 100 in 70 I 2 80 0 O 70 a J 1 ' 1 1 ' i i i i 1 1 i i i 1 i i i ' 1 ' r — — 46 AVEI CASI SON to : IAGE NUM6ER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE 1 FEET OR HIGHER. — — 4 • • — J • • — _i • -\ • — _ \ • -» • • * — ^ Si, i i i i i . 1 1 i 1 1 . 1 1 1 I~ 20 40 40 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3*6, 9, 12 FT.) Illl iiii|iiii|iiii|iiii|iiii|ilii|iiii|iiii|iffi| 0 10 20 30 40 50 60 70 80 90 100 ISO J 1 ' 1 l ! 1 1 ' 1 1 i 1 1 ! 1 1 ' 1 1 1 | i — 130 130 36 AVE CAS SON (AGE NUM6ER OF OC- ONS DURING THE SEA- WHEN WAVES DE- KSED IN HEIGHT BELOW ET. 3 FE 110 100 »0 80 70 40 50 40 30 30 10 - 4 • • — • i Vi — — * -\ — •• — V » • • • — ~l 1 1 ^ . i.l i Brsna — 0 ill "TT?f mF OCTOBER, NOVEMBER, DECEMBER ISO 140 130 130 _ no i g 100 It £ »o o I - u ° 70 5 60 a so 30 40 60 80 100 130 140 140 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) J 1 ' I I I I I I 1 1 1 I | I | I | I MM i RVATIONS (AGE NUM6ER OF OC ONS DURING THE SEA- WHEN WAVES ROSE 3 FEET OR HIGHER. — — 38 AVE CAS SON TO — — 4 • • — • — • • I \ • • — 4: \ • — V v • I 1NJ6 • 1J •!• 4 . ,j rr* -T.U., ^uLu Li.1.1. i.l i r 20 40 40 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (f 3, 6. 9, 12 FT.) iiii|iiii|ini|iiii I • ■■!■ ii nil 1 1 ■ in ■ ■ iir 0 10 20 30 40 50 60 70 80 90 100 affl Figure 11—26. — Continued. 253 JANUARY, FEBRUARY, MARCH J 1 ' 1 I i 1 1 ' 1 1 ' 1 1 ' 1 1 ' 1 1 1 | I 140 130 120 - 1440 OBSERVATIONS 36 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BEIOW 3 FEET. — 2 ie o 60 i i" "" 40 30 20 10 - -1 A — -1 1 — i — • • — • • • — "i i i i*K. -j.J i i 1 i — 0 J 1 ' 1 1 i | 1 ' | 1 ' i I i 1 i l i ' 1 ' T- 140 130 120 - 1440 OBSERVATIONS 36 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — _ 110 Z — £ i/> 90 Z o r m • — u u O 70 o • — u z UJ 1 50 "■ 40 30 20 10 z \ • -: \ -•- \ — • — i l i ill*' -,'+-._ .J 1 1 1 1 1 r 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) 1 1 1 1 1 ■ i ■ i ■ 1 1 ■ 1 1 1 ■ ■■ 1 1 1 1 1 1 1 1 1 1 ■ 1 1 1 ■ 1 1 1 1 1 1 ■ ■ 0 10 20 30 40 50 60 70 80 90 100 T1^^*Wlfl APRIL, MAY, JUNE ISO 140 130 120 110 ►- I 100 E z o 5> 80 < u O 70 3 50 2 J 1 ' 1 1 ' 1 l ' 1 i ' 1 i ' 1 | 1 | 1 | 1 1 ! - 1 456 OBSERVATIONS 36 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW 3 FEET. : — — - 4 • • — -I • • — _ \ • • — \ — • - \ • • • — — J 1 ' 1 1 ' 1 1 ' 1 1 ' 1 | 1 | 1 | 1 1 1 ' r 140 130 120 - 1456 OBSERVATIONS 36 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — _ 110 £ ^ '00 v/> »0 z 0 5 80 - 60 Z* UJ i" "" 40 30 — -1 • • — J • -I • — \ 1 • • — \ 1 — • - \ — 10 0 • ■ i i I"t-Slfa nl»4-> - .jJ^J ..Jri. _L±l„ '_J_ 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3,6, 9, 12 FT.) 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) iiii|iiii|ilii|MM|iiimiir|iiii|iiii|iMi|iW 0 10 20 30 40 50 60 70 80 90 100 POLLOCK RIP, MASS. 41°36.1'N., 69°51.1'W. Figure 11-27. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (>3, 6, 9, 12 ft) for east coast lightships: Pollock Rip, Massachusetts. 254 5 W 100 * <•> 90 7 O < 80 u U o 70 0 >- t,0 y s 2 50 J 1 ' 1 l " 1 1 ' 1 1 i i [ I ii | i | i | i 1 r - 1472 OBSERVATIONS 38 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAV'S DE- CREASED IN HEIGHT BELOW 3 FEET. — — - 4 • • — 1 • • — \ — • - \ _ • \ — • • • ■ • • — • X - "i 1 i i 1 , i 1 i 'TT-r" -rf-r- -t-I-f-< -4-T-4-, -t-< JULY, AUGUST, SEPTEMBER 150 140 130 110 ►- £ « '00 I i/> 90 z o 5 80 u O 70 o > 60 U i- 5 "" 40 30 JO J 1 ' 1 ! i i 1 ' i 1 ' i | i | i | i 1 i | i [ 1 - 1472 OBSERVATIONS 38 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — — — — • • — • -1 • I — • • — \ • • r \ -» • • V — \ i" ^U* -~~*rr -.lI i l 1 1 1 1 1 "fiv •ftv r •■• 1 OCTOBER, NOVEMBER, DECEMBER 150 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) H ,0° if 90 z o B 80 u <_> O 70 u. O f. 60 2 50 J 1 ' 1 1 ' 1 1 1 1 1 ' i i i l i i i ' 1 ' 1 1 — — 40 AVE CAS SON TO (AGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES ROSE 3 FEET OR HIGHER. — — 4 • • — _\ • • — i \ 4 \ • \ — • v. • \ — & ■BjImLm *- «jlJ -' :<-h- Mtlj I 1 I 1 1 1 1 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) |mii|MII|ihii mm miim mi umiTm^mifl 0 10 20 30 40 50 60 70 80 90 100 Figure 11-27. -Continued. 255 y too 90 z o O 70 6 S 60 J I ' 1 1 ! 1 1 ' 1 1 ' 1 1 1 1 1 1 1 1 1 1 1 1 5040 OBSERVATIONS 27 AVERAGE NUMBER OF OC CASIONS DURING THE SEA- SON WHEN WAVES DE CREASED IN HEIGHT BELOW 3 FEET. — — — - J • J • — • — _v. • • — • — "ill — r*l— h. —J. Li f " • 1 1 ! 1 1 i 1 1 T« 1 P 1 !■! ■ 1 — 1 1 1 1 1 1 1 1 1 1 JANUARY, FEBRUARY, MARCH 150 140 z y ,oo u 0 70 u. O >- 60 U z 1 50 20 iO 60 80 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3,6, 9, 12 FT.) J 1 1 1 I ' 1 1 i i 1 i i i i i i i 1 1 i 1 1 1 1 5040 OBSERVATIONS 27 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — — _ — • • — • • — _: \ — V: \ — IS*. i \T -,TV -1-1-1- -«4.-« -4- 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3,6, 9, 12 FT.) I I ■Jl Mini ii 1 1 inn 1 1 1 1 M 1 1 ill 1 1 Mill Mill rTnTTHTTH] 0 10 20 30 40 50 60 70 80 90 100 V 100 i/l 90 z o O 70 o C 60 J 1 ' 1 1 i 1 1 ' 1 1 ' i I i 1 i I i 1 i 1 i 1 1 5824 OBSERVATIONS — - 37 AVERAGE NUMBER OF OC — CASIONS DURING THE SEA- - SON WHEN WAVES DE- - 3 FEET - - 4 - • - -I • - • - -\ • - - • - - "Trr- *•• *?» ■=eter r-gfU rsfHt LI tt APRIL, MAY, JUNE 150 140 y 100 O 70 u. O J 1 ' 1 1 i 1 1 ' i ! ' i 1 i | i 1 i | i 1 i | 1 — — 37 AVE CAS SON TO SAGE NUMBER OF OC- ONS DURING THE SEA, WHEN WAVES ROSE 1 FEET OR HIGHER. — — 4 m • — -I • n • — - \ • r \ • — _ \ • T \ -• V — * • • • \ , .I.J.U. *m*i — .j—i.i™ .1—1.1— >_1— 1 -J— 1 1 1 1 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3,6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3,6, 9, 12 FT.) iiii|iiii|iMi|iiii|iiiAiiii|iiii|iiii[ini[iff 0 10 20 30 40 50 60 70 80 90 100 NANTUCKET SHOALS, MASS. 40°37.0'N., 69°18.5'W. Figure 11-28. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (5^3, 6, 9, 12 ft) for east coast lightships: Nantucket Shoals, Massachusetts, 256 JULY, AUGUST, SEPTEMBER 150 140 I " I v> Z o < O J 1 ' 1 1 ' 1 1 ' 1 1 1 i 1 i | i 1 i 1 1 ' 1 - S888 OBSERVATIONS 33 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT TJI.OW 3 FEET. — — — - J • It • — • • — _ \ • — \ - > • — -■-., -...> '*■«•'»*•. ...... » • ♦ • • m i .•it «jl» ii.« i n i 1 1 1 1 1 1 i R rrr -rter ri~ 0 20 40 40 80 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE Of FAVORABLE WAVES «3,6, 9, 12 FT.) J 1 " 1 1 i 1 1 ' 1 1 ' i | i | i | i | i | r ! 140 - 5888 OBSERVATIONS — 35 AVERAGE NUMBER OF OC- - 130 CASIONS DURING THE SEA- SON WHEN WAVES ROSE 120 TO 3 FEET OR HIGHER. — — _ 110 2 E - 4 _ £ 90 g 1 m u y O 70 O -\ • • — li. • • — 30 _ \ • 7 \ • — • \ 10 \ — • 1 • \. - ~X^, > ' TT •+-!•■ -Hi lj.. ^Lj~ u.Lj.. _uL« L_ -u 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3L6, 9, 12 FT.) Iiiiiiii ii|iiii|iiiii i mi ii nil i li in ii inn 1 1 iW 0 10 20 30 40 50 60 70 80 90 100 I 'i t 140 130 120 110 100 90 80 70 60 50 40 30 20 10 0 J 1 ' 1 1 ' 1 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 ' l- ERVATIONS RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- kSED IN HEIGHT BELOW ET. — — 28 AVE CAS SOK — 3 F( - J • 1 • — -I • • • — — ■> v.. • , — "l 1 l 1 1 1 TIT- -hJrJ. i 1 i i 1 i - 1 1 1 • i7 OCTOBER, NOVEMBER, DECEMBER 150 140 130 120 _ 110 2 ^ 100 r 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3, 6, 9, 12 FT.) >s> eo < u u O 70 J 1 ' 1 I ' 1 i ' 1 i i 1 1 1 1 1 i 1 1 1 r HtVATIONS IAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE FEET OR HIGHER. - — 28 AVE CAS SOh TO — — 4 • • - A • — • • — • # ■ • V — I • \ j • < • — & V 'Tfr "Tt-r ><*-».*. 240 240 280 300 20 40 60 80 100 120 140 160 180 200 220 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (JA 4, 9, 12 FT.) lllll|llll|llll|llll|MM|IIIMI1ll|IIITT^ffinW 0 10 20 30 40 50 60 70 80 90 100 Figure 11-28. — Continued. 257 JANUARY, FEBRUARY, MARCH J 1 ' 1 1 1 1 1 ' 1 1 ' i 1 i | i 1 i | i 1 i | 1 1 — 32 AVE CAS SOI- RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- kSED IN HEIGHT 8ELOW ET. — 3 Fl - -\ • • — - \ • • — _ \ • k — _ • • _ • ■\. — "l 1 1 "TTi -rhr -r-hr ■*#4f- -i-u- kr=^r= =T= JO 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3, 6, 9, 12 FT.) J 1 1 1 1 ' 1 1 i i 1 i I I I I I I I I I I I I i RVATONS (AGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES ROSE ) FEET OR HIGHER. — 130 L 32 AVE CAS SON — _ "0 F- £ g 100 g 90 o « 80 — • • — U u O 70 u- o _ \ • - \ • — G z w 2 50 3 \ — • T \ • V — 30 • • • — • • • \ • \ — 10 0 "T1-T" -+-tl-o.. _lJ 1 1 1 1 r 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (£3,6, 9, 12 FT.) 111111111111111 HUM llllll Mil I Mill II III 1 1 |T 0 10 20 30 40 50 60 70 80 90 100 w APRIL, MAY, JUNE 190 :■ i ' 1 i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ERVATIONS RAGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVES DE- kSED IN HEIGHT BELOW ET. IM 120 _ 32 AVE CAS SO* - 3 Fl no 100 90 B0 70 60 SO 40 10 20 10 - 4 • • — • • — \ • - \ _ < \ — • • — •. • \ ^ — "i 1 i 1 1 1 1 1 1 HIM, **»•*»< - " ■' • - 0 1 1 1 1 1 1 ; 1 i ill 1 20 40 60 *0 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3,6, 9, 12 FT.) J 1 ' 1 1 1 1 1 ' 1 1 1 1 1 1 1 1 1 1 1 1 1 r . ._ ■RVATONS »AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVfS ROSE ) FEET OR HIGHER. - 130 120 _ 32 AVE CAS SO* TO — ~ no 5 y 100 £ 90 O 5 80 U u O 70 It. o > 60 til I" 40 30 20 10 0 — 4 • 4 • — -I • -I • — • • — 4 \ V — k \ • •rtlat. !i-T»«- .1 1 1 I 1 I 1 1 1 1 1 1 r 20 40 60 80 100 120 140 160 1(0 200 220 240 260 200 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (f3,6, 9, 12 FT.) |iMi|iiii|iiii|iiii|iiii|iiii|iiiiiilii|iiii|iml O 10 20 30 40 50 60 70 80 90 100 BUZZARDS BAY, MASS. 41°24.0'N., 71°3.0'W. Figure 11-29. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (^3, 6, 9, 12 ft) for east coast lightships: Buzzards Bay, Massachusetts. 258 190 HO 130 120 no 100 90 so 70 to 50 40 30 20 10 0 _' 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 ' 1 1 I 1 1 1 | V E*VATK>NS RACE NUMBER OF OC IONS DURING THE SEA- 1 WHEN WAVES DE- I.SED IN HEIGHT BELOW EET. — — " 1104 OSS 37 AVE CAS SO — 3 F - J • • — • • — _ \ • - \ — 1 ;••-. • — ~l 1 1 1 1 1 1 1 1 1 1 l ili" Ill BsJSL&*^ — iii" JULY, AUGUST, SEPTEMBER 150 140 120 _ 110 5 ^ 100 £ 90 O 80 < u u O 70 o i » 20 40 60 SO 100 120 140 160 180 200 220 240 260 2S0 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (< 3L6, 9, 12 FT.) J 1 ' 1 1 i ' 1 i 1 1 " i | I | l | I 1 1 ' 1 ERVATIONS IAGE NUMBER OF OC- ONS DURING THE SEA- 1 WHEN WAVES ROSE 3 FEET OR HIGHER. — — - 1104 OKI 37 AVE CAS SOh — — J • J • — -1 • • — -i • • — - \ • Z \ r \ — i\«j \ -t4-r- -t-U- — 1.1-1. . 1 1 1 I 20 40 60 80 100 120 140 160 180 200 220 240 260 380 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (f 3,6, 9, 12 FT.) iii|iiii|iiiii hum linn nil mill ftiiiiiiinl 0 10 20 30 40 50 60 70 80 90 100 130 140 130 120 ~ ~,~- _ _ 0 1 1 1 uH-h ..J.I 1 1 1 1 1 1 JANUARY, FEBRUARY, MARCH 150 140 130 130 g 100 v> 90 Z o 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS «3, 6, 9, 12 FT.) (/> 80 0 u O 70 & >• 60 J 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 ' 1 1 ' 'MIL — 30 AVEI CASI SON TO (AGE NUMBER OF OC ONS DURING THE SEA WHEN WAVES ROSI 3 FEET OR HIGHER. — — 4 • • — • -\ • — \ — • — • — • • » \ ■ — •t.L.L *>T- "t-lf^, ._. 1 1 , 1 . i 1 i L. 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS {$3,6. 9, 12 FT.) 1 1 1 1 1 II 1 1 1 1 1 1 1 1 1 rnmTmTTITTTTTTITTTTTTT^ffn 0 10 20 30 40 50 60 70 80 90 100 APRIL, MAY, JUNE J 1 ' 1 I ' 1 I ' 1 1 ' 1 | 1 | 1 | 1 1 1 ' i 140 — 37 AVERAGE NUMBER OF OC- - 130 CASIONS DURING THE SEA- SON WHEN WAVES DE- ~ 120 3 FEET. - 110 100 - 4 _ 90 80 3 • - -I _ 70 • — 60 50 — _ \ • • - 40 — \ • _ 30 20 > • - 10 0 i 1 i i I i l=f=T- '"**»■ 1 1~F TTT -=£ffFs r= 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) J 1 ' 1 1 ' 1 1 ! i 1 i i 1 i | i 1 i 'Ml r 140 — - 37 AVERAGE NUMBER OF OC- - 130 7 CASIONS DURING THE SEA- SON WHEN WAVES ROSE 120 TO 3 FEET OR HIGHER — _ — _ no £ y 100 I ~ 4 _ ^ 90 o $ 80 U U O 70 u. o 3 • " • ll • — >■ 60 1- Ik 40 1 1 • -I — • — \ — • _ 30 -\ — 20 — • \ 10 u 1 i i 1 i , 1 I 1 1 1 i 1 i i 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS ls.3,6, 9, 12 FT.) |iiii|iiii|iiii|iiii|iiii|iiii|iiil|iiii|iiii|ii'^ 0 10 20 30 40 50 60 70 80 90 100 AMBROSE CHANNEL, N. Y. 40°27.1'N., 73°49.4'W. Figure 11-30. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (5^3, 6, 9, 12 ft) for east coast lightships: Ambrose Channel, New York. 260 2 z o J 1 ' M ' 1 1 i 1 1 i I | i | i | i 1 1 ' I — — 24 AVE CAS SO RAGE NUMBER OF OC ONS DURING THE SEA WHEN WAVES DE kSED IN HEIGHT BELOW ET. — 3 Fl - 4 • • — • • — _ \ • - \ — > V ~" — \ • \ • '•^ — ^•^ • — B - "i 1 1 , 1 i i 1 i , 1 , 1 1 1 1 1 1 I 1 1 1 JULY, AUGUST, SEPTEMBER ISO 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 140 130 120 _ 110 & )& 100 -f- I J z TU o < 80 0 u O o -' i»i \ "T^ i=L ~H~ *L T-rr l T" T^ 1 840 OBSERVATIONS 24 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. J_L i I 20 40 60 80 100 120 I40 1 60 180 200 220 240 260 2*0 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) iiii|iiii|iiii|iiii|iiM|iiii|iiii|iiii|iin|iiir| 0 10 20 30 40 50 60 70 80 90 100 150 140 130 120 no 100 90 80 70 60 50 40 30 20 10 0 J 1 ' 1 i i 1 1 ' 1 1 ' 1 1 I 1 1 I 1 1 ' 1 - 1820 OBSERVATIONS 33 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW 3 FEET. — — — - -1 • • — _\ • • — _ \ • - \ • — \ — • — "i 1 1 **"* T""" ss , 1 i 1 1 1 IM-i- riitsif: —1.4—1.. — u-l_ .. OCTOBER, NOVEMBER, DECEMBER 150 140 130 120 ~ 110 £ K loo < 80 U J 1 ' 1 1 ' 1 1 1 ' 1 i ' 1 ' 1 1 ' ' 1 ' r — — 33 AVE CASI SON TO (AGE NUMBER OF OC ONS DURING THE SEA WHEN WAVES ROSE > FEET OR HIGHER. — — -1 • • — J • • — • • — _ \ • T \ • • , — • _ • V ..III -H-t-, -iJ i 1 1 1 1 1 1 1 1 1 1 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) iiii|iiiiiiiii| hum mill ii Aiii|iiii|iiiiiiW 0 10 20 30 40 50 60 70 80 90 100 Figure 11-30. — Continued. 261 JANUARY, FEBRUARY, MARCH J 1 ' 1 1 i 1 1 " 1 1 ' 1 1 1 1 1 ' 1 | 1 1 — - 36 AVERAGE NUMBER OF OC- - — CASIONS DURING THE SEA- — - SON WHEN WAVES DE- - - 3 FEET. - -~ - - 4 - • - _\ • n • - _ \ • - z \ • — - \ -.. N , — - ••. • • . ■ ~\ 1 i "1 — — |*«*Uf» "VI i 1 i i i T ^* - jj'. 1 r 1 1 ! 1 1 1 "T" 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3 6, 9, 12 FT.) J 1 ' 1 i i 1 1 1 1 1 1 1 1 1 1 1 ' I 1 ' I iRVATIONS IAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE 3 FEET OR HIGHER. — 130 — - 1800 OBSI 36 AVE CAS SOK — _ 110 2 g 100 £ 90 o 2 80 — J • 1 — U U O 70 6 • • — c UJ 5 • • — 30 • — • • V — 10 • • • • .. It .1 • 1 '>*-».. -t-l-fc. >-^L-i_ „j_J. i i~ 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3,6, 9, 12 FT.) iiii|iiii|iiii|iiii|iiii|ini[iiii|ini|iiiijiW| 0 10 20 30 40 50 60 70 80 90 100 140 130 120 110 100 90 80 70 60 J 1 ' 1 1 ' 1 1 1 1 1 " i | i | i | i | i | i | _ ■ 1820 OBSERVATIONS 30 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW 3 FEET. — — — -1 • • — • • — _ \ • - \ _ • — > • \ • — "-- — "Th" -T+-I- ■tH-p -t+-h- - 1— M- ifsbfia a*Jn\w APRIL, MAY, JUNE 150 140 _ "0 z IS a 100 « 90 o 5 60 - 60 o z 111 3 50 J 1 ' 1 1 i i 1 i ' 1 ' i 1 i | i I i | i I i 1 . — — 30 AVE CAS SOh RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE 3 FEET OR HIGHER. — — -1 • • — J • • — -I • • — - \ • : \ • — \ — a • \ i>r- -»4-k- _i_l i i 1 i I 1 1 1 1 1 1 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3,6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^16, 9, 12 FT.) iiiiiiiii|iiii|iiii|iiM|Mii|iMi|nimiii|iiirj 0 10 20 30 40 50 60 70 80 90 100 BARNEGAT, N.J. 39°45.8'N., 73°56.0'W. Figure 11-31. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (=^3, 6, 9, 12 ft) for east coast lightships: Barnegat, New Jersey 262 JULY, AUGUST, SEPTEMBER 150 140 £ a 100 a in 90 Z o < 80 u o 0 70 0 >- (SO y 50 u. 40 30 J 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 " 1 1 1 1 1 ' 1 ERVATIONS RAGE NUMBER OF OC- ONS DURING THE SEA- 1 WHEN WAVES DE- l«n IN Hfir.HT HflOW — — 26 AVE CAS SO — 3 fEET. - • • — _ \ • - \ • * — \ — • • \ — — * \ • — • , >, •• "■et-i"" - ~T-l-ri — T 4-1— -r4^ -r+1- -T-4-T- -'fSPW •-< J 1 ' 1 1 1 I 1 1 1 1 ' 1 1 1 1 1 1 1 1 1 1 1 1 r 140 — 26 AVERAGE NUMBER OF OC- - 130 CASIONS DURING THE SEA- SON WHEN WAVES ROSE — 120 — _ "0 s — 4 __ £ 90 o 5 80 U u O 70 O J • ~~ -1 • — > 40 RAGE NUMBER OF OC- ONS DURING THE SEA- 1 WHEN WAVES DE kSED IN HEIGHT BELOW ET. — 3 Fl - 4 • • — • • — _ \ • 7 \ • — \ • 1 v — •• •<• • • . « •••••• FrPf5 "t'I F» •••••»• • ••••• I *-n OCTOBER, NOVEMBER, DECEMBER 150 140 _ "0 ►- z g 100 It! 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3, 6, 9, 12 FT.) 90 u O 70 Ik o I- J 1 ' 1 1 i 1 1 1 1 1 ! 1 | 1 | 1 | 1 1 1 1 V - 1820 OBSERVATIONS — — 32 AVERAGE NUMBER OF OC- — — CASIONS DURING THE SEA- — — SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — - — - 4 — 1 m - -I • 14 • - _ \ • • - _ \ • - 7 \ — • v • • — • • - ^ >T-t-l -tJ 1 1 1 1 1 1 1 1 1 1 L. 20 40 60 80 100 120 140 160 180 200 230 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (£3, 6, 9, 12 FT.) iiii|iiii|iiM|iiii|iiii|iiii|liii|iiii|Mii|irn| 0 10 20 30 40 50 60 70 80 90 100 Figure 11-31. — Continued. 263 -■ 1 ' ' 1 1 1 1 ■ 1 1 1 1 1 1 1 1 ' | ' 1 ' | r- ERVATIONS (AGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES DE- kSED IN HEIGHT BELOW ET. — — 22 AVE CAS SOK — 6 n - • • — 1 1 1 — • • — • • • • • — • • / — ~l 1 1 1 1 1 1 1 1 1 1 1 : .__ _ - 1 JANUARY, FEBRUARY, MARCH 150 £ V 100 If y> 90 / 0 < 80 u u 0 70 2i0 S 40 30 20 J 1 ' 1 1 i 1 1 i i 1 i i 1 i | i 1 i ' 1 1 | 1 — — 22 AVERAGE NUMBER OF OC- - — CASIONS DURING THE SEA- — — SON WHEN WAVES ROSE _5 1 — - -» - -»■ — -J - -1 - -: - - • - - ; - — \\ '*• - i ins ■VU. .lU i 1 i 1 1 1 1 1 1 1 1 1 1 20 40 60 «0 100 120 MO 140 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS « 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (§ 6, 9, 12 FT.) I - 150 140 130 120 110 100 »0 80 70 60 50 40 30 30 10 0 J 1 ' 1 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 1 1 1 1 ' 1 — — ■ 3276 OBS 11 AVE CAS SON «AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- iSED IN HEIGHT BELOW ET. — 6 FE - • • • — * • • — • — • • - • • • — • • — — • • • •• ••• "... — — ■•.. "... — 1**~* *••••*.. '••• ~l 1 1 1 1 1 1 1 1 1 1 1 , 1 I I 1 I 1 1 1 -J... APRIL, MAY, JUNE 150 140 0 20 40 60 SO 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS « 6, 9, 12 FT.) 90 Z o O 70 o >- 60 J 1 ' 1 1 ' 1 1 1 1 1 ' 1 | 1 | i | 1 | 1 | 1 i - 3276 OBSERVATIONS — — 11 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 6 FEET OR HIGHER, — - — - - _c _ -{■ — -. - -I - — — —J - -: - - • - - • - - ■ - J, \ >K. •ik.l l 1 1 1 ■. 1 I 1 1 1 1 1 1 r 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (§ 6, 9, 12 FT.) FIVE FATHOM BANK, N.J. 38°47.3'N., 74°34.6'W. Figure 11-32. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (^3, 6, 9, 12 ft) for east coast lightships: Five Fathom Bank, New Jersey. 264 J 1 ' U i 1 1 ' 1 1 ' 1 1 i 1 1 ' | • 1 ' | 1 140 130 120 — — 9 AVE CAS SO RAGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVtS DE- kSED IN HEIGHT BELOW ET. — 6 Fl _ 110 z o £ 80 \J U O 70 > 60 - 40 30 20 10 - — \ — • • — — • • ■ • ••- — ^-. •, •-.. • • •" -__ "l 1 1 , 1 , i 1 i i 1 i , 1 1 1 1 I 1 1 I 1 JULY, AUGUST, SEPTEMBER 150 1 40 130 120 110 U 100 £ 90 o 5 80 u U O 70 o > no $ I" 40 30 20 J 1 1 1 1 1 i i i i i ' | i i 1 1 1 ' 1 ' r - 3154 OBSERVATIONS — — 9 AVERAGE NUMBER OF OC- - — CASIONS DURING THE SEA- — - SON WHEN WAVES ROSE - — - - -I _ -J- — -* - _• _ — » — - ; - - • - - • - - • - v • _ -,v^ ;v.l.i i i i i 1 1 I 1 I 1 1 1 1 1 1 ..1~ 20 40 60 SO 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS « 6, 9, 12 FT.) 240 260 2(0 300 20 40 60 80 100 120 140 160 HO 200 220 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^ 6, 9, 12 FT.) 150 140 130 120 P 2 t z o J 1 ' 1 1 ' 1 1 ' 1 1 ' 1 | 1 | 1 | 1 1 1 i i — — ■ 3312 OBS 19 AVE CAS SOK IAGE NUMBER OF OC ONS DURING THE SEA WHEN WAVES DE- iSED IN HEIGHT BELOW ET. — 6 Fi - -\ — • — • — \ - \ — V • 1 ;••, — "l 1 1 1 1 1 1 1 1 1 1 1 , 1 I LS-aai - , 1 , i 1 i i OCTOBER, NOVEMBER, DECEMBER 150 140 130 120 0 20 40 60 B0 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS « 6, 9, 12 FT.) I - X l/> 90 7 O in < 80 u u O 70 o E 40 30 J 1 1 1 1 1 1 1 1 ' 1 ' 1 | 1 | I | 1 1 1 ' T™ - 19 AVERAGE NUMBER OF OC - — CASIONS DURING THE SEA- — - SON WHEN WAVES ROSE TO 6 FEET OR HIGHER. — - — - - -I — — — -• - _! — *—* - I • — J • — ■ \* • 1 • 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 ll 0 20 40 60 80 100 120 140 140 1*0 300 220 240 240 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (5 6. 9, 12 FT.) Figure 11-32. — Continued. 265 f F u I IT! < 8 & h J 1 ' 1 1 1 1 1 1 1 1 ' 1 1 1 1 1 1 1 1 ' r ERVATIONS RAGE NUMBER OF OC ONS DURING THE SEA 1 WHEN WAVES DE- — — 1440 OBS 32 AVE CAS SOF — 3 FEET. - • • I — I — • — 4 — • _ • • \ V — 1 ■ • • • • • V — "i 1 1 • *?, -•T; "— — . ».i 1 i 1 1 1 W.i. »!. l.b. .4.Lj., tit JANUARY, FEBRUARY, MARCH 150 MO 130 120 H 100 It! 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) "INSISTENCE OF FAVORABLE SEAS «3, 6, 9, 12 FT.) 3 S J 1 ' 1 1 > 1 1 1 I 1 ' i 1 1 1 1 1 1 1 1 ' 1 ERVATIONS »AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE 3 FEET OR HIGHER. — — - 1 440 OBS 32 AVE CAS sor> — — 4 • • — _\ • r\ : \ — . \ ~ • - \ _ • • • \ — _ • • — • ■A \ i \ \ — & Ttt- -T«U. -iJ-J 1 1 1 — 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (%3 6, 9, 12 FT.) ||III|IIII|IIII||I|I|IIII|IIII|IIIIIIII^MttH 0 10 20 30 40 50 60 70 80 90 100 150 140 130 120 110 100 90 to 70 60 50 40 30 20 10 0 J 1 ' 1 l ' 1 1 ' 1 1 ' 1 1 ' 1 1 1 1 1 ' r - 1456 OBSERVATIONS — — 39 AVERAGE NUMBER OF OC- - — CASIONS DURING THE SEA- — - SON WHEN WAVES DE- - - 3 FEET. - — - - 4 — It • - • -\ _ • • - - \ — • - \ _ • - - • *-* h — "i 1 i * «-fcA»4U - i i i t> JF rs>. -.i JLL n i 1 M ll 1 APRIL, MAY, JUNE 150 140 130 120 _ 110 V ioo £ £ 90 O 3 .o 20 40 60 10 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) J 1 1 1 1 1 1 1 1 i 1 ' 1 1 i 1 1 1 1 1 1 r — - 39 AVERAGE NUMBER OF OC- - — CASIONS DURING THE SEA- — - SON WHEN WAVES ROSE TO 3 FEET OR HIGHER - _ - - 4 - 1 m - • - • - _ \ • • - - \ _ T \ — 1 v " _• • - "^iv •v. >r-r. sijuLi- .1 1 1 1 1 1 1 1 1 _L_ 40 60 80 100 120 140 160 180 200 220 240 260 2(0 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) 1 1 1 1 1 li ii|iiii|MM|llll|llll|l Iiimi iijuiMmij 0 10 20 30 40 50 60 70 80 90 100 CHESAPEAKE, VA. 36°58.7'N., 75°42.2'W. Figure 11-33. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (=>3, 6, 9, 12 ft) for east coast lightships: Chesapeake, Virginia. 266 JULY, AUGUST, SEPTEMBER ISO J 1 ' 1 1 1 ■•' 1 i 1 1 1 1 1 " 1 1 i 1 1 i i - 1472 OBSERVATIONS 33 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BEiOW 3 FEET. — 130 — "0 £ y 100 v> 90 z o 5 80 (J o 0 70 > 60 1 50 40 30 - J • • — • • — .1 — • • — A W • • ••- — 10 ", 1 1 i 1 i "7'rr- '*-~r. — -r»+-i- -r'-Fr- -t-f-*- -i-tTJ J 1 ' 1 i ' ' i i | i i 1 1 1 1 | 1 | 1 | 1 r 140 130 120 — _ 33 AVE CAS SON TO (AGE NUMBER. OF OC- ONS DURING THE SEA- WHEN WAVES ROSE } FEET OR HIGHER. — 110 S,oo 1 o v) 60 < U u O 70 8 >. 60 5 50 s "■ 40 - T • • — • • — . \ i \ 1 — ■ • — 30 20 10 0 — V • 1 — m • rV*. • •-H- I.J_ .jJ-i- .1 1 1 1 1 1 ,1, 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 20 40 60 SO 100 120 140 160 180 200 220 240 260 260 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) 1 1 1 1 1 1 1 1 ■ 1 1 1 1 1 1 f 1 1 1 1 1 1 1 1 1 1 M 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ffl^ 0 10 20 30 40 50 60 70 80 90 100 OCTOBER, NOVEMBER, DECEMBER K ion * z 90 0 60 7 3 a SO OC 40 J 1 ' 1 1 I 1 1 ' 1 1 i 1 1 1 1 1 1 1 1 1 1 1 1 T- ERVATIONS RAGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVES DE- — — 31 AVE CAS SOK — 3 FEET. - 4 • • — -I • • — \ • \ — \ _ • - \ \ ~ ~TtT- -r-r-r- ^fr ^rt-r- — ^ —r-4—1— -r+^- — i- 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) 140 130 _ 110 ►- z n a 100 r O m < 80- U U o J 1 ' 1 1 1 • 1 1 l 1 " i 1 i I i 1 i 1 1 ' 1 — — 31 AVE CASI SON TO (AGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVES ROSE } FEET OR HIGHER. — — • It • — • -\ 1 — — • - \ _ • — • • > k — • \ V "|.«.U. . iM~-r- -♦4,j- .ill 1 1 1 1 1 1 1 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS £3,6, 9, 12 FT.) lMII|llll|IIM|IMI|ll|MHll|llll|H II iiiir 0 10 20 30 40 50 60 70 80 90 100 T^^nfl Figure 11-33. — Continued. 267 ISO 140 130 120 i - z o J 1 ' 1 1 " 1 1 ' 1 1 ' 1 1 1 1 1 ' 1 1 ' 1 ervations iage number of oc- ons during the sea- when waves de- ksed in height below et. — • -*• • 26 AVE CAS SOh CRE; • _ • • — • • • 3FI - 4 • • • — — 1 * ' • • • • V — _ \ — • *. v iia — \ — • _ > ~i 1 i • • • • •«.L.L. .1 I 1 >:- - ■t-Ll i JANUARY, FEBRUARY, MARCH 150 140 130 120 2 ^ ioo K ^ 80 u u O 70 Ik o > 60- 0 20 40 60 SO 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3, 6, 9, 12 FT.) J 1 ' 1 1 ' ' 1 1 ' 1 " 1 1 ' | 1 i 1 1 1 i" — -» • 26 AVE CAS SON TO IAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE ) FEET OR HIGHER. • — • * • — • • — — 4-\ i: \ — 3i • \ • \ — \ • — -\ \ i Ki • • • •iJ. i ili '7T7- •-M-T- •+J.J r 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3,6, 9, 12 FT.) lllU|lllllllll|llll|llll|llll|l 0 10 20 30 40 50 60 71 w£A 150 140 130 2 It J 1 ' 1 1 ' 1 1 ' 1 1 i 1 1 i 1 1 1 ' 1 ' 1 1 ERVATIONS RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- KSED IN HEIGHT BELOW ET. — — 34 AVE CAS SOK CRE> — 3 Fl - J • • — • — — ^ — "i 1 i •v. i 1 i i K ^•*t: — i 1 i 1 I 1 , l-v ■-1-H-T- rrrn APRIL, MAY, JUNE ISO 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3, 6, 9, 12 FT.) y 100 O 70 O 250 J 1 ' 1 1 ' 1 1 1 1 1 1 i I i 1 i l i ' 1 1 1 — — 34 AVE CAS SON TO RAGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES ROSE 3 FEET OR HIGHER. — — 4 • • — • — • • — h N • — \v * i x.r-1 • '-I'l.i.. 1 1 r Mitr -1-1-..- ■*-*.«- -4-Ld 1 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^3, 6, 9, 12 FT.) iiii|iiii|iiii|iiii|iMi|iiii|iiii|iiiiiir 0 10 20 30 40 50 60 70 80 90 100 rT^I^»TiT| DIAMOND SHOALS, N. C. 35°05.3'N., 75°19.7'W. Figure 11-34. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (5? 3, 6, 9, 12 ft) for east coast lightships: Diamond Shoals, North Carolina. 268 140 130 120 g 100 V) 90 O S " O 70 R *° 5 50 40 30 20 10 0 J 1 ' 1 1 1 1 1 1 1 1 1 1 1 ' 1 1 I 1 1 ' r- ERVATIONS RAGE NUMIER OF OC- ONS DURING THE SEA 1 WHEN WAVES DE- kSEO IN HEIGHT IEIOW ET. - — 27 AVE CAS SOK CRE> — 3 n - 4 • • — • -\ m — — - v- - \ • • • • • — "l 1 1 *r^- - . i>. .i 1 1 i 20 40 60 (0 100 120 140 160 110 200 220 240 260 2(0 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES (<3,6, 9, 12 FT.) JULY, AUGUST, SEPTEMBER ISO 140 120 I" U ioo %. !£ 90 O *j «o u O 70 Ik o i" I" e 40 30 20 10 0 J 1 ' 1 I i 1 1 1 ' 1 ' l | 1 | 1 | l 1 1 1 r HIVATIONS IAGE NUMMR Of OC- ONS DURING THE SfA- WHEN WAVES ROSE freer or higher. - — 27 AVE CAS SOX TO — — 4 • • — -I • r\ — • • — • — • • • — • Thr- -H-r- -TT-T1 _a=! 240 260 2*0 300 20 40 60 10 100 120 140 160 ISO 200 220 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (^16, 9, 12 FT.) iiii|iiii|iiii|ii|i|iiii|iiii|iiiiiiiii|iif 0 10 20 30 40 50 60 70 80 90 100 T^^wffl Z o 5 O 150 140 130 120 110 100 90 J 1 ' 1 1 1 1 1 ' 1 1 ' 1 1 ' 1 1 ' 1 |.l 1 ERVATIONS (AGE NUMtER OF OC- ONS DURING THE SEA- 1 WHEN WAVES DE- kSED IN HEIGHT ULOW ET. — • — • • " 1456 0RS 21 AVE CAS sot • • 3 Fl - 4 : • • — 3| •• — • 1 • • — - • V — "l 1 1 • -^-J-i.. OaOBER, NOVEMBER, DECEMBER ISO 140 130 120 2 y 100 t. <» 90 O $ 80 U u O 70 u. o i" i- u. 40 J 1 ' 1 I i • 1 1 1 1 ' 1 1 ' 1 | 1 | 1 | 1 i — • 21 AVE CAS sot TO RAGE NUMIER OF OC- ONS DURING THE SEA- 1 WHEN WAVES ROSE 3 FEET OR HIGHER. im — • \ — — > • \ • \ — • * s_ — • • • • s iV .j 1 1 1 1 1 1 1 1 "77" ■77V" -r- 0 20 40 60 SO 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE WAVES «3, 6, 9, 12 FT.) 240 260 280 300 20 40 60 80 100 120 140 160 180 200 220 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE WAVES (£3, 6, 9, 12 FT.) |iiii|iiii|im|iiii|iiii|iiii|iiiip()^RTTffl 0 10 20 30 40 50 60 70 80 90 100 Figure 11-34. — Continued. 269 140 130 120 _ no z a ioo £ 90 O 3 eo u (J ° 70 IT-. 60 Tr in- 7\\ \ \ \\ _L S. J_ J_ ^T^ JANUARY, FEBRUARY, MARCH ISO T 1440 OBSERVATIONS uo 25 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- 130 SON WHEN WAVES DE- CREASED IN HEIGHT BELOW — 120 3 FEET. _L 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) p uo £ t '00 Z 90 o IA < 80 U O u. 70 o y 60 g 50 J 1 1 1 1 1 1 1 I | 1 " i l i 1 i I i MM T ■ . — — 2S AVE CAS SON IAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE } FEET OR HIGHER. — — 1. • • — • • • \ — . \ — • • _ • * V — » . - \ ' • \ • . \ • • — , l> H-t- — 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) 1 1 1 1 1 1 1 1 1 1 1 1 1 ii 1 1 1 1 1 1 1 1 1 1 M 1 1 1 1 1 rrnflW^^n^H 0 10 20 30 40 50 60 70 80 90 100 2 «>-•. J 1 ] 1 1 1 1 1 ' 1 1 ' i 1 i | i 1 i MM i ERVATIONS RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- — — " 1456 OBS 28 AVE CAS SON — 3 FEET. - -1 • • — -I • • — _ \ — • • - • -X - V.^ \ — "■I 1 1 l 1 i l 1 l i TT 1-1-4- .j-T"i rffT" T 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3, 6, 9, 12 FT.) APRIL, MAY, JUNE 150 140 p no 1 100 Z 90 g Co < 80 U o u. 70 o y 60 Q 2 50 at 40 J 1 ' 1 1 1 1 1 1 1 1 1 M M M ' 1 1 1 1 - 1 456 OBSERVATIONS 28 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. — — — — 4 • 1 m — -\ m -\ • — • • 7. V • • — • V — & ^Stt 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^3,6, 9, 12 FT.) Illi|iiii|iiii|llll|l IMIII N|MIIIIIII|irrfrmTn 0 10 20 30 40 50 60 70 80 90 100 FRYING-PAN SHOAL 33°28.0'N., 77°33.8'W. Figure 11-35. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (^3, 6, 9, 12 ft) for east coast lightships: Frying-Pan Shoal, North Carolina. 270 no wo 90 80 70 60 50 40 30 20 10 0 r it TTT X 7 \ A V T T JULY, AUGUST, SEPTEMBER ISO r U72 OBSERVATIONS 27 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT IEIOW 3 FEET. ■iU— a=D— rr— rr— rr— rr- 0 20 40 40 60 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<16, 9, 12 FT.) 140 130 120 i™ & 100 z w O vi < 80 U I t\ rr \ :^ TTT TTT V fr-M TTT saaa TTT TTT TTT 1473 OBSERVATIONS 27 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES ROSE TO 3 FEET OR HIGHER. M* 0 20 40 60 80 100 120 140 .160 180 200 220 240 260 2B0 100 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (5*6, 9, 12 FT.) |iiii|Hii|iiii|im|iiimiii|iiii|iiii|irnrmn 0 10 20 30 40 50 60 70 80 90 100 130 120 110 9 »0 o 8-L J 1 ' 1 1 1 ' 1 ' 1 1 ' 1 I ' 1 1 1 1 1 ' l ERVATIONS RAGE NUMBER OF OC- IONS DURING THE SEA- WHEN WAVES DE- kSED IN HEIGHT BELOW ET. — "• 18 AVE CAS SOh • • — • • 3 Fl - J: • • • • — • • — _ \ \ • < F • • • — _ \ N • • • • — "l 1 1 X -»»rr, •"•"•tt.t *«T» rp 1 l 1 ii r "TIT rr-r •Tl'T- •ri'T- •T" OaOBER, NOVEMBER, DECEMBER ISO 130 120 20 40 60 *0 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (<3t 6, 9, 12 FT.) a too z o 3 ■ 8 „ 1Q J 1 ' ' 1 > I 1 1 1 1 ' 1 1 1 1 | 1 1 | 1 | r -RVATIONS (AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE > FEET OR HIGHER. — • IB AVE CAS SON TO • • • — • • — m — — — — _ • • \ — \ • ■A k — - \ !s£ ■M-w — 0 20 40 60 BO 100 120 140 160 180 200 220 240 260 280 200 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^%6, 9, 12 FT.) jllll|IUIjllAjlllljMII|MTTTnTTTn^T^^T^ 0 10 20 30 40 50 60 70 80 90 100 Figure 11-35. — Continued. 271 JANUARY, FEBRUARY, MARCH 130 120 110 100 w 80 70 40 50 40 30 J 1 ' 1 I 1 1 1 1 1 ! i i I i | i I i | i I 1 - 26.48 OBSERVATIONS 12 AVERAGE NUMBER OF OC- CASIONS DURING THE SEA- SON WHEN WAVES DE- CREASED IN HEIGHT BELOW a FEET. — — — - • • • • • — • — — •• — — ••. "... '••. — — •'.. ••••... — "l 1 1 1 1 1 1 1 1 i 1 i 1 1 1 1 1 1 1 1 1 1 J 1 ' 1 1 ' 1 1 1 1 1 I 1 1 I 1 1 1 1 1 ' 1 HO 130 120 — 12 AVEI CASI SON TO < (AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE > FEET OR HIGHER. — ►- s g 100 *o 90 Z O 5 8° o u O 70 o — — — U z Ui |- - 40 30 20 10 — * — ~\ \ — \ • • • • 1 I 1 1 1 1 1 1 1 I 1 I 1 1 1 1 0 20 40 60 SO 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (< 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^ 6, 9, 12 FT.) z o i u O ISO 140 110 100 90 80 70 J 1 ' 1 1 l 1 1 I 1 1 ' i | i 1 ! 1 1 1 r — — 8 AVE CAS SO* RAGE NUMBER OF OC- ONS DURING THE SEA WHEN WAVES DE- hSED IN HEIGHT BELOW ET. — 6 FE - • — • • — • • — • • — a • *•• , — — -"... -•... '"•.... — — "Z _>..^ '■1 1 I I 1 I i 1 I i 1 I , 1 , 1 1 1 I 1 1 1 APRIL, MAY, JUNE ISO 140 130 120 Sioo in W z o VI 80 0 20 40 60 80 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (< 6, 9, 12 FT.) 70 2 J 1 ' 1 1 " i 1 ' ' 1 ' i 1 i 1 i 1 i 1 i 1 i ! . — — 8 AVE CAS SOU TO (AGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES ROSE I FEET OR HIGHER. — — _f — -i- — -\ — —\ — WJ •>.l i i 1 i i 1 i 1 1 1 1 1 , 1 1 1 r 0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^ 6, 9, 12 FT.) SAVANNAH, GEORGIA 31°56.6'N., 80°39.8'W. Figure 11-36. — Persistence of favorable seas (<3, 6, 9, 12 ft) and unfavorable seas (^3, 6, 9, 12 ft) for east coast lightships: Savannah, Georgia, 272 uo 140 130 120 110 % M !CJ t «■» 90 TL O t/> ao < u u o /o J 1 ' M i 1 1 ' 1 1 i i 1 i | i 1 i ' 1 ' 1 ' — - 10 AVE CAS SOK RAGE NUMBER OF OC- ONS DURING THE SEA- WHEN WAVES DE- kSEO IN HEIGHT BELOW ET. — 6 FE - • • • — • • • • • • • • — — *. • •. — -". -•-... — "l 1 1 i 1 i i 1 i i 1 i 1 1 1 I 1 , 1 1 1 .... JULY, AUGUST, SEPTEMBER ISO 140 130 120 no s £ .■>■] i '•P'l-ftiinL.i.i., 1 1 1 1 1 1 1 1 1 1 0 40 60 80 100 120 140 160 ISO 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (< 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (g 6, 9, 12 FT.) 130 120 110 i u 100 jE m 90 7 O < 80 u 8 70 O > 60 J' 1 ' 1 1 1 1 1 ' 1 1 ' i i i i i i 1 i ' ! ERVATIONS IAGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVES DE- — — " 2824 OBS 14 AVE CAS SOU — 6 FEET. - • • • • • • — • _ • • • < * • • • — — • • • • • • • • — — ■•••.. '■••-.. "■••.... — V. "l 1 1 ~i i r — . — — __ '.'!"•' iUly ■«-w 1 1 1 ii. 1 1 1 i ! i TTi- 1 OCTOBER, NOVEMBER, DECEMBER ISO 140 130 120 & g 100 u> 90 Z o u O 70 o >. 60 i S 50 J 1 ' ! i i ' ! ' I 1 I 1 1 1 1 1 1 1 1 1 1 1 1 ' ' - — 14 AVEI CASI SON TO < tAGE NUMBER OF OC ONS DURING THE SEA- WHEN WAVES ROSE > FEET OR HIGHER. — - X — -i — — *. — — \ — A \ * • • • MltiLulM .J. 1 i 1 1 1 1 1 1 _1_ 20 40 60 80 100 120 140 160 180 200 220 240 260 2*0 300 DURATION (HOURS) PERSISTENCE OF FAVORABLE SEAS (< 6, 9, 12 FT.) 20 40 60 80 100 120 140 160 180 200 220 240 260 2(0 300 DURATION (HOURS) PERSISTENCE OF UNFAVORABLE SEAS (^ 6, 9, 12 FT.) Figure 11-36. —Continued. 273 C. REFERENCES FOR ATMOSPHERIC CONDITIONS (DYNAMIC) Bowie, Edward H. and Weightman, R. Hanson, "Types of Storms of the United States and Their Average Movements," Monthly Weather Review Supplement No. 1, Weather Bureau No. 538, 1914, 37 pp. text plus 1 14 charts. Bunting, Donald C. and Moskowitz, Lionel I., "An Evaluation of a Computerized Numerical Wave Pre- diction Model for the North Atlantic Ocean," U.S. Naval Oceanographic Office Technical Report NOO-TR-209, 1970, 66 pp. Crutcher, Harold L., and Quinlin, Frank T., Atlantic Tropical Cyclone Vector Mean Charts, Commander, U.S. Naval Weather Service Command, Washington, D.C. 20360, 1971, 7 pp. text plus 30 charts. Fuglister, Frederick C, Average Monthly Sea Surface Temperatures of the Western North Atlantic Ocean, Papers in Physical Oceanography and Meteorology published by M.I.T. and W.H.O.I., Vol. X, No. 2, 1947, 25 pp. Hogben, N. and Lumb, F. E., Ocean Wave Statistics, Ministry of Technology, National Physical Labora- tory, United Kingdom, 1966, 263 pp. Hope, John R. and Newmann, Charles J., "Climatology of Atlantic Tropical Cyclones by Two and One-Half Degree Latitude - Longitude Boxes," ESSA Techni- cal Memorandum WBTM - SR-44, February, 1969, 3 pp. text plus 47 charts. Kipper, John M. and Joseph, Ellis J., "A Study of Wave Persistence for Selected Locations in the North Atlantic Ocean, North Sea, and Baltic Sea," NOO Technical Report TR-149, U.S. Naval Oceanographic Office, Washington D.C. 20390, 1963, 28 pp. Klein, William H., "Principal Tracks and Mean Fre- quencies of Cyclones and Anticyclones in the Nor- thern Hemisphere," U.S. Weather Bureau Research Paper No. 40, 1957,60 pp. Krick, Irving P., Blewett, Stephen E., and Paulhus, Joseph L. H., Six-Day Weather Types of North America, U.S. Weather Bureau and California' Insti- tute of Technology, Supervised by I. R. Krick, prepared by S. E. Blewett, 1942, 297 pp. Pierson, Willard J. Jr., Personal Communication, January 1971. U.S. Navy, "Oceanographic Atlas of the North Atlantic Ocean, Section IV, Sea and Swell," H.O. Pub. No. 700 Series, U.S. Naval Oceanographic Office, Washing- ton, D.C. 20390, 1963, 227 pp. U.S. Navy, "Oceanographic Atlas of the North Atlantic Ocean, Section II, Physical Properties," H.O. Pub. No. 700 Series, U.S. Naval Oceanographic Office, Washington, D.C. 20390, 1967, 300 pp. U.S. Naval Oceanographic Office, "Monthly Charts of Mean, Minimum and Maximum Sea Surface Tempera- ture of the North Pacific Ocean," H.O. Special Pub. No. SP-123, 1969,62 pp. U.S. Navy, Marine Climatic Atlas of the World, Volume I -North Atlantic Ocean (NAVAER 50-1C-528), Commander, U.S. Naval Weather Service Command, Washington, D.C. 20360, 1955, 15 pp. plus 275 charts. U.S. Navy, Marine Climatic Atlas of the World, Volume II -North Pacific Ocean (NAVAER 50-1C-529), Commander, U.S. Naval Weather Service Command, Washington, D.C. 20360, 1956, 15 pp. plus 275 charts. Wilson, Basil W., "Hurricane Wave Statistics for the Gulf of Mexico," Technical Memorandum No. 98, U.S. Army, Corps of Engineers, Beach Erosion Board, 1957, 61 pp. text, 15 plates, 19 tables. 274 III. Statistical Analysis of Extreme Atmospheric Conditions, by Regions A. INTRODUCTION The following tabulations are mathematical simulations of the extremes of meteorological parameters by geographical regions. The subregions analyzed below can provide a reasonable range of the extremes of air temperatures, sea temperature, pressure, wind, and waves that can be expected within each region. Mathematical-statistical analyses are required over the specified ocean areas, rather than simple statistics of observed values, because of the areal and temporal gaps in observations and the data-biases previously noted. However, a background of observed data is still required so that the results are statistics of "real-world" conditions. The analyses that follow are presented in terms of "return period," which is a statistical measure of the average time interval between the occurrence of a given quantity and that of an equal or more extreme quantity. It is assumed that if a device is designed to withstand the highest (lowest) value of a given parameter in a year, and that all other conditions remain unchanged, then it can also withstand all other values of the given parameter within that year. B. DATA SOURCES Serialized annual extreme values for each parameter are a necessary prerequisite for extreme value analysis. The following data sources were examined to obtain a 20-yr series of annual extremes of the surface air temperature, sea surface temperature, wind speed, and barometric pressure: 1. Synoptic weather charts of the Northern Hemisphere. 2. The marine data tape file (TDF-11) available at the National Climatic Center. 3. Mariners Weather Log. 4. Hurricane and tropical storm descriptive material. The series was developed for the period 1950-69. Because of the lack of observed extreme wave height data it was decided that the annual extremes of wave height should be derived from the annual extremes of sustained wind. The derivation is based on a small study by Vaiksnoras and Crutcher (1969) that provides estimates of extreme wave heights during wave buildup with increasing winds and during wave decay with decreasing wind speeds. Wave heights derived in this manner can be assumed to be reasonable estimates of the extremes that could occur with unlimited wind fetch, wind duration, and water depth. An adaptation of a graph prepared by Crutcher and Vaiksnoras is shown in figure III-l. The heavy curve shown in this figure is based on observed data, and it is assumed the curve represents extreme waves rather than significant wave heights as indicated on the vertical scale. This assumption is suggested by Crutcher (1971) and is based on the fact that in rough sea, observers have a tendency to report the highest wave rather than the significant wave height. Theoretically, the reported extreme wave heights would be possible. In spite of our assumptions, however, many of them are limited in the fetch and duration of the wind. For instance, the maximum possible fetch in the Gulf of Mexico is restricted by geography, and the maximum duration (and fetch) in hurricanes is limited by the size and movement of the storm. According to Pierson et al. (1960) the generation of waves by 56-kt winds is limited by fetch distance of 2100 n.mi., and duration of 88 hr. According to Bretschneider and Collins (1964) the maximum significant wave height possible in any Atlantic hurricane is 62 ft (corresponding to 112-ft highest wave). Wilson (1957) obtained values of H 1/3 = 56 ft (corresponding to 101 -ft highest wave) for a one-in-100-yr recurrence interval. 275 The annual parameter extremes were determined for the following areas: Area Latitude band (°N) Longitude band (eN) A 40-45 60-65 B 35-40 70-75 C 30-35 75-80 D 25-30 70-75 E 25-30 85-90 F 22.5-27.5 92.5-97.5 G 40-45 125-130 H 35-40 125-130 I 27.5-32.5* 120-125* ♦Because of the paucity of air and sea temperature data for Area I, the annual extremes of these two param- eters were obtained for the area 30 to 35 N and 115 to 120°W. C. ANALYSIS The extreme value distribution selected from analysis of annual extremes for each parameter was the Fisher-Tippett Type I. This distribution has been applied widely by Gumbel (1958) with excellent results, and the fitting procedures described by Lieblein (1954) provide a simple method for fitting the Type I distribution giving estimates of the quan tiles with a minimum variance. Thorn (1968, 1971) has applied the Fisher-Tippett Type II or Frechet distribution to analysis of extreme wind and wave series. The Type I distribution, rather than Thorn's method, was selected because of its simplicity and because the zero lower bound of the Type I distribution should not create a problem with the data to be analyzed. It was necessary to adjust the resultant data in some cases where the extreme value distribution provided a poor fit. This occurred in Area B where the sea temperature data are from a mixed distribution (samp- ling from the cold Labrador Current and from the warm Gulf Stream). In Areas A and B the distribution of sea-surface temperatures was truncated at 27°F because this statistical approach does not consider that the distribution is physically bounded owing to the water freezing. The tables that follow provide extreme values for each of the nine areas in terms of the 2-, 5-, 10-, 25-, and 50-yr return periods. D. REFERENCES ON EXTREME ENVIRONMENTAL CONDITIONS Bretschneider, Charles L., and Collins, J. L., "Design Sea State Study - Project MOHOLE," Final Report SN-187 to Brown and Root, Inc., Houston, Tex., by National Engineering Science Co., Washington, D.C. June 6, 1964, 38 pp. Gumbel, E. J., Statistics of Extremes, Columbia Univ. Press, New York, N.Y., 1958, 375 pp. Lieblein, Julius, "A New Method of Analyzing Extreme Value Data, U.S. National Advisory Committee for Aeronautics," Technical Note No. 3053, 1954, 88 pp. National Data Buoy Project Interagency ad hoc Task Force, "Interim Report, Activity 2, Data Search and Acquisition," National Oceanographic Data Center Unpublished Report, NOAA/NODC, Rockville, Md. 20852, 1971, 107 pp. and 11 appendixes. Pierson, Willard J. Jr., Neumann, Gerhard, and James, Richard W., "Practical Methods for Observing and Forecasting Ocean Waves by Means of Wave Spectra and Statistics," U.S. Navy Hydrographic Office H.O. Pub. No. 603, 284 pp. Thorn, H.C.S., "Toward a Universal Climatological Extreme Wind Distribution," Proceedings of the International Research Seminar — Wind Effects on Buildings and Structures, September, 1968. Thorn, H.C.S., "Asymptotic Extreme - Value Distribu- tion of Wave Heights in the Open Ocean," Journal of Marine Research, Vol. 29, No. 1, 1971, 19-27 pp. Vaiksnoras, J. V. and Crutcher, H. L., "Extreme Wave Height Curves," Unpublished Compilations, 1969. Wilson, Basil W., "Hurricane Wave Statistics for the Gulf of Mexico," Department of the Army, Corps of Engineers, Beach Erosion Board Technical Memorandum No. 98, 1957, 61 pp. text plus 34 pp. appendixes. 276 E. DATA 1. Forecast vs. Visually Observed Wave Heights According to Vaiksnoras and Crutcher, for the Period 1958-1969. H o in o o CO o C\J o o 1/3 o © o o © O o o CT> CO r» <£> in Tt CO g - -c c o -o e o " c > » o o o a •■ Wl J *« TO O c c ° 3 2 = 0 c • _ . Jo? 1 E 0 5 c T> o T3 * > m .?- j s ; .c t> .a .c " c/> o t- 0 _« O) W» C 3 O " ~ c 0 o x > « u w e O » E » -° "5 U O • -O ? J! Q. 0 ■8 3 ~5 0 u u > a> 0 3 1 — M 0 1 0 0 0 w il J I L_L J I I I I L J I I I I I I I I L W -H CO CD U CD £\ -P •H CO 3 % 2 nS cy> •P <-* o ■H •P ■rf en CD v£> > CD co o CTv rH CD >i u H -P U rd 3 co ■H > (0 CO CD > -P CO (0 u CD U O fa I T3 >i XX 73 CD O U CD -P <: +j u o !3 CD £1 ■P •H co H CD CO CO CD > O •H P rd P W CD XI ■P rd CD q fd CD CD •H &4 ft O O CO fd 2 ,3 0 0 0 0 0 0 0 0 0 0 0 0 0 CO CM 0 01 00 r~ » CO eg H 1/3- 277 2. Probable Return Periods of Extreme Values Table III-l. — Probable return periods of extreme values a. Maximum surface air temperature (°F) ' Return per iod (yr) Area Lat. (°N) Long. (°W) 2 5 10 25 50 A 40-45 60-65 82 84 86 88 90 B 35-40 70-75 89 90 91 93 95 C 30-35 75-80 92 93 94 96 96 D 25-30 70-75 93 94 95 96 97 E 25-30 85-90 92 94 96 97 98 F 22.5-27.5 92.5-97.5 92 94 96 97 98 G 40-45 125-130 76 80 82 85 87 H 35-40 125-130 80 83 85 87 89 I 30-35 115-120 84 86 88 90 91 b. Minimum surface air temperature (°F) Return per iod (yr) Area Lat.. C°N) Long. C°W) 2 5 10 25 50 A 40-45 60-65 14 10 7 5 2 B 35-40 70-75 19 17 14 12 10 C 30-35 75-80 32 30 29 27 26 D 25-30 70-75 48 46 44 41 40 E 25-30 85-90 29 22 18 12 8 F 22.5-27.5 92.5-97.5 32 25 21 15 11 G 45-50 125-130 29 26 23 19 17 H 35-40 125-130 46 44 43 42 40 I 30-35 115-120 45 41 38 35 32 278 c 30-35 75-80 D 25-30 70-75 E 25-30 85-90 F 22.5-27.5 92.5-97.5 G 45-50 125-130 H 35-40 125-130 I 30-35 115-120 Table III-l. — Continued c. Maximum sea surface temperature (°F) Return period (yr) Area Lat. (°N) Long. (°W) 2 5_ 10 25 50 A 40-45 60-65 81 83 84 86 88 B 35-40 70-75 88 90 91 92 94 89 90 92 93 95 88 90 91 93 95 90 91 92 93 95 90 91 92 94 96 66 67 68 70 72 70 72 73 75 77 78 80 83 86 88 d. Minimum sea surface temperature (°F) Return period (yr) Area Lat. (°N) Long. (°W) 2 5_ 10 25_ 50 A 40-45 60-65 30 29 29 27 27 33 31 29 27 27 54 52 50 49 47 64 63 62 61 59 55 52 50 47 45 65 62 60 57 55 43 41 39 37 36 46 45 44 42 41 50 48 48 47 46 B 35-40 70-75 C 30-35 75-80 D 25-30 70-75 E 25-30 85-90 F 22.5-27.5 92.5-97.5 G 45-50 125-130 H 35-40 125-130 I 30-35 115-120 279 Table III-l, — Continued e. Maximum sea level atmospheric pressure (mb) Area Lat. (°N) 40-45 Long. (°W) 60-65 2 5 A 1039 1043 B 35-40 70-75 1039 1043 C 30-35 75-80 1037 1040 D 25-30 70-75 1031 1034 E 25-30 85-90 1034 1037 F 22.5-27.5 92.5-97.5 1036 1040 G 45-50 125-130 1038 1041 H 35-40 125-130 1035 1038 I 27.5-32.5 120-125 1029 1032 Return Period (yr) 10 25 50 1045 1048 1050 1045 1047 1049 1041 1043 1045 1035 1037 1039 1039 1042 1044 1043 1047 1049 1044 1047 1049 1040 1043 1045 1034 1036 1038 f. Minimum sea level atmospheric pressure (mb) Area Lat. (°N) Long. (°W) 2 I 10 25 50 A 40-45 60-65 967 960 956 948 944 B 35-40 70-75 970 962 956 948 944 C 30-35 75-80 977 964 956 946 938 D 25-30 70-75 979 962 950 936 924 E 25-30 85-90 984 962 947 928 915 F 22.5-27.5 92.5-97.5 986 966 953 937 924 G 45-50 125-130 976 972 968 964 962 H 35-40 125-130 990 982 976 968 962 I 27.5-32.5 120-125 1004 1000 997 994 992 280 Table III-l. — Continued g. Peak surface wind speed (kt) Return period (yr) Area Lat. (°N) Long. (°W) 1_ 5_ 10 25 50 A 40-45 60-65 92 108 120 134 144 B 35-40 70-75 95 112 123 137 146 C 30-35 75-80 91 112 128 146 160 D 25-30 70-75 94 120 139 162 179 E 25-30 85-90 82 116 140 170 192 F 22.5-27.5 92.5-97.5 79 112 134 162 183 G 45-50 125-130 71 83 89 98 104 H 35-40 125-130 61 70 75 82 88 I 27.5-32.5 120-125 49 56 60 66 70 h. Maximum sustained surface wind speed (kt) Return period (yr) Area Lat. (°N) Long. (°W) 2 5_ 10 25 50 A 40-45 60-65 64 75 82 92 98 B 35-40 70-75 66 78 86 96 104 C 30-35 75-80 64 79 90 102 112 D 25-30 70-75 66 85 97 114 125 E 25-30 85-90 57 82 98 • 118 134 F 22.5-27.5 92.5-97.5 55 79 95 114 130 G 45-50 125-130 51 58 63 69 73 H 35-40 125-130 42 48 52 58 62 I 27.5-32.5 120-125 34 39 42 46 48 281 Table III-l.-- Concluded i. Extreme wave height (ft)* Return period (yr) Area Lat. (°N) Long. (°W) 2^ 5_ 10 25_ 50^ A 40-45 60-65 51 65 74 86 96 B 35-40 70-75 54 70 80 93 104 C 30-35 75-80 52 71 84 100 112 55 78 94 114 129 43 72 92 116 136 40 68 86 110 128 34 44 50 56 62 25 32 36 42 46 15 20 23 27 30 D 25-30 70-75 E 25-30 85-90 F 22.5-27.5 92.5-97.5 G 45-50 125-130 H 35-40 125-130 I 27.5-32.5 120-125 * Based on waves generated from maximum sustained winds under the assump- tion of unlimited duration and fetch. Explanation for Table III-l is in the text above (III. -Statistical Analysis of Extreme Atmospheric Conditions, by Region). The basic input data are from TDF-11 and are applied to approved statistical processes as discussed in the text. 282 IV. Analysis of Tropical Storms and Hurricanes A. SOURCES National Weather Records Center deck 993 (now NCC deck 993) was used to prepare three data analysis sections which follow, F.l "Origin and occurrence", F.2 "Maximum winds", and F.3 "Speed of storm motion, by direction". Deck 993 is a record of Atlantic tropical cyclone positions and maximum winds. Only data from the period 1899-1969 were used. Data analysis section F.4, "Duration of gale force winds by storm size", was produced from the hurricane forecast coordination sheets available from the National Hurricane Center for the years 1958-68. Radius of gale-force winds is generally given in directions the hurricane forecaster considers pertinent; it is emphasized that these are only estimates. B. ANALYSIS Criteria for tropical storm and hurricane occurrence were solely that in a tropical cyclone the maximum winds not be less than 34 or 65 kt, respectively. Criteria for tropical storm and hurricane origin were as follows: (a) Cyclone not classified as extratropical or dissipating. (b) Cyclone not over continental United States. (c) For tropical origin, the maximum wind on the given observation had to be equal to or exceed 34 kt and on the preceding observation had to be less than 34 kt. (d) For hurricane origin, the maximum wind on the given observation had to be equal to or exceed 65 kt and on the preceding observation had to be less than 65 kt. According to criteria (c) and (d), a given tropical cyclone may generate more than one hurricane origin or more than one tropical storm origin. An alternate procedure (not used here) would be to allow only one such origin in the life history of a given tropical cyclone. No assumptions were made about the distributions of data in data sections F.l, F.2, and F.3 except for the charts "Max expected winds from tropical cyclones," in which rectangular distribution within 10-kt class intervals is assumed. Actual distributions are presented. Cyclone centers are assumed to move linearly between 12-hour positions. Tropical cyclone tracks are assumed to have a width of two- thirds of a degree of latitude. In producing data section F.4 "Duration of gale force winds by storm size", it was found impossible to compute storm diameter along the direction of motion in all cases; maximum storm diameter was used instead. Thus these durations are worst-case overestimations. C. DESCRIPTION OF DATA All the tropical cyclone data presentations which follow (section F.) are broken into three time periods, viz., August-September (most active tropical cyclone season), October-July (least active season), and the entire year (annual summaries). Data analysis sections F.l -F.3 are further broken down geographically to 2 1/2° square subregions and are presentations of data in the years 1899-1969, either as parametric data sum- maries or normalized to number of occasions in 100 years for percentiles. Data analysis section F.4 is presented by 5° squares and is based on the hurricane forecaster coordination sheets available from the National Hurricane Center for the years 1958-68. All data are presented in computer-produced tables and charts. 1. Origin and Occurrence The origin and occurrence of tropical storms and hurricanes are presented in Table IV- 1 and figures IV- 1 to IV- 1 2. The data presented are the actual number of storms in NCC deck 993 converted to percent, that is, the number expected in a 100-yr period. 2. Maximum Winds Maximum wind data from tropical cyclones are presented in two ways. First, the annual probabilities of obtaining winds in various speed ranges are given. These 283 values are expressed in percent occurrence. Second, the maximum to be expected in various time periods are given. These values are expressed in units of wind speed (kt). a. Percentage Frequency Table IV-2 and figures IV- 1 3 to IV-24 show the number of days (normalized to 100 yr of data), expressed in percent, in which winds from tropical cyclones reached tropical storm intensity (34 to 64 kt), hurricane intensity (65 to 99 kt), and severe hurricane intensity (100 kt of greater). b. Recurrence Interval Table IV-3 and figures IV-25 to IV-36 show the maximum winds which may be expected to recur every 2. 5, 10, and 20 years by 2 1/2° square subregions by season. 3. Speed of Storm Motion, by Direction Table IV-4 and figures IV-37 to IV-39 present the probability of tropical storm center movements (percent of centers entering 2 1/2° square subregions) by three speed categories (less than 8 kt, 8 to 1 5 kt, and greater than 15 kt) and by season. Less than 8 kt characterizes storms that are blocked, drifting, or shifting and whose speeds and directions are generally indeterminant. A speed of 8-15 kt is characteristic of those tropical cyclones still embedded in the westward flowing trade winds, before recurvature, and storms moving faster than 15 kt are characteristic of those that have already recurved and are caught up in the prevailing westerlies. Table IV-4 shows percent of centers entering subregions, by direction and season. Figures IV-37 to IV- 39 are center movement roses whose arm lengths are proportional to percent of storms occurring in subregions; the number in the lower right of each square is the percent of days with centers entering the square. 4. Duration (hr) of Gale-Force Winds by Storm Size. Following is a listing of expected maximum possible durations of gale-force winds by 5° squares. Two assumptions are made: first, that the area of gale-force winds has circular symmetry, secondly, that the observer stands so to obtain the longest possible duration of gale-force winds from each storm. It does not seem possible to improve on the first assumption, since in filling out the coordination sheets the hurricane forecasters are mainly concerned with the direction of maximum extent of gales and do not give the extent in the intermediate directions. However, we could apply the following correction for the second assumption: Consider a circular area of unit radius moving along a path BB'. An observer standing in the swept area would intercept a portion of the circle ranging in length from 0 to 2 units. By converting the area of the circle to a rectangle of width 2, we see that on the average the observer will intercept a length of 0 = 1 .5708 units. However, if he stood on path BB' he would intercept the maximum length of 2 units. The latter assumption is used in calculating the enclosed tabulations. However, the average observer would experience times reduced by the ratio ^ :2 or 0.7854. Thus if we multiply all times by 0.7854 we might have a more realistic estimate. The mean, standard deviation, and hours of duration of gale-force winds are given for larger and smaller storms. A large storm has radius of gale-force winds grater than 250 n.mi., while a small storm has radius of gale-force winds less than 250 n.mi. D. ACKNOWLEDGMENT Gratitude is extended to the National Weather Records Center — U. S. Naval Weather Service Environmental Detachment for providing historical tracks. E. REFERENCES Hope, John R. and Neumann, Charles J., "Climatology of Atlantic Tropical Cyclones by Two and One-Half Degree Latitude-Longitude Boxes." Technical Memorandum WBTM-SR 44, Weather Bureau, Southern Region, ESSA, U.S. Department of Commerce, Fort Worth, Texas, 1969, 51 pp. 284 Hope, John R. and Neumann, Charles J., "Digitized Atlantic Tropical Cyclone Tracks." Technical Memorandum NWS SR-55, National Oceanic and Atmospheric Administration, U.S. Department of Commerce, 1971, 141 pp. The standard source for data on tropical cyclone tracks is: Cry, George W., "Tropical Cyclones of the North Atlantic Ocean." Technical Paper No. 55, U.S. Weather Bureau, Washington, D. C, 148 pp. Crutcher, Harold L., "Atlantic Tropical Cyclone Strike Probabilities (For Selected Stations and the Month of September)." National Aeronautics and Space Administration Contractor Report NASA CR-61361, National Oceanic and Atmospheric Administration, Environmental Data Service, National Climatic Center, Asheville, North Carolina 28801, 1971, 13 pp. plus appendixes 86 pp. Crutcher, Harold L. and Quinlan, Frank T., Atlantic Tropical Cyclone Vector Mean Charts. U.S. Naval Weather Service Command, Washington, D.C. 20360, 7 pp. text plus 35 charts. Also see: 285 F. DATA 1. Origin and Occurrence Table IV-1. — Origin and occurrence of tropical cyclones and hurricanes, annual mean percent Z u moo U. *(T O (M X O eo 3 a — xo o UJ l- u o xo < IhO a. O • (9 • a a Utt-O «0 wr- r» •*■*<» now eo r- in *t>-»* -• CM -• -. <\j — (MP) -* — p> im — •» r> — * -»(*> ■» ~* © — * -* ©'-* — •$ w m no eo co -o ■» in in — -» -r co r)r» o> — — (M r- * — <0 00 in ivn« imp* « — * * im CD ■ l/l .O z u • at in x o • 3 or x o o x u 1HO lA |/> .o •SIX r-t- o CO * p>i«- r» < ■» * CD (M CM *"•« (\J< (M lAOUl -.-. fVJ in «-•<»• in m — ~HM * co in -r — pi in r- in (M (M pi -o -« m «c <\j r» m co co inuo • a: r~ X 19 eo 3 x x o © X u ■»— 3 A o • o •IX ot- o **■> r- l/l <* © — r~«> ■» co ri r» r- * (M pi nj IM — IM -• (M <0 — r- PI -H •» ^)cf» P| -•r) * a •» pi pir» © in ♦ © r*- — -. i/i >£> CO P> — r- co in in © in — (M — ■—:*) m im in PI — — p> -4 mn — P| •» UJ X < 3 z < in UJ z < o cr 3 X O Z < o x in u Z o o o o •a: oio o» 3 or XO o ►->/) o X o »|- O l/> Ut • (9 • ae a: (Ml- O 1I/)U z u mjo ♦IX C7> 3 X XO o X <_> »•- o in o • o • a: a: mi- o o in co -a- CO — ' © m eo •» — (M — — PI — o « p> eo o * * — — CM co n — z o « o o o a. *a: o in a: o o o © cr o> 3 x ►- i o o u. i-i/iu © © © o x u »i- o uj m o in • o © © © z • x x UJ f-f- o X O X o z • • • u t m • • • o • a. _i _/ UJ l~- UJ 3 < o o ■» * m -> i- z 3 o < ►- al O O O ►- •-• O hZh Z 19 3 < ►"• Z t- Z t- O o —• OOU •-• -It- • 3 O x < in < o _i -» r- — t) -. — IM -» ~« O -< CO o — (M -. P) ^ *«o © co co p> in co -« r»- eo -« IM "* -« (M — — (M CM -» P) • a _i _i in uj 3 < j- in ~> »- o O 3 O H- l-ZI- n 19 o • 3 O rM < z... z«.« z»»» m . . . o ♦ » . in»»» • a _i _i •a.-i-i • o. _i _i MUJ3< OUJ3< r-UJ3< -»m-)t- *in-)t- p> «n -> ►- o o o ooot- ooo»- OQOl- t-ZK >-z>- »-z>- < < < Z »- Z •- Z I- 03U ini9U O.SO • 3 O »3 O • 3 O o

n o • • • •0. _l -I inuj 3 < pi in -> >- o O O O t- l-Zl- < z »- m v9 u • 3 O IM < PI z • • in • • • x _J CMUJ 3 pi m ~) O Q O I- Z I- < Z I- OiS J • 3 O © < P) z m • o..« l/l •♦ • © • a-i-i • a _i _i m -» h- i- cm m -> t- cm in ~> h- cm o o o o o i- o a o >- o a o i- o o o »- o a o ►- o hZH l-Zl- hZI- t-ZH- *- < < < < Z»- Z»- Zt- z»- z jiou o 19 U in i9 u o i9 h. o o o •- z »- 19 U 30 < 286 Table IV-1. — Continued — \n p» t- -t — IAOIA o — — p. * m — tstn m» ooo- p- n o in p» f» « cm m * o •* r- mom -<-n a. in © • O ooo ooe eoe eoe ooo o — — © — m ooo o — — ooo non mom • at x ot-o (■» ■ i/tui m -o h r- o p- ao m © ««s -*M«n oo •» (m m 4 in i» • n -o> in m .0 m (v. ao cimm ZO M (M CM n IMxfl (Mm* PI--+ nM~* (MMn r)M^. CM' (M M (M OiUO a *a osis ooo ooo ooo mom ooo ooo mom <»>-•* r) r> sp onn * © -* ooo m *- 3 ac • r o h- o •o H-i/)t>. ooo i«9 (ooo ■^■^.^- mom «m» apin* n in (VI (M * m (M n M CM * CM CM m * m m -*• (- — * * co z o N N (•)■«♦ n cm in n - si o n © <*) m^>cd mi x j * (M ooo — > r> * ooo ooo at • ac ac uj mt- o z ii/iu ooo ooo onn — •» in r> aa m o r> r> m -» o < zo (MnnM* ci-i/i n — ■* <*> n -o r~ ■» — ** ** m (ton ooo ooo _i r» 3 ac m < x o 3 O Z ►- 1^ o nM^ -o -i r» a** r«-o^- mom n«M r- o >o ooo n ~* ■* omm na>-* m- o 4- o * n m ao m r» to ao o ao to ao r» ac zo m m ^,^ o non ioo« <-* « ■£> -» eoo* coo« o ^ -»• a> n m ooo -» r- a? ^nm on(M xo m m m (M (M n m (M n m m oj ■» (MMn m m im ^ ^ f\ cm (M « in »»- o x in X 0*0 OOO OOO OOO OOO OOO mom -r — • -O mom ooo OOO OOO Omm o *ac x ►- O H- O in co -J < imu omm ooo ooo ooo ooo ooo ao >o -*• mMr» ^ oo oj mom -j -t ao c — <~~ X o m h-nol onn r»no> -tino *nm modo> nojj o xo m m cm im -» n n - o m m*o ooo ooo ooo ooo ooo ooo omm omm ^ ^ n ooo m •* ■& ooo • ax (MM O 00 Z • • • Z»»» Z»»» Z»»» Z«»» Z»«» Z«»» Z e • • Z»«» Z»«» Z»«« Z««« t m*** o • • ♦ m • • • o*** m • • « o • • • m • * • o * • * m*#* o * * • m • • • o • * • • o. _i _i ♦a_i_i •o._i_i •a._i_/ •a._i-j huj •q._i_i •a.^-i •a._i_i •a.-i-i •a.-i-i • o. _i _i UJ Mi!3< muJ3< NU3< OWO< r- UJ 3 < m UJ 3 < (M Ul 3 •* OUJ3< NU3< m UJ 3 < (MUJ3< OUJ3< o ■» -*m->»- -»«n-)H- * in •> h- >»in">>- n »- nm->»- nm">»- - OOOt- O Q O >- O O O »- O O O >- OOON- O O O *- O O O t- OOON- OOOt- O O O >- OOOt- m O t- Z t- l-2l- t- Z i- hZN »- Z ►- W- Z »- >- Z t- t- Z »- »- Z ►- f-Zt- f- Z m m Z K- O 3 _ < _< <<<<<<<<<< Z »- Z t- Z_»- Z»- Zt- ZK ZH- Z»- Zt- Zt- Zt- Zt- Zl- o m ooo moo ooo moo ooo moo ooo inoo ooo moo ooo moo _J t- «30 »30 »30 »30 «30 «30 »30 »30 »30 »30 »30 »30 < m< fM< o< n< m< (M< o< p- < m< im< o< r^ < _!•»•* ■* m rt nncM (M im(m m 287 Table IV-1. — Concluded ZO m oo • a: rvi x o xo o xo © • o • XX in »-© m ,# r- — r» o© in v0 cd mom rvi — o •©CO * — (M eo ® r- — «o o — (VJ * Of- © *"* > — — e © © -"Oi-< OOO *©i-» 00 ©CO — i — < .4,4 rvi • IK m xo m 3x xo o »- wo xo »>-o in in »o • at at r-t- o in — «© — (VI — «» OB (VI M r-r- » (M m o o m r»- o o non o a Id x » (/) o zo m oo • x r- a: o m ^ a. xo o ►- IrtO XO' ■ I- o 10' © «0' • at x <0 -< (VI ooo -o — 00)-4 o<00 oo n. o « © m -»• 00 (VI •C — r- f-©:l»- fsi — <*> r» •— ao -4 ■— (SI -o * © -. sO t- (VI (VI (VI (VI- -» — * O ©I©. rvi (vi — O — © © © l» — OO (VI (VI — O '-4 O ' — — l\J (VI -4 O' m — *- (VI (VI *• u.. zo ooo • a e>o:i3 -l « o x < XO 3 O z »- wo z xo < * — o in •> m • o tn »xx Ul (VI >- o z -o f» o r> — — (V) — CO © (V e» o © M0) O — .«• — O — O — •» 0D "4 O — «4jO no oo r- — CVJ O «© 00 (VI IM — o * r» (vi — n m m — (VI — * e> co — (vi n oo >e -»■ (vi r> r- * — © * -» in r> -to* f- o © o — — <*) ooo CO <•> — ao r» m r» f» * ^ r> o o — — r- oo m r» m «J — •» m — — (VI — — (VI — — (VI — (VI — (VI — (VI (VI (*> — — rvi — — ~\ - .» — — (•>•» — CO 0* © r- -o © ■» * * *> o> (vi r> m m * © — p> * (VI (VI (VI (»> (VI — * (VI (VI .» (vi — n <*> — * r» — * r> n n n (VI o (n n o © © — • ' — — o © o * * 00 o in in ©on 00 •» (VI — r> .» n © rvi — — rvi — — (VI — — (VI — — (VI — — n — — (VI — (VI o — (VI o r~ m (vi (VI oo — o> m m o — m — o — — © — t m • • • • a. -i -i UJ MJ3« o ■» •» m ->»- 3 O »- Ul OO Oh — a >- z i- o 3 < Z i- z ►- o •-> ooo _l t- -3 O < m < _i » • X -J J • X _l _J •X J _l -a _i _i • X _J _) •X _J _J »a. -i -t • X _l_l • X _l _» • X -J _l • X -J _l l/1U3< (VI UJ 3 < ©UJ 3 « r-u 3 < mui 3 < (VIU 3 < OUJ 3 < h- UJ 3 < muj 3 < (VI UJ 3 « O UJ 3 < •* in -> t- >» in ->*- *in -> *- run -> i- om "> ►- om ->t- ow-> »- (vi m-» t- rvi m -> ►- (vi m -> •- (vim -> ►- O o O o o o o o o o o o o o »- o o o •- ooo •- OOO >- oo o »- OQ O f- oo o ►- o o O t- oo o »- O O O H o o o •- »- Zt- 1- z »- K-Z H- 1- Z t- >- z »- I-Zl. ►-ZI- l-Zh ►- Z 1- «- Z t- »- z t- •X < < < < < < < < < < in o o Z 1- z >- Z K moo Z 1- z ►- Z 1- Z 1- Z l- z >- o o o moo OO O oo o moo oo o ifMS n o (VI (VI (VI M i-4 288 Figure IV-1. — Percent of days tropical storms originated, August and September, 1899-1969. 289 Figure IV-2. — Percent of days tropical storms originated, October thru July, 1899-1969. 290 Figure IV-3. — Percent of days tropical storms originated, all months, 1899-1969. 291 Figure IV -4. — Percent of days hurricanes originated, August and September, 1899-1969. 292 Figure IV-5. — Percent of days hurricanes originated, October thru July, 1899-1969. 293 Figure IV-6. — Percent of days hurricanes originated, all months, 1899-1969. 294 Figure IV-7. — Percent of days tropical storms occurred August and September, 1899-1969, 295 Figure IV-8. — Percent of days tropical storms occurred, October thru July, 1899-1969. 296 Figure IV-9. — Percent of days tropical storms occurred, all months, 1899-1969. 297 Figure IV-10. — Percent of days hurricanes occurred, August, September, 1899-1969. 298 Figure IV-11. — Percent of days hurricanes occurred, October thru July, 1899-1969. 299 o o en o CM 5- «— 1 LO LO oo o ^3- r- ,_« O ^t 00 * oo 00 oo CM CM 1 — 1 • — i • — i < — i CM a — 1 \o 00 oo LO CM CM LO o OO OO CD CD CM CM 00 00 OO OO CM CM —* 1 — 1 « — i « — i O 00 CM oo CM r- CD l> ^r o 00 l> CM CM OO oo ^- oo CM CM CM CM CM CM co n CD t> o CM 00 _, O l> oo "*t" CD O CD fs 1 CM oo OO "5f ^J" OO CM CM 00 CM OO \en oo CO oo l> _, ^_ ^t ^ ^1- o Ski 00 -3- ^f 00 ^- OO oo -=4- 00 oo o\ CM __, <*J- oo CD ^, oo LO O % < — i J CM oo -*■ *sf oo ^f -^ oo OO 00 •^t- TO o CM ^ _, CD CD -tf- O0 o 00 "3" "^ <*• LO LO ^1- OO oo CO ro t>' V- r*- O LO CM LO CD CD CD CD [> 00 OO "tf- "*• "**• OO -*- (^ l C\K> o oo OO CD CM _ OO _ LO ' * S.CM -*■ LO LO LO **■ 00 /^ CMr _ ,-"" o Yl 00 t33ii?*'"""t CM CM LO OO LO LO ' CD o y « — 1 • — i i — t O ^J" |D< O'aD fcS Jy vi K. OO 00 OO CM r~> i ^ \ ro oo i ^ \° o o O X^r "^CM ^^L^ LOf 00/ (go CM CD ^° i o o o o ^00 CD Lo\ \ LO CM \° O o o o -. d O CD CM OO CM (— > \ J 1 , *> O o o o - 0 /cm O OO CM CO o o o o o «— 1 CD \ ^ l> CM CM o o o o o o OO LO OO CM y o o oo o CM Figure IV-12. — Percent of days hurricanes occurred, all months, 1899-1969. 300 2. Maximum Winds From Tropical Cyclones a. Percentage frequency Table IV-2. — Mean annual percent of days on which max. winds from tropical cyclones reached given intensity m — • © ** _ o -« — O " -< O O n O CO HO* —• O — s 0*0 0 f"» O f- -» — r- 10 -• -C ry — i f* »_ »*<\ininnr-nh-nao-4>o»ino ID © — o o o ooe oee ooo ooe ooo —on o o -» cooo • 0 ♦ 0 1$ 0 tnc* p" * •C » K 0 Ul • * •* It u> PI « no® 004 cno- coo" 1104 — 3 o» — • o -c n o — • — (\i (M •* —.4- — ^ aj ^ fyj ^ (M i/> VI in in • 0 • • 0 IM 0 — ■ OB »» me* O * •* » *- u» B ■ * * r- pi « ill CD • r» 9 * »- l>1 O • ►- r- 0} O » H> O Z O — w t- (J «no> K S «» w a. O • • O P»<« V 9 ►» fr* 1/) B Z t- ui O O ^ • H- z O M » O ♦ O V O " 0 *■ in 0 141 B * < Ul 0 z . •» j lA PI 41 % » «/) 111 * z ►— 0 0 O ._! • +y ■ 0 •9 ♦ O «' •2 -J, »r « / in o>- U * X 0 000 — O * (0O» — IM CD O ■» *4 mo-> -. I/I09 " P) (- O — -. in -< 0 in 00 — (M in s< 0 pi m -T O<0 *a- piao 000 000 000 000 000 PIOPI om 40m »< "(M "« n *» 000 000 000 000 000 000 "on * o r- oon ^00 000 000 000 000 000 00— 404 ^ c " h-or» p> o — ■ " (M — < "M " IM 000 — o "» -« o — 1 ■* o -o «oo 004 r- o in mo< « o 4 noin _ _ _ f\j (M* IMiT «M-» 000 000 -> o — • — • a <"> n o « ,00— cooin -j o ^ — o a- moi -^ — ■ f\> piin ^^ n»o 000 000 Ooo 000 000 000 >- O " •1 ON n 0 0 n 0 " -• (M (\i n ■» 0 n O 0 J- 0 O tO n in (M O CO PI (Tl « 0 ^ t^ 0 0 -«J 2l->-J Zl->J ZK>_J ZI->J ZH->_I Z»->-_l Zh> J ZI->-_l ZI->-_J Z»->-_l 2H>J a • • ina _i < oa_i< in a _) < o a _i < tna._t« oa._>< ina_i« o a. _i < in a _) < oa_i<( m a _j < o a _> < U. • • •U)3t- *UJ3I- «u<3»- «U)3»- >U 31- >u3l- «|jJ3l- •u3l- >U3»- • m 3 1- •UI3K o m in ~> o Mm "» o ouiio m/iio mi/>">o o oi/>~io r» i/i ~> o m i/i ~> o imi/ito omio i/i uj «A4 ►-•* ►-•* ^--» >-n i-n >-n >-n ►-im h-(\j i-oj kcm »- O O © I- • I • I • I -I • I •• • I • I • I • I 'I » 1 z 3 ui © 00 00 00 00 o is 00 00 00 00 00 00 00 •» t- Ul Z *- 3 »- I-3I- l-DI- 1-31- ►- 3 I- K3I- t-31- K3K 1-3 1- 1-3 1- h3h K3I- * — a it < KJ < O n p> «m imim «m •— 301 lable IV-z. — Continued in u. O o l- X I/) o r- in O -■ o ••< j o j n in 00 o o o o o o o en -» o x> ifi CO -« O l*> in o o o in * co mom in ao a)ON m oo O O 0* • O 00 — . o — cc o o ** o in (VI (VI oo o ■» cv r> non (VI (VI r> o r> mom — o — CO O »- — (M ^ o -> rvi <*> r- o ao ^ r»> nooo — (m noN -• rvi Jt o o o o * (M (•) CD O CO — (M n o ao o o in -• rvi not -« (M •JOM in o o -N (*) r>» o (•» -> (M O O rvj -• r> (*> O (V) n o oo •» O * (VI * moo (vi r> z • o t— m r- o ♦ • o f- o «— 1 •o ■~ m o o 3 xt o ►— m X • -» •» (VI n * IP ^. • IV * }— V r» »— — in * z *- UJ o o in t-« r-- v o CD (- UJ O z UJ • a i- a r<- 3 O o at o m 3> r»* r> r>- z z o < H- 2 * 4 I O CO in O ■o O o x> o ♦ o in o X> o <•> xi moo (m n ao o -• n x> in o xi * O (VI « CD o o o -* oo m or- m o (VI OO m cd (Vi o o x> o * o o m oo m o co •» m r- o r~ co o co — o ■» — -* r> o •» m o ao o o ■» (VI (VI r>- o o — (VI co o o -« (VI CD o ao r» o ao -» o m m o -« — (VI mom -t (VI m o (vj CO o (VI r>- o o co o co — (VI co o (vi co o m -* (VI f» o co — -— r- o o (VI * o — (OON -i m co o in m o ao CD O 4 r- o — -i •» m o x> (VI ■» r- o^ (M -» — . o — ' (vi n m o~^ r^ o X) m m (M O r*. X> 00 (VI o o in o — o o m o in o » in o ■» O f>- m o o o o m o !*■ OO o o — o o o — • — • o o o IM (VI r— o X r^ o o — <\j O O -J (Vi (V moo — l\| oo o n -• (M oon -»■ o r- r>- o oo o o o rvi <*) in o ao ^ OH — . ro o o in (VJ co ao o m — M _ o — -. IM x> o o o o -• O © m r> o(». «VI <-> in o (*) -I •O O Jl ■j- o n In o -TOO in o X* i^t* m o -H o o in o IMO-O in co m o J- rvi .j- — 'OO1 (*l -T — . 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Ml Ml M| M| M| M| • | » I -I . | M | Z D UJ o o o 00 00 00 00 00 OC CO oc 00 OlS OlS m t- UJ Z *- 3 c- 1- O 1- >-3h (-3 1- 1-31- >-OI- l-3»- I- 3 H- I- 3 I- t-31- ►- 3 H- »- 3 cm- » — a i 4u «u « o « <-> o ir 00 mo 00 mc oc mo 00 mo 00 mo 00 mo x z • • • • • • • • • • • • «o m cv o r- m cv o r- m .cv o »»» X-j * * * r> r» n o cv cv cv cv m 303 b. Recurrence interval Figure IV-13. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: August, September, 34 to 64 kt. 304 Figure IV-14. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: October to July, 34 to 64 kt. 305 Figure IV-15. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: All months, 34 to 64 kt. 306 / Figure IV-16. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: August, September, 65 to 99 kt. 307 Figure IV-17. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: October to July, 65 to 99 kt. \ 308 Figure IV-18. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: All months, 65 to 99 kt. 309 Figure IV-19. — Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: August, September, 100+ kt. 310 Figure IV-20. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: October to July, 100+ kt. 311 Figure IV-21. — Percent of days with tropical cyclone winds in speed classes (kt) , by season, 1899-1969: All months, 100+ kt. 312 Figure IV-22. — Percent of days with tropical cyclone winds in opeed classes (kt) , by season, 1899-1969: August, September , all speeds. 313 Figure IV-23. — Percent of days with tropical cyclone winds in speed classes (kt), by season, 1899-1969: October to July, all speeds. 314 Figure IV-24. — Percent of days \»dth tropical cyclone winds in speed clashes (kt), by season, 1899-1969: All mor ths, all speeds. 315 Table IV-3. — Maximum winds from tropical cyclones expected for given occurrence interval by 2 1/2° squares n * e (VI u. tfl o • 1X1 e V* CO «4 H- O UJ H- in UJ z X in ' (VI •9 im o o in «n o z x o »- in <\J r» M •» •* in o © <» (vi •» p- m « m p- o © •* in p- e «*> (VI ft) (VI ■# * in e (vi (vi e o ** pi CD (VI « m « cr in a © p- * cd p- © * in (vi — a « © C CD 0* * « p- (VI r» tr © © © m^p- ©o © o> co -» co «© o « •» p- O © CD (VI (VI >© © CD © 0> © <© so in * n •» cd p» •* p- o o in (VI 0> -» © •* © CD -4> P- mT CD CO a © © l> M O" m <© od cd in P- « OD oo (vi a> e o> © * <© in o in o eo in co CO » CT- m (Vi in 00 © © (•) .» © © -i, ■■' o> « oj © © o 7 * O (/ © ov mo f - * 00 o > o <0 i «. r- a ; © •*? ■» f- f» CO O C © © p- © ,f « « io m c CO" 9 (J (VI 9 0' O (VI O 43 o> m Cr » © •» « •» 00 CO© (*> o>o> o p-p- a -<0> r- Cr(VI P- CCP © (vim p» CD© -4 mm co oo o> -» m-» •» crp» © ©p- (vi p»* o* •4>n m- > o (VI a • •- er x © UJ (VI u © z • UJ © © a a 3 o u k in UJ a x z m (vi uj . > (Vl I- 0> o or x © O (VI u. m • O (VI © U C <■ a x x UJ O (VI IT • uj m z 9- e _i u x © > (VI '_> o • _i ir> © a o- — u •~ o a ►- m o or x m (vi z • o r* ac o> u. © ©(VI (VI O CD o © •» (•> m o z z X •- — o x Z < o X -J ftl © o* m ■* ■*• m* m (VI ft) » * •» •» l (VI © © © © © © © © o uj o o ►- 31 V -J o m z *~ >- © Q _J • UJ 3 mm-> • i O (9 >- 31- < o m © (VI -» _J Z I- > « m a _j ¥- • UJ 3 o (vi v) ~) • t o o t- 3 1- © o o ■J Z H- V _» « © a _j « »- 1UI3I- o © in -> o i- * t- • i O IS 1-31- m o MOD o o © ZI->J ma _j « • UJ 3>- r- m ~> o n ►- • • oo >-3»- < o O O • m (VI O (VI in in © © !•- © © © © a _j « • U3K m to -»o r> »- • l OO K 3K « o m o • (VI o> m (vj (Vi ■» r» <0 •» <0 no* -» m m •» -« « -o <> co n m « o m Cf (VI CO *o <© «o © © ■» m <» z ►- > -J m a _i < • UJDK (vi in -> o • • o o K 3 1- « U O O — © CO a- -» m coo © © o m m •» p» © o >o (VI ^- •»■ © r- © cd © m r- m o> rvi a) r> « n r- © © (VI ■4 (vi r- m © r» o, o» ■», o» © 3 <3 Z» - >- _| OI.1J « • i aJ 3 - © I/) -) 3 (*l ipp J • • Cj O I-3K < O i m o (VI o o o> 4) *G oo eco o o> (n ©r^ ej ^- m « j» m ©/ * n / m * © o> r- © © « o> « -» CD o o « (vi * m © o> © ■/•CM 3 ■£> O ,/ (V|(^ — f »>. * » O O 00 o> © — vO — © r- o « >c — m ■» c © © ci z •- > _i in a _j « • uj 3 t r^ o (VI t- » i o o ►- 3 t- < u © c • m (VI a a * r* r-. cr © co c m ■» r- © © ■» m (vi c ffffc © © pi CD P- C r> ■» >c m * r- © o — Z t- V _J © a _j « • UJ 3 ►- m in -> o m ►- • i o o 1-31- < <_> m o • (VI (Vl Z I- V _l ma -j « • UJ 3 ►- (vim ■» o (Vl K • I o o I- 3 »- < (J © o • o (VI Z f-V _l © a _i< • UJ3»- ouno (Vl r- • • o o t- 31- « o m o 316 Table IV-3. — Continued r> x © p- r\i .» ap <0 co •» in •» nivai - cp co •* ivier- cp "-• cp in ~« in rv in m ru — ■ m cp p- cp (Vi n ♦ o «p ■♦

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Speed of Storm Motion by Direction Table IV-4. — Annual frequency of speeds of tropical cyclone motion, by direction (percent of centers entering 2 1/2° square) ANNUAL FREOLENCY OF SPEFDS «F TROPICAL CYCLONE MOTION BY OIRECTION (ExPRESSEO *S PERCENT OF CENTERS ENTERING SQUARE) 95.0 W TO <>7.5 W SHEET 1 OF 18 OIRECTION ... N NE E SE S SW W NH... SFEEO 8-15 >1S 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 AREA 45. ON TO 47. SN AUG AND SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. SN AUG ANO SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. 5n AUG ANO SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. 5n AUG ANO SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 0 0 0 0 67 100 75 50 100 67 7 12 10 0 16 8 10 0 50 17 25 6 0 12 6 0 100 0 100 0 5 6 6 3 5 33 0 25 0 0 0 0 0 0 0 0 0 0 0 0 0 11 5 0 12 5 0 0 0 0 29 16 23 24 12 18 0 0 0 0 20 0 13 36 24 29 25 0 17 10 0 33 5 26 5 30 5 29 5 29 0 29 3 NUMRFR <8 ENTERING NONE NONE NONE 25 0 17 60 33 50 43 41 42 33 21 28 38 35 37 NONE NONE NONE NONE NONE NONE 1 NONE 4 2 6 10 6 16 14 17 31 21 19 40 21 17 38 331 Table IV-4. — Continued annual freolenct of spfeos of tropical cyclone motion by direction (Expressed *s percent of centers entering square) 92.5 M TO 95.0 » SHEET 2 OF 18 AREA DIRECTION ... N NE E SE S SH V NW... NUMBER SPEEO 8-15 >15 8-15 >I5 8-15 >15 8-1S >15 8-15 >15 8-15 >15 B-15 >15 8-15 >15 <8 ENTERING *S. ON TO 47. SN AUG AND SEP... OCT TO JUL... TOTAL... 42. 5N TO *S. ON AUG ANO SEP... OCT TO JUL... TOTAL... NONE NONE NONE NONE NONE NONE 40. ON TO 42. 5N AUG ANO SEP... 00 0 100 00 00 00 00 00 00 0 OCT TO JUL.*. TOTAL... 00 0 100 00 00 00 00 00 00 0 NONE 37. 5N TO 40. ON AUG AND SEP... OCT TO JUL... TOTAL*., 35. ON TO 37. Sn AUG ANO SEP*.. OCT TO JUL*.. TOTAL*.. 0 0 100 0 SO 0 SO 0 100 0 75 0 0 100 0 0 0 SO 0 SO 0 0 0 25 0 0 0 0 0 0 30. ON TO 32. Sn AUG ANO SEP**. 88 80 00 00 00 00 15 0 15 8 OCT TO JUL... 20 20 00 00 00 00 00 00 00 TOTAL... 11 11 60 00 00 00 00 11 0 11 6 30 60 2 2 4 32. SN TO 35. ON AUG ANO SEP... 00 0 25 00 00 00 00 00 0 50 25 4 OCT TO JUL". 25 0 25 25 00 00 00 00 00 0 0 25 4 TOTAL... 13 0 13 25 00 00 00 00 00 0 25 25 8 13 5 18 27. SN TO 30. ON AUG ANO SEP... 84 00 00 00 00 00 40 38 0 46 24 OCT TO JUL... 14 7 07 00 00 00 00 210 217 21 14 TOTAL... 11 5 03 00 00 00 00 11 0. 32 3 37 38 25. ON TO 27. Sn AUG ANO SEP... 37 00 00 00 00 00 17 0 24 7 41 29 OCT TO JUL... 16 5 05 00 00 00 00 210 26 0 26 19 TOTAL... 86 02 00 00 00 00 19 0 25 4 35 48 22. 5N TO 25. ON AUG ANO SEP... 8 *> 40 00 00 00 00 28 0 16 8 32 25 OCT TO JUL... 0 0 0 5 0 0 0 0 0 0 10 0 5 0 30 0 50 20 TOTAL... 42 22 00 00 00 40 18 0 22 4 40 45 332 Table IV-4. — Continued ANNUAL FRECLEnCY or SPEEDS or TROPICAL CYCLONE MOTION BY DIRECTION CExPRESSEO *S PERCENT OF CENTERS ENTERING SQUARE) 90.0 W TO 92.5 M SHEET 3 OF 18 AREA DIRECTION SPEED ... N NE... 8-15 >15 a-lS >15 8-15 >15 ...SE... 8-15 >15 8-15 >I5 ...sw... ... w... 8-15 >15 8-15 >15 ...NN... 8-15 >1S NUHPER <8 ENTERING 45. ON TO 47. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG ANO SEP... 0 OCT TO JUL.. TOTAL... 0 40. ON TO 42. SN AUG AND SEP.. OCT TO JUL.. TOTAL.. 37. SN TO 40* ON AUG ANO SEP.* OCT TO JUL.. TOTAL.. 3S.0N TO 37. SN AUG ANO SEP.. OCT TO JUL.. TOTAL.. 32. SN TO 35. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. Sn AUG ANO SEP.. OCT TO JUL.. TOTAL.. 27. SN TO 30. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. SN TO 25. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. Sn AUG ANO SEP.. OCT TO JUL.. TOTAL.. 17. SN TO 20. On AUG ANO SEP... 0 OCT TO JUL... 0 TOTAL... 0 0 0 0 0 0 0 0 0 100 0 25 0 50 0 0 100 33 33 43 14 25 25 36 18 25 0 25 2S 25 8 13 10 23 9 17 9 8 3 13 3 11 3 11 17 14 S 10 8 0 100 0 100 0 67 0 0 0 50 0 SO 0 0 0 33 0 14 0 25 0 18 6 25 13 5 0 0 0 3 0 0 100 0 100 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 0 2 0 19 0 13 13 14 13 14 7 11 11 4 8 0 0 0 0 32 11 20 0 26 5 0 25 9 30 31 30 10 0 4 19 0 11 22 10 17 18 13 16 26 20 23 40 15 26 14 0 9 13 19 13 0 13 13 33 0 2S 14 0 9 19 13 17 39 41 40 47 SO 48 50 48 49 21 45 33 20 46 35 NONE NONE NONE NONE 1 NONE 3 1 4 7 4 11 16 8 24 31 22 53 36 30 66 28 23 51 19 20 39 10 13 23 333 Table IV-4. — Contxnued annual frequency of spetos of tropical cyclone motion by oirection (Expressed as percent of centers entering square) 87.5 W TO 90.0 W SHEET * OF IS AREA OIRECTION ... N NE E SE S SW M NW... SFEEO 8-15 >15 »>-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 NUMBER <8 ENTERING 45. ON TO 47. SN AUG ANO SEP.. OCT TO JUL.. TOTAL.. 42. SN TO 45. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. SN AUG ANO SEP.. OCT TO JUL.. TOTAL.. 37. SN TO 40. ON AUG ANO SEP.* OCT TO JUL.. TOTAL.. 35. ON TO 37. Sn AUG ANO SEP.. OCT TO JUL.. TOTAL.. 32. SN TO 35. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. SN TO 25. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. SN AUG ANO SEP.. OCT TO JUL.. TOTAL.. 17. SN TO 20. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 0 0 0 0 0 0 0 0 0 0 0 100 0 33 50 0 0 40 22 22 56 17 40 24 8 18 11 21 14 10 0 6 0 33 13 0 17 6 0 0 0 0 0 50 0 SO 11 0 7 14 21 16 8 13 10 7 15 10 SO 0 33 2S 25 0 60 11 44 0 33 13 10 0 25 8 IS 3 0 100 0 100 0 SO 0 50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 11 . 5 11 0 7 21 18 20 41 27 34 3 0 5 0 4 0 12 7 9 0 0 0 0 0 0 0 0 0 17 7 19 8 15 5 0 3 19 3 0 5 13 4 30 0 13 9 23 3 38 7 40 10 39 8 33 8 41 0 37 5 18 40 28 50 0 33 33 0 20 33 33 33 46 26 39 43 35 40 34 25 31 29 24 27 24 20 ZZ NONE NONE NONE NONE NONE 4 5 9 9 6 IS 21 12 33 37 19 56 37 23 60 29 20 49 24 17 41 17 15 32 334 Table IV-4. — Continued ANNUAL FREOLEnCY OF SPEEDS OF TROPICAL CYCLONE MOTION BY DIRECTION (EXPRESSED AS PERCENT OF CENTERS ENTERING SQUARE) 85.0 H TO 87.5 W SHEET 5 OF 18 DIRECTION NUMBER SPEED 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 fl-15 >15 8-15 >15 <8 ENTERING AREA 45. ON TO 47. 5N AUG AND SEP... NONE OCT TO JUL... NONE TOTAL... NONE 42. 5N TO 45. ON AUG AND SEP... 0 0 0 50 0 50 0 0 0 0 0 0 0 0 0 0 0 2 OCT TO JUL... NONE TOTAL... 0 0 0 50 0 50 0 0 0 0 0 0 0 0 0 0 0 2 4Q. ON TO M2.SH AUG ANO SEP... 0 0 0 50 0 50 0 0 0 0 0 0 0 0 0 0 0 2 OCT TO JUL... NONE TOTAL... 0 0 0 50 0 50 0 0 0 0 0 0 0 0 0 0 0 2 37. SN TO 40. ON AUG ANO SEP... 0 0 50 50 0 0 0 0 0 0 0 0 0 0 0 0 0 2 OCT TO JUL... 0 50 0 50 0 0 0 0 0 0 0 0 0 0 0 0 0 4 TOTAL... 0 33 17 50 0 0 0 0 0 0 0 0 0 0 0 0 0 6 35. ON TO 37. 5N AUG ANO SEP... 0 0 50 0 0 0 0 0 0 0 0 0 0 0 0 0 so 2 OCT TO JUL... 0 25 0 75 0 0 0 0 0 0 0 0 0 0 0 0 0 4 TOTAL... 0 17 17 50 0 0 0 0 0 0 0 0 0 0 0 0 17 6 32. 5N TO 35. On AUG ANO SEP... 0 20 20 20 0 0 0 0 0 0 0 0 0 0 0 0 40 5 OCT TO JUL... 0 25 25 50 0 0 0 0 0 0 0 0 0 0 0 0 0 4 TOTAL... 0 22 22 33 0 0 0 0 0 0 0 0 0 0 0 0 22 9 30. ON TO 32. SN AUG ANO SEP... 16 0 11 11 5 0 0 0 0 0 0 0 5 0 11 0 42 19 OCT TO JUL... 21 7 14 14 0 0 0 0 0 0 0 0 0 0 0 0 43 14 TOTAL... 18 3 12 12 3 0 0 0 0 0 0 0 3 0 6 0 42 33 27. 5N TO 30. ON AUG AND SEP... 14 4 11 7 7 4 0 0 0 0 0 0 0 0 7 4 43 28 OCT TO JUL... 29 0 14 10 0 0 0 0 0 0 0 0 10 0 0 0 38 21 TOTAL... 20 2 12 8 4 2 0 0 0 0 0 0 4 0 4 2 41 49 25. ON TO 27. 5N AUG AND SEP... 11 7 4 4 0 0 0 0 0 0 0 0 7 4 32 4 29 28 OCT TO JUL... 19 0 8 8 4 0 0 0 0 0 0 0 0 0 IS 4 42 26 TOTAL... 15 4 6 b 2 0 0 0 0 0 0 0 4 2 2* 4 35 54 22. 5N TO 25. On AUG AND SEP... 7 0 0 0 0 0 0 0 0 0 0 0 11 0 46 4 32 28 OCT TO JUL... 27 3 0 0 0 0 0 0 0 0 3 0 0 0 23 3 40 30 TOTAL... 17 2 0 0 0 0 0 0 0 0 2 0 5 0 34 3 36 58 20. ON TO 22. Sn AUG ANO SEP... 0 0 0 0 0 0 0 0 0 0 0 0 9 12 39 6 33 33 OCT TO JUL... 19 3 0 3 0 0 0 0 0 0 0 0 3 3 25 0 44 32 TOTAL... 9 2 0 2 0 0 0 0 0 0 0 0 6 e 32 3 38 65 17. 5N TO 20. On AU6 AND SEP... 0 0 0 0 0 0 0 0 0 0 0 0 39 13 13 9 26 23 OCT TO JUL... 16 0 0 3 0 0 0 0 0 0 3 0 19 3 28 0 28 32 TOTAL... 9 0 0 2 0 0 0 0 0 0 2 0 27 7 22 4 27 55 335 Table IV-4. — Continued ANNUAL FREOLENCY OF SPEEDS OF TROPICAL CYCLONE MOTION BY DIRECTION (EXPRESSED *?> PERCENT OF CENTERS ENTfRING SOUaRE) 82.5 M TO 85.0 W SHEET 6 OF 18 AREA DIRECTION ... M NE E SE S .SH... ... M NW... SFEFD 8-15 >15 o-15 >15 8-15 M5 8-15 >15 8-15 >15 8-15 >1S 8-15 >15 8-15 >15 NUMBER <8 ENTERING 45. ON TO 47. 5N AUG AND SEP... 00 0 100 00 00 00 00 00 00 OCT TO JUL... TOTAL... 00 0 100 00 00 00 00 00 00 42. 5N TO 45.0m AUG AND SEP.*. 00 00 01 00 00 00 00 00 00 OCT TO JUL... TOTAL... 00 00 0 100 00 00 00 00 00 40. ON TO 42. 5N AUG AND SEP... 00 0 100 00 00 00 00 00 00 OCT TO JUL... TOTAL... 00 0 100 00 00 00 00 00 00 37. 5N TO 4fl. ON AUG AND SEP... 00 100 0 00 00 00 00 00 00 OCT TO JUL... 00 33 67 00 00 00 00 00 00 TOTAL... 00 50 50 00 00 00 00 00 00 32. 5N TO 35. ON AUG AND SEP... 23 8 OCT TO JUL... 0 0 TOTAL... 18 6 15 a 75 25 29 12 23 0 18 NONE NONE NONE 3 4 35. ON TO 37. 5N AUG ANO SEP... 0 30 00 00 00 00 00 00 00 50 2 OCT TO JUL... 00 25 75 00 00 00 00 00 00 0 4 TOTAL... 0 17 17 50 00 00 00 00 00 00 17 6 13 4 17 30. ON TO 32. Sn AUG AND SEP... 23 9 14 9 0 5 0 0 0 0 0 0 5 0 14 0 23 22 OCT TO JUL... 21 7 0 21 0 14 00 00 00 70 77 14 14 TOTAL... 2? 8 8 14 08 00 00 00 60 113 19 36 27. 5N TO 30. On AUG ANO SEP... 15 0 0 7 OCT TO JUL... 5 9 9 18 TOTAL... 10 4 4 12 25. ON TO 27. 5n AUG AND SEP... 27 0 4 4 OCT TO JUL... 7 11 25 7 TOTAL... 17 6 15 6 4 5 4 0. 0 0 4 0 5 0 4 0 19 9 14 19 14 17 4 14 8 48 27 39 38 21 30 27 22 49 26 28 54 22. 5N TO 25. On AUG AND SEP... is 0 5 0 0 0 0 0 0 0 0 0 14 0 32 0 OCT TO JUL... 20 3 20 3 30 00 00 00 03 90 TOTAL... 19 2 14 2 20 00 00 00 52 18 0 20. ON TO 22. 5n AUG AND SEP... 30 00 00 00 00 0 0 16 3 39 6 OCT To JUL... 116 30 00 00 00 00 03 29 0 TOTAL... 8 3 20 00 00 00 00 83 33 3 17. 5N TO 20. ON AUG AND SEP... 00 00 00 00 00 00 28 8 28 11 OCT TO JUL... 16 0 00 30 00 00 30 53 24 3 TOTAL... 80 00 10 00 00 10 16 5 26 7 32 40 37 32 49 41 25 43 34 22 35 57 31 35 66 36 37 73 336 Table IV-4. —Continued ANNUAL FRFQLENCY OF SPEEDS OF TROPICAL CYCLONE MOTION BY DIRECTION (ExPRESSEO AS PERCENT OF CENTERS ENTFPING SQUARE) 80.0 M TO 82. S M SHEET 7 OF 18 DIRECTION SPEED AREA 8-15 >1S ...NE... 6-15 >15 8-15 >15 ...SE... 8-15 >15 8-15 >15 ...SW... 8-15 >15 . W... 15 >15 ...NW... 8-15 >15 NUMRFR <8 ENTERING 45. ON TO 47. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45.0 AUG AND SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. SN AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. Sn AUG ANO SEP.. OCT TO JUL.. TOTAL.. 17. SN TO 20. On AUG AND SEP.. OCT TO JUL.. TOTAL.. NONE 21 0 18 21 0 11 100 100 13 4 9 22 10 16 28 16 21 0 17 9 50 33 40 14 0 9 11 13 il 22 4 11 4 17 4 0 100 0 100 0 100 0 100 0 100 29 25 27 21 25 11 22 17 9 21 15 6 32 21 SO 33 40 29 25 27 16 31 23 23 15 19 17 9 29 19 4 0 19 16 12 9 0 33 20 0 50 IS 4 0 0 0 2 0 11 0 6 17 0 7 26 0 13 26 3 15 4 0 7 0 6 0 11 0 6 22 4 13 26 10 17 17 12 14 39 17 28 31 22 21 15 4 11 7 13 6 5 19 11 22 4 13 39 21 30 41 26 33 33 24 28 35 48 41 23 59 40 1 NONE 7 4 11 19 16 35 27 27 54 23 24 47 27 31 58 18 25 43 23 23 46 35 32 67 337 Table IV-4. — Continued ANNUAL FREQLEnCY OF SPEEDS OF TROPICAL CYCLONE MOTIOK (Expressed »s percent of centers entering BY DIREC SQUARE) rioN 77. 5 W TO 80. 0 M SHEET 8 OF 18 DIRECTION SPEED AREA 8-15 >I5 d-15 >15 8-15 >15 8-15 > 15 8-15 ►15 8-15 >15 8-15 >15 8-15 >15 <8 NUMBER ENTERING 45. ON TO 47. 5N AUG AND SEP... OCT TO JUL... TOTAL... 0 0 0 0 100 33 0 0 0 0 0 0 0 0 0 50 0 33 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 50 0 33 0 0 0 2 1 3 42. 5N TO 45. ON AUG AND SEP... OCT TO JUL... TOTAL... 0 0 0 0 0 0 50 50 0 0 25 25 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 25 25 0 0 4 NONE 4 40. ON TO 42. SN AUG AND SEP... OCT TO JUL... TOTAL... 0 0 0 33 ?0 40 0 0 0 67 50 60 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 2 5 37. SN TO 40. ON AUG AND SEP... OCT TO JUL... TOTAL... 50 0 27 0 20 9 17 0 9 33 40 36 0 0 0 0 40 18 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 5 11 35. ON TO 37. SN AUG AND SEP... OCT TO JUL... TOTAL... 23 0 14 8 13 10 23 25 24 38 50 43 0 13 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 0 5 13 8 21 32. 5n TO 35. On AUG AND SEP... OCT To JUL... TOTAL... 11 1? 11 7 4 6 19 27 23 30 31 30 0 8 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 4 0 0 0 15 0 8 0 0 0 IS 15 IS 27 26 53 30. ON TO 32. Sn AUG AND SEP... OCT TO JUL... TOTAL... 9 12 11 9 3 5 17 18 18 22 29 26 0 6 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 4 0 0 0 22 9 14 0 3 2 22 15 18 23 34 57 27. 5N TO 30. ON AUG AND SEP... OCT TO JUL... TOTAL... 13 3 e 4 3 4 13 24 19 4 24 15 0 3 2 0 3 2 0 0 0 0 0 0 0 0 0 0 0 0 0 7 4 0 0 0 4 0 2 0 0 ' 0 17 7 12 4 3 4 39 21 29 23 29 52 25. ON TO 27. 5N AUG AND SEP... OCT TO JUL... TOTAL... 10 10 10 0 0 0 7 13 10 0 16 8 3 6 5 0 6 3 0 0 0 0 0 0 0 0 0 0 0 0 0 3 2 0 0 0 3 6 5 0 3 2 31 10 20 3 6 5 41 19 30 29 31 60 22. 5N TO 25. On AUG AND SEP... OCT TO JUL... TOTAL... 5 ft 7 0 4 2 9 17 13 0 17 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 14 4 9 5 4 4 32 13 22 0 4 2 36 29 33 22 24 46 20. ON TO 22. 5n AUG AND SEP... OCT TO JUL... TOTAL... 0 15 9 0 0 0 7 5 6 0 0 0 0 0 0 0 5 3 0 0 0 0 0 0 0 0 0 0 0 0 0 5 3 0 0 0 27 5 14 7 0 3 47 0 20 0 0 0 13 65 43 15 20 35 17. 5N TO 20. ON AUG ANO SEP... OCT TO JUL... TOTAL... 0 0 0 0 0 0 4 0 2 0 0 0 0 5 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 32 0 18 24 5 16 12 20 16 8 0 4 20 70 42 25 20 45 338 Table IV-4. — Contxnued ANNUAL FRECLENCY OF SPEEOS Or TROPICAL CYCLONE MOTION BY DIRECTION (ElPWESSEO AS PERCENT OF CENTERS ENTERING SQUARE) 75.0 W TO 77.5 M SHEET 9 OF 18 AREA DIRECTION ... M NE E SE S SW... SFEFO 8-15 >J5 6-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 ...NW... 8-15 >15 NUMRER <8 ENTERING 45. ON TO 47. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25.0 AUG AND SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 17. 5N TO 20. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 0 100 33 0 100 20 23 0 13 13 7 11 18 3 11 10 9 <> 0 14 7 25 0 20 33 33 33 0 30 13 6 6 5 10 * 8 11 4 8 17 0 8 23 0 13 9 10 9 11 21 15 11 3 7 7 11 9 6 13 9 6 17 10 33 SO 42 38 40 39 45 45 45 29 29 29 8 31 19 10 23 16 3 13 7 0 17 7 50 0 33 25 0 20 0 17 8 0 20 9 0 0 4 0 2 0 0 0 0 7 0 3 27 7 17 50 8 35 3 0 4 0 3 0 0 3 0 3 0 3 14 8 12 17 0 8 8 10 9 18 6 13 29 6 18 50 0 33 50 0 40 3 0 5 0 4 0 8 0 4 0 6 0 31 6 13 9 22 7 34 6 22 4 29 5 40 7 7 7 24 7 14 8 12 14 0 9 24 15 21 2b 21 24 39 25 33 34 17 26 47 22 35 34 17 28 20 43 31 9 50 24. 4 1 5 6 6 12 13 10 23 33 20 53 38 28 66 38 32 70 41 35 76 36 32 68 35 23 58 15 14 29 22 12 34 339 Table IV-4.— Continued annual frequency of speeds of tropical cyclone motion by oirection (Expressed as percent of centers entering square) 72.5 W TO 7S.0 H SHEET 10 OF 18 AREA DIRECTION ... N NE E SF S SW W NV... SFEFD 8-1S >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 NUPRER <6 ENTERING 45. ON TO 47. 5n AUG AND SEP... 00 00 OSO 00 00 00 00 0S0 0 OCT TO JUL... TOTAL... 00 00 0 50 00 00 00 00 0 50 0 NONE 42. 5N TO 45. ON AUG AND SEP... 0 67 0 0 0 33 0 0 0 0 0 0 0 0 0 0 0 OCT TO JUL... 0 20 0 60 0 20 0 0 0 0 0 0 0 0 0 0 0 TOTAL... 0 38 0 38 0 25 00 00 00 00 00 0 40. ON TO 42. SN AUG AND SFP... o 25 25 38 00 00 00 00 00 13 0 0 » OCT TO JUL... 14 0 0 57 0 29 00 00 00 00 00 0 7 TOTAL... 7 13 13 47 0 13 00 00 00 00 70 0 IS 37. 5N TO 40.0N AUG AND SEP... 815 19 46 04 00 00 00 40 00 4 26 OCT TO JUL... 14 0 7 43 0 21 00 00 00 00 70 7 14 TOTAL... 10 10 15 45 0 10 0 0 0 0 0 0 3 0 3 0 5 40 35. ON TO 37. 5N AUG AND SEP... 5 18 OCT TO JUL... 11 17 TOTAL... 6 18 16 41 6 28 13 37 5 17 8 14 17 15 44 18 62 32. 5N TO 35. On AUG ANO SEP... 16 8 5 38 0 0 0 0 0 0 0 0 3 0 14 0 16 37 OCT TO JUL... 6 12 12 24 9 3 0 0 0 0 0 0 9 0 6 0 21 34 TOTAL... 11 10 8 31 4 1 0 0 0 0 0 0 6 0 10 0 18 71 30. ON TO 32. 5N AUG AND SEP... 11 6 14 14 0 0 0 0 0 0 0 0 3 0 22 0 31 36 OCT TO JUL... 14 3 11 26 3 0 3 0 0 0 3 3 9 0 9 0 17 35 TOTAL... 13 4 13 20 10 10 0 0 11 6 0 15 0 24 71 27. 5N TO 30. ON AUG AND SEP... 83 85 30 00 00 00 3 0 23 3 46 39 OCT TO JUL... 17 9 9 23 3 6 3 0 0 0 0 3 3' 0 6 6 14 35 TOTAL... 12 5 8 14 3 3 10 0 0 0 1 3 0 15 4 31 74 25. ON TO 27. 5n AUG AND SEP... 60 60 00 00 00 00 96 37 6 31 35 OCT TO JUL... 17 10 0 17 7 7 3 0 0 0 0 3 0 0 13 7 17 30 TOTAL... 115 38 33 20 00 02 53 26 6 25 65 22. 5N TO 25. ON AUG AND SEP... 30 50 00 00 00 00 15 3 43 10 23 40 OCT TO JUL... SO 8 15 40 00 00 00 40 31 12 19 26 TOTAL... 50 66 20 00 00 00 11 2 38 11 21 66 20. ON TO 22. 5N AUG AND SEP... 00 00 00 00 00 00 22 9 OCT TO JUL... 00 77 07 00 00 00 00 TOTAL... 00 33 03 00 00 00 13S 17. 5N TO 20. ON AUG AND SEP... 00 00 00 00 00 0 0 55 20 OCT TO JUL... 00 29 0 00 00 00 00 14 14 TOTAL... 00 70 00 00 00 00 44 19 43 4 27 20 37 11 15 5 14 14 15 7 22 33 26 5 14 7 23 IS 38 20 7 27 340 Table IV-4. — Continued ANNUAL FREQUENCY OF SPEEOS Of TROPICAL CYCLONE MOTION BY DIRECTION (Expressed *b percent of centers entering square* 70.0 M TO 72.5 M SHEET 11 OF 16 AREA DIRECTION ... n NE E SE S SM W NW... NUMBER SFEFO B-15 >iS 8-15 >15 9-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 <8 ENTERING 45. ON TO 47. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 32. 5n TO 35. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO ?7.5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25.0 AUG ANO SEP.* OCT TO JUL.. TOTAL.. 20. ON TO 22. SN AUG AND SEP.. OCT TO JUL.. TOTAL.. 17. 5N TO 20. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 100 100 0 100 17 0 R IS 7 11 10 17 13 17 17 17 17 17 17 6 10 7 7 11 6 0 7 7 9 12 10 3 0 6 0 4 0 27 24 13 7 10 0 16 6 0 11 4 0 13 3 67 50 58 17 72 40 30 25 57 19 48 19 44 19 47 16 44 19 38 17 *2 18 16 26 17 9 15 21 29 15 21 8 27 16 6 0 13 21 0 8 0 24 9 0 17 6 0 13 3 3 14 8 3 8 5 3 10 6 0 13 3 0 17 8 0 10 4 4 19 9 6 10 8 3 0 2 0 0 4 0 2 0 6 12 9 23 0 15 48 13 41 3 0 7 0 5 0 3 0 3 0 3 0 6 0 4 0 5 0 10 5 0 0 6 3 16 13 15 0 17 8 0 10 4 3 0 2 12 4 8 33 0 20 43 16 33 15 0 4 0 10 0 6 0 3 23 5 3 7 14 6 10 4 7 31 9 33 28 32 IS 29 0 25 13 28 3 9 10 9 12 16 14 26 18 23 28 13 22 25 29 27 24 20 22 29 6 21 6 6 12 18 10 28 27 16 43 32 21 53 33 25 58 34 28 62 39 30 69 36 24 60 42 25 67 35 18 53 I 31 8 39 341 Table IV-4. — Continued annual freolency of speeds of tropical cyclone motion by direction (Expressed as percent of centers entfring square) 67.5 W TO 70.0 W SHEET 12 OF 18 DIRECTION SFEFD AREA 8-15 MS ...NE... 8-15 >15 8-15 >15 ...SE... 8-15 >15 8-15 >15 ...SW... 8-15 >15 8-15 >15 ...NW... 8-15 >15 NUMBER <8 ENTERING 45. ON TO 47. SN AUG ANO SEP.* OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 40, ON TO 42. 5N AUG AND SEP.. OCT TO JUL" TOTAL.. 37. 5N TO 40. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. SN TO 30. On AUG AND SEP.. OCT To JUL.. TOTAL.. 25. ON TO 27. 5n AUG ANO SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. ON AUG ANO SEP*. OCT TO JUL.. TOTAL.. 20. ON TO 22. Sn AUG AND SEP.. OCT To JUL.. TOTAL.. 17. 5N TO 20. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 11 9 10 6 13 9 0 SO 29 0 17 6 0 100 0 SO 0 71 4 12 0 8 3 10 15 13 14 21 14 18 19 17 18 11 13 11 17 6 3 7 11 6 6 13 9 5 10 7 3 17 9 0 30 10 0 15 5 90 b7 81 65 69 67 3 62 13 44 6 56 11 36 21 41 16 39 33 11 33 25 33 18 21 8 17 22 20 13 11 3 13 30 12 15 3 17 9 0 10 3 10 0 6 3 13 6 4 7 10 7 7 7 0 0 3 0 2 0 9 13 10 11 10 10 18 5 14 31 8 24 9 0 3 0 6 0 16 8 13 13 4 10 41 8 28 39 10 29 36 20 31 25 15 22 23 3 10 0 17 2 10 15 12 6 15 9 0 17 6 18 3 11 11 0 6 26 9 20 29 20 25 24 8 17 32 20 28 23 25 24 19 31 22 3 4 7 10 6 16 26 13 39 34 16 50 28 29 57 27 24 51 38 23 61 35 30 65 34 24 58 38 20 58 39 20 59 32 13 45 342 Table IV-4.~ Continued ANNUAL FREOLEnCY OF SPEEDS OF TROPICAL CYCLONE MOTION 8Y OIRECTION (EXPRESSED AS PERCENT OF CENTERS ENTERING SQUaRE> 65.0 W TO 67.5 M SHEET 13 OF 18 DIRECTION NUMBER SFEED 8-15 >15 8-15 >15 8-15 >15 8-15 > 15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 <8 ENTERING AREA 45. ON TO 47. 5n AUG ANO SEP... 0 25 0 63 0 13 0 0 0 0 0 0 0 0 0 0 0 8 OCT TO JUL... 0 33 17 50 0 0 0 0 0 0 0 0 0 0 0 0 0 6 TOTAL... 0 29 7 57 0 7 0 0 0 0 0 0 0 0 0 0 0 14 42. 5N TO 45. ON AUG AND SEP... 0 21 5 68 0 5 0 0 0 0 0 0 0 0 0 0 0 19 OCT TO JUL... 17 33 0 33 0 0 0 0 0 0 0 0 0 0 17 0 0 6 TOTAL ... 4 24 4 60 0 4 0 0 0 0 0 0 0 0 4 0 0 25 40. ON TO 42. 5N AUG AND SEP... 4 14 7 57 4 7 4 0 0 0 0 0 0 0 0 0 4 28 OCT TO JUL... 0 27 7 53 0 7 0 0 0 0 0 0 0 0 7 0 0 15 TOTAL... 2 19 7 56 2 7 2 0 0 0 0 0 0 0 2 0 2 43 37. 5N TO 40. ON AUG AND SEP... B 12 4 50 8 8 4 0 0 0 0 0 0 0 0 0 8 26 OCT TO JUL... 0 14 5 52 5 10 0 0 0 0 0 0 0 0 5 5 5 21 TOTAL... 4 13 4 51 6 9 2 0 0 0 0 0 0 0 2 2 6 47 35. ON TO 37. 5n AUG AND SEP... 9 14 IB 23 5 14 0 0 0 0 5 0 0 0 0 0 14 22 OCT TO JUL... 0 12 20 40 8 8 0 0 0 0 0 0 0 0 0 4 8 25 TOTAL... 4 13 19 32 6 11 0 0 0 0 2 0 0 0 0 2 11 47 32. 5N TO 35. On AUG ANO SEP... 7 14 32 18 4 0 0 0 0 0 0 0 0 0 7 0 18 28 OCT TO JUL... 4 17 13 30 9 4 0 0 0 0 0 0 9 0 0 9 4 23 TOTAL... 6 16 24 24 6 2 0 0 0 0 0 0 4 0 4 4 12 51 30. ON TO 32. 5n AUG AND SEP... 4 11 29 11 4 0 0 0 0 0 0 0 0 0 21 0 21 28 OCT TO JUL... 5 0 14 29 5 5 0 0 0 0 0 5 0 0 5 5 29 21 TOTAL... 4 6 22 18 4 2 0 0 0 0 0 2 0 0 14 2 24 49 27. 5N TO 30. ON AUG AND SEP... 17 10 13 3 0 0 0 0 0 0 0 0 3 7 10 7 30 30 OCT TO JUL... 9 0 17 26 0 9 0 0 0 0 4 0 4 0 13 0 17 23 TOTAL... 13 6 15 13 0 4 0 0 0 0 2 0 4 4 11 4 25 53 25. ON TO 27. SN AUG AND SEP... 13 0 0 0 0 0 0 0 0 0 0 0 6 3 44 9 25 32 OCT TO JUL... b 0 18 29 6 0 0 0 0 0 0 0 12 0 12 12 6 17 TOTAL... 10 0 6 10 2 0 0 0 0 0 0 0 8 2 33 10 18 49 22. 5N TO 25. On AUG AND SEP... 0 0 0 0 0 0 0 0 0 0 0 0 9 9 43 11 29 35 OCT TO JUL... 8 0 8 a 8 0 0 0 0 0 0 0 25 0 25 0 17 12 TOTAL... 2 0 2 2 2 0 0 0 0 0 0 0 13 6 38 9 26 47 20. ON TO 22. 5n AUG AND SEP... 0 0 0 0 0 0 0 0 0 0 0 0 18 13 33 10 26 39 OCT TO JUL... 1 1 0 0 0 22 0 0 0 0 0 0 0 11 0 33 0 22 9 TOTAL... 2 0 0 0 4 0 0 0 0 0 0 0 17 10 33 8 25 48 17. 5N TO 20. ON AUG AND SEP... 0 0 0 0 0 0 0 0 0 0 0 0 36 17 21 11 15 47 OCT TO JUL... 0 0 0 0 0 8 0 0 0 0 0 0 17 8 42 8 17 12 TOTAL... 0 0 0 0 0 2 0 0 0 0 0 0 32 15 25 10 15 59 343 Table IV-4. — Continued ANNUAL FREOLENCY OF SPEtOS OF TROPICAL CYCLONE MOTION BY DIRECTION PEnCENT OF CENTEPS ENTERING SQUa«E> 62. 5 W TO 65.0 m SHEET 14 OF 18 AREA DIRECTION ... M NE E SE S SM... ... W NW... NUMBER SPEED 8-15 »15 8-15 >1S 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 <8 ENTERIN6 45. ON TO 47. 5N AUG AND SEF.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5N AUG ANO SEP** OCT TO JUL.. TOTAL.. 37. 5N TO 40. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. On AUG ANO SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. 5n AUG ANO SEP.. OCT TO JUL.. TOTAL.. 17. 5N TO 20. ON AUG ANO SEP.. OCT TO JUL.. TOTAL.. 13 4 9 14 9 12 3 13 6 3 IB 6 0 11 5 10 10 10 7 14 9 7 16 11 0 33 15 5 40 17 91 33 65 70 50 63 0 9 0 11 0 10 4 0 9 0 5 0 3 59 0 SO 2 56 4 11 6 11 9 10 14 9 11 26 26 26 14 14 14 0 18 5 50 53 51 44 57 50 50 36 43 9 30 20 0 32 16 10 7 9 14 5 9 0 18 5 0 18 4 10 0 7 14 14 14 14 11 13 15 13 14 4 0 2 4 0 0 0 2 0 12 9 11 8 13 10 10 0 5 0 11 5 10 10 9 0 10 8 36 24 9 27 30 25 23 27 24 43 53 46 38 45 40 24 18 23 0 4 0 4 0 4 10 10 9 5 9 7 12 9 11 16 0 12 18 0 14 11 5 9 11 4 8 5 14 9 26 9 17 38 14 26 42 0 30 24 7 19 21 9 18 9 27 13 11 9 20 20 10 30 29 14 43 28 19 47 27 23 50 22 22 23 23 46 21 22 43 26 11 37 37 15 52 39 11 50 45 11 56 344 Table IV-4. — Continued annual frfolency of spetos of tropical cyclone motion by oirection (Expressed *s percent of centers entering square) 60.0 W TO 62. 5 W SHEET 15 OF 18 OIRECTION ... N NE... ... E SF S SW W NW... SPEED 8-15 >15 fl-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 AREA NUMHFR <8 ENTERING 45. ON TO 47. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. bN AUG ANO SFP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35.0*1 AUG AND SEP.. OCT TO JUL.. TOTAL.. 30. ON TO 32. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. On AUG AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. 5n AUG AND SEP.. OCT TO JUL.. TOTAL.. 17. 5N TO 20. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 0 11 4 1? 5 8 17 6 12 0 22 5 3 II 5 0 100 11 33 4 76 0 10 0 6 0 9 12 5 10 5 0 0 6 3 6 13 9 0 25 12 0 30 10 0 11 3 78 53 67 5 68 13 50 7 63 10 52 15 54 12 53 6 59 6 53 6 57 17 52 24 53 20 52 12 29 29 38 21 34 6 13 9 0 10 3 0 11 3 0 11 4 11 13 11 10 8 9 0 12 4 0 11 2 0 22 11 7 9 11 13 11 24 15 21 15 6 12 0 3 0 6 0 4 0 14 8 0 13 6 0 13 2 0 11 3 0 11 2 11 0 6 5 0 3 14 4 0 0 11 3 0 11 4 6 10 8 11 11 11 38 25 36 11 13 11 24 10 19 39 22 35 51 45 22 0 19 17 6 13 6 15 6 14 20 16 11 11 11 11 11 11 9 25 11 0 13 4 12 12 12 10 6 9 12 0 5 39 13 26 38 30 35 32 11 27 14 22 16 18 25 19 16 9 25 18 15 33 19 a 27 21 13 34 34 17 51 29 17 46 17 21 38 18 16 34 21 10 31 28 9 37 35 9 44 45 8 53 345 Table IV-4. — Continued ANNUAL FREOLENCY OF SPEEDS Of TROPICAL CYCLONE MOTION BV OIRECTION (EXPRESSED AS PERCENT OF CENTERS ENTERING SOUaRE) 57.5 W TO 60.0 W SHEET 16 OF 18 AREA DIRECTION ... M NE E SE S SH M NH... SPEED 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 NUMBER <8 ENTERING 45. ON TO 47. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 42. 5N TO 45. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 40. ON TO 42. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 37. 5N TO 40.0 AUG AND SEP.. OCT TO JUL.. TOTAL.. 35. ON TO 37. 5N AUG ANO SEP.. OCT TO JUL.. TOTAL.. 32. 5N TO 35. ON AUG AND SEP" OCT TO JUL.. TOTAL.. 30. ON TO 32. 5N AUG AND SEP.. OCT TO JUL.. TOTAL.. 27. 5N TO 30. ON AUO AND SEP.. OCT TO JUL.. TOTAL.. 25. ON TO 27. Sn AUG AND SEP.. OCT TO JUL.. TOTAL.. 22. 5N TO 25. ON AUG AND SEP.. OCT TO JUL.. TOTAL.. 20. ON TO 22. bN AUG ANO SEF.. TOTAL.. 17. 5N TO 20.0 AUG ANO SEP.. OCT TO JUL.. TOTAL.. 0 11 4 12 14 13 0 14 2 11 0 7 6 11 8 0 13 11 0 10 12 15 13 4 21 10 16 36 23 19 18 19 78 55 69 53 J3 46 6 56 15 69 10 61 48 69 55 61 57 60 44 57 49 25 18 Z2 6 0 14 14 8 4 0 33 5 12 11 12 11 0 6 0 14 4 *3 6 18 10 24 22 23 17 15 16 12 8 11 4 14 0 7 2 12 0 4 0 7 0 5 6 36 19 0 14 4 0 0 7 0 2 0 4 0 0 0 3 0 0 25 4 22 11 30 29 30 10 0 8 13 14 13 13 9 11 29 14 25 33 0 29 43 25 40 12 0 S 22 0 19 14 0 12 52 3 22 22 45 8 33 5 0 29 28 9 0 11 4 11 0 6 12 0 8 11 7 10 20 0 13 19 0 11 18 14 17 28 67 33 33 50 36 28 22 26 20 14 19 18 11 29 17 9 26 18 13 31 25 13 38 28 14 42 25 14 39 16 11 27 17 7 24 18 3 21 21 4 25 29 9 38 40 7 47 346 Table IV-4. — Continued ANNUAL FREOLENCY OF SPEtDS Or TROPICAL CYCLONE MOTION BY DIRECTION (EXPRESSEO AS PERCENT OF CENTERS ENTERING SQUARE) 55.0 w TO 57.5 W sheet 17 of is DIRECTION SPEED AREA 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 8-15 >15 <8 NUMBER ENTERING 45. ON TO 47. 5N AUG ANO SEP... OCT TO JUL... TOTAL... 0 0 0 8 0 5 15 0 10 54 100 70 0 0 0 23 0 15 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 13 7 20 42. 5N TO 45. ON AUG ANO SEP... OCT TO JUL... TOTAL... 0 0 0 5 0 3 15 0 10 50 70 57 0 0 0 30 20 27 0 0 0 0 0 .0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 10 3 0 0 0 20 10 30 40. ON TO 42. 5N AUG AND SEP... OCT TO JUL... TOTAL... 4 0 3 4 0 3 12 8 11 52 58 54 8 0 5 20 25 22 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 3 0 0 0 25 12 37 37. 5N TO 40. ON AUG ANO SEP... OCT TO JUL... TOTAL... 4 0 3 4 0 3 11 30 16 48 50 49 11 0 8 19 20 19 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 3 27 10 37 35. ON TO 37. 5n AUG ANO SEP... OCT TO JUL... TOTAL... 8 8 8 8 0 5 12 33 19 52 SO SI 4 0 3 12 a u 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 3 0 0 0 0 0 0 0 0 0 0 0 0 25 12 37 32. 5N TO 35. On AUG ANO SEP... OCT TO JUL... TOTAL... 15 8 13 15 0 9 15 33 22 25 42 31 5 0 3 5 17 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 10 0 6 5 0 3 5 0 3 20 12 32 30. ON TO 32. Sn AUG AND SEP... OCT TO JUL... TOTAL... 13 0 8 13 0 8 6 13 8 13 13 13 0 25 8 6 13 8 0 0 0 0 0 0 0 0 0 0 0 0 0 13 4 0 0 0 6 0 4 0 0 0 31 0 21 6 13 8 6 13 8 16 8 24 27. 5N TO 30. ON AUG ANO SEP... OCT TO JUL... TOTAL... 13 0 10 20 0 14 0 0 0 0 17 5 0 17 5 7 0 5 0 0 0 0 0 0 0 0 0 0 0 0 0 17 5 0 0 0 7 i7 10 0 0 0 27 33 29 20 0 14 7 0 5 15 6 21 25. ON TO 27. Sn AUG ANO SEP... OCT TO JUL... TOTAL... 13 0 10 7 0 5 0 17 S 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 17 5 0 0 0 0 0 0 7 0 5 53 17 43 7 0 5 13 50 24 15 6 21 22. 5N TO 25. On AUG ANO SEP.*. OCT TO JUL... TOTAL... 0 0 0 0 0 0 0 20 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 46 40 44 38 0 28 15 40 22 13 5 18 20. ON TO 22. 5n AUG ANO SEP... OCT TO JUL... TOTAL... 4 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 17 0 15 9 0 8 35 33 35 4 0 4 30 67 35 23 3 26 17. 5N TO 20. On AUG AND SEP... OCT TO JUL... TOTAL... 3 0 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 26 100 32 18 0 16 21 0 19 9 0 8 24 0 22 34 3 37 347 Table IV-4. — Concluded ANNUAL FREOLCNCV OF SPCEOS Of TROPICAL CYCLONE MOTION B» OIRECTION (EXPRESSED *S PERCENT OF CENTERS ENTERING SOOaRE» 52.5 W TO 55.0 W SHEET 18 OF IS OIRECTION NUMBER SPEFO 8-15 >15 8-15 >15 8-15 >15 8-15 ►15 8-15 >1« e-15 >ir 8-15 >15 8-15 >15 <8 ENTERING AREA 45. ON TO 47. SN AUG ANO SEP... 0 13 7 67 0 13 0 0 0 0 0 0 0 0 0 0 0 15 OCT TO JUL... 0 0 0 100 0 0 0 0 0 0 0 0 0 0 0 0 0 7 TOTAL... 0 9 5 77 0 9 0 0 0 0 0 0 0 0 0 0 0 22 42. 5N TO 4S.0N AUG ANO SEP... 0 5 14 62 0 19 0 0 0 0 0 0 0 0 0 0 0 21 OCT TO JUL... 0 0 0 70 0 20 0 0 0 0 0 0 0 0 0 10 0 10 TOTAL... 0 3 10 65 0 19 0 0 0 0 0 0 0 0 0 3 0 31 40. ON TO 42. 5n AUG ANO SEP... 0 5 10 70 10 S 0 0 0 0 0 0 0 0 0 0 0 20 OCT TO JUL... 9 0 0 73 0 18 0 0 0 0 0 0 0 0 0 0 0 11 TOTAL... 3 3 6 71 6 10 0 0 0 0 0 0 0 0 0 0 0 31 37. SN TO 40. On AUG AND SEP... 0 5 9 68 0 14 0 0 0 0 0 0 0 0 0 0 5 22 OCT TO JUL... 0 0 IS 77 0 8 0 0 0 0 0 0 0 0 0 0 0 13 TOTAL... 0 3 11 71 0 11 0 0 0 0 0 0 0 0 0 0 3 35 3S.0N TO 37. !>N AUG ANO SEP... 0 6 22 33 6 11 0 0 0 0 0 0 11 0 0 0 11 IB OCT TO JUL... 0 0 20 70 0 10 0 0 0 0 0 0 0 0 0 0 0 10 TOTAL... 0 4 21 46 4 11 0 0 0 0 0 0 7 0 0 0 7 28 32. 5N TO 35. On AUG ANO SEP... 9 18 9 27 9 0 0 0 0 0 0 0 0 0 0 0 27 11 OCT TO JUL... 0 0 13 SO 13 13 0 0 0 0 0 0 0 0 0 0 13 8 TOTAL... 5 11 11 37 11 5 0 0 0 0 0 0 0 0 0 0 21 19 30. ON TO 32. SN AUG ANO SEP... 0 20 10 10 0 10 0 0 0 0 0 0 0 0 20 10 20 10 OCT TO JUL... 0 0 0 40 0 20 0 0 0 0 0 0 0 0 0 0 40 S TOTAL... 0 13 7 20 0 13 0 0 0 0 0 0 4 0 0 13 7 27 IS 27. 5N TO 30. ON AUG ANO SEP... 15 0 0 0 0 8 0 0 0 0 0 0 0 0 31 15 31 13 OCT TO JUL... 0 0 0 29 14 0 0 0 0 0 14 0 0 0 14 0 29 7 TOTAL... 10 0 0 10 5 S 0 0 0 0 5 0 0 0 25 10 30 20 25. ON TO 27. 5n AUG ANO SEP... A 0 0 8 0 0 0 0 0 0 0 0 0 8 38 15 23 13 OCT TO JUL... 0 0 17 0 0 0 0 0 0 0 0 0 17 0 33 0 33 6 TOTAL... 5 0 5 5 0 0 0 0 0 0 0 0 5 5 37 11 26 19 22. 5N TO 25. On AU6 ANO SEP... n 8 0 8 0 0 0 0 0 0 0 0 0 0 38 31 8 13 OCT TO JUL... 0 0 13 0 0 0 0 0 0 0 0 0 38 0 13 0 38 8 TOTAL... 5 5 5 5 0 0 0 0 0 0 0 0 14 0 29 19 19 21 20. ON TO 22. Sn AUG ANO SEP... 4 4 0 0 0 0 0 0 0 0 0 0 13 0 39 22 17 23 OCT To JUL... 0 0 0 0 0 0 0 0 0 0 0 0 50 0 25 0 25 4 TOTAL... 4 4 0 0 0 0 0 0 0 0 0 0 19 0 37 19 19 27 17. 5N TO 20. ON AUG ANO SEP... 0 0 0 0 0 0 0 0 0 0 0 0 18 25 25 11 21 28 OCT TO JUL... 0 0 0 0 0 0 0 0 0 0 0 0 0 100 0 0 0 1 TOTAL... 0 0 0 0 0 0 0 0 0 0 0 0 17 28 24 10 21 29 348 A CO . • CO z LU LU □ o OL _l LU 1 — > X cr UJ h- =) cj Q_ CJ a CO CO LU or. CO LU Cr: 1 — t CJ CO O o z X) u_ i — i i rr o •*: _i LU CO CJ cr i— LU »— » z CJ X » LU z 1— CO LU 1— CO Or: « it: or C£ CO LU X) 1 — CD i— CJ 2C V z CJ LU o LO CO (_) .— < o o 1 UJ U_ 1— 03 LU Q- o _J CO CO LU CT Q CJ z LU Ll_ 2 o LU O LU >— 1 0_ or 1— CO LU err or Cj X) o or: Z CJ Q_ o LU CJ o u_ or o o <* Or r- °- CO 3i •• X CJ (— X 1— CJ X h- - CD UJ '- CD X) _J ex cr CJ co — ■ X 0_ I— o z LY. o cr CJ I— SZ CD CO co cr Figure IV-37. — Tropical cyclone center movement speed roses, August and September, 1899-1969. 349 • CO z LU LU a o cr _l LU 1 — ' cx cr LU V— X) c_> Q_ CJ a co CO LU cr CO LU o: ■ — i CS co o Q z X> Ll_ 1 — 1 1 rr o X _l LU CO CJ cx h- LU •— • Z (_> 31 * LU z h- CO LU 1 — CO cr • ■*: CT cr CO LU x> \— oo 1— o :r V Z C_l LU o LO CO C_> «— t Q o 1 LU Li- 1— GO LU 0- o _l CO co LU ex □ <_) z LU u_ z o LU o LU 1 — 1 Q_ cr 1— CO LU cr cr CJ X) o 0£ Z c_) Q_ O LU CJ o Lu cr o o °£ cr r- °- co _> ■■ X t_> t— i 1— (_> X i— a o ci o z ~- z LU ■■ or LU _J cr _J LU cr z 1— LU x 1— 4 Z 2 cr X LU o en t— C_l _i LU cr cr X CJ CJ o o CD CO LU CO O cr Q LU LU Q_ CO 1— z LU H LU > z cx LU X _l X X) z z X z CO LU X _l X X > en CO cr en LU 1 «— i t— l z >- en C_l LU _l en U' CJ X 00 ~i »-* o LU -j-LO z _> CJ _ • o cr O _i X | — ' CJ 1— cr -n ;- LU -o CJ t— C_) Ci_ ■ _l o z cx o CJ CO "• t— 1 X X LU Q_ 1— LU _l O z CO CX cr o X CJ i- z: go co Figure IV-38. — Tropical cyclone center movement speed roses, October to July, 1899-1969. 350 ■ CO z LU UJ Q o cr -J LU 1 — 1 cx cr LU 1— X) <_> 0_ (_) C3 CO CO LU rr CO LU Od t— 4 CD CO CD Q z X) u. 1 — 1 1 -^ Z <_> ox » LU z i — CO LU 1 — CO cr » 5c: or C£ CO LU ID 1— oo (— (_> >c v Z (_) LU o LO CO CJ •—1 CD o 1 LU u_ l_ CO LU CL o _l CO to LlJ ex Q CJ z LU u_ z o LU o LU 1 — 1 D_ cr \— 00 LU cr cr C_) X) o cr Z CD Q_ o LU CJ o u_ cr CD o <* CT r- °- CO _) ■■ X C_) 1— 11 1— o x: 1— CS o c-j CD z *— t z LU •• cr LU _J cr _l LU or z 1— LU 51 1 — 1 z 2 cr X LU O cr t— CJ _J o 00 CO LU CO CD cr a LU LU cr CO y— z LU r: LU > CD LU CJ z LU cr cr X) CJ CJ CD z cr LU 2T _J CX X) z zr z cx CO CD cr CP LU z .—1 h- 1 — 1 1 o CO Z LU CJ co LU CO CO CD LU Z X) cx a CD r-LO CD > CD _J *— i CJ >- CJ 1 CO ox DC LU 0_ - O c o _l 1 — z cx z o CJ CD •■ . — 1 n CD LU Q_ LU _J CD _i CO CX cr _i CX C- h- cx CD CO Figure IV-39. — Tropical cyclone center movement speed roses, all months, 1899-1969. 351 4. 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Analysis of ocean Wave Spectra in 15 Frequency Bands for January, 1959 Wave Spectral Analysis in 1 5 Frequency Bands, prepared for the Task Force by Code 7700, U.S. NAVAL OCEANOGRAPHIC OFFICE. A. INTRODUCTION B. DESCRIPTION OF ANALYSIS The data used in the following wave spectra analyses were obtained from the New York University North Atlantic hindcast tape files, and the analyses were prepared by the U.S. Naval Oceanographic Office. Eight grid points off the East Coast of the United States were selected. The points are located in fig. V-l; their approximate coordinates are: Grid Point Number Latitude Longitude 122 40N 71W 124 41N 66W 144 36N 74W 168 31N 79W 173 35N 68W 198 32N 74W 224 27N 77W 229 33N 67W 1. Variance Vs Wave Frequency The first section of the computer printout, table V-l, shows the distribution of variance in ft2 versus frequency. On the left, the columns are ft2, from 0.0 to 4.0, across the top are maximum variance in each frequency band; frequency bands are shown in the bottom row. The basic band width is 0.0055 per sec. From the left side, the first listed band width is infinity to 0.164, the second comprises four basic band widths (0.022), the third and fourth columns comprise three basic band widths, the fifth and sixth columns comprise two basic band widths, and "the remaining columns all have the basic frequency band width of 0.0055 sec-1 . There are eight distributions that correspond to the eight selected grid points and there are 124 variance values in each distribution. (The data were derived from four surface weather maps per day in the 3 1 days of January 1959.) There were four computer printout sections and two sets of graphs. (For the sake of brevity, only two sets of computer printouts are reproduced here.) The data were taken for January 1959, at 6-hour intervals (0000, 0600, 1200, and 1800 GMT); hence there are 128 entries for each grid point. The program describes 15 wave fre- quency bands, ranging from a low frequency of 0.036 per sec to a high of infinity. The nominal frequency band width is 0.0055 per sec, except that the first listed band width (°°-0.164) is undefined, the second one is four times the nominal frequency band width, the third and fourth are three times, and the fifth and sixth are two times nominal band width. 2. Variance Density Vs Wave Frequency The frequency distributions of variance vs wave frequencies just described are based on frequency bands of several widths. When the variance values of that distribution are divided by the band-width, the results become variance density and the ordinate of the display changes from ft2 to ft2 sec. The second section of the printout (table V-2) shows the variance density vs frequency for the eight grid points. The structure of this display is identical to that of variance vs frequency. 354 3. Variance Vs Wave Frequency for Maximum Values The third section of computer printouts (not shown) gives the variance spectra for the four maximum variance values in each of the 15 frequency bands and the significant wave heights, in feet, for each spectrum. The underlined values are considered the four maxima for each frequency interval. 4. Variance Density Vs Wave Frequency for Maximum Values The final section of computer printouts (not shown) is identical in format to Variance Versus Frequency for Maximum Values. However, variance densities are used and the results are spectra of energy density and represent true power spectra. 5. Significant Wave Heights For each of the eight grid points, the significant wave heights for each 6-hr interval in the month of January 1959 were plotted as height in feet vs day of the month (table V-3). 6. Power Spectra The graphs (fig. V-10 to 24) are power spectra of waves grouped by 2-ft height intervals. Wave frequency is the linear horizontal scale and variance density is the linear vertical scale. The foregoing wave analyses are for only one month (January 1969). If required, the same analysis process could be produced for the other months of the year in the North Atlantic to provide for a climatology of wave spectra. The analysis of one month's data demonstrates the great range of sea conditions at a point and the severe sea conditions that sometimes occur. C. WAVE SPECTRA 11. Grid Points POLAR STEREOGRAPIUC PROJECTION * \ SCALE 1:50,000,000/ 12/fil Figure V-l. — Grid points used in wave spectra analysis. 355 2. Variance Vs Wave Frequency Table V-l. — Variance (ft2) of wave height vs wave frequency at grid points for 0000, 0600, 1200, and 1800 GMT, January , 1959 f> o (M •IIM ■» o CM *H CM CM u § •H > 5 2 «ft or w z *t « CM ft »- wttl •» CO O c o • «-ilO O • e • a «d • e >» M ♦ IK »>. o O O CO «-»o a a> « > K> e 3 a n*«to»no Si 3 » * u-i n rtNWrtffiH«l<)0 (J) ,3 «=> •*■«» <0 5 g CM HNKIIMOMinO «ft CM hKlK»»lMOC v4«t ra CM «t ©> >■ • -* z co ». »• MM cm « « o in o I «* «4 <-■ v< CM .-I CM C* K O O m o v< MX .-l.-iW.-l to C\. "C *-• O CM *4 «* IMv4 XH CM «H «h Wt f> «4 (tl CM CM w* f> w* ** CM«t*«4C>0>< U t •4Hf4linMH » O Ifi O O s i cr 0 rtHN»HHH« «4in CM I o cu - s lit ut cm to cm nH«tirsniM<>o »■«■ ^c» m CM •4 rl«»OOriat «0 CM o> cmcc eo<0'0 Z X »- 3 CO X O X ♦ ♦»)n">i9«)NW^NNrlHHHHOOOO »o»wo«)«t nio 1 f» rt rNoc{)««Neii)ci0 » >- o (Z1J) aouFT^A | IU BE u. 356 Table V-l. —Continued to o S • * - K> O O • CM O «H» o »* • w* «-•• n e V4 «■•« « e o • . H* «* o- M> o «■! • ** «r r«. o f» • o cm •» »^ •* tr> © o O •4 • « CM CM CM f> « W » © • OHO o r* w» cm «-i «-• cm « m in o> cm o • CM ^- CM l». » e m> .i > M • if\ o ©> ~» wr* » 0> Ht4nNf4XHnn«t4N«l>)MO >- • •"•• OC CM UN < CM 3 -• ZO> "> • CO «■» CM <» K> CM rt« to o • W *-f *4 *4 t4 tf\ <4 O O t 111 w « T*(14nnniVIVNNMHHHHHOOsB V) a. in »-••••••••»»••••••»••• III 3 0 CD _» r ■< 3» •««Ne«««Ne»«Titie(D«tiMo Z x nnnfinNNNNNHHHHHooooe »- 3 I >- XX U CD M lO 0. •*. 3 os a — ui v CM) «* *4 •> O o i». «< v« <4 «« «4 Si e Ml e CM »»^ » H»»0 • r* « e *4 .-1 .-I CM «4 CM fv o • «-• <• o «< • • «* o r*. «• r> m O ©» »* >■ - HI4A CE W U> < CM 3 «* Z« • •• •«> «m n «» i<» r» c* o -> . -< (M -O *-« CM o mr<» «n»o • ^ CM 4> O KJCM — W'TrtO • «4 CV ^4 fM 4A «-« O o com "« ..................... CKUf »-••»•••»• •••••••»»ll« Ul 3 O CD-I Z ■* z *■ 3 • > Z X u — — r CD X 111 0. « 3 ox a — a. ac at C9 u. 357 Table V-l. —Continued '• ro o fM tM »H CM (M CM NxNrlBO ■4 o «Nt- »-> CM CM ►» "C o O m n »-« «■! «-l >«H <-t»4 CM CM «4 H^^dHrlCIMtMO CMrv in V »• »-» Tl CM CJ CM CM m •rl Nrl »-l CO IT. »-l CM CM W >0 •« •* O o O CM O - CM « «-• »-i »o » cm <5 r< o i-l CM ^ MX m to >- - ICM l>)MHHt4H MIOMnT4l\l*«ONO «o in .H - «*» CM * ' ■. o o NnN(M(M(MnrlVHI<)N(\ll<)««nB^N»0 »«l«)0«H)l<>»'0«J(M»0(MN»0 m CM o rv CM 0» CM in o> t T-l-O m >- - or, cm ■t :> ■ Z«> «cif> £» HNO IS •< CM«-iCMrj m «-< r-t o WiHCMCMCMCMfCM C K> >0 O , „ rtK) « 00 5" w CMCM»OtOCM«HI«\CMr*^ ♦ coo »-«CM IA in CM » o»bo rINIA CM in CM ' -w r- o to o o o in -< .h w « CM CM Hirvnino»o »-• i-i «-i cm H(M CM W CM CM wtoo-oma-oo rlHOII\J(M n lu (A ex ut ui 3 a> _i Z E »- 3 z r CD X a. •« ce o o a ao «o m (viO00«(\loa«VIMC10CI«l\l * VM^IOlOi^NIMNNNHHrlHrlOOOO ►-•••t»ll»l»»>l»l» u z UI z> a LU a. to lu o cc c/> ac ui LU Z3 CD-I X •« o:> z X »- 3 zr (DX O- •< ax. cr <9 o a »ttiiiitiiii o »•> »«i 9> •«««ie«««Aie««««io«««iMo u « m o M ••MO • N o •» «• ts«n * oo o M M art v« W •» w *t * • O © • e M »*M •ft e J? M •• «4 M •« >(t*HflNt«»Mlie • « m m> »r» e •* * * *• MM M «*»M • «V » O ••• * S 0 £ • •«*• M MM MMM*« M»tir^»o • »« M M » <• O S «« * —,—•.•,—,•.«-«•••• • MM e O * «• «««rf«*M»M MM«« M«M«t MO • mm * : o •> mm oi««Nn • iifnn* «•<• mo • M« M e • MM N * _„. • "* MM MM • t 2 MM • M wtr* MM MOV ♦» MMMf* Ml M MO »• * M MM «M IT ■m m 9 •« CM 419 MMMMMOMCMVO ^ . «4MM«4 •• « M M ♦ M Jk M MMOMMMMO • M •* M M ♦ M » « M • • •* MM •*•«-•« O • kIM M «4 W M M O O MAC ©©• « » MO • 4« M0«<0 •• M OM * V CM M^ • ••••••••••••••••••• • ««MMMMMMMMMMMMMM«40eoe M II * -. MMMMMMMMMMM----00000 rs s 3s o S £ 359 3. Variance Density Vs Wave Frequency Table V-2. — Variance density (ft^ sec) of wave height vs wave frequency at grid points for 0000, 0600, 1200, and 1800 GMT, January, 1959 CM e CM cm •n ¥) • CM o w* »H o o •ir4 <-> • CM in •H k r> »o CM CM CO (M • «4 to «4 » w e IO cMcMnir ■r* O r» ** m CO «H *» n u\ w cm • «-t,o CM CM «-< »-l » M5 o »h CM«Hv4CM<-irocvirv •H CO s I O CM • $ 2 a ss I o « CO o CD cr a) K> » cu § •H CO a cu CU o CtJ •H M cd > CO CMCM (MHIOHH CM in « IT) r> rj CU ^ co CU U «-i CMC\jvmcor- g> * > I cm r- m If. CO (M ff >-i cm r^ • CM r»WHH OOOOOOOOOOOOOOOOOOOO knomomomomomoiromomom (D9s^ag) iC^xsuap goupjJFA a or -* UJ CD t/> X Ul 3 3 2 _» «- > Z — x CD 3 a. x o — — X cc •* a x oooooooooaooooooooooo ootnoinoiAomomomoirvoirtomoin DO(>«COlAin««K>IO(M(MHr< OOOOOOOOCSOOOOOOOOOOO OOCDC3KNOOiniA«4r>fOC>JOJ-4H (oas^g) X^jsuap aouBtJHA 360 Table V-2. —Continued CM CM cm CM CM »-• *-i (X CM m CM •€> CM C* CM rlTtntd O (vmcvN •1 «H «H «* «H O to to in CM CM rlrt(Mr<» in CM o CM iwnt» <♦■ r> riMOC H «o in »o 10 CM CM o in m cm & CM «-• IO CE » « CM an z -o •« • ->» r^ ri in r^ 10 o CM oo « in cm 10 « o « «H ♦ CM fO CO <0 r> 10 « » o cm rv to cm T-l o CM O CM CM CM »o in t* ©• « *4 eo > >© « «-• z» 1>» « o CM «H » » IO rt CM IT CE «» Ui CD Ut X UJ 3 3 2 •- X a. x Q — •— >c CE < (9 X ooooooooooooooooooooo oomoinomomomoinomomomoin ooot»cor^-r-4>4>tnu>v-< OOOOOOOOC300000000000 inovNoirvo^oirvoi^oiAOirioiAotft <* o*©tois K ooinin ^ ^ *o io cm cm •-«»-• oc CE CE < 3 3 2-1 — X CD 3 a. x Ck — — X CE -t o x ooooooooooooooooooooo oamomomomomomomomomoin OOOOlOCOsrv* Oiftift t « tOfOCMCM <-!•-« OOOQOOOOOOCiOOOOOOoOO tnomomomomomomomoinoin » o to aj r-. r> o«JliA» ♦ IO /O «M CM -• «-l 361 Table V-2. --Continued ft *>«->* • ft ft •4 ft ft •« m 9*m ftftftO «• «■«<«• aft«* *i mm «»*«a««ft **a«* •4ftft aa 3 <« aee • A ««o s r aft—ftftaftftftg - -ftO ftg J"- ► ft- *«««ft »• A * ft * •"> 22 N oft o «a e o oo a a oo o oo o o oo e a oaeoeoeooaeeeooeooaao ee a ea oa aa e a oaoao a eaoa •« ao aoa eaea a a oa oaoaoaoa rut t: ?a o ooo oo oo o ooo oo eo oooo __ _• ir» oa o a aaoa oa ea eaea oa * _* aeaeaeaoaeaoaeaeaoa I! I! — » —*« S2 3* 362 rable V-2.— Concluded IT CM *l CM « Jm MT * • 5 I 2 fl «-( C* 9-1 M •hc* . -<(Mrl -CM K »(H ' ■« •(« HW O «-• j. CM W ■» r» ° . « e «D • » »4€MCM«*«-l«-ICM»-ir«>CMIf\0O n woo o •» ■»» » a «4«4j N •<• irt *> CM 1^ • CM O CM * w4 NO O «\ W CM r» o* r • *»«HCM«HCMr^rv»K\oivr^ cm wo o w w o e> CM W » fO Arf IO -O B> CO o o W •© W KJ CM «\ r- • MK!»ooh« >. o WO fc- CM W W W W O cr w w or n « w •« JO 3 O OCM Z W » ffi Z *«■ « . ^r« •« • >Hir. I- f) ao -> rl WO ->f^ CM CM <0 O i-l o W CM W\ » CO CM • O tfN • CM O CM t> i-l o u\ »*> * W »1 W IO CM O CO •» . «0 •« CM OOOOOOOOOOOOOOOOOOOOO CM OOOOOOOOOOOOOOOOOOOOO cm ooiroa>ou\oiAoinoir OII»»ll>llt«tllttllll UJ o • • > > • > c > > • I • I • I > • I • • CO (A CD V) 1 UJ X UJ 3 -^> OOOOOOOOOOOOOOOOOOOO ^> ^* OOOOOOO^OOCaOaOOOaooQ 2 — ' iooiooiTiOtfNoirtoiAoiro^oi^ai(\ 2r _i irtotnou*\oirtoir\otAoirtoirioirioir\ * o>ococo»^f^o-Ovf»ir»>»«toforMCM-«i-i S o> o so co NKo«mn««n'OivNHri z z — X ►» X a> r> a> a a i a. x a— o — — X — X cr •< or •« ox ox 363 4. 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O 4J tf> o C cr O O a •H p. ■M T3 O -H CU U 3" CO 00 CO CO O U a) a> 00 •rl i*- Pn 369 4 i 4 4 4 4 4 4 1 : 4 : 4 4 4 4< 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 -8 la la is la la la la ia —5 ia 4 4" 4 4 4* 4 4 4 4 4 4 4 4 4 4 : 4 4 4 4 4 4 4 4 4< 4 4 4 4 4 4 4 4 4 | I I I I | I I I I | I I I I | I I I I | i I Ofc 9E OE 9S OB i | i i i i | i i SI 01 4 4 I I I X E i~ z 12 b IS «•» •H 5 CD I CJ •H 4-1 •H C ' 00 >* •H CM CO C>4 O 4J C -H O O •h a O -H a) *-» co &o CO CO o u o a) & H I I °P cu s, •H 133 J — 1H333H 3AbH iNb33JJN03S 370 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 \ 4 4 4 4 4 4 4 4 4 4 * 4 4 4 4 4 4 4 4 1 4 4 4 4 4 4 4 -8 ■9 .» .& ■ » .« 8 ■Si «-* -CI C-8 4 4« 4 4 4 4 4 4 4 J 4 4 4 4 4 4 4 4 4 4 4 4 4 4 Ok rr i4 i i | i i i i | i TTT i | i i i i | i i i i | i i i i | i4 i i | 96 as, a 02 SI 01 s 133 J — 1HQ33H 3AbM lNb3!JINQ3S P" i-rr X -SO w O 4J ,£! Ml •H § ■M fi cd o •H <+-( e • 01 CM m •• o u C a •H o O •H a. ■U T3 a •H a) M CO 60 CO CO o M o H I I • I > CD M toO •H 371 5. Wave Spectra (Frequency vs Variance Density) for Various Significant Wave Heights VARIANCE DENSITY FOR SIGNIFICANT WAVE HEIGHT OF 2 TO 4 FEET JANUARY 1959 NUMBER OF SPECTRA = I o K> Cft 8- o 00. 8 coH o o 08 CO CM Q * s K- O I t 8 CO z o UJ £ is. OC O O 8. o to CM- O o o \ 1 1 1 1 I i i1 1 i 1 1 i *i 1 1 'i 1 1 'i 1 11 n 1 1 1 1 i i 1 1 1 1 1 1 1 1 1 i 1 1 1 1 i 1 1 i i 1 1 i i 1 1 1 1 1 1 1 i i i i 1 1 0.03 O04 0.05 0.06 0.07 0.06 0.09 0.10 0.1 1 0.12 0.13 0.14 0.13 0.16 FREQUENCY IN HZ Figure V-10. — Wave spectra by wave height interval (ft), 2 to k ft. 372 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 4 TO 6 FEET NUMBER OF VECTOR ■ 10 8- S 8- 8- in 2 8- SB- is- 1-4 1 8- 84 8. B 8 «• • 8 0.03 0.M 0.05 0,06 0.0? 0.00 0.08 0.10 0.11 0.12 0.13 0.» 0.15 0.16 FREQUENCY IN HZ Figure V-ll. — Wave spectra by wave height interval (ft), 4 to 6 ft. 373 VARIANCE DENSIH FOR SIGNIFICANT WAVE HEIGHT OF 6 TO 8 FEET JNJfflT 1958 MJCER OF SPECTHR - 13 l-i 8 I. (J ■ C si- 8 1- is. 8. 0.07 0.06 0.08 0.10 0.11 0.12 0.13 0.11 0.15 0.16 FREQUENCY IN HZ Figure V-12. — Wave spectra by wave height interval (ft), 6 to 8 ft. 374 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 8 TO 10 FEET jmsm 1959 MICER OF SPECTRR - 19 I I. I. I. 8. I. 8. H ■ c ^8. Is. 1» 1 1. 0.03 0.04 0,05 0.08 0.07 0.00 0.00 0.10 0.11 0.12 0.13 0.14 0.15 •»!• FREQUENCY IN HZ Figure V-13. — Wave spectra by wave height interval (ft), 8 to 10 ft. 375 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 10 TO 12 FEET JWUWT 1959 HIKER OF SPECTflfl • 27 1- I. 8. U tn tn Is. 0.03 0.04 0.05 0.06 0.07 0.06 0.06 0.10 0.11 FREQUENCY IN HZ 0.12 0.13 0.14 0.15 0.16 Figure V-14. — Wave spectra by wave height interval (ft), 10 to 12 ft. 376 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 12 TO 14 FEET JMJfflT 1958 NLH3ER OF SPECTBR - 12 FREQUENCY IN HZ Figure V-15. — Wave spectra by wave height interval (ft), 12 to ik ft. 377 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 14 TO 16 FEET JMMVr I960 MMER OF SPECTHA - 6 In I. 8- »- B- 8. b (LttS 0>W 1 1 i i i 1 1 i i i j i i i i j i i i i | i i i i | i i i i | i i i 1 1 i i i i | i i i 1 1 0.06 0.06 0.07 0.06 0.00 0.10 0,11 0.12 0.13 0.11 (WIS 0.16 FREQUENCY IN HZ Figure V-16. — Wave spectra by wave height interval (ft), ik to l6 ft. 378 VARIANCE DENSITY FOR SIGNIFICANT WAVE HEIGHT OF 16 TO 18 FEET JMJRHT 1059 NLMER OF SPECTHA • 3 v \ % 0.03 0.04 \\ \%\ \ i i i i \ i i i i | i i i i | i i i i \ i i i i | i i i i | i i i i 1 1 i i i j i i i 1 1 i i i 1 1 0.06 0.06 0.07 0.0ft 0.00 0.10 0.11 0.12 0.13 0.M 0.18 0.16 FREQUENCY IN HZ Figure V-17. — Wave spectra by wave height interval (ft), 16 to 18 ft. 379 VARIANCE OENSIH FOR SIGNIFICANT WAVE HEIGHT OF 18 TO 20 FEET MMOI flr VECTOR • 1 0.03 0.01 0.08 0.06 COT Q.06 0.08 0,10 0.11 FREQUENCY IN HZ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0.12 0*13 0.11 0.18 0.16 Figure V-18. — Wave spectra by wave height interval (ft), 18 to 20 ft. 380 VARIANCE OENSITY FOR SIGNIFICANT WAVE HEIGHT OF 20 TO 22 FEET jNMrr ion mm & spectm - 9 I I I §■ 1 1 8* Is 18- 1 1 1 n 0,03 &(N I I I | I l l l | > l I l [ l I l I j 1 l 1 l | I 1 l l l 1 0.63 0.06 0.0T 0.06 0.08 0.10 0.11 FREQUENCY IN HZ 1 1 I 1 1 1 1 j 1 1 1 i 1 1 1 1 1 1 1 1 1 1 ; 0.12 0.13 0.14 0.15 0.16 Figure V-19. — Wave spectra by wave height interval (ft), 20 to 22 ft. 381 VARIANCE DENSITY FOR SIGNIFICANT WAVE HEIGHT OF 22 TO 24 FEET JRNURffT 1959 NUMBER OF 9PECTN) • 3 I- I- I- g. 8. CM i i i i»| fn i | i i i r [ i i i i j i i i i | i i i i | i i i i | i i i i p i i i | i i i i | i i i i 1 1 i i 1 1 t i i 1 \ 0.03 O.0H 0.05 0.06 0,07 0.0ft 0.06 0.10 0.11 0.12 0.13 0.M 0.18 Obit FREQUENCY IN HZ Figure V-20. — Wave spectra by wave height interval (ft), 22 to 2k ft. 382 VARIANCE DENSITY FOR SIGNIFICANT WAVE HEIGHT OF 24 TO 26 FEET JRNUWr 196B MMDI OF SPtCtm - 6 ■n-r 0.03 0.04 l | I I I I | I I I I | I I I I | I I I I \ I I I I | I I I I | I I I I | I I I I | I I I I | I II I f I I I I | 0.0S 0.08 0.0T 0.0ft 0*08 0.10 0.11 0.12 0.13 0.M 0.18 0*16 FREQUENCY IN HZ Figure V-21. — Wave spectra by wave height interval (ft), 2k to 26 ft. 383 VARIANCE OENSITY FOR SIGNIFICANT WAVE HEIGHT OF 26 TO 28 FBET • t ) i i m^ i i i i j i i i i ; i i i i j i i i i | i t i i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ; 1 1 1 1 |i n i ft 1 1 if 0.03 0.04 0.05 0.06 0.07 0.00 0«0I 0.10 CWll felt til til *» fc» FnEQUENCY IN HZ Figure V-22. — Wave spectra by wave height interval (ft), 26 to 28 ft. 384 VARIANCE DENSITY FOR SIGNIFICANT HAVE HEIGHT OF 28 TO 30 FEET MM0 OF SPECTRA ■ 1 8- § § I § 8. in cm 8 SI- SI. !■■ i i. i. i. 8. I I I I | I I I I | I I I I | I I I I | I I I I | 1 I I I f'l I I I | I I I I | I I I I | I I I I [ I I I I { I I I I | I I I I | 0.03 0.04 0.06 0.06 0.07 0.00 0.00 0.10 0*11 0*12 0.13 0.M 0.15 0.10 FREQUENCY IN HZ Figure V-23. — Wave spectra by wave height interval (ft), 28 to 30 ft. 385 VARIANCE DENSITY FOR SIGNIFICANT WAVE HEIGHT OF 30 TO 32 FEET JMUfVIT 1SS8 MMER OF SPECTRR - 3 | i i i i | i » i i j i i i i | i i i i y i i i i [ i i i i | i i i i [' i i i i | i i i i | i i i i | i i i i | OiOS O.0K 0.06 0.06 Obff? 0.06 0.08 0.10 0.11 0.12 0.13 0.11 0.15 0.10 FREQUENCY IN HZ Figure V-24. — Wave spectra by wave height interval (ft), 30 to 32 ft. 386 VI. Oceanic Conditions (Static) A. INTRODUCTION The historical file of bathythermograms (BT's)in the NODC Geosort File were used to prepare section B.l comprising 20 vertical cross sections shown in figures VI- 1 through VI-6, and the NODC Vertical Array Summaries — Bathythermograms (section B.2). The historical file of ocean station data in the NODC Geosort File were used to prepare NODC Vertical Array Summaries — Ocean Station Data (section B.3). It is generally recognized that BT absolute tempera- ture and depth data are frequently in error, owing primarily to the difficulties encountered in calib rating the instruments. The BT calibration grid overlays are nonlinear in both the vertical (depth) and horizontal (temperature). However, in any usage of the same instrument with the same grid overlay, the BT-observed temperature gradients are generally accurate in the horizontal and vertical fields. Most of the BT data in the Geosort File are limited in depth to 450 feet. Ocean station data, on the other hand, are quite accurate in their absolute temperature and depth values, which are provided by accurate mercurial (reversing) thermometers and predetermined distances between instruments on the vertical array. The depths probed greatly exceed the 500-meter requirement for this report. Disadvantages of station data, for this report, are their insufficient numbers and their discrete levels of observation (very close to standard depths). The thermal structure presented therefore depends on BT's for both volume of data and accurate temperature gradients (regardless of absolute temperature values), and ocean station data for accurate temperature depiction and deeper water (to 500 m) definition. Combined with sea surface temperature statistics presented in Section I of this report, the vertical temperature arrays provide for practical three-dimen- sional matrices of ocean temperatures. Ocean current data were supplied almost entirely by the U.S. Naval Oceanographic Office. The most important surface current sources were the current roses from published naval summaries and statistics derived from them (fig. VI-9 to VI- 14 and table VI- 1), and maximum current observations prepared from H 1-9 cards by the U.S. Naval Oceanographic Office. Subsurface current data were drawn from many sources, predominant among which is the U.S. Naval Oceanographic Office H.O. Pub. Series 700, from which curves and statistics were drawn. B. DISCUSSION 1. Ocean Thermal Structure a. Vertical cross-section temperature profiles. Vertical cross-sections of temperature were made for 5 sections (fig. VI-1). The profiles are dimensionless in temperature, but they do show the spatial changes in the vertical thermal structure from one environmental water regime to another and the temporal changes, particularly the seasonal cycle of the thermocline. Profile No. 1 (fig. VI-2) reaches from the Maine coast, through the Coastal Water, Slope Water (and the Slope Front), the Gulf Stream, and into the Sargasso Sea. The most obvious feature is the shallow bathymetry between 41° and 42°N where the section crosses Georges Bank. In the January, February, March figures, the waters are isothermal except for numerous occasions of warm Gulf Stream water overrunning cold Slope Water between 38° and 41°N, and the overrunning of the Slope Water by colder Coastal Water in the Slope Front areas north of Georges Bank. The seasonal thermocline is nonexistent above 300 m and the only deviations from isothermal conditions are due to kinematic conditions in the frontal zones. In the spring the seasonal thermocline appears, but it is rather shallow and not very strong. By summer, the thermoclines are deeper and more pronounced. In the shallowest waters of Georges Bank and the Maine coast the thermocline does not show because the water, although warmed from the top, has become mixed throughout its depth. Autumn season BT's show a considerable deepening and weakening of the thermo- cline as the water columns again tend toward their winter characteristics. Profile No. 2 (tig. VI-3) runs eastward from the South Carolina coast, across the Littoral Current, the Shelf Water (and Gurrent), the Gulf Stream (Plateau Current), and into the Sargasso Sea. In January -March, the waters are generally isothermal through the top 300 m except for the region of great contrasts (78° to 80°W), the eastern and western boundaries of the Gulf Stream. The 387 water contrasts between 78° and 80°W are apparent in all seasons, as indicated by the permanent thermoclines which contrast with the ideal seasonal changes exhibited by water of the Sargasso Sea. Profile No. 3 (fig. VI-4) lies north-south across the Gulf of Mexico, and represents waters of the Campeche Bank, the western intrusion of the loop current, and the coastal waters east of the Mississippi Delta. In January- March, a faint remnant of the seasonal thermocline is apparent except in the shallow coastal waters. The reemergence of the thermocline in the spring (April -June) is most obvious in the shallow southern part of the section, more subtle in the deeper waters, and not yet existent in the central Gulf area which includes the loop current. Upwelling appears over the Campeche Bank where the colder deep water has pressed close to the surface. By October-December, the seasonal thermo- cline has appeared over the entire section. Profile No. 4 (fig. VI-5) lies east-west from the coast at San Diego across the California Current System into the Pacific basin. The permanent thermocline exists all year. Its intra-annual changes are typical in nature, except that the layer depths are much shallower near the coast (within 100 to 150 miles). Profile No. 5 (fig. VI-6), at the latitude of the central Oregon coast, also lies east-west across the California Current System, into the Pacific basin. In typical fashion, the seasonal thermocline is deep and weak in the winter months and shallow and strong in the summer, especially so in the fall. Of particular interest are sharp temperature gradients adjacent to the Oregon coast in the spring and summer months, a reflection of the strong upwelling prevalent in that region. b. Vertical temperature array summaries The three oceanic regions of this study were divided into the sub regions and miniregions shown in figure VI-7 for the western North Atlantic Ocean and the Gulf of Mexico, and in figure VI-8 for the eastern North Pacific Ocean. The subregions were delineated subjectively after careful study of the available atlases and climatologies. Truly homogeneous areas larger than 1° quadrangles cannot be obtained in most of the regions described here. A compromise of homogeneity was therefore mandatory in order to present a manageable number of subregions large enough to contain sufficient subsurface data for climatological meaning. The results (fig. VI-7 and VI-8), though far from perfect, are believed to represent a practical and valuable separation of the major regions for first approximation engineering decisions. In the subregions (fig. VI-7 and VI-8) are miniregions consisting generally oi 1 to 5-1° quadrangles, for which ocean station data, alone, are arrayed (section VI-C). The miniregions are embedded, generally in homo- geneous water masses, have fewer observations that are more accurate than BT's, and reach down to the 500-m level. Section B.2 (computer listing) shows ocean temperatures in the vertical by 5-m intervals from the surtace to 100-m and 25-m intervals to the 275-m limit of the data for the subregions depicted in figures VI>7 and VI-8. Maximum observed, arithmetic mean of all observations, and minimum observed temperatures (°C) are listed on the left of the pages, followed by tne number of observations in the array, standard deviations of temperature, and vertical tempera- ture gradients (°C per 100 meters) in the form of maximum, arithmetic mean, and minimum. (Gra- dients are taken from observed profiles only; they are not precisely related to the envelopes of the temperatures.) Machine -printed graphics on the right of the pages present the temperature-vs-depth curves (envelopes) for the maximum and minimum observed, and the mean of all the data. (1) Bathy thermograms The file of historical BT data is not taken from any specified years: it represents all the data processed and archived at NODC by April 1971, and is variable in numbers of observations in the seasons and the total for each subregion. It may be argued correctly that the standard deviation is a poor descriptor of all the BT data in any one subregion, because the temperature distributions may not be Gaussian. However, the standard deviations show qualitatively the varia- bility of the data. In the arrays, small standard deviations indicate that the water mass is generally homogeneous and nearly unchanging; large stan- dard deviations may indicate that more than one water mass (with unique thermal structures) are to be found in the subregions, and/or interannual changes within the water mass may be large. Standard deviations are used in other environ- mental data displays which may also have non-Gaussian distributions. They are still a helpful tool. The Interagency ad hoc Task Force was limited in its budget: No new programming was to be funded. To obtain' percentile distributions would entail prohibitively costly programming. Of greater concern in tne vertical temperature array summaries is the error of the BT absolute temperatures data, especially due to instrument calibration and ship navigation errors. Vertical gradients of temperature should be reliable, however. The BT data are provided in monthly summaries; the data display too much variability within the subregions to be summarized by 388 3-month seasons. The variations in ocean processes and the interannual changes are too great. (2) Ocean station data For each miniregion in figures VI-7 and VI-8, vertical temperature arrays (table VI-2) have been prepared. These seasonal arrays, by IAPO standard levels from the sea surface to 500-m present the maximum and minimum temperatures observed and the arithmetic means, number of observations, standard deviations of temperature, and ver- tical temperature gradients (°C per 100 m) in the maximum, average, and minimum. These arrays (table VI-2) portray the thermal structure of the principal water types, away from the oceanic fronts where possible, and in the areas frequently observed as the core of strong currents. Comparison of these arrays with those in vertical cross-section temperature profile (fig. VI-1 to VI-6) and particularly the bathythermograph summaries (table VI-1) should give a complete picture of the thermal structure where the diverse water masses intermingle. Table VI-2 also presents the thermal structure of the deeper (to 500 m) water. 2. Surface Ocean Currents a. Introduction The ocean currents in the United States coastal regions are complex — so much that it is not possible to describe them in detail for a given point in time. The climatological treatment, while employing all the data sources readily available and concentrating on specific problem areas and geographical areas, is still a generalization of actual current parameters. Well known currents, such as the Gulf Stream, Florida, loop, and California Currents, are involved. Much data on these current systems have been obtained recently, but much more are required. To illustrate some of the shortcomings in the current data, consider the weak link between the geography of a current system and the geography of the observation system. The core of the Florida Current is usually about 10 wide. Yet the bulk of our surface ocean current data (HI -9 cards) is obtained from the difference between dead-reckoned distance traveled and actual distance traveled by transient ships over 1 2-hr (more or less) time spans. Further generalizing the parameters of ocean currents, the data as gathered are lumped into average conditions in 1° squares of latitude and longitude. There are accurate, pinpointed instrumental current observa- tions, but they are too few in number to provide meaningful frequency distributions, they frequently confuse the tidal with the nontidal motions, they are concentrated in a few local areas, and many of them are not in readily usable form. The foregoing criticism of the data is included only as a cautionary measure. The current statistics that follow are still the best display of data available at this time for the specified geographical regions. It was the intent of the compiler of current data to present current speed statistics in m/sec. However, knots were reported in almost all the sources used, involving about 95 percent of the data; therefore, knots are retained. Conversion of knots to m/sec requires multiplication by the factor 0.51479. For certain specific applications, the conversion can and should be used, but to convert in advance the speeds of all the data (which have been filtered, averaged, and truncated) would be to destroy some of the integrity and character of the current data presentations. b. Data sources The basic sources for ocean current statistics in this study were supplied by the Navy. They are H.O. Pub. No. 700 Series, Section I, Tides and Currents, for the Atlantic Ocean Coastal regions and the Gulf of Mexico, other Navy Atlases for the Pacific Ocean coastal regions, and Navy analysis of maximum current speeds by 1." quadrangles for all regions. Other sources, some summaries and some specific observations have been included here, but they generally fit well into the statistics already extracted from the three basic sources. Several sources of excellent data that would make outstanding frequency distributions of surface and subsurface currents have not been made available to NODC in readily usable forms. These include about 300,000 Hl-9 cards held in the U.S. Naval Oceano- graphic Office, and several Woods Hole Oceanographic Institution (WHOI) files of instrument current measure- ments. Additional Hl-9 cards would add some weight to the already impressive mass of data that make up the two basic sources, but would probably add little new information. The WHOI files of data, on the other hand, represent new and valuable instrument data. They are expected to be processed into usable formats in the near future and be made available to NODC and the oceanographic community at large. Drennan (1963) summarized results obtained from drift bottles released just east of the Mississippi Delta and south of Mobile Bay from September 1960 to October 1962. The few bottles returned showed considerable variability in direction and speed. Drennan computed maximum Lagrangian speeds. These and the additional statistics for point 3 -A in table VI-1 were prepared from Drennan's data. Gaul and Stewart (1960) observed ocean currents just offshore (to the 40-fathom line) Imperial beach and Pt. 389 Loma, California, for 103 days in 1956 and 1957, using free drifting drogues. Their results are somewhat similar to those extracted from the basic Navy sources (subregjon 44) except that they were for close inshore areas and their velocities were only about 50 percent as great as those in the basic sources. c. Analysis The three specified geographical regions studied here were already divided by the U.S. Naval Oceanographic Office into subregions of characteristically similar statistics of surface currents. These subregions were adopted for this study and their statistics were used as a base for the statistical analyses that follow. Figures VI- 10 to VI- 14 identify and locate the subregions (see bolder number in each subregion). The subregions are also identified in figures VI- 15 to VI-17, and in VI-20. All surface current data are presented for two seasons: winter (January, February, and March) and summer (July, August, and September). Current roses shown in figures VI -9 to VI- 14 were taken from U.S. Naval Oceanographic Office sources. Frequency distribution matrices, table VI-3, were derived from the current roses and from a summary of maximum current speeds by 1° squares of latitude and longitude, also supplied by the U.S. Naval Oceano- graphic Office. The maximum current speeds are shown in figures VI-15 to VI-17. (1) Surface current roses Surface current roses, figures VI-9 to VI-14, contain most of what is known of the surface currents in the mesoscale. There are, obviously, small-scale variations in both time and space which do not appear in the roses. However, in the general sense, these current roses can and should be used to determine probabilities of ocean current parameters. Use of the current roses is rather straightforward. A legend is supplied for each of the three basic regions, in figures VI-9, VI-1 1, and VI-13. (2) Surface current matrix A matrix of current speeds (table VI-3) was made from the current rose data. The following statistics were taken directly from the roses: (1) number of observations, (2) percentage of frequency of calm, 0.1-0.9, 1.0-1.9, 2.0-2.9, 3.0-3.9, and 4.0 knots or greater, (3) prevailing current direction, (4) direction of maximum current speed, and (5) the mean speeds of currents in the direction of the maximum speeds. In addition, by use of the analysis technique explained in the sketch below, the following information was derived from these values: mean current speeds, 98th percentile of current speeds, and probable maximum expected current speeds. The mean speeds were obtained by using properly weighted values of each speed category and averaging them. The 98th percentiles and probable maximum expected speeds were derived by fitting curves (on Cartesian coordinates) to the percentage frequencies of each speed category, then extrapolating for probable maximum and interpolating for 98th percentiles. Maximum observed speeds were taken from U.S. Naval Oceanographic Office statistics supplied for this report. Most probable maximum current speeds are the highest current speeds that can reasonably be expected to occur in any one full season (winter or summer). They coincide with the point on the speed scale where the speed curve becomes asymptotic. Extrapolation and interpolation require that the data have a systematic distribution. According to the table VI-1 and the typical distribution curves in the sketch, the mode (or modes) are always closer to low speeds than to the high ones in every distribution. The required information, however, is found in the high-speed tail of the curve. It is here that the curve may be expected to assume a modified logarithmic distribution as shown in the sketch. Such an assumption is supported by Gumble (1958). The results are therefore based on this assumption. Speed extremes so derived can have large errors only for localized or short-lived current anomalies which are likely to be measured only by chance. (3) Maximum observed current speeds Maximum observed current speeds without regard to directions, as supplied by the Navy, are shown in figures VI-15 to VI-17. They are the maximum values ever reported by ship-observation over the years and are presented by 1° quadrangles of latitude and longitude. The probability of finding actual current speeds greater than those in the figures is remote. Some of the values were flagged because they seem to violate continuity with their local environment. For instance, in fig. VI-15, the group of data plots show observed maximum speeds of from 1 .6 to 3.1 kt, in a region that is about 2° of latitude south of the average position of the core of the Gulf Stream. It is possible for a ship to observe anomalous values under extreme environmental conditions. Perhaps in hurricanes or other intense storm conditions, the drag of very high winds over the water might generate a strong local, short-lived, current; or the 390 AREA NO. 24 N— 3180 CALM-- 5% 0.1-0.9-63% 0- 1.9 -22% 20-2.9 - 8 % 3.0-3.9 - 2 % 3.3 — 98 PERCENTILE 3.9--PR0BABLE MAX. SPEED (KTS) drag of strong winds on the ship's hull and superstructure might create an apparent high speed ocean current. 3. Subsurface Ocean Currents a. Introduction Statistical arrays (frequency distributions, etc.) of subsurface currents require many observations. The Interim Report on Data Search and Acquisition (Activity 2 of the Task Force) shows that there are few reliable reports of current observations below the ocean surface readily available at NODC. As mentioned in "Surface Ocean Currents, Data Sources" (See B, 2.,b.) significant amounts of data have been obtained by WHOI, but they have not been processed into forms usable in this report. Subsurface ocean current measurements like the majority of oceanographic data, were gathered on specific missions. Thus, the areal and temporal distribution of the data were dependent upon the requirements of and facilities available for the needs (frequently contractual) of individual agencies conduct- ing specific research and development missions. Unfor- tunately, this has resulted in a concentration of current profiles in the Straits of Florida and in areas of the Gulf Stream, and few of them are available in sufficiently long time series. The Gulf of Mexico and most of the eastern North Pacific are practically devoid of subsurface current data. b. Data Sources Except for several special studies, the subsurface current data are taken from H.O. Pub. No. 700 Series, Section I, Tides and Currents. Vertical profiles of currents, made from good observations, were taken from the sources and are shown in figure VI- 19 and table VI-4. Collins and Pattullo (1970) observed subsurface currents near the Oregon coast, using buoy-moored current meters. The buoy array, from the coast to 125°05'W'and along the 44°40'N parallel, produced current observa- tions at five depths. Some of their results are shown in Table VI-5. Bums and Banchero (1966) conducted a series of subsurface current measurements in June and July 1965. They lowered meters at the apexes of a small triangle in the western North Atlantic Ocean east of the Bahamas. Their data are summarized as point number IS. Table VI-4, the matrix of vertical profiles, was derived from the curves in figure VI-9. Information on stress of the shearing forces along the vertical in the marine environment is important to those involved in the RDT&E of buoy and mooring hardware. Therefore, 391 the table was designed to show not only profiles of currents but the horizontal current shear with depth. c. Analysis The user of the current data should bear in mind that while there are few frequency distributions of subsurface currents, the vertical pattern almost invariably describes currents whose maxima are at the surface and whose gradient of speed extends downward to some "layer of no motion". The surface current maximum is generally three to four times the mean speed of the water column above the layer of no motion. Surface currents (preceding section) are described by frequency distribu- tions. The depth of the layer of no motion is a relatively conservative parameter and is usually greather than 500 m (the limiting depth for this report). Therefore, the profiles and gradients shown in the figure VI- 19 and table VI-4 can be useful, but only if handled with great care. Figure VI- 18 contains the legend, fig. VI- 19 vertical curves of current meter observations, and fig. VI-20 locates the points of the observations (small numbered dots). To help develop the perspective of the current systems, additional data have been included on figure VI-20. Circled numbers and heavy lines show the subregions for surface current data. The thin dashed lines show the extreme limits of the Gulf Stream and the thin solid lines the average position of the Gulf Stream core. Where the data were available from the H.O. Pub. No. 700, additional surface current speeds were added as small dots, each associated with a notation of speed and/or direction. C. DATA 1. Vertical Cross-Section Temperature Profiles Figure VI-1. — Locations of vertical cross-section temperature profiles. .392 LATITUDE (NORTH) 500 500 LATITUDE (NORTH) 500 Figure VI-2. — Seasonal vertical temperature profiles, by profile number: no. 1. 393 LONOITUOE (WCST) 800 •• LONCITUOC (WEST) LONOITUOC (WCST) Figure VI-3. — Seasonal vertical temperature profiles, by profile number: no. 2. 394 LATITUDE (NORTH) 900 Figure VI-4. — Seasonal vertical temperature profiles, by profile number: no. 3. 395 LONGITUDE (WEST) 500 LONGITUDE (WEST) Figure VI-5. — Seasonal vertical temperature profiles, by profile number: no. 4. 396 LONGITUOE (WEST) LONGITUDE (WEST) 123 LONGITUOE (WEST) 139 LONGITUOE (WEST) 123 Figure VI-6. — Seasonal vertical temperature profiles, by profile number: no, 5. 397 2. Statistics of Vertical Temperature Profiles a. Bathythermograph data Figure VI-7. — Locations of subregions and miniregions for vertical ocean temperature profiles (western North Atlantic and Gulf of Mexico) . 398 Figure VI-8. — Locations of subregions and miniregions for vertical ocean temperature profiles (eastern North Pacific) . 399 Table VI-1. — Statistical summary of bathythermograph temperature data mo! Oi IUNN I ' i •* - ... m.~ • IS i .« !• IS IS o 5 Tl e »• «« *>* Ui! I U> 0-1 IS |JV 8 o H i i • • e m© o x • — e I t°. V\ o ix o • ••••• . J. .r • i i • •;• • • • tr\ ©Im qm o m*|* Hip < o o o ciio o o ©'© ©Jo ©J© o o * o « < - - M •— .^ .MINIM in I -r I p • 111 ' •I . J • • oo'o o I II I coo- I I • • no «i» • • mo in idoo . J • | • d • I CdN4 ««rieD«N V MM N « o oo • I I I T i z% m o mm « 4 OO IV • < • < *• _j — I Of • "i «m m I I x I I • « -o I I I I *o • • >* |IU «l lO ' *. ^*5Tl" *i" "•'*"• 1* 1" ^* * i I m «J im J o * i» e » d » ** » «H £ 2 m in «n nJm i«V»n m|m «*>«* «*]«" ^ IKI- l« < l«« IMI X,» O Sc ox i oo «N«N I I oo,oojow^*o,«* m IN Tfl7"fl:i-iVi • ' ' a doojo o ninIiminIinin "i'r S « «m «nj in Jin en mm! in m|m «n|m Hi" * 1 4*. "J-. T. T> ^ i*. g*. 1 mojmej ••!<-• ni in m im m •Minm* 5* • ale qc i ! I •- IN • I « 4 • < oe in * * •* • i o o * o m o*^ • 4 " • i ocjo o in o a c m c ss 400 Table VI-1. — Continued H im» ~' « o I •!• i i mo o o|oe • •■ • • * *l# * i i i IM 45 IMIM :oo o : « • • OO 4> I I ! i i I i I i o • 1 I -• IM I • (M m IM ■O I • ■CO C -i I I mo IMIM p4 m I I o o «0 IM I • -4 IM m o <0 -0 IM IN I I m O -• m IM IN NO K«M Z O ** I I r- :g 7? c *■« — -* © c c * »© NMHIK f- C IM .» fv IM IM '9 |UJ o !x o. 111 .X iU 1° o IP ,ac ,0. !z .Ul i? IM»I I IM «> IM r»j imi»>! O I IU IM IM o HmH ■» • NO, ►»i«4» Ul! I in p* m 0!«-W K.,-< IM| *4 ** X' *-. a u> > 49 IT "•I in I I u o x > o 4J I- ! • l« o m o m o -l-l 0 0:0000 • • 0 *| • • IM 4> O IM 4) O m 1 \n* -« t» l\f: ■* IM 4) «•; in * cm ♦ O ' ■o ■ M I I «> *-4 «0 w4 0 o ■ 1 I o c • f «J o IMIM IM O O • • o 4f o 4r • I • 4? m© IMUN IM IM O1' IM I I o o I o ■* • • O im Ul Z IM z o M « z in oo > « o « • z o- Ul a o I II iu4i O Z ir m o|c » • •••!•• r» • i • — cJod -" m o |'>" «»o« ««<*mff Mr ♦ « W 4) 45 IM ■ ♦M IM IS l»l c mo NKl * 4f O ffl <-«j r» 0.1 -c Ul HM ••! mi i -I S Ti I 7' ! • !• • ;• • • •! • | '■ •; • • • • :• i IX c o m o|m olm o I M«*NNn oo'ooo o ui O — > < IS 43 4jleM «|e cm ■* I ,eft -m L* cm I I I I I eg mm N|>4 + oo o c o o c I III I oo o © o:oo> • •! • •! • O <-> * *> o 4- 43 •I i O m m m 43 TIT cd e cm cm I I CM gr- in cm I I - «m|cm cm I I I I o © • • 43 CM IT O CO » CO CM CM CM I I Cft CM I I C O • « •r co m o o o •o co i i CM CM I I m O cm in CM© m cm I I Ifl Of • • CM -> I I m O f- O -■ CM o o — I I -g O I • m o CM m CM CM mr-c I I O o I I • O r ~"T~ o X o 1 i O oo Of- r- 43 « — m m •* -c en en o o •r O r- r- r-ir- -do 43 43 43 43 in * * CM ~ C ec r» •*> * ■» O en o> en •o en Z •-("< —'cm cmicm cm CM i-« CM — i^g — -o • • O- o o> o> 0> CO ■o -» « t- 0" ^g o **••••••• • • • «l • • • « • « • • • « • * • • • 1)1 II II 1 1 1 1 1 i 1 1 1 1 oo 1 1 o c 1 1 o o 1 1 1 is m'lr mm m|m 43 43 43 43 f- P* co e o ■-• CM * m r>- co •c en o> — en .r O >....... • • • • • • • • • • • • • • • • • c • « • < CM.CM CM CM CM CM CM CM CMICM CM i CM CM cm n fl c\ m m en en ••• m m « « o r» K4> I™ ■* ir in 43 4> f- co o>i 4} O oo -« CM •* f CO — cm m o r~ CMO „ r | 1 xko *ft OlT C:»r» O m o o cm m K O CM VI e- *■>■ 1 1 —i •*• m* " CN CM CM CM °l* 1 i i (U- ° IUJ 'J !x i5 3 o 'X '* UJ |X o o z i§ < ex If- il en — mo CM» CMCS CM f In*! — i«i*i I I • • • • mo en * in ©i I oo • • ■# ■♦ ■-4 r-> I I 49 CM — CM I I O Oil c o oo • • • •, CD c -c O m © m 4) C 4} CM CM I I • | • * m o in ol m o 4} r- r- co' co o> ; oo oo o • d • «) • i 43 4>[ CM CO O C en e- ♦ m cm e\ I III II I OptHH|fl »4|»4fH I I I I I I I I I ocoqoo • ••«•« CM CD O CD CO 4} in o er o CO 4> * e> I I »4 CM I mom cm m f- 4) 4T • • f- 4> P4 •- I I • • p-i ^» I I 0>0 CO C 3 ni4) « o m •ft >- CM CM OiO oo CO © CO 4T • • CD 4? X l/l X at , t- ui a »- UJ OJ o:x en cmIcm cm « 43i4J 4} CM CM CM CM 43 4) 43 43 41. -I. I I I I I 43 43I43 m I o> &-* m In m CM CM «o « «-*! CO t~l 0' C I III III I I I m m|m 43 43 43 •1 . . . 1 O- » O'O o- ■if- co!c ?ltn o m o 4f m m 43 o> o» f- " c 4f *!* 10:- »" (M O I 4Hee — C>- I en cm cm © o © H o 01 o 1 lit i;i 1 o~ '•-* 1 *lm r-ce«D»lo>^cMm|cD4r'aD — mmlmenlV^Vj^mlm^ o o 0* o o* © • cam© ■ co|eo t> m © m 0 m 1 43 Hf» ™" m ©m 0> OjCM H-i d* e « nr-oc M^fJC I CD. 43 I t olm 1 mil-- I CM! CM 402 Table VI-1. — Continued S S o o o ■c M« N« M* mm MM m — NO P» ia> pt» ' ■c >m >■* >■ a. 8 O X K z o K O z o oo 0» o o o I I MM o in M -> m © M OO •BO I O co o ■o UNO MCD * M I I O oe o •# ■no *m oo M * M M • I * « ■C -0 m O •# O ■# o I I m o • * O IM I I • o M fM *l O t» ♦ l l o c l l m in M « ■a *■ I I M « o — > o> OM l/» z m oo z a Z * o 4) a o ui i- IV z o o» OM m .-< o o ■c * • • CI CI N M O «D -J <7- cc o" O O 1 1 X OS -C 0- 9 • mo * m M M M M M N + o m * co co o o- O CI M O r- r- I I ** —* — m • • mo f- co C 0" + CD i> m * M l 1 •■• M • • m © m m M M r+ — 1 1 CI CI c co • • m o o> o •5 M o m of- r» — O M 1 - o — 1 N «0 « OO m ir * •- m « * m « CO • • m c m m M N 1 o m 1 o « o M • m M i l m*«- ■* •> • • mo m •© 1 I M — • • m c u. o IUJ iO iZ a o o z § lac it 2 5 ,ac l> 'I iZ i -Ol I I • • • • *• • 1 | | | . • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • « • • • • • • • • • • • • • • • • • • • • • • • • • • • o IT O m o — M m © M CI m © CI •# m o * m m o m « m o •e r- moJ r» a m o CO 0" in © 0". o m o m m m o K o m o m m O — o z 0 o ••• ■♦ 1 • o o OM 1 o o O M 1 oo 1 1 o o CO ID CI CI 1 1 c o M 00 m in 1 1 o o «M CO CI i£ 1 1 OO M O CI -• 1 1 0 o O IN IN CI 1 1 O o 0 o M •» 1 1 MO m CD M n 1 1 CD 4 co m 1 1 4) M 1 1 oo « o — M CI CI -« CI •* M CI M 09 CI f- m ■» M MO f- — © o o © 1 © © o> o o ~* 1 1 co — 0 o 1 1 O -O o o X O z o o e> ■o o — m OO •c o m ■c © © • • M " CI CllM M|M M M MIM M M M © |C IV:© *0 • OIO I MM 0,0 ■€> M.M — •f m >- in »< « — olo o •* — II II I O ©l-C Cl|— CD M aD|m 0> • •' • • m ■»iO M ' am o m ©m c i mim ci ci ♦;♦ m ■CO M m c. m -c i mice i Ho ii n? • *i CI ol MIM ( •I • m o|m © OC--<-N-«iOI O J3 -c *| -c -c m o CD O oeci M M . r» m •♦ -r c. H «■« (Ml t-i 1*4 fl •« orioci ■e « m •en> v M C O M • 4 • • O M O O 0" O- —CNMf- M MJO IMjM «H . OH 7 m © K © — IN M • « m o m 403 Table VI-1. — Continued o !< s IQ I It- u o o o 3 12 IS •a u o i* en© NO MB M |n 43 ]n en ol lU'lM N Ol I N •*! • NO — 43 — m — O z o X o z — o u o > « o x o z o eo co i 43 CM i CD O O f- CM 4 I I •H N N cm o 45 m en * cm o I ex -* en — o ♦ m 43 CM 43 CD Ml O in 43 im 43 en — I t «D 43 IT m in c ■o r- I en I o IM 4J CM I" I I m co — c IM CM mo o- o cm o m cm I I o> en — CM I I O -i I I o o CO CO in o t- o ~ CM O CO — I I O O I I 43 CM in m in o cm in CM CM o r- .* I I 0 o 1 I o 43 * en a cm O IM > Z IM l/> a o cm en CM CM 43 « r- r~ 43 « o 43 ♦ CO * 4r CM CM 43 O •o o — en en cm o o- CM V in o ■1 CM in 4) CM IM O 0> f- 45 43 4} in o CM r» co CM IM r» en in in 4} 43 — in en en O CD m O en 4f CD CO CM CM f- 45 4T en 45 45 (0 CO I I 0* in r- *> 45 45 in o * in o> 43 o o 45 in n CD f- 45 a 4) in 45 in o m 45 45 r- CM IM en o> f» in m in 43 * 43 43 «o en 43 4f mo 43 r~ CM CM Q- O- CM CM m 4> en cm CM CM in o co c — c IM O o en r~ .-> in 45 45 in m f- 45 en en in o » o o o I I 43 in m en en en cm in o cm in pH CM CO CO O O CM + in c fo — CM V O co en o o o o in 45 4} 43 in o Z jen — Uo i«M0> CM CO, Iwtw I CM 43 •»' z — * o:-m| -I- m| ■ul Oj CD > a- « in * en N o > • N I Ul o. I I I I — o z go m o m o en * *m 21 • 4> CO N N mo m « 45 * OO I I I ooo ooo O 43 * e N N P4 0> CO N f- 4f m o m i 43 r> r> l OO OO O O * O m * ** ** CM — — O 45 -* 4> mm ci CO CM en « N 4 N cei I I 45 4! en cm O m om o 9 » ON* 4) 45 4? O N 45 •4 | I r* — O O I 'SSS I CM N CM 4J Ncn o ojo o> N NN «4 N CM N N - C- " co f~ en — en m o Ooo 43 " 43 m m o m 45 o o l l N en C 43 OO I I mp 43 r- «0 CO m O O O T ~0 43 tr *8 o o T N CO * 43 P4JHI * i CO CO 45 C" O i orinvini in o m c o on tr f c C i* ce cm mo n tr N CM 404 Table VI-1. — Continued m — mo cmw cm* mm CMIM im»i NO O lu O X Q. < ,s !° x £ X u o o o of 3 s a >■ of X 5 1/1 o z o X — ■« •4 m go •* o K O « • X o oo O IM -t P* I I o o • • mo «- CM OO I I oo o o IT O cm m IN o o © • • o * mo cm m «o • « m o X IM I I I I • ■ • • mo ram IM CM • IM • 7 IM * • • OO X 3* z«> > vt Ul eo eo o o * i m© go eo •c-e £8 eo eo m o CM fl « m s* m ■» • CO <■" IM «m 58 « o cn * m o m * IM is * CN eo ertr- Mr- f o c- eo m c m * eo — o o e m o m o r- e *Mm ■5 »- |> ac 5 X 1 VI «► «* i ! I ! ! i CM M -IM* «■» Icm m «»l IK IM CM O *l • |IM O <- — V «/» uj l«4 eo aci X ""•"; — O ! i i ! I i ! | i — o X 42°, « o X o < • X o • •!•••• • •!• • mo m o •-IIM OO O OO o « -I t I eo <0 I I •< <*Icm m O OIO o I ll I I o o ♦ IM m o cm en IM CM I 7 o o • i -#•*•* © m o m o cn •* ♦ m + o i x CM •» IM CM I I o o|oo ■r «H* im m o m « eo im «m en I t OO • • IM IM m O ■a r- m o f- eo e o oo ©CM >■ - I I o CM rt I V O oioo eo • M • « »*^oo o o • • o -o c o m o o o I I o o • « « c\ mo o- o IM 0> I • • * o o I o o • • eo a mo im m ■C 4 I eo eo o CM U • l/> z o 19 •O « « K — « • X o f-* l/l B O IU h- w X CM CM IM CM m m o — • • « « im cn • • OO ~* •* mo CM IM CM IM cn cn t-i CM • • •e « « -c • • oo mo •4 CM CM IM IM CM cn cn cn « • • « « • • oo CM S cn m CM "4 cn cn f» CM • • o o 1 -0 « • • oo P* «-4 m o *m »< o m in cn cn • • © o 1 1 •o m « « • • o o — *- mo *m r- eo c e in cm • • o>- 1 1 * «e « « ■C CM • • •^ «m m o m -e O in * m o r-eo m « IM l\ im in • < 1 1 • « * CI m © eo o CM CM CM IM cn in • « t 1 CO < « o- eo • « in m m © » © eo * •^ *^ m m • « l a •- m « •» 4 • i m c CM (T o« eo a • i « 4 eo •* • t m c m c ■"■ e — c\ o O 1*1 CM cm cn • ■ IM O » - • e r» r» m © im «n cm n 405 Table VI-1. — Continued ! U-H o « Ui X ►- o IOC ! I !> I in !> 8 o en o — CM * im in Ui UJ'IM CM °i.M- in • CM ©I- !•«•» UJ,»4 4D i «: I *-* Hi .1-* a— •o m en CM «9 > I ! i I .!..!. — o «o -o « oo o K O x oj-r « m o «4 IM OO o 4? .4 en I I o — m O o> a IN w. olm p i- O im m o z 49 z o O 0> > • I s a. o IU £ O ©I© o •■* H^ * *:•# in • .1 • • ■J (MilM I n GW « r* -4 I ir m He J-* i O Ol — ' x- e«4 — o.4*4<»iMinl«in NNNNllMiyiMIM ** *4 W4 **!** -4*4 w4 m mi m «rJ m in • ••«.. 1*4 *4 »4 h| p4 .4 ?? in o o- o in tr —> C\ CM * in c IM «f O 40 . m oi^imc en pel en CP o a IM — 49 f- CM e" mom cm m r- im rg cm O UI jo x o o X at ,ene, :imo>' i 'IM •' I CM49( i iMin i «**•♦: ° 49 * *♦ cm -■ IM M •* I > o m i > * * I I I C';— • I I • •! C OB ■o * I I en CM hhNNNmOin o o o o o o o o m o o> o •O CO CM IM I I OP O CM 49 CM -• T o m m p- id o -o o * o 0«l««CNC i r -OOOOJn IM « CM « CO CM •# cj> r- m o» og r- 4j O m o © im m IM CM (M a 'Ui ,> <-> Q O z • o o m ltd ! m mjm m i CD OiCO 40 ! 0 0|i o o CO o 1 1 •O -0 -O 4) CD CC flD 0D mcjm o ■>«!«« CM 1 i m m m m oo oo CO 0- 00 OD 5£ IM -< m m oo m m a- oo * 4T * m oo t- 19 0- 0> 0D OD * 4> 00 0- o o o> o o> © m o • V * 4T 0- 0* o o *-• w* o o m c o» o * HV 0> 49 — en m o> o -< m o cm m —• p4 49 49 en en 4T en ♦ m O en CM CM mo f" o •4 CM en * en en 4> CM m m r» cm -" o m o cm m CM CM 1 CO OO o o o o 4,f- cd a* m o CM C> o o o o r- f» ! i 1" IX © o -c |« CO i • i "> x.oc o 1 t- UI O. H- ! UJ UJ o * i -CM oo cm m o> o m m oo •r -t o»o> mo 49 r» 4- CM o - 5 406 Table VI-1. — Continued •» IN ! «-»: ' -« cm; frv inj I I I I OO I I O O O t! • • • • * * n* in CM IM I I o c • • •c- o OOjOOOO • lj • d • I (DOXNOICC + — 31 2 !Z ' I i m trim m -j • • • • c » p- r»!r» r- X oo olo oo U I > - I o| Miu "-I'- ll! iu 0|X *j* >*■!♦ m'm im ■o \-o « « o> 17. o> o- o» o\w r» m m[m ifliCi m O OO o|0 I ,1 m m m imI im *■* o- I ■C1 ■O Hid "NO* H •- f-i i" H « ml* «* < o> m oH r- •« •d « *| * * 0 o 1 I 000 MIN CM mo: •I • 0>|a » I I •h| X Im' IM IN] cict^o mlo« o o 000. ,_„j__*oo — im<"<> mm n«\r ■ i->m •ojf 0> »:» aic 0D a a o> 00 do IM o m IM( OOiO IM IM,IM m o'op »* IM.IM CCICD OOICO ODI QD 00 • ••!••!•• OtO olo 00 . IN IN «m!»M IMJIM IM 01m o'm o V o m|m + •* tr, 10 ■« 1 CO1 CO 00 «c «c <0 . «J • * » ll ♦ > 000 000 1 in: cm Mm rir») Omor Oift 1 K r- co cc *•' » co| o ON o <*\ "» «* ....... e — -*»m -ciiMO' ^^ ^ -4 ^- -^ ^^ ^* i J j -I ■c m m im cmI in coi •j • J • d m m p,o> cojcecolcoinj f o m om oim oJ 2 . IN CO • INf- • «M <0 • NCI • ~ IM •♦ • O • «m m • O • Ul IN IN • O • NNi in. • • NO • ►- — 0> ♦ «/) • «ft UI'MCB • IU Of • -1 < « r- . «■ Ul • u. Z — * • a O — m • 0 t- • •— #{ • X 0. • a. X •» m • « Ul. • s »» «4 IN • 0 — I • X X' cc ►•■»< o1 • Ul 0. : • X Ul 0 • ►- O . £ co • fc- > •» • < , . co a «. • X1 . 0 ui m • 0 H' • 0 1 + • z z. • •• m • X X • 0 IM • cc O • u. >' p* • -«. «' • O • Ul X| 1 . cc cc ■« X .X 3 a ui ,> o •••••• i 1 I I I • • • • • • • • * ♦ • • • 1 t O m o:m on olm o m o'm o x x cm in mm * ;j> " m o m o m o •oi« r> r> co co # O OO CO olo OiO 00 oc 0,0 00 ojo olco o o — 0.0 co* o -o oo iNceiN 00 <# «iO + 00 -e I «D,CM IB X ,LJ. OK OlO OiO olo o «l I I I , I I ; I I of: ! O' I O O M -<'-< -h''Hc''O m o m ol e oiNm, .if— Orw M —|— IMllM I I O IM «P IM — —II I 'l no; ■4 1 1 2^ IN <0 • • 0> I «l 1 ' i> co!» »,oo Hi* « 1 1 m 4"m «m.»« oic i- f- -o m m * m o- J o> «co e> 1 IU •' • •! • •' • * l/l j • •.••■• •! • •. • ■ • «| • M • • • CI • « x h-'f" r- ,i» i»'i>» h> f» ■c m m « cm:im no f- * m m m oo 4) do m; 3 IN' IN CN IN IN CM IM.IM CM IM IN IN IM;iM IM1 IN — 1 «< — ~* ** O ••" »»•« «fi ^ -* —* «-i -^ *-'—* .— .«- .^.c— »M .4 ^4|t4 <-i •-. — j -^ >W ' : ; i ' ! 1 ** V* #4 ! 1 i I ! ; : ■ z -o-o - r- p- i- f* co © + « m!cM cym co x Ooooo OOOO 0 0.0 0,0 C O C O o III 1 1 1 1 II I.I 1 1 III III II I 1 1 ' I . «; . 1 ; i ! U MP* IM CM IN. IN m|m •» m «9 4) CT|0> o "" «NI m * 1 : i i m "BIO "B.m «m o. 00;--J--<— Ol « O- O- 0- O- 0-\& 0>i0 ClO> o> o> CO1 o o oo o ill! «. — *-.; — — ; ' -- w r* ; j N|fMcN I\mc •jc|(riHHHo>lpaH'HH.«4^H»«i4M|^»«i4i<«*4««: x o'oo INlIM CM !S I I I I XatomOmpmomomem em omomoJmomoiroino K ui i -i — Rim m m ♦ «t m m * cp f- r- col a «>t> o Nonlr- o *nci> ui ui O X 407 Table VI-1. — Continued i > IM«, intr-i -i-«o Ul o- X Ul 0>! »- o £ •i *■ >l f" « 1 a> o- *>■ X, u ui; m; a t- o 1 * z X — m T X O ~! a tf! u. > •41 Ul K i ac « •—J a x a: of of u u o o X I «MI i *i X OC olm C in ©im O »- Ul H.-NN- O- 1- «o #4 mun « M «M 4>' W «m m 19 Ul MM1 O IM •< in • r», 41 a a X •c u Ul «v o ►- 1 o *>• z z I MM m| X X o Ml ac a u. > p«l ** « o Ul X or « •4' 3 X H ►- fu! « 1 a Ul a 1 X oc 3 l/l °c 8 o 'X I o X • !• • • *«••••• ! I i« • • i I I l — o o « 2 moim o'm o -* •* im; OClOO 4 «n 49 I : l t I I &|* 4;«9 f-!«o f>- o Oo o © olo 4 4 a> 0D.O * in cm V. m;*4 *- in OKi o - # *} - m o m <9 o olo o'o o O 0DI49 4) 4 49:1*1 "0 «0 (M i oi m ol m c m o OIO oio o IM -0 IM 4 I I j I I 4 o m i* I I m n o m im «j »• i !' > O O CO C o o o o o ai'fti a> 4 4 I i I I in i"i I I •• IM I I O ■> «M mo im in m o r» o -> IM o -o — I I o o l •«• o IM « CD ♦ « O m o m •m ml^ IM (Mjfsi O *|IM o co — m B 41 = o |Z 0- o> e> o> g> o olo o 0> 0> o o • t-\+ *|» 4} O 0M4> «:*4 Kin o> > .i ..... . « ^JlM fM CM p4>4 o oo «« 4> o o le oio o CdOOlO o ll I in ••' 43 m| *• ao ...... 10 o e o-ia* r> r~ GM 0* 9 0 o 1 I 2 oo • l • 0> 0> P4 • • • oo «cla> cMim 4 • • • a> o> e> O O 0" I NN'xi a. k Ul Ul C X •m — i% im in,*. «t -♦ »r ir 0> 0- o- • • o -. 4 • • • i* o • • • • f» c m 09 ■? IC 00 P" f» 4 c m o'm cm o'm o m 0* Oini m|f~ o «m m r>- _ _ ^ _ IM «M * IM * I I lACMIO * in in en cu I I in in r- c p4 in m CM I o 45 -• -* •* -c -.00 ) II O1— 1 I 3 t3^ . 4C© I ""J CM M O en 113 z — 5 J IM V> Xi« o >- UJ ft. K III hi 0.1 • •! • 1 CD. 1 ^ j fn «D! ■* ir m in m'Ai in 1 •I • —4 — . ««4 •n ai «-i o in! • 41 m m •» ci • • in m CM CM • • OC' a 4>, CO CO ■ • o o m * • • CO CO •» ci IM CM m © •» m CM CM CM CM m o m 4? cm hio O^'e- 4*m • •••<•«!• m m m *[ ♦ 4H 4r CI IN IN O © 0» IN ■r + **■•# cn cn I : O •* *M CM "N ** • •!••!• © O O O C O II II m 4) r- cr e *" * • • * • CD CO CD CO 0" 0" '(UNO* IM CM) CM CM IM CM m © m O m © ♦ COlf CO ' Cf < CV-. co co m cm »4 «p4*4 »■ m o mo • 01 in m 1- o B 4)1 43f-j .4 en' • «l CI CM r- 01 CM CM 4C in • • * m «o r- in J *-■ — -* ^ u. o .X « s o r ac lb X ,*> x 10 o z o u. :« 3 a a r ib at I '3 >- « or i«t 1* < o CIO «m»; 'CM 4) cm in — CM ♦ U CM CI O lb IM CM o lb Zi«4«' o — m1 »- ! I— 4fl a. x x ci Zi >- — o< a' iu o •CI! I >! ^ a. 4> 01 "j z 10 I I • 1 1 I! I « ' • • • • ft I I ! ! 1 1 • 1 I ' ' J • • 1 • • • r 1 P-l 1 *Nj|fg - co as 4>iOCC CI I IM 4f|C0 4T -4]4f 0.4) «|CO 4f 45 COlOi ~4~ -<, . j • i . . I on in O: in 0 m o 0> ©I cm ml r- 0 »* »* ^4 •* CM CM OO CI ci m cm -4 I I I I -4 © O" «4 CM CM I »4 CI I O CO -4 I I CO 0" 0 o O 0|CM 4fl CO « 4) ©! *- ea cm co -4 Cll p4 ^4 m o im m CM CM CM 4>; I ♦ I «4 O I O CMlCM CM CI 4Tlm m 4f 4f'CI CMJCM CM O o!o Ol© O CM IMi CM CM CM CM iiw c^ ^*|4r coi ^4 en m mlm m m m CM IM.IM o CO CO, CD CO CO CO CO f- O O © O 0" 0> O1 ClO* 0> 0> o> iNeMeMeM»"4#4[*4^-***4^^« ! i ■ I •o •*, 4; CO, 43 M 4) 45 43 r-i © en ci ci p4 fw ^; ci cm;»4 -* © oi © © © O © ©! *"• * »4 -. Ml o < l> OJCO 4T CM ©!C0 O I O » «• CO 43, CI W IM Kcocccccoeccoe- "I Xlot 1 lb lb o!z CI p4iffC| CO 4) 4T 4T m. 4) hD a> O Cico e- r- r-.f~ e~ e- r-f- r- ■O C CD CM,4> ©|m m'f- 4DJ 4f IM 4f4r4T4ri***CICMIM-<© CM CM' CM CM,CM CMjiM CM CM IMJCM CM m ©im c m © m 0 m ©;m c ——1 im cm ci en 4> 4r mm 43 a ^» — . r-t -4 —i «- m o m olm o 43 f-!r- col co * CM| 43 CM 0» ml 4T CMI CI CI CM CM( nj CMl eM-«*« CO CO CD co! CO ?■■ 0^ e^ 0* 4h CM CO CO CO e>- 43) en cm m ca m o » cdiMm^e' o »4 ^4 ^ 409 Table VI-1.— Continued jM»j •mtm\ JMr-j *m «; ~'evj *' **l I m; • MO Ml ' UJ -* * o -*m Ik o iu o X < s CK in X o :I X o ac iu o. l >- s vt '5 i iu '5 18 ml I a. Ul; ON °l -I X o ! H I I I I I • • • •{• • i ••■ I !• • i I I i I • • I I* X d IU|0 t % IS m o CM en o;o o,o o •!••<•• • * o:o o 1 1 1 w«t * ! il i i U .* * ce,4> (V i H«" * O OIO CO O I 4>IO <*> !« « I I I I 1. i i ©im • I o m m ir • o> • cmU* t o o e o •l • r- cd r ., m o m oim c o olo o© o €0 * m i CM * IM I • e o> i IU o i * * ■- -iIcm 4> O O CO r»;r- 4> • . . . * *'* -« K C"-.r» n-;co cc <- CM in cm m en • • m en CM.CM CMlCM iu E ox en i/vr- co:4» en en enien en1 en cm o iHmh CD *'C0 «Je oio e 4) cmicm * .TJlJ J- CM CMlCM CM CM CM in on O mo en *|* »m« ^- «-^ *-« Oi < »eor~4)4)i*OOCMi " "' *^ * ' 0>CMjcn^''£irinr»-*~iCM^CQ* ■ cm.! I' r. r>! t» r» r~ r» f- •e *| r- ml -> olo 0> e^nj - OOlO cm egjiM m olm one 4> H r>- m co 0> * j i j ! I i I i N4 t ! ! : ! i * | CM»<| • • > m1 ! • ■• i t *!~ci: '• ' i ; i i ' i •> ' ! i c-ip< 0> . • • 1 1 ! l H • j 1 « 1 * • • 0. 4)1 • XI . • j# j | • ©■ ui' m • e-i ; • 1 I ' j t « • • o *{ • « i i | • * »•! m, • ; i • i 1 f • s ■; ~: ' i •..•! 1 • * O ; > . u. > — • i i* ** *i 0: : i i IU K; ; • ■ 0C <\ -! . : ! 3 xl 1 . i | »- i cm! . : ; t I! O mom Ciin o m om olm o m oltr o m © IT. O mo m o m o in a | mm mm CMlCM m VO © CM ~« fm, n CM O mm ' IX 1 1 mm cm;4) en,m cm ■ ■ ' i i ' i i * m;cM * in en X * 1 1 * * m cm cm en i ■ » • mm mm 1 1 1 1 1 1 >• 1 •- t 1,1 I.I l 1 Ijl 1 , . 1 1 i i ■ i oc 1 x| 1 1 X IU If O mm > «- m ^ O- mmlmm OI* N-O IT * m cd CD CM mm mm °m CM CD X 1 ol« O o -< cm x O en m *,o» co m m aOi— * — * O u Ooi O CM CM CM nj en mm 3 *' • III Ml — 1 ~m CM!CM mm -. 1 1 1 1 VI a , 1 ) i 0l : : 1 i |>«o o o © oo o OO |© oio o o o|o o o o c o CM CM CM CO CO o O CK or !lo *0« * * CM © CM'CM O* CM * OI* © * CM fM CD 0» f r» -o * 4> CM « i en cm com r» ' 1 o'er mm r- m.m m cm m m i\ _> 1 ! ! ! « i o !> co co co cd v o m e* m'* cococD4)4)!*m** ©lo 4?lo> cd m o cd 4) iiu •! • • • o cmum cm cm |m I i m'm m 13 CDI CO CC CD CO i« j j I ! I Z e-i-0 x »'o> i 4> * C'CM 0> O O <0 4) en 'o * * mJ4)r- ■> m\ • •' • • ^r .A -ft J* ^*» eJI X 5 x « 4) 4> "* I :k-!o 40 CD'CD CC CD CC ! 1 m t*\mm ^ilnj m en o1* 4) • • • • 4)i4> 4> 4> m * en 0- o e/;* a Z enlen cat ©im MM eg cm CMiCM I CMICM < lullu OX © m p m © — . — cm cm m co e- .4) — en cc N-1O001 CD CO. 0 CO, CD I I 1 * enjvj- *| 4) O ;ti 4>OCMr-r-Mf"r» NMxoioooe CM CMICM CMI^C O CM CM CM CMlCM CM m ©m © in o en 4) * mm ■o © oHco CD m 0 m 1 4) r»,r- ( co S o *l* CM 4> m m m * Ji c o -- — aim© c ©cm m co m • • © e m © r» O -* CM CM 4) m * -m m m * o> m • • a » mo cm m • « o X © « • X o oo •o • I I if o — IM I o oo o m o N m — im I I O ©i© © o o I I 1.L •! • I i*. I I in o in -t o o © o IM -» — I l in o -«• m © olo o o o|. •3' o <0 o o I I ooloooo • *•«•« r» * m • N I a. o tij u. « I OIX CM IM|IM — I — — • •••!• m mim m • *i • • in m • • •c o — — — — — — IM IM IM IM IM IM oonome — — N; im m in < a mi « -elm im m m a a * a I*- »*•' •" «| » ••- m *il— * •* * ::• — — I — — — — IM im! IM im! IM IM in a in © in o in *.* mm* n m m m n c IMImIiM IMiIM IM a a a a, a r-fimiicr- — —I — o:© — I fJlM ImI immimimJimim «\j im — -J — m ©I m oi m © •o f- r- a a o I I jd i- - "I' i» m • • m m — Him * • • m m;m — m ^ © m f- -e " momomomoi » ©iiM mil- o.im m i H** H— IMJIM IM I ! 1 ' , \ i o Ul X a < 5 o X X <-> o o z at 3 < >■ « z z 3 < o o in— ■ • 1 mo : • i i >i i 1 < i !•*•>•: j «•; i ! : 1 IMS ! | , 1 ! 'IMI>- • 1 i ! j w: i i ii: i 1 ,«ai«! 5 ; ; j | , | i -im* : . j ! i O • , 1 1 1 mm • | ' I ° • ; 1 i 1 i ■ Ul IM IM • 1 1 i a ■ i : ; i ■ . : | i i IM— • I ' 1 ; ! j m ••••«• ' ' I • im© . i • • e 1 ' «•: ; • ; i : '• 1 Ul — a • I 1 * • I ' i • 1 «'— r»i • | , 1 | i • | in . i I | *— * • I i • ! O-m I 'III 1 • •" ; • — *, • ! | 1 ! a. •■ . | , i •! z — «' • i i •! ! : m p*. • •* • •■ i • « XI . • 1 | i • • 1 • i £'-°: : i i ; Ul (y • ■ 1 ' o • 1 J a, • 1 ■ i • i >• f-, • ill 1 Q. -a I ' i ! i ! X 1 • 1 i uj mi • | • 1 »- ; • ' ! : 1 * • ; : 1 • • • • X ' • • i • IM • • O l • ■ ; • :• • • > — • • • • • «' • j ! ol • , 1 •*! i * ! « —1 • Z I 1 • 1 ""l • I1 o m o,m o m o m o m o m o in o in o m o m o mo m a m e ■ 1 ! 1 — — IM I im m in «!■* m i m *> ■e t~\f a i a t> 0* o n m i«- a n in o oooo o o ; O O'O o © o © ©too oo o o •o -e o a 1 'z • • • • • • • • •! • • • < • « • i • 4 • H -o •C IM'IM © •» IM N M).* IM im a © to. ■€ © a a < o c m ■C IM ♦ ol i ■ 1 — IM IM m m> im miM> * in im N Nj— * l l n e> I 1 1 1 1 '1 ' *- ! i 1 1 1 1 1 | X 1 uj o o'*t «rv «o ofl* •o o — » • « O « Olo O — — IN IM — IMi© — — — n m|a « m in o m o o •^ — — — •*, | 1 1 1 1 1 1 11.11 1 • • • *' 1 1 O' i 1 'kooooJoo o o © o o o o ©|oo OO o o -» © * o a « I © NNIM*** N OlO O a a 1 ' •-i imV m i N IM < •» m « m -4 — P4 IO z o mim mm mlm m IV) | i 3 i Z — ...., O —1— im in mlm -o > •! . . • . t I I m mlm mm « « « o O o © z o o © © o o cjo* v'o i i («MlNNNSi— ! X Or O**^ O W1 OtT O K Ul •— -- w m — I O — o o-oc * » m m m * ♦ m m m.» a i- a • O^fflDMlS • IjT'l o— loooooal >• eSa ♦jN0"O •j • ■ • H»» m m mo'moimomomomo. p- a a no> On HNf- on m — — —I— IMIIM IM I I o -» • «l "a 411 Table VI-1.— Continued "1 me N0> t* m t>i* -44 -* - ft.4 fti* u NC — 0 «» — * m j ■••> ik •4 4 s a «p* o p- •*«! X & o. i ■«< (• p» a s i- p*ia 1 X •4 P" Ui • X u 0 t- e i l/l • pp 9 fti •Jt « a l 4 o u If o r. o 4 z 1 ft X 1 o ft. ac (J lb 9 *- "" 4 C Ui p at 4 - 3 * 1 >- IN .< 1 ac UI 0. x UI t- 1 > h at a « u X pi X C 3 « •/> a (4 > < at at < _i « o MM P- ac UI > 8 o X 1 X ft- I * fti X « ft Ui O ac u * e — c X u p K C m o l l oc oc •e a l l o c a> C in c in c * i* oc © 4 (SI ft. • • o c • I AC IA 4 OC 09 C fti 4 • I fti - I I O C • < O J m c ■o ft •O C m if l • IM ft I I o c • < * 4 4) a ftA 4 I I OC • I fti 4 in c a» a 4) 4 4- 4 I I © c <\l -J nic IM4 I I oc 4- C in c m c in oc I 4- 4 • i (SI C 4- - pp4 pp *- — » ) a> 4 o - 4- 4 4) a m c fti* 0 Ui 1 O 4 «/» x o = 1 Z 4 z e oe > ' « a k a « z - ft « e Ui t. X V 0 • 1 4f 4 0> 0 — * - -0 1- • 1 oc o c • 1 eoa og (SI ft me -* ft o> 0 • i 4 4 o> a as a • i OC pp ft • 1 to a a a -p — fti ft, *> c fti i» o> a 4- V 4) H pp H a> a • < oc •Ml* • i as a as a pp p- fti ft o c • • m if m 4 c o> a) cr oc 4- 4 • i oo a PP p fti ft me OC • i m if pP pi as f- o c • i r4m 00 0 • • od a p* Pi ftift m c m 4 oa • • m if CD fti * 4 p" K • < pi p p« ft • < 0> 0 pp m fti ft m c pp p. • i m ir fti ad m p r- fti • i pp p 4- 4 • i o a pp p fti « Ine ft> • iM ft • m u o c p« c p" c • o » • • pp p eg «> ""> c oo 3 e 0> 4 • ■» 4 o a 4- e 4) ft • fti f 4) 4 • O C pp p o a Mp me «M 4 pp p m p • i 4/ 4 4* a o> ^ 0> If • Cl 4 0> ft • oe pp p 0D ft pp p m< r» < pp ft 09 ft • fti ft m 4 m ft Oft • 4- ft as 4 • o e pp p pp p «M 8 fti ft IS < 'i !i 'in X p- X pp •J lo I uj ; oe i > at z z ! 3 at lb > O H fpiel ft.» H 1q ~2 p • rl" 1 1 1 • *>i • • .. c o ct o e c c 1 e ooi ooft, 4 _. fti a 00 oado-.- 1 J\ 1 1 1 1 o ej o go fti « « Ct 4- - I 1 C o c| o I • .J m o tn 4 m q 4- «■ o aoa o c iM ac cm ac im ip m is isi 4 49 41 a> - • 1 • (S| (S J. x I I 00c qo » 4 • 4 • On 4 m c m c m t a is 4> 4 .1 41 fti c I I 4 ft! I I m OCOCOCOCP440C I I 4< NCIMi 4> 04 4) a 4 4> 4 04 (ft 4 m c m c 4 p. -( 1 s 1 mc fti* IM* m c I o a • ( 4 4 X p- a UJ O > c UI < 0 ft 1/1 Z 4 3 c Z 4 Z 4 z c 1 0 lift < 4 Z O l/l « c UI & X 0 0 • 1 m ip •4 4 ft> It •» 4 ft- ft- ?? m 41 4> 4 (ft 0 pp p« m 0 — O- • < m r" 4 4 PA l» 4 4 ft- ft" 0 c 1 1 4) 4 * 4 0> 0 pp pi **? p« ft 0 c • 1 ftA ft ftA p. ftA ft 4- 4 4) ft O C 1 1 ft- fti 4- 4 0" 9 m c «M fti • ( ftA ft" as u- fti P" 4* 4 O- OC OS OC «r 4 0- o< PP -H m q pp P> ftA ft 00 O C « 41 ft* m 4 Oq e> c 4- an pp — m 0 4- IT fti ft • ( ftA ft O- 41 4 ftA 1* 4) a OC O ft m if o> 0 pp — mc m < 4- 4 p 1 ftA ft O at O « ftA ft oo a 0 c fti fti m m o> 0 pp p< m c 4) J" m ft • • ftA ft m 4 ft- 4 0 pp p m c as 5 o» 0 • < ftA ft 0 c ft- ft pp pi OS 0 oc 0- r- ft 0> 0" pp Pi mg 0 e p a> ft • 1 ftA ft as r- pp if pp os a ppft ft- if ft- ft o> 0 pp p me fti p- pp p (SI ft ftA ft 0 C 4- ft 4" «> 4> 4 fti 4 as a as ac] pp p m e ft-e p« «< ftA ft • • ftA ft ftAC fti pi ftA a 4"4 09 0 00 0 ft- 4 pp •■ ISI * CM ft 412 Table VI-1. — Continued S «5 s § u o * 3 I >■ a. IS) >■ at 8 o til NAl G 1-. Ik es — m a > o I oc O ft, m 4 i I ON oc I oc ftl 41 • • * 4 ft- c • I c» ft, 7 OC ftl in a im c 0 <•> 4 4 1 I 00 4> a l o c ■O ft • • is 4 ir e i m c ft- a oc O (\ o> 4 I I O 4 o> *s -* *■ ~> ft m c IM ft ) I o c ■c a in c o» C o c 4 4 i i i*» ft i i O ft ftl ft m c fti If tnc r» c •4 ft •* I I t I IM I I o- I in c fti "/ m c I - > 0> O ftl lit z a m c •■• ft oc fft #* 4) IT in it 4> 4 ftl l* oc 1 1 «f> 4 4 4 00 f- • 1 CD OC <" G ftl C o» oi r» it * 01 41 41 o\ Ol oo I 1 ft- ft> 4- 4 ft- 4t in o 01 4 » - • ■ ao a in c 4 if l»> 01 0> 4 ft- 4 in in 4 «! o a i i C ft in ir o o • 1 00 ft 4 4 oi *" « 4 ftl C in it in ir 0 c 1 1 4 ftl oc 1 1 ft- C m 4 4> 4 • i ft- ft •n c ft- a in 4 m rr •1 ft; IM 0» 4 ft O C ftl 4 •O << 4> 4 • i ft- ft me 00 0 41 4 1*1 1* 4 ir ft) ft ■ 4) 4 • < r» a m e e» e fti a m ft m r« Ol 4 ftl X 4) 0 »< ft 4 4 r- ft • 4> U <" <; ftl tf ft- If ftl ft CO ft 01 ft CO c ftl o O 0 00 ft 4 C • l»> 0 m e m !•> fti ft CO * CO 4 ©»■ • o> o fti a ft» 4 • fti ft «> < fti « I II- 413 Table VI-1. — Continued III lo X a. < 5 o S u o o z o a 3 s I > i o z 3: IN fN ui z o 1 * i: , IM CC in m I - I -< a •M P. 00 -r <> IN fM r\ fM IN 04 o(E un «■ *o tr UN O PN ^ o c c « . * 1/ UN C » c an x ON I I •O IN PN 0 Np NA o c o -< o « o - o d -1 .- UN C INI 1/ IM IN Of o c O in > •< 0 ■» 1/1 r < z h z - 0 0 x»> «T < r <• p i/> « e LU Ul z p- p- m p- •0 < CD 00 P- P> O O" CO P- p- p- • « m 1* IM P. U> C UN " m in ao ot p- p 0\ a UN -4 ■0 -c • < ini p. UN c .-1 «N CD p m 1* m a p- < p- p QJ »* IM - <0 4 • 1 m K IM IN IM B p- p- UN « ■* a P- Ph •c aa 0 o> « UN • 1 rn PN CM IN ss p- < m 1* on 0 p- - •0 * P- CC 0 c on a •0 4 UN U" • < PI 1* INJ IN 55 •O Ul i»» m ■O Ul ■# a UN Ul CO *» 0 a 00 CC ■0 « UN 4 • 1 pn 0 IM IN un q UN 4 -0 -< m 1* IM 4 f- 4 fA IN 0- a 0 a CD 0 •0 4 < IN • 1 l 1* 0 0 0- O" O6 IM Ul r- p. 0 00 1*1 IN IM fN UN c r- a 0 c -r 4 m in ao r- O C o> - r- a • < im n im r un e CO 0 •* a ■r •* -4 ~ ■c 4 UN Ul O O "* 0 f* IN o> 0" o« • 1 ru «■ IM IN UN c ON c « 4 m fi UN h -* 1 IM 0 •< e co r> O- 0 IM h • < -< c IM H UN C s Ul X l»- if p- .5 t o s 414 Table VI-1. — Continued m. mo u ~i 4 at s x Of 3 >- in > o I «n l r z • • cm <\ I I to 4 o c en ■* »* cn cm i» >0 9 0» O CO IT « <£ « 4 ITl •# 0> - m o in ■* IM UN IT I I in O cm in IM IN r» < m C ■o ir I t ■o - m c m c M CO o -i * c o qo c w a « 4 N04 N< * a un f> •r en ~> - I o a en - I I i- o in«N- oc — «i co m r» c — a © c c c o z *- c en o oc ir\ ir CM tf CO *- ~* - Nd«4 cm •■ O 4 « 4 OC OC ■*«" «• "■ co a bo at o o enc©tf''M«inc<'**icncene*4>or»- 4> v «n «■ CM C* IM IN * « IM IN KN C CO Cf CO CQ IM O OQO« Cn C CD CN CM CN IM f OC o-J, — - en c CM CN UN C » C CM O IM «■ O r> -■ c o « CM *> •* ^ in c <<> C IM If K C — O tf ■TOO r~ C * tfi a en _ m •» 4 tf> ss •- c\ cm o CM CO tf UN — e -o '2 i5 IU |X lO I iS e. I a •J o z 415 Table VI-1. — Continued 2 !<* Iz o. « 5 o S co o" o o a. 3 < at x fr- et < z X 3 ■SI is > o > 4 2 •x O - > c m p i oc • I co a: tn r* I I INI CC m If I II I I X c ■4 < X c > UJ Q t> IA C m C N# u in < o eo J *a ^ m r* i T i i CO J o o (SI ■< o -« co u- I in if OC OC OC OC N«N4 ■04 o a •♦ << r- -I •» -i l l m o ■* i* OC • • • • • * • m 3 m c inc m c *NN « COO 9- C -o I ■* ^ i* 0 c 1 t o c I co *NI I* AC ^ ff irt * si »* i«) o f» -O - f* ■■ O C x. r> >M r i •t a -J- a (D4 OP C m c C tf X - -< . D < -0 13 <2 > X 0 x r- S«c a i_ u m »HO««l m M * 04 4) »» IN eo r> ■e «nI -r i» I" 4 • i ■O 4 J1"' 0" O p* c eo ~t ~>f & 4 -O 4 -0 -4 (?" I ii • ii • i ■ i F • OCCO 90 oco • lit piN.i^r'rgri qn f. CO M • i • m m n# 4 CO P O 0 ■ I ■• O C O Q 416 Table VI-1. — Continued \*4 o s o s o o o UJ ec 3 < ac of 8 o ■ e u 0 M > * H 2 oc ■* c I l •Ml* : qoc : e o c • • : c o «c o c im c •4 t i i • a> C in 4 l o c o e oc oca -*■ <3 * O 4 I o> 4 l I n4i4rMC4'ftl n«n- k-i o*m» m ni o * « OC O • • CM 4 00 4 «v <\| » p4 I I _. _ _. _ | | Of> o • • • «u in o 4- ft t -. - 4- o 3" z« ze 14 (3 > * If 3 >( mc me me me mc me mem »iu .««niMiiin44rvm4 4>f>f-- 3 I- a u c z •o a eo a o 4> 4 ii: m ot co «r - r> oo eg) CD a -■{-■■ •c 4 o i • < m* o c m if * m n mn ni n m n fun nin nix in * * pi •o ■ oc m O- n mwmvmirmif o a r- 4 m a t> m ■> 0» f IM l> NpiNI OC OC • i e o c o 4 m 4 * im nk nj mc m e me mc il r- r4 ni - o> k m m * n xt ,: m i4 — o ni • •••• M ni IM p-f r> » 1 1 • * 4 m n e» a m dm c m 0> S niM t. c o * r- r» c o 4 CD • • t> « ». mem m i r~ In i «j ni ; «% uJn. i ! 3: u» i oc 17 iO i i: i i !x iO I* i§ ,2 o ■ z 3- 3- Si °l z — ! 1 o| o» c "* °1 •o- 41 n e> n *[ * «f • 4 • 1 • i • < m j * 4 m f im n •4 m 4 r~ f 4) 4J r» i» 4) 4 rJ 4> 4 — i pp 0> 4 4- n 0^ ft| im ft im n *-< •- ^« •= *4 col o> c m i* 0> "- r- - 04 a o - • < • 1 • i • • -4 m -< IP m 4 4> " fti im n 4> M m 4 — 0 o» n 1 • ' • 1 • ' • 1 • i J-- •M f- —i ^» -*e c « -i — - *H H *4 — — * m •4 •* r> 4> n nj 41 -» 4 -p«r J • ' N m n • i • • i • i ni n — « a co r- 4> n IM n| rg ip •4a •* - S CD 3 m c m c me me o c IM V r» e IM « •M *4 j- • tu1— •' oci «t|"*»»l p*mi i l i ! * • • • ! I * •!• • O m ©! en ©i w O •* imIcm ct ci •♦ T o o o o o • *l • Ml •* a> an 3D O o o c o o oo ooo oio o 1M « O •**l* fl- it CM » ct|ci ct *.-< o T O OJO© o o|o CI 0;H> CM ■Oi CI Ol — •?. O * ■» ■* 't i. i . i O m i » o- o m O IM O Ho 00 CM cv«« OOO' • I • « a> CM ( ci + w < Ollfl O «n|r- " "1 O <-• IM •♦'CM CO H • * IM Or C *4 *4 *• I I I <« OI «* ** ** cu cm cm cm in oiin cm *Mf- CM CM CM ■o o o • • • I ■» c-jin * O IM • *l • o > a t> cm e> i ftjfn i co < KIAN • 9 • "0 CDjOO T I CM CM cm cmicm cm im im • ci cm I IM| IM CM. IM I ! I Of" C m ► • • • I IM CM IM CrjO* ci'ci IM IM cilci ci -'IM IM I • » . o-lc? IM MCM IM»4 ilMIMlCM<-4<-**4 — 0 0+M»i **-*+ r>-lcnr-1r-o- •» CM cm • # • CM en IM C9 C0|M> »■ o-icn . • « • ^^J^^4l*4C\ilMCM|CM*Mi«>40)Cr 0D »-< - •-j-.l--^ j- K O IA *| O "01 CM f-i CI m ♦ r~,r-H'- ca«9in|if»*|n .-. ci cii»m cm;., CMCMCMCMCMCMCMICMIMIM «n 0(«n C. I i ! I CM CMIfM HM«Oq«II| 000Df~*j00en.CMr-*O'|CM CICIICIClCICtCICUfMIMjCMCMCSJCM^^lOOa'COr- im riicu »-i — -< m on oj vi o on o iri NNN"" IMJIM CM| » Oj CM If! r- Ol CM «Pl ** m w4 CM] CM IM T z « O o a. 3 > O. < o o o z ;cm» 'IM -O IMIfl — CM* O _ i o . cp V> i > f- ! 2| Oi K z! *?' 'Z ,c UJ i! I CMIIM — oKo z lei s; !' IUO OiVI »« > • • O « CO •*' I or »; i jxojo X OICM i o!o OB CM i © in omol i *;* union -o momo « f-|C- 00 * CM oo I; > o;o • • IM ,* <-« CM o|o c o oio o|oo im!* I « O O IM o o IM CM I « CD I >r < r- ^5'^ O r* aJaD CD CC- -t IM IMjOD -* 418 Table VI-1. — Continued o X at ui o o >■ a s '> at '2 ac .lu l> !« o Ino «» CM • UI|«M < o • NO Ml UI «• CD or i/» > O1 >l CI X »- 7 O , O: » ej *\ «l ♦I 71 i i ! i I i c I— a ! I amo iroir oo oiaoIit •■•; •»-» «nj< »sj m O 0;0 OlO O O 0|0 O O (SI ^-OCWN > J - -■ - - < dOOr^CO X O k o o olc c " N N O O i i CO 4T m IT CM * CO CM I • * 0D cm co * a> o c -eio ■o IN I,— -J-j | I ll I c oo • * • 2 21 '1 WW o im m o o co < 0 N C^ | w* »-i vM 6 o o1* — ir~ i~|i » — 13 i cvtc cmIcm CM CM CMiCM CM IM X at cm cm t- UI rJ.mt * it- 1 ui in I OX I I CM <\J CM] CM Ojm CMIM I I OjO* ojo CO CM CM CM CM .* * D CD| CC CJDI CD M CMICM CMJ CM H O Oi « col CM O r-c-h-r-'r-Mc-c^r-rsogjo^mtq* CM «" CM CM : cdJ f- *-; -- ►- cm cm|cm cm|cm m ol in o in ~ • ■ • CM cm m o o o * O- 0" CM * » ♦ o o — ■"" ~* ^ c^ Jco *-• -* ~* in cjm cm m.r- cm cmJcm lor < 3 15 a !» o o o C WO CM » m« CM-- CM O cm in -CM* U cm cn O UI CM CM o CM •— m • CM O (- — 0» I/I MM Ul'«« CD 1U Of _l •i - a. iX U|l O" 1- O i ' CD l/ll t- > r- * CD O. 4> X' o uii m o t- o * iz Z| — ! co X X io : im a o u. > - ?r < ! o in K * •II »• b I 1 <►» CM 14 1 at B i i • '• •••••>• »:» •'• «i i i i j i i olo io*- » o m o I CMiCM CO o:o o o o UI.O O CM -•CM ID i *;co > •' • i OO ■»|«3 CM CO -• f-» II I ■ocsi f CD «• cm; i •«■ CM CDICD CDlCM • CM|CO | m o m o •o t- r- co i cm|c 4} cm|cd ■» IMNilltpC I I - I •* olo o • • • • CM CM •• CM CM CM CO CM CO CO|CM -• m o CD O O CO CM •• I I — 0" • « CM -> * o CM CM m o » o CM O CM — I -. I I co — * m cm -c 43 o o o o\n * J CMj>* CM * I I • * « • I O in i Mr- I CMiCM CO O O CO] SO * o ' i • I -" (O I cd|cd a o cro^ < • i • •! ff ODff ^ (Tlaj CD -• M|p4 OiC CC CDCC CC CD : --^— CM CM CVCM " CM'CM MjO c3!o I j III o o e o o> i an ee.co ce f- i ! i m cm,— i CM'm ~ O > O C O'o- »'cD I • ••••{• CO CD CD'K H*- I o oo o,o> CO CM|<- o X COtCD CD CC CD 00 CD|CD CD CD CD|C0 CC x:a o t- UI o. V m iiij c X colco cOjio co|co CMICM CM CM CM|CM i o m o m ** — CM. CM COjCO COiCO co'w CO cm!cm cm cm cm!t o,m o m cim o co|co 4> * m'm «5 occc>- C CO CMiCM CM CM CM CM CM m o m o •o c»|-- CO CM — CM C\ m o CD 0> 'T i cm!o> "1 2; !cm J o cm:» •«• co o> m •* i • «i • » ««iir< m;m ■ i mjii I — Ho c\ CW -• 52 e>in O CM I CM CM I •Hit* 1 419 Table VI-1. — Continued d j *■ S I 19 I I! 5 ! o u o o I! > a I or IS lUI o z mo |cMCK •i mi (9 UIIIM M o CM»4 in: • MO; »-!.4 0> Ui -< CD, Z;-* « O — m *'-*: *•; i'h m Ui o- °i -: >i r»j j! «| ml m * N IT o «•••»•• i ! • » • i ! ! • i i * i ' 4 .N • I ! UI O < — > • i i« I* • m olm o •—.— CM m o cm m OO o|oO|C o • •) • • * © * -e I I c- *> O OO o • * • I * cmjmj o I ! in ©I n«m * CM I I J id > ♦lin in,* c- co o- IN M IM IM cm > X oc < I- UI a »- !-!« i olo a i iN'fN .* • •' • • 45149 43 IM IN CM 43 * o> » x CNjm m CM IM im cnIin t m • ••••• o co «o ■ c r- * o,m ©im c _. -. im ni m m * im im I ►JNfVH-odf'KIIIMMM) im © o o r- oc mm •-«m o> * r- ml* cJo o> • «•««< r- r>-: •» r-1 r- cd o oo c • • • i * * * w IM CM i co Bj m to 09 «o 1 i ! r- *' » n« « • d • * • .. m m.* ^e cnb oo cm injcm rJcw M~r~ m ornam olm e? a c im in f oi im m. 1"* -*•-• cmicmcv i» m' * * .ml •J mo IN0\ «•'•; !«•« , rum- — IM # u mm o m • NO • • • • '• « '* », '• • • • | i i i '! * .' ! :• »i ."• UI u. O UI (A O" m •■;-*! a. X — m : i 5 ! t: o u a o z * 3 X' •-■••el a. ui; o- o wi "i a i mi «M • > ! i i ..■J let I* o o: >. I! " ! s. z > 1 ! CM ** cN ^ IM I I I I < o o o . O OO o o o m o im m CM CM cm m t I ■M O CM IM « <0 m olm o *l + O cm aci -t TmiCM O !• m o CO c> 0 o ■* * 1 I o o « CM I ! .;•• 0> o OB 00 o o o -a co m I -i CO CD O ■€ « - .--4 m I I •O O m m I >m cm m|«r « .- m 49 m CM V 0- 0» ©»< »- u. • • • • « • c CM CM, cm imIcm m , ! • •. • « • 1 • •! • 1 9 1 • « • 1 • i • 1 • O IV in m mm m m m m m m cfl mm m m m N CM CM m m m >x « 1 i * oe.oo 1 o OjOO o o c o c o o o o o » m, m m — V «4 !zm 0> *.» m 00 P< i m cm!p» o\ m m 0- CO * Ci m im «4 w* Mf- m a m » CM ■t— 1 • •!••!• • • «i • • • • • • • c • < • 1 • i • i • « • xm * M, c» * CM O CO O m C- CM CD * c r.J*« CD > c • •] • •) • • *M INI a» cM« • CD 00 0D C- r» 49 m m * * CM K 00 ; 1 0C(D ViCS k i c>- 4Bi**;«« 0- i •« — .m * •M 49 m cm 00 o m oc m • CM 1**, • ©> • oo 1 CM 'o c- ,r- od » e cm m r>-c cm on r- tt 1- 1 ' : •1CM CM CM IM UI.UI , . O X 420 Table VI-1.— Continued 1 ' . L- i 1 ;di«! • ■* 1 ; 1 1 1 ••■. Uo j mO| • : j ; ! i I | ; k • • • • • • • » • ^> ( IM0>, • 1 i •* ••••• < i r- • • • • 1 1 • 1 i »l i N9» • • , •MK, • ';!••• • 1 • • • . • 1 • • N « • 1 IM -0 0 . • •;••!• I • ! • • ' • 1 •' | mm • t> • • v • • • ! 'n mj • i • !!•.;! • i ■* n* • ! — IM*' • | • I • u N«l : • j O l • • IS s • o | ••!••» • • UJ «ll* • i 1UNN, . | < • e • I o; i • i > i • |n«< • • • • • ! '•M"«i • 1 • • HI • »«: i • ' ; , • • ••• • • \mm UJ — 0B- 0 , • UJ ac • UJ 0C! ;• ! •' I • J *-»f , r» .9" >j •» 1 i J < < i i oo a X p* u. > - . i «v « j«0 « 1 • i ; i o o! • UJ M UJ >* • i ac of #4 Is < p* . i 3 X 1 b X 1 . i i- N »- im! • i < 1 o m o mc a f- — •C IM •M - !■ Uo 09 o •* OD oo O O IM -0 -C IM « O 0B •* O ■o -e NN 09 in •4> * c I X o m •m 1 I m m *-» h -4 H ■«• « m m 77 ■♦ •» * IM m -o 1 m -* w4 1 1 IX — IM.IMIMJX IM IM ON «0 ^n m m w im m ■* N •* H 1 — • I >• 9- 1 1 1 1 i i I l ' ' l l 1 1 1 I 1 1 1 !» 9-1 1 II 1 II 1 1 | 1 1 1 1 1 l l 1 1 1 1 ac Z (3 C «" S ! 2|go Ox'm 00;lM IM a) mi9> m 09* m 00! M" o o •« •» O e> o O N oo 00 2 UJ iZ X 3 § •« O ;X '3 Oi« o o o ,c —,« o 09 O'O — o- HO»|0» 00 09 0> 9>r> ■or * « IM IM «M O * 1 1 , ac1 i"1 ! «■ ] 1 ; O w: | 1 >• »■ ' I « X © oo OO o o OO oo oo o o OO OO o o ■r ■* 09 O 09 03 o «f KC O O C O OC O O'O olc O o oo o o o © O 09 O 49 49 N 09 ac ac U • N «ll|M © OD •» 01 09 ■CO o» o- o> r- O « H o * as f- 00 03 m m t- m * ^ ■• * m m * * m m iv «4 «H w* '« ! | im -r w r» r- r»io» « «in •r « NO^-ojLHI -* N H 1 - »•-•: -j ,_i 1 « !« u u i 9- it- ac * 1 i UJ >UJ i 1 > > « UJ 1 • • 00 o m r- HIV HIM m m *i~. "G o> ■] m o> «> l» m * m l> ! uj • m m,m f» «o im « H'm m ■C 4> O s o !U ■/> o 1 '•*» ; | | » o z 1 j ' 1 1 j 1 1 X 9* i>- r» f» 9- r- r- m m -c o> o» *m r- m ft 00 ^* in •O K O m !• 0> IM i i5» IM IMIIM IM fM «M M fSj|fM oN,«M f-vi 3m m m m m m m m m ww «• o 0» m m 09 m m N O 9- ff f- •» m 1 1 *■ Of • •. • • • •■ • ♦. • • • • OO • • • • • • • X •» op m m OC « ^r- r- r- r- oo 0> o> o> e> » 0> IM Z IM'lM IM IM 09 C !-'« OH " «-c O HC a» 09 00 O- r- 9- •V im N «-* h h w H H — * \ IMjIM IM IM {H —,H >J|x pO •—1 «—j !■ -:— 1 — — 0* H H O •* -O 0> «D m-c m9»- em OS IM OJ * o ^- ■r * » »■ •C " r- iv « f- m 1 1' O IM IM IM IM HO *-'lM r>|iM *-— m a 4>!o « N a m- 0> N •or o» ■4- 09| m X > « • • • • • • • • • « • • • • • • • « • • « < • i • • • X | > • • •,••!• *| • •!••)• • • •! • • • ■ -J • • • • • • • 9- IM — OO IM ! fc « * ■* 4>'« «:« m,m *;* in in im •-• —»!•-* O O 0* 1 z o 1 Z IMllM IM IM IM IM IMIIM IMjIM IMilM IM CMfM'IMvfM N • 09 in 1 X 00 « an* »f a oo oo a» ooloo o» *<£> m in •M •" 9- «Djf- •n N in IM IM IM IM IM IM IM IM IM CM IM •M IM IMIM IM N IM IM IM l\ IM X HH •* ! *•< IM IM|IM IM.IM IMIIM IM M IMllM IM x S e mo in o m c m Q I** m o mo 5g m o m o m c m o m o mom Xioc ojm ©'m ©|m cm p'm Ojirvo of h- uj 1 »4'M iMM m.m * o> m m ■c i^o^cino m c m c zz « t-.UJ •-* ■xlM im in •# m m « 1- Jo O3 0> s> O IM W r» o iMm'r- « r»;i^ « « *> o © im m UJ a. >- -* H H iv •M IMJIM u. i e.,»- i i ■ UJ UJ 0C UJ UJ « a X 1 1 j * j 421 Table VI-1. — Continued IS z < at O o I* 111 I |i 5 UJ a. x i >- X X Of a s at > g O X I Oi UIII o . NO| O i K < a. ""I m J l-Mol o l/t > oJ I — & x o« o a. K C «* X o i I I I 1 I vi o v\ o •*!•* IN oo NO t • oo oo • • f*l * •- in I I oo I o o 03 * in o vi " « o in m I I * fSoni M I HN I I I VI O VI O ■o ' * 00 7 •o -o IN •-! vi o ••• • O IN IN INIIN IN. IN IN • \A ..r §C O O O O Mr- k r- k -I— I— 2". o * > ; I VI X « o K Ul e. i- ui ui ox ♦ —m v> w 0» * ■# • • • v> v.i v> IN tfvjIN IN m in • • VI VI IN IN ♦ ••♦•* a «o e «>jo> » ■•< «n;«n — iiiM|«n,in««*«|*«« o o o» ov «d!in km a • | « V * • * •» ■» Win «n •M fu in cn in fui f i «D «0 -o vri vi vi -* ~* w* -* — -« " "• in f-i m e> ...... • ^ • ■ • •) • •4" m| m m m m fA oo k|* «> in «e!» k k *|en I- v. — • •••'• op oo a a! a od IN iy in in1 n in VI OKI O'VI O m •# .# v> vi «o a oi<-ioojviF»jm^oloo|ch c1 ** « »n *j * «*»: m 1 J ' r-t-l«f»i!mini»ifii«pvi.ooHr-H* oDoDloocJoDooaoc^rsiao^ocoB^ WWIODCODODVODiOl^irOT*' •»,•«) fslfS/fNINllNIN ININJININ1^^'*4«4|*M plvioiviovio^viovio'vio;vi Kf-ol!ao»c>oiiNvir»oi*NV>lf» »«»*•*•- IN»IN IN IN o u IS 5 o X at Ul X t- i <-> 'in ~o ;in v« -IN* o in m O Ul IN IN e IN "*i Vl> • NO -;-• j •SI ui -< a at « — r-. ui O •* VI :-* a; 'I ui! ►•I"* IN »-l«i K: Of X r s i o!o o|o o|o ■ o i OiVI Oivi VI v« OiVI O. vi O ■O l« Kit- « o|o oio ojo o oolo o K ! I x o < • X o 0D O O IN'OD I mliN m|iN 1 1 1 II O IN. t* INIIN K 0 o|o olo I 1 II II o o o olo • •( • •! • •» « -0 CD o i»i;in • I OllN I1 I <• o!o —i-* -r ** IN * vi No VI OO OiOOO •> • • • d • •*]< O UO * * IN * VIIOD 0Di« K « *| — IN a * a * •^ IN1 ^* «-< I I I I O o « 1*1 I I a «Ik k odoccdocJo« • *i • * •••«•• vi «! •-Ki ♦ tnj 0< Kl in in I I i I • » • !• • VI o o> o o o •o o x a I o>|o» o»lo» e>le> o- O —!-< wxx1— |v» | X I" fn i*i'fi> fiffl fl o o o o o o IN IN IN IN IN IN o p4;rt vitir in IN ISlIlN IN1 IN 1*1 t»l l»l OO IN IN 1*1 l»l l»l tR.m OlOO * a o> o» NNhhIm < —>. a o> o IN l> •' IfH i « • X a f\i vi X « O K Ul tt,K UJ ui C X si IN —' r. in rf, in (r, N.IM H> -o l»i - ID r N O-; HI - n in m iriirn tNiiN *hiq* ion ^*;a in, in iri vi • •| ••••[• *| •••*'♦♦!•* • IN IN'lN in' IN INIIN INJIN flljlN IN'lN IN IN IN IN M o> a iK k k >c ]■* a ik « vi *ln m m k>;in a • •••'• •'••••••! ••'••:•< a as od a a ei k k k k kk k:k k'k -c til IN rii IN IN fulfil IN IN IN. IN INIIN INI IN fV IN M I I vi o vi o;vi o'vi o vi cm o'vi cmoro •* ^ fufu fi|i»i « <•> vi vi -o -c KiK a a o> oo • • • « • fn ifi fi fi vox o» e>i k * * ■» ~* ^ •— —• -4 -* — ■— f*j od' oc cr o o IN IN I OBJK a o I • Bn v3k Sin vtK -"—-.— fii| IN «N ISI 422 Table VI-1.— Continued °!* m i •:•« I -!- I «* | Ul|- Ull X;«- i * IN H el i m] 3 ■? at ui .X .»- 5 o I !► at Ui > -I- > ! !.l I ! I I Li J.J 1 i • * c ©c « e o e 00 I * DOOO • • • • X c|«M * -O x«*«*««« • «M I K» — I I I ! m e«o m * ♦ m 000 00000 O •* O OlM>4 _ m •to m « o •*»NO# • • •no. «B- OOOO I I OO OO 00 mm «im" !• ! m o. 00 *m OO * O *M 000* 1 • • • * * • •i _ m 0 mom * I •e « •© M M M « e wo l« at !l I ,-. S: ♦1 • ! • m| • -!: ©I . Mi • I I O'BC'bObO J OlOO'OO'OO o I? at Ir •I. ll I I OiOO • I : O'O O [ • • • : 01* o 1 hi 000 1 • •' • O O IM I i m O m o *:*m mo in « OOO O'O o MM ill O.O C III I in © wA I ,*4 m* • I I I I ' o o i » • 1 O'O e-«IC> «4 -* «*|M M o|o O •• • • ■00 o OO o.« M -• OO • • o • in c — I I o •* M N •I J 'l i :• : I • i !• I m o o> o I — I M m mo Mm 1 o * M M I I m o m o B» O) M W(P» M MM M -C M . . . r Hm r i i 1 ! OO • • MM m 0 e> 0 1 in 1 i 1 ! 1 M M m 0 1 o» • • MM MM mS » 0> • m O • 1 0 "1 1 "" • • • • • • ; 1 M M'M m'm M mo «r o|m 0 0 ■» •« m'm * ! j I ! | Jo X •* M V) *e UI $ 0 c oe'oc "TT" * *i*>#l M — £m MM • M 423 Table VI-1.— Continued o UJ.IN IN O • NO l/> CI u. 'o I ,(9 o 3 r ► or UJ > 'o z *< o> — ! IU Z .— 43 O -< a. z ui z o • • • I I I o z — o z 12 O > u O z o I I ! i 43* IN in I I • • o o o o • • in o CM 1*1 in in I I in in • • o o m o eg in I I in <7> • • oo m o * m 43 m • • o o m o in 43 in 43 IN I I i- 43 • • o o m o 43 f- l o> 1*1 • • o o «D © I •t IN • • -1 do IN •1 Ml m o OS 0> c o in •4 IN IN 4} «M -< I I o o I o o • a o * m ■o in * • • m o oo 4f I I 43 43 m o in in CM IN 4> O • • o o © 00 • • 0>;C* I •I • e>iOx i t-l ~- — w- mUajImd o~ in in cn nj in in ■*■*•*■»■•*•* ni im m o i*i •# m ni m o •» m m o m 43 fN 1*1 4> * 4} 43 o o rg in in o 43 - *▼* ^ **H ^ ■*■*■** oo oo 43 43 O O o o o o • « o o m ©1 m e> o o • • o c 49 1*1 IN 43 1*1 43 43 mo • • ©in o o> Ojcn in o a IN «M O 43 43 in in oo in o r» o f- o 1*1 IN m in im «4 m o in m fN IN X a. « s o z oc :tu I o o is 15 15 i 5 lor IS is |mOI I IN fl>! I IN«- |IN4>| i N o IN «4 m • IN O » P4 o» irt UJ -< OD •jf < — 1 f- IU z •-4 43 o — m H H 4f * _ z ■ o| a. c e > r- O.' 43 , * z iu;o o x > X o z o I m o m c #g \** ni O 43 t-l I I IN 4> I I in o * r- 0 o 1 l o o • « * 43 A* m o nj m 03 4- p- IN I I O O • • 0D IN in o i*i * 00 o I — I m o m c 4> m m 43 I 4f O IN IN I I O O o o I -rtp-tnmnjuYaDm O O O O -4 OO P4 o loooqi • ■ • • « 4 O *N| 4T floj < m o 43 r~ O 43 IN nj I I O O • « 4/ 43 m o I- S3 00)^0004/0= o ao x 1*1 I I mom oo o» » « 4 N hiv 4; I I o o • I 43 O o m i o IN I ni 4> ■ I I 4/ i o m o • o 43 I O UJ O < !(9 l > l« IZ M lUNNIMNNNN e o o o o o o o NdJNHHN HHVQOO • ••••- O O O © C I IN IN, IN INi M * m o| m o m i MHIUIUI c c o o INININnJININjININfMIN o o o o o oo o 43 f-|» 0>, 4f f> f- r-'oo o» e c --'oqc» ► Mr-Hf' 43434>4343 ooloclocodee r4N|(NiNINis mo'mo'moimomo i*i ■*' 4> m m 43 43 J (M(n|N(n|<->hhOOOOC0 23: c 0> o> c m m 43 43 o c IN IN m o oo a 0>0>ini*lt*l*-43 M-«« 43 43 m4 *- h* OD o o> IN — m o C o c m 43 m f 43 • ■ c 0» C oo m m *-* o ■- «* m o r- O h i\ IN o m ml in m M 00 1*1 43 • « • ■ a as as r- m o in m IN IN 424 Table VI-1. — Continued i ! m-d moj IMOSJ H o e o * ■#■ i i 09 0" O O •r c i 1 • • • m o isi in •o od r- cm 1 m r» «o c IM O 1 1 • • m o r~ o •* CM O 0D •o o 1 1 m «m O IM c -< 1 1 i 1 1 ! • ! •l 1 1 i 1 i j i m o im in IM IM O CO • • m o 1 I • • * o • • ■r im > o O CM > oc c O O © 0* 0* CT O OD 100 OD Cf- OD IM IM IM IM CM IM 0- 0* 0NC* o O O1 m ©;m ©,m c IM IM IM CM IM (M ,0 ODJt i' o> 0- :* fdhr-;** :j. — -*, cc r-4 ooinm ■c o- i — o o m o oo m c c © m im od on tn o im in • ■ o © IM f\ • • 00 00 m © l» o — n "A ■* oo D »-| 'X a < o o z z »- I u a o z o or a ;z iu 5 oc cc !o o me imo.1 »< 0> I C z '— « I O -* m ;»0 •» z »- — o UJ o- o; UJl p-i z >l s z I i I I ! i i V 1 * i Z: - * ©|« i arrl o m oim © — -« o|i m IM ■» I I o c to c o o OD IM © in i O IM I I * I X o m o im in CM N o o • • o o > * UJ • a m !« »» |U i K i X & >- UJIAJ C X iNiniitji ♦Tt it» »r^ »*>| n^ < i mir* it, i tfVtTi tr.< * *l**t 'T • • its «r\ I fM|(M IM #M pg »Tt <*>|<*. *»>; Cl f) I i mmmmfMiM;»^*^*4< m m| m m mm«4r'moDini«MCOMni • M*l*l»««««l«f *^ ^ *^ ^- ***< ^4^f-««4|*rt©^«fM m m m mim m CM IM'ISI CMJCM CM CM CM CM CMl CM IM m ©Im o:m o m *|*m:m 49 CM CVS CM CMJ cm rw CM CN m ©Im © «r-!K 00 425 Table VI-1. — Continued i* me N0» — «M ♦ I o i •";' m! s vm \i !* s 5 5 • o e s « Ik 111 ! s s s • NO I P-«»0» tu z o a. Z •* <•> • o 6 * Ml > in ■* o z — o z •I* • « e K O « • X o • • # • I I • I OO IM e o« m c niir ee me P- C •** in e N* = ! 'ik o ) |UI i* i I iu ! :S i is i !>■ !2 MM — O z • •'• • e oo oo • « o « ee ■# N I I e o • 4 IM<\ e oe • • 0 « m m 1 l jo • « NO I I OO • • 00 fn ft) * I I o 4 * ■ I I •O < in in l I eo • ■ N oe • i 0 < N- 1 I oc • I memo « i» - !S oe o> « O 9 O » f- ss !« ss 426 Table VI-1. — Continued u o IU o in • •- VI «• Ul 111 oc J « •oa 111 U. X s o v» H- X a «L X 4 Ul 3 ►- o X X at ►- 111 a X Ul ►- o X l/l ►» > « a a X u Ul o k § X MM X X o oc o u. > ■» «t 111 K or. « 3 X ¥• « a IU a. X 111 »- > on « z X 3 %n *■_ < oc oc « J « u K oc lii > o o O z r» X »- X o X « en « Ul •c « mo CM* MM CM«SJ I- O X 52°. « o x « X o o o • • o o m o • • ■o ♦ © 4) CM us o t o m • • CM * OO us o cm en o o • • 7 o m • • m en (SI M OO US O 4> IT ON — I OO CM * m O m *> ■* CM I I OO • • — 4> o o o mo -Of- •* CO oo US o r» CD CM CM I • MS O • • en •#• o o OO isi < l I o o •» c m o us o co e> o o co cm ♦ < MS 0|HS O O ISI— CM * O O o 4> m O «Nk o * O 49 • • • > ♦ Ul • IA X U> -I > • x« CSI l» •CO Ul X en as • • OO •c -c CM CM «r> o en* • • 4> 4> CM CM •S O « est ♦ CM • • 4) US m mt CO • « en csj est CSI m o m * ♦ CSI • • CM CM CSI CM mo use* o cd • • mi m* CSI CM mo r- co ■o * • i o e CM CS CD t> ft mi • • oo» CM — m o e> o CM O • • oo en cs m» mi m o cMm me mi o o • • o o CM IN CM CM m* mi m o •"■© — CM L l? >• oc < X lX 5 It") > or en — mo cm ©> CM •* -0» - « o X O 4C X o ]••!•. 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UMrdnnuMTMSh oiriNoffoo- o © o ©;o © IM IM IM IM IM IM m o memo HNNin •< •")"»• ( IM IM IM IN IM IM IM IM «M IM|IM IM m o'm o i*i *i* m m o m« I ! , I I ir> ol • at Si • v! * > r>- o. 49 cm o > M UJ > o z o o o « o « • z o if on o -* U* cm o o © o • 49 !o ■» I I (SI I I O CO o III o 0,0 o • I • • m o cm m •# 4> 0 o 1 l oo • • 49 IM m o m * o o o o (M 49 in o ■# m -< I I OO I I o o • • IM 49 in O m 49 + O I m o 4} f- 4) o OO O «0 -« •-= I I oo • « 4f 4f m o • • r- m > IM UJ o * o «M cm rvi CM CM mo IM IM IM CM O O IM IM CM CM IM CM oc CM IM IM CM IM IM U\ O m 4> OO IM IM cm cm im cm in O 4f m O C IM IM CM IM IM IM m o m 49 o- CM CM IM IM ao^NiniN c~ 4) «M l\ IM CM m o ID C a- o~ IM CM «m cm m o o> o 49 O m m * in r- 49 ss m ■-< 4M 1 • 1 IM CM O CO m * r^ is oi in co m m ir m © c-o o -r * CM * 4T m o im m CM CM u. lO UJ ]o i 'O. I* o il © I* il ac 3 r Is o > o z im -4 jmo 'cm 0> !•*•! |mi» (M 49 :iMin -jN« %« *»l UjIlM CM © CM »4 • CMO ►- »4 0> l/> UJ «4 CD or 4||«4f» UJ z|—« ojxm •4 * t~l«4 CM «vl l>4>4 XI • «40 0* 00 V) c «i m X IM U I o m o w Oim o «4 *4 IM fM — O O O OiO o i O O 4C,C 49 49 00 -. i L» r* m 49 I . I 1 1 I I cr *-*:o o- m oo • •]•♦'♦ o o:o H-* • 'I o o o o o o O Ol CM 49 00l 00 IM \— CMlIM m ! I IM ■* I I oo 00 4) CM CM m o ♦ m in o in 49 49 IMl49 (0 0> Hr- CM 49 cm m oo • * 00 o moipf 49 r» c- «o ■*■ O O CM *4 CM*"* PM It'll * Ojm cm -^ Joo ooloo • « • • CM OIO 49 t-4 ^4 ^4 00 cv •4 f\ I I o o I o c • * 49 4f in o m o CD 0" Q* o CM N I >4 I 49 -< CM oaoocoocMoo HHHMMN IMCMIMm- r- UJ'UJ o.z I I I I 49|49 ' *i • I IMICM i I •T CM O'O (TV 0DI0O CO " ' «N — * I —i »■*; •-< *-» CO Q0|00 0DJ 00 CO m mi m m • ••!•• o>,o> i o m p *4,*4 CM CM CM CM CM m o cm m 0D 00 00 C 00 00 CM IM. CM CM' IM IM m in m rJf»Nr- 43 • »| • v • * ~* *4 ** r-4{ ** ^" r* -c <» * -494>4949|4949 m mm m m cm CM IM IM CM CM CM in o ■ "* © m O m 4>i4r mm " CM CM' CM CM CM CNJ CM CMl CM CM CM IN mom 49 f- r» * m o CO Q CO CM 00 • • • O V 49 0> O • • • ~* pri CM m o m o m i CM O I I 4T 4f 00 I • • m m m *< *4 o m o f- • • • m + i o m i ' O CM I i m.co i r- 49 o CM »4|0 49 IM C- 49 I • • • CV IM CM m 3« 49)49 mm » — 4C o r- C | ^ C I CM CM i c a f- i O m o m c cm m c~ I CM CM CM CM 429 Table VI-1. — Continued o o u o o or a. x ui >■ 5 ee < ui > e z r- s - CM MJ x a> -i r» x * •m m •* * 0> o J l/> IM ooo CM CM I I DO I I CO -c CM CM in e «* CM CMO ( o o IM CM •c o IM CM «f> O CM 0S OOO o CM CM mo en ♦ m CM CM in o ♦ in CM O I CD CO CM CM «■> O m o o o • • o o o o CM CM in O CM O I O o ■o o CM CM in O r» CD CMO I O O ■O CO ■O « CM IM in o cd a o o o CM CM m o o> o oo •«• CM IM CM m o cm m oo • • oo o o -O CM 00 CD wo m o r- o — CM o o o CMO en CM O CD m o cm in CM CM oo o * • • o CM « • • IM CM « CD -4 -r o co CM + 3 CM CM CM « o o « o CM CM CM CM CM CM • ••••• ■ • ' O O O Ol ■ "I CM CM CM I en en en en CM CM CM in p in o «« CM CM AS CM CM CM CM CM m o en « m o oo CM CM en en CM CM S8 CM CM CM CM CM CM OO CM CM in o o » IM CM m o r» co o o cm cm cm esj m o CD C NNNHHHH • « m e o> o 0. o> -• o CM CM in o cm m o o CM CM o r-o w CM ■t in • • im8 NCM Of r- cn -< en o CMO* >m « CM P» CM « cm m » CM •» o cm cn o UI CM CM o CM W m • CMO i- w 0> WO <0 o z — o o o > • < o x O < CM IM I 0 o 1 I o o CM IM m o w CM •e o cm m — CV IM CM o c oo Me SO CM IN O O co a * o ■o < -r > •*■ ui o T O D en Z O 43 > • < o CO CO o o CM CM CM CM CM CM c o en en o o- CO P- c- o CM CM CM CM CM CM c o en en IM IM IM CM mcmomotf>6 pi'h cm cm en en m> o o IM CM IM CM CM CM m in m in o e oo oo rt t^ w w o o CM CM CM CM CM CM in o CM CM CM IM in o m mD c o CM CM CM IM IM CM in o M3 f- o o en M o c CM CM cm cm cm cm J8 nr >\ir «cn> o o en e* o c CM CM CM CM CM CM in o co a en cm CM CM o> *• cm < * c OO CM CM CM CM CM CM 0- o o c CM IM CM CM IM CM mo CM If •o c c 0 oc CM *\ in o CM an CM CM 430 Table VI-1. — Continued it S 3 i et- ui X r- u o o Ui ec 3 r- « sc ui a x I >■ ec <* x x 3 wt >• « or. ec a ui > o me N» IM CM CM4> mm cm* IMCO CM CM CMX NO xf> X4> xm x* o z . — o (A O > • « o X o X o IM CM I I o o mo ♦ O I O O OO O K O IM I CO f- xo o o •r cm ID O t- CD O IM I o c» — o o o o ■o mo as o «M IM I I o o o in o 0> o O IM I f> xi IM X in O X O IM l/l 8 O UI in in 0> 0> CM rt IM IM in in in m s? m m m o 4? ■# 0> 0> in o m 49 CMCMCMC4fMCMCMIMX«4*4*4 * I" o> o> mo 4Jc» rf|IM|IMIM|lMCM|COr-- oo en im in o im — in o CO t> CD CD m o » o o » IM .M mo cm m o * C CD m o r- o 49 CM X IMJ "S 1° 1 O 'X I* ui IX 8 'Z is [ = »— ,5 ui °- S |UI > < x IX 3 i/> a a. ,«r. a !z ! i IM »' '•M «| |imM !"•*! |fu«n| — |CM *| <-> ; iim cn <3 i UI IM IM ol I I'M—, m| CM O X 0»| X CD' i Ox*- :-i x-m ui r-jx cm! |X ->l X| MX O °- ui I o>i • • o o o o o c o • • • • in o o o IM IM 1 1 IM «4 o o 1 o o CM CM • • m o X CM 0 b IM CM 1 1 IM XI © o o o IM 49 • • m o eg m 0 o CM CM 1 1 «* CO o o o o X. IM • • m o CO * o o CM CD 1 x 1 O 4> x O o o o eJ IM IM in o •*■ m oo 4J-CM 1 1 m im Ox o c> c 49 m o m 49 o o IM IM 1 1 CJD XI «-# *x c o CO ♦ -< X 1 i 1 m o ■0 K 0 o IM IM 1 1 O CM X X O O •r -c "I •• m O f- CD o o CM •♦ 1 1 — o X O o o CD <* • • m o od o oo IM CD 1 1 m o O x o o ■r ■ • • m o » o oo NO 1 m cm ox o o ■» « • • . c • • m o cm m ■c o x O 1 IM CM X P* O CD * -0 • • • • m a r-o XCN * ■» CM C • t oo •o o m « • • • • • • • mom mmt» IMNCM •*■ *o o *© 1 1 •» «m m OOx O O CD •«> men CM CMi CM IMl CM CM eg IM 49 -O.O CM CM CM CD OD CM CM •C CO X> CM * m x> , CD SO 00 CM CM m o m o CM X\ 43 « CM IM 4} 4> IM IM 4> 4} M CM IMCMCMXOOOO-CDCDaD *30 00 CO 00 40 CO I CMCUIMIMIMIMIMCM I IMjCM > 4>J4J I im|cm CM MO IM Cft XI eft w co co|f- r»jf>- 4) m o * m m o m 4> 49 4> 4) 4) 4) 49 mo 49 C» 49 < IM ftj me CO o- 49 49 CM IM ♦ 4f XI XI m o » o IM CM CM IN cn cn e m mi m • CM IN CM I N«ixAr>mo KC Sm 431 Table VI-1. — Continued S S 1 o o s s I* « • Ui X- o« > a. X > X I >■ 9 O O > © IM «m • ©•«D*01CMCM •n o ■TO OO p- < O O z n- ■ oo « CM « « x o PI Irt « o 111 & X oo NIM oo • • Pi Pi *> o o e • * •o o pipi <«o t*Pl 9* #■"• o o • • •o -e Pi IM B1 & fsi m o o • • •c -o oo •M Ml o c • » CM IM SR M M • « •n ip CM PI •n o

• i ip n cm rv •n o • • IP 1*1 NN •n O 0- o 0» ■ • 1 CM M Pi PI IP o imit mm • ■ • i CM IN IP Q P-C mpi o o • • mm CM SS Pi PI I CM« OOO • e imim — M I I x c oooo Otiomomomo •# * I IM I -O PI Pi * I oooo M I I IM O I O «D I ovomoicomo •o PI ooo oe ooo o IM oo I o o o o o c • • PI PI I I in I m I Aomoin OK ■O O •© O « I I P- P- P- P- P- i««»ei pi im|ip in f*v fl IP IM CM CM! CM M — «Jm M • • M • • O < Ol * -O IMJCM CM CM IM •n o'tp O MM PI « o SS-- pi pi rg pi pi pi pi o H*4 ", * * PI Pi PI IMlCM cm — O • • o> o IM PI •fl O IP? CM Mat CM*. •M * NKl „ CM* W mm «• HI cmcm e NX «r» • MO i- x«* •n M in x to Uu ac -I •t x»^ HI U. Z x« s o x*n 1* »- x* x a a. X x m « w s t- — IM I X a- x© IU OL X III e» >- o x Ml a> 1- > r- « 0 X MS g ui i- * X X x m X X o IM ac o IL > X « O (U K ac « X 5 X 1 IM « • Of 8! X III 1- > 1- ac X « IU X § o < *>» 5 > at ac * « j « u »- ac in > g O x c- X »- X O X ao to X « a- in a. ■c Hi « o o x O 58 « o X© oo « IM CM oo o o o -o I o « o o • • m o im cn IM * X I I O O • • a> 0 ^ I I ano o o o o o o e im i o ojoo 00 00 an o im an «m * l l an O cm an CM IM o o • • * CD > an o x \n 3 an X z c X CM O IM > • « en X OD IM an ace Hi h iii X «n an to art oo • • IM IM CM CM • • aim • • CD tO IM CM •no X CM 00 o «n V> cn o • • • • ■c « CO CD IMN CM cn IM •# an an • • o * • • * cn CM CM an o an o a-, an O •» • • xaB • • cn cm CM CM •no ■» an •o o> an an 00 IM • • cn o> • • CM X CM IM an O an -6 OO an an CO -o • • an x • • x «* CM CM an o o r~ 0> X an an an ♦ • • CD * • • CM CM an© f- co o o> an a-i ■«• cn • « CMO • • o o IM l\ «c 00 o> OR o> ♦ * cn cm • • r» an • • CM CM an© 0* o X r- cn •r cm x c • • an an • • CO CO IM CM »o im an x X xo CM CM x© • • O O • • co c> CM CM an© r» © X CM •O CM CM CM X f* CM • • * an • • « -r o « o©> CM X an o cm an CM CM ac o o X IS I" ll/l \> p ac 2 o no cm a» CM CM CMX CMO x o> x o 0> oo c~ •o an o z — o > « © K O < • Z O IT. O X IM CM O © O I od m o o IM CM an eo O © o o CM IM in o IM 1*1 o o o o CO X o m « © CM • I * .1 *\ o cn * IMO I an o <# an o o O O an an CM *M an o an m> O o © -c x an an v © o o oio o co im © cm ao ao mA CMIfn m*TH I I © o o if> o r~ eo an O co 0» o o I/) a: m 3 U CM > - a oo lin" X ac o I ! r- f-if- c- r» r» o©i© ©|© © &\ fn ^ mim cn 4) o.-o an an m* an anlan an an an CM XX X IM IM CM IM CM IM CM CM^CM — a> 00 00 «D IM CM an © cm cn oo o!im -j- oo cr an ■*■ cm xi o C M3 iM'an o> cm r^ CM cmIcm cm|cm im IM CM an © cn •» an © * an f" MJ CM CM an o an M3 ♦ OION im cMlm x Q- ©I w cn o o •e im an o » o © o o an 4> -o O o o an o cm an ■o o- an is CD 00 •a * • Ha • an o f- O x cw •# o IM <\ an O cm an fM CM o O cm an -I- J M> l\ 00 00 CO CM f- •* CM r* an © r- c X M * cn 00 CO £5$ IM CM 433 Table VI-1. — Continued ;_i C o iii l« ii u o o z o ee 3 < oc I > 3 l/> >■ O o o mo IMf- «M 41 — |IN * nih o UI|IM iM o, im ~> ml • z o CD X4" *■• CO •■•im •* •* — o z »- a iu o z • ••••• •J o > « o X O z o IN 4- — I I o o I O O •r 4> m o .1 CM « o I o o tn o in r*> IN IN — I I in o m 4- IN CO (M I I in o 4- in 00 IM I o© — • VI m o m 4> 4) IM I I in o oo e • O IM 7 4) 4> IM IM m O f>- 00 •N I I o o IM IM m o oo o» IM f\ I I 4} 00 IM p4 m O 0" O 4 00 — I I o o 4> IM m o r- o — n, -i o T (COffiC 23 ♦ o IM f\ im m IM IM 00 4> • • o — i IM O 0" z o Z > ' 4> X IM t • Z 09 a o oo oo rg IM O 4> IM CM W 00 IM IM mo r* IM IM IM IM IM IM IM 00 00 IM (M in c i*> 4- 4) in IM IM OC 0F> IM IM in© * in oo 4> in in IM IM oo oo im in in o in « IN IN N IM N (V r- o> in 4- OD 00 IM IM mo UN 09 f* OS OO 00 00 IM « 4- m CM l\ oo «o IM IM f- oo m i«i in c oo o> INMN-^IN •0 -0 m IM IM IM ao oo IM IM in O Cf o c o IM 41 in o im m Cf o r- o m a. O IM r» 4) » IN 0- 00 IM IN o 19 '3 ? i »- o IO c z |5 iee I ,>■ a. oc IS lu I- s !> ;«io{ if»0>! !lM 00 iroir-i IM O iiM m • Nfj UlIlM IM1 O «V (M i • NO *-!•< 9- 1"] IU.-4 00 ae « -« r» IU z r* 4- I I O X ■C 41 IM IM mo m * 4) O I — I 41 4> I I 4i *h in im r- 4) 4> 4- IM I I »04CI 4) •*■ m ■«■ IM IM|^ 4- ^ r- oo oo O IM 0D IM in o ao p IM O IM 1*1 I I 4- O in o » o 4) oo im I I 4 W i»i in in o im in o o I I 0> K" O IT O OC in o im un IM IN m »n I I O I IM IN > 4- u • O -" z 3 in z !«9 !> I t- OL Ul OlZ wi oc o i— — « ^^ fM *-> — ' 0> o> IM CM f t? a» 41 4> •M IM mo 41 4> IM IM 28 4> 4> IM IM IM 1*1 4> 4> r- e'er fy 4i 41 IM IM OO S2 a> r- 4) m ♦ 4- 4- m IM IM|IM IM 4) 4) 41 4) IM IMilM IS. m om oiro — 4- 4- m m 4> 4- m iMiMiMiMJmHiii'nf'i O 4) m 4- + m 41 4- IS IM IM IM IM m o m o 4) Mr- oo O O O— -4 4> oc cr l»l 1*1 4} 41 IM f\l m o oo c m o e- o im i\ cr- &• m ^< IM l\ 4 a a oc m c t- c 41 41 rn -< — 4) 4- ( m c im m, IM IN) 434 Table VI-1. — Continued S < 3 mo m r- rg -e rgm 5 5 ac of w ar IK > S o »«gf « CI • o o o do oo • • • rg m o eg in o o g» * • • r- * g-i O f- © ,* rg O rg rg <-> o o rg in o rg in rg rg gf a> o o O Cf • • ~ O O > a 111 • • m in rgrg o -e rg rg mo rg rg no en m W IM in o rg on rg rg rg rg rg rg m c-i rg rg ■O 49 rg rg 58 rg rg E8 rg rg m o * r- m it, rg rg in o r- ao m rg rg i\ m gr rg rg m $ rg rg rg rg mo o- o rg o rg rg mo rg m rg rg s rg a o e> Sm rg rg im o |N»I X a « O o I Qf IUJ i! IS o o ac { I > rg g> rg in «. rg gf u rg m o mirg rg O rg -- in • NO lUi^g ao « —. r- Uil o — m X "• m -< o o- III! — rg * gf l I o o I rg gf I I — gf o e o o « gf o o NO |« . in o rg m rg rg I I o o 00 *t in cm o m gflgf m o e o oo o m o in -o rg rg,o rg<0 rg o olo o o o o o|o o © g? oo cd o o o c m o •O r- rg rg I I m o r- eo rg o I o r* cr o> o od m o go Cf rg rg I I — oo O \r* o t m o 0* o rg o I o o * rg r- rg I I oo gf rg oo m O r- O — i rg gf m I I m o rgm rg rg -■ rg I I oo ojo gj oo oo o m > rg m l§ z o X 0» O gf > • rg x m rg m ac c. u 111 rg rg o o O o O Cf gf gf rg rg m m rg rg m o t-g rg rg o o o c O OD 0D CD gf gf rg rg m m rg rg 28 rg rg o c o o oo ac CD 0D gf gf rg rg m m rg rg rg «fc rg rg oo o o 00 00 0D CD m n rg rg mm rg rg 5!? rg rg O O o o 0C 00 0C OD n rg rg rg m m rg rg mo gf m rg rg O O O o r- m OD 0D rg rg rg rg m m rg rg ss rg rg O o e & cr oo r- r- «g .-» rg rg m m rg rg m o ■c r- C O c o gf « r- r- O o rg rg m m rg rg m O r~ oo m gf o o o o o- r- •c g> o> Cf o o rg rg m m rg rg m o oo a gf m o o o o rg o gj g] 00 CD o o rg rg in m rg rg m o Cr O m o o « O Cf •0 o- m gf gf gf O Cf rg »* gf m rg rg m o rg m -g r-l •c m tr o> *g <-h * m Cf CD r- g> r4 rg rg x rg rg m o r- o x rg o Cf • • rg gf oo gf od m rg rj Cf "* m m •g *-• m o rgm rg rg 1 435 Table VI-1. — Continued Ul I I IIU s !5 19 • in O O I l mo i ,lMO>. |IM «*! inimj — i!•••! oo o I I K O «t • _ iooa O O • • O o> o trio- 0> z Z«fl«r •♦ OOO O > SSi «*•# «r> m o O » MM mo •- IM «n m 0> 0» % in m o> o> IM IM IM IM 0> 0> 0> » IT O * ir> * «r ♦ nnHNHNKBCNftOC CM CM in o o» » * in o» o> nj in rir- iti in m IM is mmtrnmrnmrM*- (M IMIIM MN IsilM IS c«ra«r«>««of- r- «&«o oi c mm mSnm mo, •IMO>: IM « ,ni«n I —.'cm*. **; _' 'mini I UJ.IMIM ! %-l — m — to - ! S * 3 o X cr. UJ X Z'— <•! o — «ft "!-♦< 6- Z -• m. iu ; 1- -< IM i$ ! o :S IS is it- 'ill > a z z 3 o a. f o >, ft.! Pi kI A! 1 1 I • •• • I z • •;••■• i | i ! | i ! i ! I • • • l m o im m oo'oolo o • *♦•'♦• •* IM * «f|* IM I I I 1 1— I I I ! i I I in oim o * + in o OIOO • • • imnIim o i l « > •••••• at olooo ©.© • •■» o o c K • • • ;z o:ni«o IIM IM o© ©ooo CO • « ojo ■o ~> w * mm * in o m o;«n o tn -D'-e f».r>» OIMOOB + I I I* maJm iMinlr* - oo. > * «« o \o I ** I a o : i OOO OlO o CMIMIN IM'IM IM m m|m m IM fM IM «M 'olm o **,-4 CM m m IM IM IT O ©im — 0- _ — -*o o o- o m ^»< .*'«-i»* m mim mm m IM IM.IM IM NN in o!«n O m O m *1* m'm « m m IM IM mo m m CM IM me > i • • » o> o> 7 o> m co • «n- m o 0>O «m IM ImIcM IMtlM IM)*' ele • r» o go < © coop o K at z o * «,« • ooo'o o oo o oo.oo oo in x im * I I I I OOIO. I -< a-> I e o o o a im l o o o © im i»i I I l i • o IMIM I I «c«onc oqoe oe IMIM I I o o -o o * ♦ • ■#• NKIM • • * C IM N I I ■on «m im o Ul a. •at MO W •fa*: ~1M •♦ O Ul IMIM O IM — m • NO z — * g ! 6-' 5 ! KMl o o 0£ 0£ |5 o a. «, *' l ui ant O: >■ -, oc ac ac 'lb ;> * I o '■ ! i •'• • i I I' M I Cm o OIOO •« ©too •# IX III * •'• *l • »|» • in ojs o,m o m cun dip O ocloolooo o • •*•••••'•••• ■o *!im oo So * OP •"•' > •] • •' • • O .« OIO O C o x o;o o,e o 0> -* © * m «,IM I • 0 • •' X C <"> OB «M I *-a-a *■ I t I •f> o I ceioooojoolo o oo O O -7 OO *IO MV* ©1~ M » • • • • ♦) • * • »; • •' • «| !« o!o O O O'O O O O O 0»0» 0V0» 0>,» 00 IM'IM IM IM IM'IM IM IM t -t IV — ~« "< — ^ ^ -M k oio o o o o oio o © o o> cmo» r^ o im. H IMilM IMIM IM IMIM IM IM IM IMtfM IM X OC ov> O one; c- — fj moanomoono 0*NHI» «c IU > O X x o IU eo oe • • « o in 4> I oo • I I I ♦ CM I I mO * - l V oo o o oo o a • ••!•••« iMinloi 4)1 4) m ♦ « oo • f CM I I * * *» r- cm cn I I o a o o o e o o (V — I I >Mfnp< D N ■ « 3« X X 49 In* ui 0» • m cm cm no • b «o « «o «o «*NNIH|11N« •VIM m O IKNMNNNNNp' NNNIMNK CM CM f* 4) «s 4) 45 CM CM ?s 4> « IM r*c>-r>»a « 4 O • « m VI » » ss o IIU 2 S U«« CM 4> «m«\ cm© XJ- >0 o,««m i I • • • • t — O X « o x o < • X o . ,*•! CM CM CM ♦ I I OO O w l l CM » ea- rn m I I CM olo f~ •0 B 4> IM I I O -» m im I I OO O OO o • • «o O •♦ m im l I cm ©:« cm,o od cn f»'»*i»im oooe • • • • 4) « b o — -41.4 IT 11,11 tr> * • ©jc- -« IM CO I© IM 41 « g> in o o • i -O IS » Id I I •o o oo m cm I I c~ 4> IM* • • m * IM — I I * -• f»» CM cm o» CM -< I I o < • • b c- < • I im m ■ «- CM llU • O " Ifl D* CM CM Z< J o im'cm im!cm cm I IX »" CM x.cx o iu!ui ox I CM CMICM CM o>o r»ir» B 4> 1^ >" <~ K -" •> O mmti CM IM me b e> mo CI CM CM CM mo cMm m O c~ o 4) f * cn > O i 4> C O I IM X • CM CMC 438 Table VI-1. — Continued 2 o 5 X »- i i 1 1 > i «n Im m . lino' • • ; . Kiev • i • CM 0 « I . CMP- • . , ■l « CM o 0 0 CM ...... o «i o'o om <™« j i in o m oimo m •*• •# miin « c o o t>,o o . *l . .1 • i «, » ol« cm I — «,«> M,|-# ml* MM CM ' 'I m im, m *| » «o| <4} m 0 « m cm,m m im a- O olo OiO o ;0D Oi 0;*si m'p- o *-* M M CM •1 o cm m. CM CM 7 3 o; cm cm| cm ■* o o1 oanaiir « cm m CM H t I I III I ■ P-!«D Mj] • M5i <0 P» *

~, CD KVCM < n «: -< i "\" I H i 1 u o o £ ! • ! >• 3 in _. I CMP- ....... • o • Ul o — m • o K • | M* • ' X a • | a X — m • ■ i I. . 5 i f i • ■ o: • • • . I 0, • • i 1- !# ' *l • *l' > a. I = x «9: I I i I l : CM i o m cf\ cin o ■♦ * IA uio o « o'o '°iS /I' o c ooo • . •C 0 — CM I I o<-* cm l: i|i i m ojm o!m o m o m r-|r> 00a oo M> r-|r> 0 o olo o 0 « I* 0 -< IMH I i ii cm Om cn|a 0;o> 0[o o oo . I O c« m i* I •o r-leo »!o 0 OD 0] 0 r- i «,pn _ mo » Cm cm mi r- o «. «-» «-fc ^* IN 0 o • • 0 o 1 « I in " MCM l l O 010 * o**l * o{« -c m o «• ■m w r» CM CMjfK « O • • 0 CM M I I 0 0 • • » 0 'at ,iu •> '8 o ►- I X o X j5 i" > • i« p. ■r in, o 0 cm in jo> «.;im en i en cV^ ci|ci ci fOjin mien c^ ci o*|0 CMJm a* iMHpicano 810 «|CI o *^ p^l^. o> in «^ r» t- I- M>: 4> « CM CM IM CM CM CM c oo ooo CI CliCI Cll^l CI w ci^ci n ci ci 0 «>■ f-ici * q. r/.ja> O,0 0 in o- ! ci 0| cm p- m ♦••» ci ci cm « •O'r- C~l« MVCI CM; CM Cv|cM ♦' . .i ........ 4 . . CICCCICCCICCC^CIC,, : ! i I i CMCM|CM.*Or*CMCMJ« ClLf> cJ 4) HV cm cmIcm cm, cm »Jm »Jo> *!ci cm|o ♦' ci ciici men m ci ml cm cm'cm cmicm m i Sill 0 cm cm m, o r* 0 0 0 0l r> r- Nf«N^OO CM CM'CM CM CM CMICM CMICM CMI CM CM 0 O'er M o- |« .; • .< . .' » . |x o-.tr ojf o- o o> i CM CM Cm! CM CM, CM CM | in I I at oinoiin on-* o »- ui xftNinn 0> MJ|CM»'0> M> -' • .. . • 0" 0 0 0 CM CM CM CM in o CM CM m p m o m «,« 8» ■n o|m o in o O r-'o en CMicr — . 0 MB O-I0 O » 0* r»l* o'm cm o m;m m. ♦ r» o o> 0 r-'o m ! I ! cm »^r» mjM.0 in m:<> m,* 0 . *| ....••'.•.. « 0 0lr> f- •» -o -o « * cm; m o CMCMjCMCM'CMCMICMCM.CMCyiMCN a f- >■ 00 o\» o in o in o'm m o'm o cm mr- o I .*,.» ^« CM CM CM ! i Mm m « mo N«l o .X ,o > o'o O O «'m m i«»> ! i ■ : flO O — ,*m rg 0 C- mio v — 00 0 m 0 c> cm'o O-J0 0 0 o~ 0 m CM -0 0 -JIM x M^im cm cm cm » r-jm cm cm 0,0 » o> » 0 p. 0 9 CM. CM IM CM CM.M -.'— * mm, 1 1 , . 1 0> 0 0 0> » 0 o> ol — urn !> • CM 1 I ci mm m'cv o|f- <'v m^mjM p- m 0 im — •...;....... *| .♦,... I r» r>- r- r»!r» »-!o 0 m mm ♦!* mm cm- cm cm CM IM CM CM CM CM CM CM CM H™ CM'CM CM.CM CMi CM IM i ! l !- • j j 1 p- m • . M M CM CM p- r^ • a 0 0 M M 0 CM . 1 P- P- MM • .' » ■O CM 0 r»,t» r-ip- p-!p» m:M 0 0 0I0 «om p»;m 0 • •••<• «i ...•...-••;••.. i 0 » c a » o»,o> a o» 00 0'0 00 p» r» p- IM CM CM CM.CM Cm)cm CM CM CM, CM CM|CM CM|CM CM CM CM 0 m • . CM CM mo • . * m CM CM 1*1 *t • 8 MC CM CM • « • » 010 mm;.* r 0 0 g>,ui UlC m 0 m oim o>m 0 m oim o'm o,m o'm 0 m m cm cm m'm * m> m m 0 •*> p»p- 0: 0 a ! 1 i ! in Om 0 CCNCl MM M m Q p- O HN m elm Ngi* CM CMjCM ojx 1 i ! i i i 1 J 439 Table VI-1.-— Continued < '« x i ■>■ 'a « z z 3 !>- < 8 o |Z I ' • m © • j • CMOV . i • '»» mi . I I * CM 4>' • I • iin nv • —:cm + • u1 • in r». ■> «e • a a <•>' * X, • <-> lu an! • o t- • o •#1 • z Z • Ml ml • X X; * o ^ • ac O1 | • ik > HJ » (Ml • 1 1 a — o * l z uj c O ol« o «l ac i»| !k o * ' x c in o,no an o cm en 43| aoloo er o< o o o oo c iN IN| • 4) 00 «NNO>«Oa I III III I I im|- CM — e\ i.i i i r CD CD.O 49 OS ©llN INlO enl * o o • • «D 4T o o O IN o o • « * o 5 OiO olo o • «•••« J OO CW IN 43 in o o» o OO IM IV IN IM I I -o 43 * m un © im an an a r- e — IV f» IN. IN C I I «D f» O l» • I • I an m| en in « o * rs • < • an 4j « o> m ©j«n IM KNI". IN C^CM I M «rt o IM o- IM IM an O an -O it w 1*1 ffi ci c in fn m IM IM an o l»l IM IM — IM IM IM l\ r» r- r- r» IN IM IM IS an © an o i rtm i o o -o c an an * in an o o- o •o < • I IM P. an c cm ar •0 i» • i f f- •« X Z S » o' o I i m — • ne • • CM 0> • • I IN 00 • • cm r- • CM 4) • '•l« i ! •••••• I I IS Ix li IMITI.. . . .; , ,| • 1 * • • — IM * • , ] 1 ! • • 1 i | U ' • i ! • • I •: fxcn • O • 1 i J ' ; IU IM IM • •• 1 o • • i inki« ; i ■ . • ■v • • I • IMO • | 1 •| »- "< 0» • . . *>■' • IU MS • ' i • • •■ < — 1- . i i : UJ ■ • { : 1 Z — -O • | • I i ! • 1 !• 1 o •+ un • ! | • c-. • j • • v* ■* . i •v • ; • ! X — en1 • i i l : IU 1 r- •* cm • , ' j 1 i — • ! • i — — • ! ! X • 1 || • • * r- — O • • a '1 ! • • • "' o»: • ; i , ■ o • . • ' • i 1 1 m j • 1 >: H; i ! I i 1 Ok! at1 a ; 1 ■' < • ' i ' iui mi • i i c- 1 • 1 1 '•*>,• 1 i ! Z, ' . 1 i 1 *• in. • *i ! • ; 1 ! 1 IM| • 1 I o ! • : | i > -> • 1 ! « • i ; i O' • 1 , 1 K' • • «i — ! • i 1 X' 1 . IN • I ! 1 , o an o'an o'un o un Oun Olir o an O wo an o un o (A O an O wo «r> i ! rt -4 CMlIN m m *;* nvm « 49 f-lf- (j. o ro tf\ c- © cm an c- , 1 " t»4 w-t — CM in cm C4 i ° oo o olo o o ©•© © o o o o!oo o o o o o ^ O im o cm —|© iM«n r«.'an cmiim o> tf H> ■» •o an «n r- *• •" eo 1- — «r> , * '• g J ! : j I |m o'o o o o'o olo o oo|o O o olo o o o oo|*o •O CM 00 mO < < • • •••••! ••,••■• • • • • • • « • m • i « * IN CM im an ar m 1 • • • • • :iO« -0 © 00 O IMiO O'O INK ai -g * m o c 1 ! |- r- i "^ O « -c 0> an H r- »-» X 00 00 OP 00 1*45 43 oo oo co cc ao oo Z is I l> . — — CM CMININCMCMlCMN)mcn,mCM|CMIN i oo|eo •f en i 00 op • • ariar ♦ * CMl— — I 4} or-|an vnlao o e- r-l» r- r>-|a» as c» r* as an en — 43 4f — o;o» o> O ac 4} 4f — 0» 'an an i an;an IMlCM I i an an I IMlCM an an IN CM an an IM'CM u\.an CM'IM 4/,* 4T CM IN CM |X I X oc r- lu a. i- iuiiu o'x CM IM I O'an oo aoac CM CM|IM an o!ar. co|eo •I • or od CM IN OOlOO 0014 I 00 00 I I IM'CM I , ©an ' *,♦ 0,an i an'an ■ i Cob od I CM'IM CM i o'ano i r-|f» S O 00 • • IM CM an © ©oo 0> ani* — j >— ^— i © do e e p4«4i4*4H 43 en * o> oo en eni — IN CMICM 43 43J4J- r- M« CM CM|IM _.un oan i * VV ONi o4— i ,oL a- e r- 0" an CD IN|00 OD CM t~* — i — ^- *-« ■* en IM CM — — 0D CM IN — — CM CM CM CM 440 Table VI-1.— Continued o UJ o ! ! 1 I*- I - UJ I*- 'ui X t/> I L i i 'ui mo 'niO>| M.j iiMr»; lot*' im to -N«l O IM It o IUMM o ui M • III, X.— *' O »« m' -'— ; Hi I S ■ H"*o| i I i i I o ■ It ow> o -4 *4 IM o o|o o OltO o m * * to cm fsi I I o -»i-« — o olo o • • • • ■o m « ■«■ I I in o m o 4hM .-. svi I I fl o oo o • 1 • ' ■» fti a> -c to c 0 9 I I O O • I «m *«|«* •*!»* ^*»4 ■« | It «)* c • •) • « M." *4 V* W IM^CM IM IN CM • • • • * *;* * im|«m nnn 0£ O to oi<* O IM (V o oo o © — nv tn,i/t IM nInnn IM I m f:i»> »«."< • • • H • IM fM'lM im|im r* * ♦ irtim rglc T IM IM IM, IM l\ NMM«Ml\IVi\«N o o • r- o> » • •. • M • i * ♦|«# -#l^lHlOI»»f«l*tJfMISJ IM IM| fti IM| IM IM] IM "I- o-'m wm dm el 3 * Hr» «• »! •M IV C C o _, • t O FA c»!»dn IM f\ s Jo H • I o i 9-t i IM I UI Si III »l ,* ! p4 o : 1 ; i ! , ";i ' i i ! I •;: i 1 i 1 h: • ! ! hill ml i 1 1 i ■ i 1 *: | ■ i 1 ■ *: 1 \ « : ! I 1 ! 1 1 1 1 ! .. • » : ; ! l | • : i I r-. . 1 ♦1: 1 i | • • . 1 1 • ■»>' • . 1 -4. • j 1 i 1 • • ! oil ! •i | ■ •I: j | f\. I i «i: «tv • 1 1 *i • : m • j 1 1 ~i : 1 -i • 1 o ! 1 1 i ■ 1 IM 1 "o 1* o!m o -j-IM m o im m in o m * m o 4* in (A O IT « m o 43 f- m dm o r- mod o* 0> o m (M •4 o z • — o X 0 o|o o • • , • • «0 43ilM IM 1 1 i 1 1 0 c • • IM -O 1 1 o o • • ■t to m m o o • • •e «o m im o o • • 1 1 o©! • • C 00 — 1 o ojo© • «i*i mm mm ©© • • o © 00 -o © o • • oe> — mm in ir> +» • X CO ir trt u> *f 0 Q>](T 0>[0> ** *•■••!*• Q* i **,© O O Q- i ia m rf> in *r iMricgr^fMfsJrsjfgirsjrJiNj oo f-\ f* fw f^ r» I o 4) ■* •I • •, • ono oio o|o * i j J ^ km, rvj rs» eg rsj M^jo o ■© «^ to'trt trt <# 4-im aiiu OS ! i IMIIM P*^ p-!»- ■ fM.IM fMi«M MI i i ■ »i I IM ~ ©• I? ■a ,uj ■tn p4| • 1 : 1 jine I ; ! i~»! : i ~«i ; i ! • i : o • • • •'••! ' UJ IM IM • o • r •■'•-!- ,;. .. . - . • m , • ! i ' • • • IMO • • 1 i ■ 1 ' • • ►- — 0>i • 1 ' l/l' ! • i ' j <■» LU >-• 00 » i 1 UI ae • 1 ! i -1 en r-: . ! 1 . . 1 ui ; • • ; • •; • • • • u. z - « • • • • • • • O : • i • UI o — w • i i , j o III: • z a. • 1 i i i & z nn • i « UI • 1 ' i s ^ "<«M • 1 • ! ! • o ,Hri • • 1 • I X • 1 1 • et Ki««© • • • • UI a • • ;• j • • X UI c • 1 • • K o ■ • • » >• 00 • • : i . X »rt, , • 1 ', I ^ > •"■ • • ; : 1 « • • 1 ; i «D z , • • •• ; | 1 o lu m • ; 1 ; | o H-. | • ' t j o * • j z z ! • 1 •"1 !•!. • 1 z Z j . o N! • 1 1 a O : • u. >■ U , I ! j «* 1 o, . j i • 1 UI K, • i ae «' — . ! i • 1 3 Zl 1 . i ! i ; h- 1 im; • I ! < • i o lADiAO mom © m 0 o» o cm m r- o im m UI i j ** —* ^H •-4 IM IM IM a. ! , i ' z ! 1 1 : IS o z • O CO o o c]o oo o!o oio COO o o © o 00 00 o o * o • • 1 1— o co ^ co ao! -4* rg oo o -C -0 *t co. 4* •* oo rg IM «M fM * * O © o o o ' ix 1 I 1 CNlNo <\f'-. mm 1 l|l 1 1 1 mm\ | 1 1 1 1 • ■ • ' 1 1 1 1 1 1 > J i 1 1 j et z! 1 1 ] | < Z i LU O O ~ > • CC -« o •- — i ** «M 3 «; 11,11 1 1 \ ' • 1 •rt i ae I o > 1 ; i « 1 Ix o O oo o O OlO o do o O © o o ■♦ »M O r 00,10 - UJ • o 4j> |z * 13 m |Z *r cMiivj cr m m m oi «M fM j i if* v\' * »« m m 43 «n OO o o © © © o »4 _4 © o- 9" co > ■ * NO r^ 4) ^} 'O iD >6 'CNfl 0" C 00 m ml : i 'KHhKO^W fvjlc' K'iO W* * 1 S CM CNJ C\.J CM «Mj CM CVJjrj mm mm mmlmrn mm ism rsi «m rg (\j! n MifVJ cm cm isjI csj «m <1 -o •C •£> 43 43 43 43 k m ^* fH 43 4T ~4 ** im Aa IM IM »4 «« MM •-« — * r j «M *4 — ■ (M IM -• o N IM — - w4 DEPTH METER 0 I m o *m m m © in a m & -t m m © IT .£, m o m o r- oo m o 00 Of m o o> © m o im m 1-4 »H m ol r- © m o fg m IM IM 442 Table VI-1. — Continued 1 m© !cWO», CM CD ,rgr- IM 4> IIM uv — CM * O eg m o UJ CM CM D CM p4; ml • ,i mm UJ — CD UJ CL _» <:"f-i uj ! u. z,— «l o UJ O -guv o ►-' — *! r o. a xH ">' 4 UJ or K;»< »m; o o 1*4 «-4, I X er. h-o! UJ a.! I UJ, o> f O' I > a. o a § '3 UJ a. a 'I I ID c- :• •{• i I ■•#;••• ir o'm oirt o *glp4 IMlrg ft !• •!• • • H I I* in c|w o m 4" 4- w o o o o ojo Ojo o o w o in gj u D O UJ O — > o < oio i i -Oj-I oio i in o o I o o > ^ CO oio OjO o o o i 4>o < i im m « m o w o ■e r» r- «o 4) rg #-i in I I IM O IM ' ^NIM< I II I •i! 4> a ■* !«/| w in in . * gr rg — o o o CO CO r- r- 4>' 4> lf\ (A ^ IM CO r- 4i i r- ^io ♦ *!* ■» * * ■»• •» 4/ en m rn rA f* en1 f> m m cn rg rg rg cm m|o 1 !D 4) 4> -a mO o -O 41 4) 4> 4) 4) O O 4> 4) 41 4> it m 1 4> 4) 4> m mim 1 * * m m co m * rg IM (M IM O CM|-g |z IM *r w|ir * 4/ 4> 4) m ON rg r- O IM 1 rg coj4j m *- CO 0 •-• 00 O 4- 4> m -e 4} u^ m 4) 4) 4) m r- f- 1- co 0>Icm !*g 1 jo cc < -0 CD OD « cc CO CO co r» r- r~ r- gj m 4/ 4T m rg IM »<<> 4) CM 4> - 4) ml4> *o-o 4) 4) 4> 4) 4> 4) 4) 4) 4) 4) 4> 4) 4)14) •C 4> 4) m m 4- •r m imIim i l*» x im rg i/» I a o r- 111 O.lr- 111 UJ ojx 1 » e> » o» a co 00 C0( CO 0- IM r- in|gj m o gjr- m o m r- coco o m o a o m o cm it m o r- o •i rg 00 • X i/> »- > r- • < i • CO a c 4> • o UJ m • o r- o * • z z m • X X o CM| • a O u. > *gi * " °l * UJ X a < pg1 • 3 X 1 ' • t- IM • < 1 a UJ a z o o z .1 . .1 »g m • I I X 5 ! o 1* b! I ! UjIO o « Si 3| O O O O O OlO ol© o,o o o ojo OIO o i o m i m m I ! Ojin 4- > o m o m in 4> > olm i Mr- 4) oolo IM'4) — 4-m gf'm I II II 0|0 IIMIT IM'4/ CO «5lo o!o o',o . • I I OOlC o'o o • •*••» «0 <>'4) O O CO gj-:m m rg in|rgiMoi i cm -g I * (WIN en 4-.m O IM 4] 4- rg odcooo M • J ■ i CO CD1 4> O « C\ * ml 4) 4>| m «• ! ! " 1 ' ' i. in Oi o o CO co m * I I m c\ m ♦ rg o * in m ol m o rg mir- o w* -+ -g -« <\ «0 4) » 4) rg i\ IM CM m IM CM pg m o rg in rg rg O * — I I o co> rgrgj * rg|o • « • «* **> ~* II I IM IN* rg •— O CrlCD CD|4) Wig? CAIM -< Cf CO IS i z1 • : en 4- gfj* • • • I • • • • • c; » * • V, • * V ■ t mm (Tiir. i mm ' IAOI > •JM.IM < I fSJ CM I IT UV* fn,m rg'ra »N O 00 1 Q* 4> ' • * u^1 ^ m>«N. o1® •0|*T ■ • • #1 * •> • •' • O • ♦ * * OD i *M fj CSJ IN m m m m o d^ r* CNJ fNl *- < iM m r- c|cm i ' •— H" IM|IM cmii 443 Table VI-1. — Continued IV IO I a. ,« 5 o •UU IX 16 IS l« I 3 i/> O Z CM)0» 'CMCfl i u I llM« i -!•** !cmc« I tf uicm 0{ z o I I i I I I — o z go X o zc oo •c c en ■» cm * en .o I I * CM I I m O m « 0 co cm m 1 I ! ° * I mo m ♦ l l o o • • cm cm * cn I I CM •»> I I o © o o IP © » o MT CM I I o CM O memo en o IM — • I I CM I I m o IMt« CM CM cm r- o I I I «0 O >m IU • m z o Z CM z «l > • « • CNJ l/l « © UJ >- IU in « • • oo » a CM CM CC| en • • CM CM IP O «4 coco • • oo» CM CM CM CO • • CM CM 28 0> o • • 0* o- • CO CM CM O « • • CM CM cm en • • CO CO CO CO CM CM CM 0- • • CM CM in o •* o • • r- en CO CO CM CM e» »• • • CM CM 58 0- CO • • CO VI e» C- CM CM in in CM CM *- MS • • CM CM mo r- (0 — a • * in in CM CM •» <# • ■ CM CM 0* CO • • in in CM CM * CO • • CM CM in o in o • • in ■* CM ♦ CM •* CM V • • CM CM e> to • « •# o ■♦ •*> ©e» • « in o r-O CO < • • o co -« e'- en o~ • • m o CM 4> CM • cn o • o CM CM X8 CM CM m o p* m j U J u. O a. '•» 5 o z roe :u x u 'O o o a. u. 3 '3 i/i ,a !8 CM O CM «V CM ♦' 1 -, "ICMCV o, I ll>|CM CM[ CM xj CMO! I M 0>: "" "i Mf-| M*i O f a. z J " I I • * # • • I i z • — O z — > . O < O z o Ui 00 o l/> « CM i ! • !• i ! I I i ! I I ■n o{m oiin o —I-* cvj f\j m o o o © o ■t o -o -c CM ■♦ « pM i i i V <0 in CM C^ o M c cn ■r •»• i i IM •O f o o © i© o i© o * <0i«0 © O it) cn «' cm co » « co o o -c 0> — CM -O: O OV •o © * l»> I I a co © ejo c 49 ©l« CO 49 ml in o o«I««!mo o> cr o> o> o- o> in o o o « <0 m m * cn I III l o oo; CM CM CM I I m o o o o * CM M l l m cm m m CM CM m • < CM at © i ! ©o, coioolcoooeo o> » e> o» |o> o> oi< 3: Of CM CM o m m co r> — o CM CM m© CM IT m © > ■* o» • en cm c m o CM m o cm m CM CM 444 Table VI-1. — Continued mm IM* im m MM M- MO O •*«! i-j.«MJ Z t- O. UJ o 5! — o oi i- • •;•••• I i I i m o in o oolo © (M o>0D IM CO * *>!«-■ in w I I | I i i IM o'O o> © • K O O O'O O O O OjO O; ol* im; : o ■» imiim o;eo i m 0>;M * 0> l«-4 *~ I * m .» * in * CO o im im * m I I m ^C *t w*\w4 CD OOjOO CD m ♦!* in in m m o o> o O IM * IM IM * m o m c M in r- o HHHN o * — I I l>- IM m m o >o •»• r- I I o> m IM IM OK I in o;m IMUIlK IM IM. IM IM ** \w* I im'* mNn 111 > <■• •m 4>i» in t>> M m * *m IM O CD 4) «m " & CD « OD CD OU 4> m a o» * — OD IM oe!« D <" m m!m in m m m m en m m tn IM IM IM IM IM IM — — a- i^ <0 -O in mj Z »M IM IM IM IM i IM IM IM IM IM IM IM IM IM IM IM IM IM IM Z f- X 1" 0 aic r- h- cu •X •»* im m OD -" IM IM IM- IM OD O m o\o ■o m «■« m!« •* o- w 0 m « * m m m m * •* •* * •* <» * « ■O m « m 4} 00 r-'r- p* " 1 1 \ O -0 « 4> Lin o- im * « 0> m f- m 0 r- m im « (J- OC 4> 0 -< 4J- (J. 1 in im!o > • < -c •r *!■# m IM IM — 0 o» » 00 0D CD f- r» u- f -c •O 4) 4) m ■•• m m im!k M CM IM IM IM M IM IM IM *■* *^ f* *- w* W4 *4 -4 c^ *M ~* -* •-- <-* "* — ** «-*■ X OD *t 0 m c* o> in nj 0 CD in ** 0 1*1 m ooo o> o>lo 0> V 0» 0- CO CD CO r- r- •0 t^ K CO CD 0* O 0 im m r- 0 »- w* 1-1 — »* IM IM IM IM Ul X • i 0. er O « CD o o z o a u< a > < .a o o c |m°l IM 0> JIM CO, i»m r-i |lM 4> ni m' "•IIM *, !im m Ul im nil o ;IM »■ Ill' I UJ — OD «!Hl-! Ul' Z — «: O — m Ki O. X1— m hiH o1 a' gj mi *M. I I , f 1 I 1 ' J ! : M'l. ' I i UJ O — > a < a o I I 1 o m 0:in o ~4 — im'im *n 1 o m 1 *;* Oim 1 urvm < 1 Ou> C m 1 od 00 1 o 0000 oioo. 000 ojo 00000 1 !im |H|!| |l| h-.m O CD ■4>lT CO IM -Olao I ' I i m i*^!u •j • 0:0 ClO O CD 00 fy O OOOOO • • • ■ • INJ »N O Ci\ IM ; j : (M ^ (M**1 IT «» l*\ *-i>l/NIMOO|C7' O'O i O IM (M CM,rg tn *j irtlir u'\ -y ^ 3- >j- X 00 3 0> 1 ! i a> *)*> mv> ao.w t* t^ r*-,c\>o ■*>■*■ rsi 1 ! ! «*■ *j 0 r*s! 0 ->J *-< •-* --^ 00 0D' h* ^J m nj *M f«-j i -* ao ^(m 0 i ! ! ! ! j- mi a ■ »* o> 0) ■» —1 im x a O * IT -MJIM Oioo CD'O" » 00 •v VI I a O »- UJ 0 t- UJ Ul 0 X 1 O 0 0 0 a 0 O 0!0 0C0DIA|I^OC'l^^'|OOIiA •— t O1' »w (*>, *N ^_ tf »n;im O 0 oc od or qd.ot tc or 00 00 oc N M M rsj (NJ rj,N M (\J M (\J fv K W3' «*0 IT, *fr <*•; ■*• *l l*\ O irs 0 •-^ «-* *M«M ft 1 tr* p-m 0 tt\ 0 1 j 1 i i IT. O tf> C IT O * r*- r- od1 od i> i j i i ir» 0 t**^ Oj *f* 0 C ©i*N BVf»- O prilirff4HN m 0 »rt »M IM IV* i i 445 Table VI-1. — Continued itf IS at mi X i u o o x o or IL '5 i at a. > o N»' ! jN«»! — CM *i <■»! 1 in ml O 1 III IN INI o ! IN •*! »>; i • NO p- — 0>! Ml IV — CD a; 1 — o 0> I* • • * * •I • .1 . .1 i o co I I o o l l o o o in c — fM CM oo IN •*• I I o -. I OD « in o in m cm •* I I m or • • 4) m IN O Ifl * •I. ! in o in o m Mr ■# m in im m I I o o CD <\t o o o * r- f- i i 00 CO CD CD O * IA O m mj> co * m m I I m m • • m c mj in r- M> t o|. J in o m> f- oo 0 m I I • « m in CM * ■o m .! i m o or o in M> CM ■* I I m ■* m o in ia -0 -I I I in o r- e -» c\ I I n injm i m in m m I i olin I NM * i\ o Mr, in in in -* • < I rsf — O O'lN CO 0DI »* fM cn fM CM ■0 CO im cm co co IN fM m O »m fM CD CD fM fM a mo m Mr m Mr -r m cm o er O m o o cc m fM |M © O- fM fM IM — m MTIMT •»•*•* <0 COOT CD CO a> IM fMlfN fM IM fM m © m oim o in * Mr mm 4) «miMHOo MT M3 M3 M> m o CO o- f- m|fM ivor Hf* IM IM m © m c im m m r^ o co! *+ m o •* or co m co o m i\ im im a mom !»■ O IM -< fv IM m(0 mm J. dm o in IMIfM >- a. < 3 > IS IS U o a z lf|-« . ino1 • NO* • , • t- °i I * > co' • X «/> >- >: r-' • < ' • CO O. MJ . *' i * o in- in • a •- i • o *l • z z . • —i in' . z r: , • o 1 CM1 . ac o IL >: -» • «v <| i • 1 o, • 111 X. ' • 0C < — . 3 X, 1 . . i- fM| • • ;• • • » • i * ---:: i i •!* r • ••!•• • i • ! I I ! o I— o z I IM IM o o o a o o ~o c> ,-o MT in M> f-, CM I I I I I o|m o m i oi m o in o) in oi > in| m -01 <> N r- crJ i <3°.' ujjo ojm gj|o> i a' IS ix O o oio I I , I © Ol© T° I CDilM l-l- I I MtiCM •i • MTJM9 o c o c c- o o c c •! f • • «| • H • • ■C fj MT i -0 -O: * * oo -c III II II II I r"iMrC3|0>»- M5 P- m o m o 0* o im in IM o m m I I mt o co MJ> or cm — -. — <\ M> O • * O MT v4 <-< I I mom im m f* CM CM CM MT 4> ' 49 -< in I I " 4) in I Ml m m i\ cm cm •» ■r Cllflftlwrti ■ f- co -<| mt co1 im m o> ol "• H " < >••••♦•••«•*• icMjfMmimmjMr CM • ! Nh- jIM 4>j cm m CM * •m m — I I i «n o o INMA IM O OD IM —• NX 4T • • 43 * in o m -o CO IM I m od IM 43 o © IM i ! m o 43 f- CO IM I mm I o 43 O 0> mt «D IM -< I I co m co o in o «o o IM oo -» IM I I m f- o o IM CO m o im m m m — t I m © •- o —I IM O CD o o 43 x m o im m IM IM •# 43 o -m co o IM •c o ■* ■o • * • • l»> O 43 !>■ > o> Ul • 0 IM «/> 1 CO 3 m z z 4) z -* > • «© IM X 43 « • z m IM l/l K O IU - IU z 0> q> IM IM CD CD m m « 43 • • © o IM IM 43 <0 m m IM IM mo m* 0- CD IM IM CO CD in in •o 43 «■ * • • o e IM IM •e «o m m IM IM in o •4 CM CD CD IM IM CD CD m m p- - f- m m o> — • • cr- o> 4) 4) m m IM IM m o m 43 •* m m in r- f- m m o "* — o • • CD CD W4 >X 43 40 m m m in m im m m * m CO CD • • 40 40 m* -* in •* m m IM IM m o o- o •- 4J m im p» i» * m in 45 o 0- *4 • • * m •^ «-• O — * o IM IM mo •m m *4 mm m — i IM IM 0» * IM IM m 4) • • IM p4 —a *4 m * o> CD — * *4 m o r- o •4 N m m IMIM i* m -4 »4 IM O e> «o • • »4© m* mm CD •" mm mm mc mm •M IM ° • PC • m IM o iu o I a. < s o X I* UJ I ^- z m- .< O o o z o at « s i ;- i> o z m«4| • mo* ! • N»> !«M «S: • I*"*' • IM 45 • I i • mm* — IM *, • . ol ; • 'im mi • 19 I • UIIIM IM! • ol I • IS! -., • m . • • IM Ol • — — ;, • Vlj ' • UJ,*4 CO' » Zi-4 43; • oLm : I »-; • I .«•*■• a ; • I z:-»mi • Hj I m I h> '.mm IMl • ! "I— ;! ! I i a. in o IOI 0» 'I ' ll 15 o UllliO **» • a < o •« act O x o < • z o m oim O in i m4 ;mm IM IM < OO O'O O O O 45 4?0 4^|x I i : i • 1 1 HI 45 » POD O OIO -I 11,11 O O CJ O mr + jj aol«> * •R i • !• » • m & m o m o m 4> * m! m 45 o o|o olo c *!-• m o m o 45 p- f- CD o o in © co c o CO o 0D45,aDIMIM45!MrM4?45IMIM|O45 m imi«4 ^,mN4ii CD 00 0- © mm o 9 O" CD 45 4T m 45! 45 45 45 45 45 I O © 0> CD 00 i cd oo r»i r» p- 45inl4rmiMCraDe- m m m i\ im im 45 r- 4> i c-r- i I mt'mT • T o>^45o i 4Jlm m 1 Q o o o o o * * ■* mf •» * IM! IM IM' IM IM IM m © m o| m * mm 45|45 m © •n 4>, 4/1* ■ im;im i & i Mr- i m o co a m © m m IM IM m o o> © m m m 45 (— C | CM n, m o K © mm mm\mm tv mmrnt: m im i f. 45, 4T *| o m ol cm m CM IM 447 Table VI-1. — Continued h» «« me IMO» IM OD IM*- IM 4» IM VI • IM ♦ o N m u lit CM CM o IM HO in * ~° *- -o- i/> x» uj •4 0 UJ ac -J « — «t» mm UI U. z -« 4> o UJ o •4 VI o 1- -4 * X a. a. z -• hi «r UI s ►- xl CM o xl xl E X Of 1- -. o IU a. X Ui oo ►- > t- « od a. z 4> o UI VI a ►- o * z z M hi z z o im ac o u. > (-^ ■" « o ll< X or. t xl 3 z 1 1— IM < 1 Of ui a. z Ui 1- V K oc Z < UI z z o => < > < OC oc « -j g o z X" X 1- z o z vt X < >- UJ a a UJ « o 111 o > > • I < o < • z © > UJ 4) O • mi CM I I o o o o ■r -r v> o xl IM IM IM CM CM I I o o o o ■o © vi o CM 1*1 © © 1*1 4) I I O - 4) IM -. VI VI o hi 4> 4) in I I in hi I I o o •r im vi © + m ■t oo 00 cm 1 I 00 xl I I o o m o m 4> 4) 4) I I I in o 4> i- im f*i I t o o O IM hi cm v> o m o o o o . I o o NO«« •4" INI xl XI NMII-i oo -or CM CM m o ov o ■C CM IM xl I I «m -r IM — VI © CM VI 4) 4> IM IM VI pi IT O «M m — (silM IM on-OO I CM CM CM IM 00 IV. * * «0 IT * * IM IM)4) 4> IM IM Z P- => m z 0> Z * 19 IM K * z hi IM V) oc © UJ h- UJ Z m hi * 4> IM HI HI in IM IM mo —t i>- r- w hi * * i»i hi hi in m m IM IM 28 4} 4} hi hi O o in in hi * m in in hi IM IM VI O IM 1*1 4) 4" HI HI o o VI VI VI o It IM HI HI IM IM VI O HI 4> HI HI HI HI O -> VI VI •o r» IM IM HI HI IM IM in o 43- VI IM IM HI HI 4} O VI 4) 00 00 O 4> HI IM IM IM in o VI 4) IM IM 1-1 •■* •O 4> Q. tj. VI 4) IM IM IM IM VI C 4) h- 4> -r IM IM 4> 4) O OD 4> 4> IM IM IM IM VI O r»- oc IM »«l •e 4) 00 1- f- 4) IM IM IM IM VI O 00 o> •O 4) 4> 4> •O 4) IM IM IM IM VI C o> © HI 00 © 00 IM •-< 4) 1- 0- IM -« QO IM l> IM «4 VI O IM VI — * v4 0- 00 r- 4; 4> -4 VI 41 00 •■ 00 0B m+ ml VI o **■ © ■» O * IM 00 •* r- 0D 4> 4> 4> HI mi ml m o IM VI IM IM HI CM IM IM >4 • IM © t-|>4 0» V) Z — HI t-l^ IM > •40 ao Z _ x O > « o X o «• • Z o CM 4) I o o o o * 4) in o w IM 00 4- I IM I O O OO •o a VI o IM HI 00 IM IM HI I I © O I I VI o HI 4> 4) CM m VI I I VI O 4> VI © 00 4> HI I I I I © oo o © tyo o 4} 4>|0 4) mi mt INJ ml VI O VI 4) CM CM HI HI I I mi O I I 4- O CM CM VI O VI O 4)F-F>S o © e> o 4} IM C 4> VI HIIHI 4> -4 — lo o © o o o -T 4HCM — * ~i — • O 41 I I o o I o o 4) 0D in o vi o «ffO>C o © • ♦ 4> CM mi mi I I IM HI OO oo 4> 0D O 4) — I I OO O 4} IM in o •>- o 4) HI I I vi oi IM VII IM O I I 4> 4>f -• IM 14 IMIHI »4> > 4) UI O Z IM 3 » ZN X ►- o. UI o z O HI > l/l a. o 4) 4)|4> VI VI 4f IM CM CM IM 00 OO OO 00 IM IM IM IM •M CM IM IM NHixO- 0D 00,00 HI ♦ • • IM IM in in • • IMIM CM IM IM CM IM IM IM CM •o •- • • IM IM •M IM IM CM VI QIVI O VI O IM HI HI 4-4- VI i 0D 0D • • IM IM CM IM IM IM ;s 0> l> • • IM IM NOOOIM- OxIxllMIMHIHIHIOO IM IM IM IM IM IM IM IM VI O VI O 4) I- »>- 00 •M l\ IM l\ vi o oo cj» in o 9 O 4NHHx«lO •M O HI !*■ 4" O C-©OOOOvOlfc4-l^xiH.4> HIHIHIHIHIIMIMIMIMxIxlOOD OO •M IN m o IM VI «ne r-o 448 Table VI-1. — Continued \mJ. «©i W»| |w«| >wr-| 'w -O INlfl — '•M* |N«| •» • |NO •"!** •" t/i1 : UJ -" «> « 1 « — r-i III * M «! o •4tft| ^ «•* a | x -« ml zl a. « x UJ in 1 * z »* in x IN o > «-* « O X « -" I 1 1 X z o s i I ! I I ! — © X oo © : o o o o o e© o o o I I o o • • eg * m o *m w m I t m o «n o o© l I I •e r- * o nj m t I c o IM IM oo -r IM -o t • o « m m l l © o o o 00 « o m o m c 0OOO4ND4X * ■O 0~ tn im -r I I ooo«--»o-in- »" N I I © o -r m © • • • • • o © © «r • < o m Uj • e !l/l »- 111 «V»- I UI;IU © X . © IM ■- •o o oo ■o o im mlm m im cmim + •*•*■ + ro im WW mo O V • • •o m o o in in e o w w w w mo m m WW w w mo w .» • • in sn m * m m w w m © m W •* • • m© » e mo wm o> «. in •" i o m q ■ c w m I IN W W Is X 5 Is o i3 1 I! i B mo wo> W 0D jw « iwm ~lw« °lw« UJ w w o! IWM m •|WO — » Ol-m JO K OO CD W CD 00 W •» * •* I I I I « ooo © w « w o I rfdNNIKKia •» W I I 00 <0 IM >0 OU IN 00 * W W I I in o ♦ m o o I • © O I t © © O 41 >o IM I I • •!• • momomomc oooooooc -G * 4 W IN I I » C oc oc • I W IN ■» c I t O ir Ol » WIN 449 Table VI-1. — Continued 8 s ? •c lu z p- £ o 3 p- 41 I V 8 o WO — P4* «*l ml • , • • • • • • • ' • • • • • • • • » • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • « • • • • • • • • • • * • • • • • • • • • • • • • • • • • • © m © in o — o p- " ** ■^ — rg IN * 1 t + p- • • p- x i -• i CD © 1 -* 1 * rg 1 l * in • 1 1 I 4J 4> 1 1 *4 -* l t 1 1 1 1 1 « o P- pi Q. eg r\ p- p- « — » m h> O IM CO o P"l CO m ** ■* m oD m m r* M «*IM m 49 CO OD » p- m •«• * «M IM rg -4 M IM «4 f-4 ~* #4 «-* -» — UJ e m * rg 3-« m O co > • <* o UJ fc -4 «M in in m ♦ m 49 in m m m o a — o 4 0- p- •• m© m m o o pi m o c m in a- IN IN K OD «M fM ■c ■o «M «M 58 IM — in in * i" IN IN in m in an »M IN in© m « 1 1~ in .. O CD CD CD IN IN IM 0> O CM CM in o •of in m ~* o IN IM rMnjiNfN*4»4»4~4 IN IM in © cr cd m l»l h- p- •♦ ^- r- ^ m * 0> 0D in o K o ir\ >o M © CD CD £S o lUI « 5 o io il o ;or IP I IS 15 |«no| ]l JIM col |«M K |«M «l i IN m UN IN ol I IIM -<| m| •I'm o! UJi»4 CD1 a ocx r- ai I x\" •! o'-m' °- *!"0 it Hi- °i » > IS © > «t ©I X o X © m o m olm o —; U^ IM IN m 40«a « h- oo m > i i I CD C0l« CM •4 m 43 o> o o O CD ■4> IM IM -C in (M O 0> 4> I I 00 4) • * MONO O 00 45 4T m o k o *4|.4 H-" n o rg m «M IN IMO I I © « o m X 4> 3 45 X It U CD > «f O 00 O- ^1 IN m m 4t 4/ 45 4> 45 45 45 * 45 4} 41 CD 0> 1^ P- 4) a ao m m in io 45 45 4? 4f 4) 4)- m ♦ m «m * 4> ©mom© in er * n m ir» I IN fM S3 mS m © * m 45 mlm ♦ IN IN IN IM in in,rt in m o 45 p- m © » 00 4f (4 IM IS m m 4} 4) i*> c m m «n i»i 41 45 0 • IN IS IM IM memo oo o e> © CD 4> IN IM O im p- ■* IN PJ CD 45 in m im on pa © •"•»< IN ni P4P4 CD pi 9 " P4 - 45 © 00 P~ C — p- e «m e«|4H • o * 450 Table VI-1. — Continued S 3 o 111 X o o o at u. UJ at 3 >• 8 o X § •.or. • •r -o IN IM I I IN in IN BO in a m o X IN * •* * CM I I in o in m IN ■# I ) IM IN in im ■O IM om in o CD O »M * I I eg O 0> IM m o ■# m IM 4) 43 IM I I in o in 43 * IM tf* 4> I I m o 43 r- o o i»i m I I o o O »- o m in I I im in 43 «*i m o m o ^ a) oo* 00 IN i*i i*i I I m o o o IM O in m I I IM «M -» 1*1 4> e> — I I ■•* o in o m o m in in r- o im m f* M pj< ■! IN IM IM IM a««ooo I IM IM IM IS IM IM OONiOf N* IM O I IN I Ol UIIIM © ! m: •jIN -! -i IIU 2 at uj X ►- 3- 00 u o o a 02 z 43 N|ni « o IU o «*i 43 i*i is 43 43 m > • • • m * r» r- IM IM im o» IM IM m o X IM m im IM IM im m o» to 0- e> «M IM mo im in «M 0» r» 4> CM IM as f» 0» CD IM IM in O in * o> m 4} 4) IM IM 0> 0> IM IM in o * in in * 4) 4> IM IM 43 4> 0> 6" fM IM in © in 4) o in in in IM IM o ao 00 I" CM IM in o 4) f~ mi\i«o in in 4> 4> iv in m o 4) (fl IM IM 4) "* O O IM IMJIMnJfM (NJ*4 H*** r- r- 4) 4) IM IM IM IN in o m c m o r- oo ■ o> o» c 00 00 43 4r i*i f\ in o od r~ m it *n m in in IM IM m 43 o> o m o im in m in o c> IM 4) 4> 1*1 o c IM IM in o »- o — IM 43 43 CO CO *-l 4f m i\ > at o L- lat [UJ > a i o z » O is o > ■a o X o < • X o I ) ! I l» • • )• •! • I 43 IM I I in oiin o in *?Iin co 1*1 43 4* 1*1 I I I I m o in im cr 03 CO 43 43 * in © o oo CM * I I IM IM 43 IM 1*1 IM m o in o in © ©ooooooo 43 IM IM 0D i*> m r~ 4r cd in 4> CD O X 43 00 IM CO ■» IM o ■» o m * I I 4> 43 IM 1*1 I I ©I I I Ol * 43 i Hr» * m o CO 0> 43 O m i»i I I 43 O 43 IT m O o> o O 4f in in I I — 43 4T 1*1 43 43 in © b im in r IM IM I CO 1*1 I I 43 43 i r IM O • I > I in o • l»> IT f 43 •»• • • • (M IM e 0- 4T I IM M . 00 43 ^ cd a w >^Hrt]IHOK N»H O IM IM IN! IN 1*1 1*1 4T Z CO 3 CD Z 4- X a. i l- UJ alt- CD QT- ■ CD CO1 CO CD CO CD CC CO CD CO * # * ■* »r •*■ *0 m0 l>J CO O IM ^ 0> (SI IM «r*mw CNJ #M fM C\J O o> co eo u> m o o> o* cr1 ir>Omo Hp4|>J t> IT i/\ itnj m in *C m0 m *o: »-i o CO CO i CO OCX CO co * •#; < ^ ^ -* 0> CD *M »M v0 v0 eo co ir o tf> o CD (T CO CO IT O IT <0 IT. »* «» ^ H if> fi m o >r ^r * -*t * m olr* * ~* B-l |H ,»H r* *•> •# fl IT » c i in r- i i** fn i*^ ifi #n m c a co < (T- CO »T» CO m O r- o o o < o-t <\jj. *n o * IVJ IT* f (M INJ f 451 Table VI-1. — Continued S S i tc ui X *• m a g i 2 X UI >■ 5 >• e me N* NO «<* « o : ! oo i oo • I I K o oo oo «••••■ x on*, o«d * «0 m — I I me oo oo IM IT I I oo ■CO »» fi • I oo oo mm I I oooo • • • • o -o o «J I I oo oooo oo ON HI* I I d'*" oo gcol :? eo •e « in «v I l IS oo NO I 30 • • t m •c o I -I I • o • • o • m -* i t m o N ON I • tu • M xm IM « < V) « © UJ III X N N o m * « NN • • mo MN o> m N -o * m • • me Nm «4 «« * m •* •* m n • • n m o * «D — •»© — -* • • in o m co NN • • 0» » • • •* N mo Nm is 5 8 ! - ;ui at 2 s 8 o ImO |n »' :n«! -IN*. NO •< m, in I CD, Ml > »s a mi a ID ■■ I "'I i i . I i X oo I I I i in o in Oim o -*'-» nIn t*> I O O O OlO O * <0 — N I t OO I I I n * m «. I I l I ^ ml— c • « • • o Ho n I ill oolo O o o O o'n n!«d o »4 — — m o* o* in o m * co -o n t* I I m o .» m oo m in I in m • • O «B c- oo oo o m o m O *| m ml I I ■O CO «> * I I * in a> im r- ^. • J • • • • »< in m im n m o»«* mm « • co * n m I l oo * * in o o> o o o IM « •I •* I I * o • • im m o o CD CD N * m _ im m — CD — I I IM * i«i m CD IN * P- m UJ o N IM IM NN IM I K«|«IK NN N M m m m i] in m 1 • • N N m m NNNNNJNN M | ! i;a o m oiin o m o 1-iUJ . — |>4N]Nfn °" i i nicd M in «n * i"i— ol mjNN N N N Ni N N h- M«n o i xju «. « >■ * N N IN NN N m p m o'm p m * * m^ * o oo N n!n e]» c n|"< ' I N 0>0 HNB NoloK * nIn n n im N N N N oLno I m o CD » m N m m m o » o * « * m m o n m mo KO " * NO ©«> N — m o Nm N N 452 Table VI-1. — Continued AO < O Ul I o 111 • at O m s ? m o o o 5 at 3 at a. >■ i/i > > > Ul > o o o > X O « • X o m e -« m l oe i i o o • • * IM no IM * IM oo m O im m © o m* mo o •© 0 l«l 1 I — o -o f* o o • • M «M m m m o m » m im I I in 4 00 0> C O IM I at in IM I I oooo«ioc«« 00 00 IS IM IN t ^3J-< 0> IM I i><|*i«lili OC IM 43 4> C "© •* i O mo c im m oo T o» r- IM IN > I Ul o ml*" i M 3a > « o» k e < • vt o> o» oo • • •co|mo in i 8 e> o» • • m m • • in in NNNNN mi em o •INNA in m IM 3? r» IN • I < < • «l*ri*4*4«a|*4*i i «iraiiii«««4«i"N«> sss u. s 5 if lg IS U-l on e jm e> |IM •> H i«m m' — i»M *j ol UIIIM IM1 ° '«M «0i m >IMO H g|-m| J— ! xi— H Ull 0- «4 0M — O 0» • • # O 49 I— IN I t m o m o x im im m O O Ox o o •e o m o IM * 4 IM I I oo oo m o m o m o I 0 o IN* 4> n or 1 I OO I I •e « mm o o « o INI o I m I O ■> OX * m I I O — O x oo • • 09 <0 o m o o o o o o mm of- i OC O mm a a m in mo •» m * • • • m m m e m " 0»0>0'0>0>0>e»F»F-'<«<«>m * in m ki IM IM IM IN o m e ■or- " mmlm m f- i • ••••«•! • I * * «Mi\iiMitinir««««f «n hImp4o e> \l • « • i • "<«. o r> ■» m • i • i • i rh W W IN X C hl>hh«* memo »e mm m < c «s m mm m m * mo • i • « • 0> a a m»* I #4 X i cm i mr- • mlm m m 453 Table VI-1. — Continued u. S s o 5 iu X ►- i u o o z o ec u. a: 3 4 oc >• a 3 >- o z o z me N 0» N N Ng» NITI N N NN N NO -I* ~ ■r oo i 0 ~> 1 l •o * CM N KIOHO -4 N N PI o o|© OOO 00 g> g> * I I I I I I o n N <0 p» »< in o en + o o o o CD w m O ■# m O O I I OO I I OO m o m « 4} O f> N I I o o m o ■O p- o CD 0> * o o o o • • • • ^p4^NC4^ >v rgjco p» o o o o o CO in o(ifi o o o • * o a on « — eg m o o o 00 -r IM CM 1 I •c in OO o o 0D 00 N •* m m -• I I 0» 0D o - O V m o m o n m p- c ^i *4 ^t IS * m I I eg o N eg er o> o n m N IM lui > en IU o I 00 « o ■» o 3 O z - 1/1 a o miMinin o > • • *M IS) m o gj e- 00 0D NN m o — IV 00 o IM ■O gj m p- gj C O IM IM m O •r * < gj IM IM im m ♦ .g m p- g/ pniiei n 0> fM o r- * •i n -c g> en m IM eg m o o> o •o en o- m O im «n pn — m o f- c •» IM in -r in <■ ov o oo n8p» IM«M IM on — mo NO- NO im r- N4) im ml i IM Kt NN *| NO eg 0> *« 00 •4 m cj m o * m gr oo t-l N I I m <> o o o o ■C N mo m -c N CM I I o o o o oo o o o o oo CD O « 00 N N o -* -■ i\ o o O N m o m o * r- oa oo o> o> o o • 4 o o ■g I I *g~ IU o m 3 "" z e O N > «« gj X N z -r at o u m m N N 00 00 o o I I m m • • •o gj oo oo m m CO 00 m o •O -6 • • ■o -e IM IM IM IM eg im * grl-or * N N|N N 00 0> en m m -r N N r*"* NN I m p- o oo * en N N g> gj gj) g) f gj gj) m eg oo en fi en N N N * * * -t eg eg eg N 55! m o m -o n o gj g>(gp -g 00 * en eg im NNNNNCeO'-Nin eg eg im N ee e^ »g >glpg rg ei eg eg ej in o m o gj t- " o> i- gj> -c m «r m m oo m oo oo o a p- r> eg vfi 00 p- • i • < NNNN g> P> o> ■ -g ff CNN eg e, eg c\ memo cd o cr o

Mm n m mm M NO »<0» «4m -i o o» M I o oo «f> o r* M OO • • I oo in m m o NIK ?T o , SS o o o o _ M IT * I I e o oo a i • mo •♦m oo s -o * *• Ul UlC O I <0 m M IS) mo •e «j om •-O m « m o •c « M m o m o mnnA NO- •o m MM om m m mis » » oe ■c M SSI MIN mo « i- O w m _ «4ft Nl\ m* *i« ;s M IS $5* o o*- eo * o mo m m o o •0 * -o o I — I mo •* o CO « I I m o ■» m o » l l - o m m m o m « OO * •* I — I IA O •O ^ * M m m I I O t> o m r«i MO •cm mo e « It m* <*• o * y o e I mo o» e ■c • m m l I O 4 m me •n in l I m •» o ~ is on IM " I I mo Mm IM IM •40 MIV IMIV 12 > 4> m «•»> «m NIM « ©mo 9f» oooo B -0 oo • 4 • M I 5 :S oo o c o ■*■ c 30 • * I I OO — c M — I I So I «% o TT S3 5? X MMM > « COM* •P l» n am e N M N M #" K r- t- p- r- r- W« NN vt «» IU «« • IU * -J « •**• M IU II. X **■* s o MM (• t- •*♦ X a ft. X •4M « IU s 1- — r4 g X 1- — O ¥ a. IU M p- O $ K « e X <• u IU in o >» X X * M M § X N «e © ik > *4 •< o IU K ae <■ X 3 X 1 >- m « 1 er X X IU *> >■ l- •c X < IU X MM 1 9 M 3 >• « « « «« - ~l < u •■ l- IU > o X X i X * X « 1- IU «. • IU « o — ©■© IU u> < on ■)« w*m Md« MO M * OO • • l l OO • • I i in OM OM O M ooo • • it I t i • ooo • • * -r oti * « «nlNdONM>>ONM • 4 n r l t Kh MM O— N N I • I ON O I * MO •> o n ♦ MM NNi NNNNN NNNN 0>» » NNN MOM Q NlNMM 9 • • • « :s S! M^»M|urtN>rt>anM««4l4i> MMMMMM«T« IN NN lOM O NN NM N MO MO MO ■•» a nm N » * * •* MOM N# P> • I • MN •> MM NX S8* NM N 456 Table VI-1. — Continued X 0. < HI S £ i X S I- 111 & X ui t- o £ * an o. g 5 o UIIM I e an *i» — c X 2e e oo o •c-c I T JO • « * o oo « IN * o I 40 » an « o « t tn o oo « 4 49 4) I I n , « «*4* « _ in O V ♦ N I I • » a»«N « in • I OO oo ■re i I o o • i NHOO NN M NN oo oo MNM •no n in an O f» K « « N IS N IM an o «n o • » «■ e N Nan IV* NUt NN N-4 NO •» 0» 4f « an an I •» I C- IM m an © -4 IV •*• IV + ■* I I 0» * tn an ■> IV •V tn an O iv an- aS «0 ♦ -• -< I I 0> IV * 40 m iv •o -o iv *-• an o © © oo » an IV M O OO O an O ♦ an 0 * an p» 1 ) NO an © an 4) 4J © an < • I an © ■45 f- O OOO «o o B I" I t -4 an o ••!• O O I o o ao te •ft N * IN in it l I l > © * m m •no I 4B IN o» an N«N Ol I I •4^f4ftN • oe*N in O as ss o m to (9 an > _ N * © an a o C. X o* N O NN O 0> in n ~© 0> t> N N 0> O- N N an o n in t- o in m N N C 0> N N •no © as as N N an o ♦ an an as o o ss tn NO oo r> ao N IV _ an o an © an ao r-i»» to as o «r •nan NN -• — x © © o N IM * at an ■* »a * •> O N HMMKNN O e ejo c e» ao ao ss 457 Table VI-1 . —Continued S 8 i ©• s m « 5 > o X N « Nin N* N N z s X* ■ e i N I oe -o-o 5 iia < o • • I I oo © : • • • : o «© OO • • ON * (I I OO • • o « ( T* oooo • • ooo no oo • • NO © « I OO o» ON in om o * m «% 8 00090 o ■ . Din 1 1 oe o oo o< • • * • o • ■o *• t~ m ooo • f • « NO©-* s«nr>WN««m N I I O *o -I PC I I N I Off • N * • « T7 o« mo m o KO ex IS X • M CO m — in n m© x mo» x m NO> r- X) ■no »» •# ■no * IT. n m m 0 in •© • x SIS mx S8 ■ * O me N * *m £8 r-e l<*lp-f I 'MO !n» !*•• n «; N in I — i 1! 1 1 1 W( ;NXi x »"| O O K O 2 1 1 1 .1 in 0 00 • 1 so OO «N mo x n n mm * OO I • oe OO I I me *m 00 1 1 00 • • ON in _ m ■* one E> © I I OO BN IKS ■> * m« • m NX *• O mx ©x> X0» m 0 s° o^- <•« oe ?8 m «j x» O- m 0 • 5 ■0 -o in ■* * mo Nm XX >0»" 0 < «e mo m n NX m« m m m e Nm N nj m N X OO mo h- m o« » ss me nS 38 ss m N 458 Table VI-1. — Continued S s s i 3 a 2 S V) 8 o 4 me N» n m NO ^o K S<3 ooe ~ O O • O* *r» i i « oe memo mm* * • m m l l SS oo n y i i £8 Tt IS 0 o « ■ N l» 1 I So eo eo n t I oo a c l - I >4(V 4 +* • • I© MNN Seme » «0 £8 9- N O ♦ - m * * MM NN * O m # 58 N <\ > * «* ss nriri* :§ ircrc NX X as* NIN W m«-il mo In o> Nin N •* N m NN N»« NO -«^ I I OO ' OO « • • o o I I O* N ♦ O in o w* N N •» — e i — o i i N N.0 O O -o o — I I o o I m in * * » m I t oo N m o * m o N m n l I o o * o mo m ■c N N I I - o •0 f m o » m l I •o o m » o o oe N m m i i • ■ • • • "8 oo N * I I O « • O N» : mN n I N N O : oo o zo V) « © |9 NN m oo N O » <0 m m oo m O M N •O N W N m m m o n m •* o •# * N N s? •o ♦ m m N N m o *m N * m n NN S3 m r> -* o N N NO me * N f ' H* ' "8! i m o r» o m o N " N N OO N « « - I ) N «\ — I I I I N « « » m n h- « :S ««<>*■ < o o o • »-: r ,m *4 • ; me>: : i i ! i IMC* • | 1 : • 1 rg 03 . ! 1 { 1 • 1 imp- • ! I • 1 I ; i , t IM 4> • • rum' • i : i . ! : 1 l ! 1 , , ; • 1 — 'im * • 1 j lit' w, • - L L O. i • i UJ■ • . 1 ! 1 ; • i I ■ I • 1 OH* • ' : [ »- . • ■ 1 ! — g>l • i 1 1 *' 1 a' i • , | i • • I>pi • ' ! | o • : ( 1 00' • ! l/v 1 • >; H • 1 1 • 1 a! «' . r i • uj mi • ! M * 1 * • z ' • I 1 ••! ml • 1 X ' • j - • « c • i i M • t •J ■H • k A • • ! 1 o in © m o in o in © in o m e m o m o in o in o in o in o in cm «-.|-- IN rg m m <» gr in m -o .gj p- r» oo OD 0- c o im in r- O im m>r* IM IM1M 1 o O OjO o o © CO o© oo o o e c O O OO CD OD ♦ IM IM O -O od o© rg * gp 00 — ) — «-» H Hfi *g 1 |Ol ooooio o ! IM|«M j : "Mm CMC IM.IM CO- I IMfM I OOoo O onlac — od i p» .gj i p pg i i p m i i pgipg i i od on go oo, od od, oo ao o oi© trie* o» pi fp|n pg im im m o in pg|pg pg pg pg pg ©m © mm -c o o © i Pg pg.pg l I O* CP; 0* CP! O* OD 2-p- * * >«cp'r» * -g--oi© - pg pg| pg ni! pg i*i Oo O 0, 0> o- cr tPloo P-lm pglp- c C C *T CP. CP CPl C* CPiOD P" pg IV Pg pg pg pg m o|m gj r-|p- pg.pgpgpgiM.^^gi^^oocP pg|pgpgpgpg|pgpg>pgpupgpg'»4 o'm c 00. 0D 0" oo od '4B m; in pj ep r» oo |i m O p- org m p» .« rg IM «M, pg Im o rg 0" >■ a: 3 l« > or < UJ > o o rg « pg m _ pg * u rg in o gj pg im O rg pg m 0 IM o ^ »g cp UL s z — ■o o »< m o p- i*4 ■* z a a z — IT, < UJ 3 t- -g pg o *■ -* X z ot ►- rt o IU a. X Ul CP p- o, 5 1 00, ^ > p- < as a. X, •e o Uj. m o p-; o ! * z X: m X X. o pg ec (9 u. > *4 ■" 4; o IU k! ac <: »^ 3 X. 1 *- pg < i 1 E I i IS .1. • • I ■ • • • *1 • •' • • • •' • •• •' • :• ! I i o z _ o ' O m oim ram Oim o>m © -« — rg'rg mm gp gf mim m m oim o g} p- p- OD O© I uj O 0;m oU «>0 Ol |X o m o 00 OP O O O O;0 O.O OOOiO© o o o o • «. • •. • •: • • • •< * •' • ♦ • • pg rgi© rg org,rg co • •:••'•• « grl rg •»! o o • 5 OP 1 ' ' 1 ' ■! J ' 1 i ' i cciraooparaoDCDorarcra^accoiTjp-p-p-iP-p-g^-c^mjmm1 © o oo OO o • OOOOOOOOOOjOOOOlOOlOOOO* pg , : ! •n im r\i cm im i\j;«v cv in rsj %# **•'<* »♦ ■ i*> mt* m\ m m it* wwr o •£> o -c -o 4}'«c> -c -o <> it ir'if m m irtjiTt v> in iri •# *nj ^ «*-• !• ; ! : ' i 1 2 qdJoc od od oo od oo,r- r»- h- rwr*r-'r*t^f»"^1'0'©i'0 ■C'OCN*fsifHfr> i (k»r^lwr»r^h-r-Kh- Hi** H^* ^ ^ •'• ®i* °° i ' od'ou itn IT IT IT 0D 00 OD CD IT, IT or or 00 OD 00 00 iivirv it m 00 0D 00 0P ■ oo oo a| oo to 00 00 or OD OD 00 00 OC 00,00 00 *J IT IjA < 40 mD -*0'mC *o IT IT. -ut f*Vf> IM •»< -t|i-« «p4|o 9';«f> *m o cr'cr er (M IN «M » 1 o • Uif*«M • 1 o • • • • • •!• *4-4 • i ! I i o 5 o s 111 X p- i o o 5 IS a. £ r I is o IU p* • • a • I «x p»*-, • o — in • ' •-' • • ip« *' • a. '••!•• x;p< m • UJ| | • i-V. Mi • >"': I P-I-4 0' • i a' , • UJ » • o; . • I >! ^j • a| «: . X! i • ui; in I • H • z: : • ppi rtt • ©I * —' • x! 1 1 . •M • ■ ' I o 15 e* x P-l z: UI o o p-!> oi« o « a 19 m ^ r C » » « • • I • * •! • • * • I • * I I l« • •!• •:• •!• • i »♦,••* i r • 1 • ill!* m © m ©Im im imim < I I . I o die > • oolc • pi ■ IM NO r- m ©I© C' o •l • I I • •]• • • • i ! :• • I I m olm o m •*;.*• in IM IM.IM (M I I I I I in <\i! mlm m|« «l — c m o in o ffONld —I— — m o r» o *ONC0O* p>NhO I I I I 0> jj OO v in • « o e o o o o|« « • ••«!•• ■r "C|© ©Jo- m • « •3 <\ in o, im mi H o o * •!* 4M* * i ! o m'm olm o • •!••!• O WO <*»'W o onnfnUoirN ♦ * «# - o olo o #n o W -4" • • o «n rg fsilCM IMJAJ *i* * i1 QHC olm o 00 oc ipi in m,oj««| m in 00 0DI • •! #n wj in w Mptplp) 0 «0 m 0D 0D I m m| m ni im im • «i — » p*i IMIMllMIMjIMIMCsiniilMIMIMIM m o m o m o ■c r»ir- cd «o a * *l m m r> min|i«i*i|nnMj«M"" aoxcraio*-cc>iM • f*«^««p« w in in ^a rt m m ^i oaoof- • M • • oo co|*» r» I • « • • -piOO' IM IM|IM M m o m o _ 0> CNKI K © p4ip* Hip» n< m imI 4 J fix, 00 0D| - p* IX 3 8 O IHp. mo IM» IM 4) nim — IM-# U m • IM 0| p- — » OrtW p- p- * p. p» IM p-l-"Ol Dl l/l' uii in 5 J « » • • •;• • .« ••••••• • • • • » « •,«••• I i i , I I i I. i • . i i i i 8°. o 'X o Oiin o:m Ofm O m o m oim o — -> iM.ni mm « ■» m;m * . o o o a o o o 0;0 oo qo — O <• 4) IM IM O IM'O O IM NO IM I l! I lj i j ; • li i P- 00' CD CD'p- o o m p- * * 4) O O'O C|-4 -» — — - M,p4 - III' .j ► ft 4,p* p4^p4 p4 I ooiootoo ,X olODOO« 4> OOO OIO oootoo • •'••IP • - 00 4" o 0)0 4> • • oo 461 Table VI-1. — Continued F i o ! $\ s ! !! m i o o lac it 3 |2 a I w ►- I >- a. 3 i/> < at ac lb > o Uej IcMOV INS; ie\l«>! j1* *! i«m m -lw*j in mi o IU! « O X © < • I o i I ! I in© m o «■•-• cm o o'o ©o o cm m «•' o in o en * * m «0 o © © o c •i I • • • in © cm in © o o o in a o CD O in © K O o o I r- m o o cm to en cm m ©I > * * o CM x to < i/> CM CM CM CM ■C ■€ o> m © to e> © o r> cc m o o> © e- o> * CM * © CD CD ■©■ CM O cMtn m c r- © r- oIcm «r> at 3 > 15 «e> IS j8 z 5 ! "- o UJ O I X I °- « at o ! S i II U a o jncol CM CD' |njK| CM «| CMin —'cm ♦! u cm en o : UJICM CM| m! • CM O i/ii ui -< cd; at ' 111 ■|-«| o>! x'— tni X' si * CD i a. Si 1 * I CMl o 5! 1 ..I o ! ! ! I • * • « • • » » I J j ! i i z SIS : Oi in o|m o ■-,•-• CM •O «NO in o cm o m Om Qm o en <# ■* in in ■e o o1© ©,o o oooo o o © o tO Oi to ** ^4 CD o do oio o • ••••• O •>> CClCM CM © © o o © c • •'•••{• • © to to cplni © c • i •» o o o • « < olm i m r«- ■ © oi l • •! r l> Im I at i h-'ltl ujiuj o|x ! I I CMCM'^ O^ 00©^--'^— 0;C- flDCr* « * -O C 0>CJ> 0\0- I I -co 1 V-,91 ore i •o D)> re © e> cniO> er co ■e.ci ( tolto I I CMO- oin cm]o> •# 1 r-!« * m. •j • * • « • rifj. s> o> » e> i rg— *^ •-* -^ »-» • _ e>|» toi* en yj mun m in m CM CMl CM CM CM CM i O in 8!K i ! c »i in -J •- © • « • « • m * * * CM CMl CM CM m ©I m ol m o * r» r- « to o CM l\ m m o» cr o to 0> tD mc cm r» «r tu CM IM m o cm m •c o o o oo to -o cn • « CM CV in o r» © •4 IS iO * e~ t • • • e» « in o"i o » CM »< 462 Table VI-1. — Continued o IU (9 :I a o 'X ec iu 'X :K i 'S iu o o •3 IK 3 > • I iu ;S ^ rl— «! o -> m: "!-♦, o. i I,- m; iu; XI >- " o •V ui: » ©. ' ee VI: lI i i IU; l/\ »-l ©! X «l -■ Xi I 1 1 1 I I i I I I ••;*.! • '• • • I. ! i !••;•• in 0,m o **<•* cm m o CM ITS _ csj eo!* i\i cm * 'X I I I , I I I I m Ciin o en *;* in oolo © ooioc m o in o o o o o iu!c o o> © —> «in * C'< CIO — • — > CMl* CO •O *!■» O * 0> o o:o> od i» in i I x o © o o o o oio o c o,o o f 0r.\ cd Ck m * m o!m o IM O I © o I m o ©J CM its CM CM COO d© o i co *'r>- r-jeo cr|e>- m ■c mi* * * *• ff r fy-* m •I o o o o © o © o o o OjO «' CM ♦ eoleo od >o cm' co cmio r- in CM m* *+ m4, ** CNli »-• *-• »* | ■OjCM « mo CM » CM CO CMf-. CM « CM WV CM * u CM 1*1 o IU CM CM 0 CM »")| VI • IMO r- — 0» l/> « IU X CO' UI at ! -1 «* ~* l^l «M IU 1 u- z — «> o IU a — m u r- — #i X a. Q. X •-• i*i < IU 0£ C- — CM' O «■> o -* v+ X X a. 1- "O! IU & X IU o> 1- o > CO X l/l 1 r- > r-( < i cc X •O: o Ui m; o >- o *' z z 1 •—» m, X X o t>i\ ac o IL > — +■ w •J o IU K a < p4' 3 X 1 ' i— rg «» 1 i ec IU i a. X 1 3 «/l >• • • * • • • • • *i I • » • . • • • t • I i i ,* • ! I ! • • li: l oinoinonnoino!inoinc«inoino r~* -* cm c < < a: OICM •I • O'O m in • • ©, O coj >o * co co; co r~ — I CO \o|oo)oo|oojoi •■ • J • * • « • «: co cc:* * ,.» o cm _ CMinmfCim'CMCMCCICM!^CM]^IN|»4 i unco O M O t * * If «MI\ i • o — o omcmomom ofMinf^ccMinr* ^*4^ o z !X z '« j> oi-o «« •*>- «>!-< cm;ci ci|io cm IU *\ ••••!• M • • • • • • fsj rj|^ c?|o sT • ••••• W CO • • in co • • 22 il/l | x r- r- r- r>- r-ir» r>-|r- r>- f» r- ■o « 3 «i ^r:i\j ivj'm «i-;«o i* OV if. o\ « CO * (»S ISj OD -O (Si in oo tr; <-• oj o* o l * ir>irt tntirt <• M'fM (\):IM IM|«SJ (M i ! i * en CC, *n!CM CMtCM i4iplf«HO CM CM!CM CM CM CM IM CM CM CM. CM CM 1 ' o o 0s 1 , i x tc(» an od cr r- r» i ! ! ! ■ r* o;*■ cni*o h v *|^ cc i i CMO!inionnoi*-© X ODlaDQo.oc>aD|mcD]«o or rsil^ rsj,«M rojiNj rsj|(\i rsj rsj - in o in o in o'm o ,tn ©im o co •»* in in « ■« r-if- co co » i in O] m ©i m © » ©'cm mlr- o US o (M US rg im OI i ! i 1 1 ! o a o z i . O — ' *"" •-* »—* *-•■ »4 H H «H, I ctIod od ao ao oc an, cc ac i3fsilfsirj«sjfs1 fsifsjrsjfg j ^ ^ r^ W#M |MJ PH ^-i| ^ *^i e— ♦•««*•♦♦♦ t ^ >r ># -4 -4- * *rtry . I f\j..«\; im (\j rg. (sj isj.ry ( IO If US tfS s7 ^- -* fMJ©. I > »| • • • •] • •! • < 0> go 4) -C "O. <0 «; US l . w rg isj fsi in! *sj *sj! rs> i xfft- -o *" -o o o\*r us u^ (S) ISj I id- I CM|CM «: O O f> CM, CM OJ COI « Ki IO CM i" 1 47 O0> OC m • * • m|— mo ciocdo i col* o . •■ • » ■ enico co I CM) CM CM I I CM CM1 CM H — CM CM CM CM] CM ©•in in m I CC CO CO. i cMJMcy our o CM CNJCM CM. CM m om om r» co nio^vocoJMO'o J* m • ■ • M • C 'moo. IM «. (Mm o im m «• in • NOi lb o HI X;«««' O m «r>' <* **i «*•#' z •> A X — m 0* Ml' 3 H- -" ' r»| « CO *■'■ <\ * w Ml' in! o ►-i 1 5 * x x —1 *> s ■: J « <*. u. > •* » *! ei Ml Ml 5 * — > * ' 1 •- i im « i. « ' • Ml a. z • 1 i i. •. I '•i • • • • • am ©!m on o mm im im m I X — © i I . I ! ! si uilO o c m * .<■ irn -o CM IMlO o O IM I o o o o © o O O 00 CNN4 on -# (MOO « m cm * mjin •» • •;• •;• • © -e r- o© oo l «D ■* IT. O CD Q, o o IM •* I I I I r- o o I. i> ■# m irt|ir> in « r- oo l L if : cJimi ■X f» r- :.' < IM IM IM CM IM !9 i Iia ©Im oro o-iu «-> -m © • • • (MOO m m,4> © r-l« im njjfM — ijm m|m m m f- r» r- r- « *;ni m.im « co rs) (M o MH m!m n rg M IM I ! i o m i m r- wm mo no- o Ml o X a « a o o f>l « mm — (M •♦ u «g m 19 Ml (M o z ■♦' CM • ■• •••••••• O m o!m o>m ©'o^ ««jm mir^ m:o co I mjnpmcim m!m im'im im'im fM'fM iyiM o^o ^-im m m «9T r* m Noo's mo m.t- ojiniMi* m '« im|«9 o!m pn «••,• •••4* •:••' ••:••< • •(••■••••lac ••!• t^HM.firfii -*« m!-» c ci o- oo f- •« «r ■* •» m m,rg fMi— •■ © ©m (M||t IM|IM CM CM IM IM IM IM IM IM IM IS' IM IM IM IM IM IM IM'IM N|m Mj M M|M MlM I ITS'" co co o- oiooxr coco oo I- ma m, o- oo|< rniw - mi • •'••1 •••••«, •••»»«|««|*M • r- r- r-i^ r-ir- r- r- co oo oo:r- r-,r- »».»- »- m *l m. r-ir- r~ r- i — i — f r» r- f-~ i — r- *u.mt wj i— r~i r~ f- ■?— r~' »■ ^^' »^ «_ IMIIM IM.IMrv.IM IMilM IM IM IM.IM IM^CM IM;fM IMlfM CMIM IM «M CM1 CM IN li* I .' I ! i i j I it om om om om p m o m o m © or mm vO -o r~ir- * oo o* o- ©, im m>r- o l>r> xa -|M. MI'UI mt,mir4— CM|fM IMIIM © O 00 IM CM|M moim N«ir- 464 Table VI-1. — Continued o IV 5 o u o o o £ 1 is > < at U. > o ■ NO o I-. a t 1 J ' l ! i • ! K O « • I o im ■* I o © • • m o »«IM * IM I m l o oc I l oo • • NO im M t I mo'no m *:* tn (M«M I I > • ♦ * >OiOO o © o o • a • • as c« * eg i ! m © o> o _< —i _r,« IM as 49 I I im m m o rs m oo ooo««n • • • • © o IM IN I m Oi im art IV © ■ im im m OO •P 09 IM IM m m IMIM IM IM ©o ■ 00,03 03 IM INilN IM COCO IM IN]IN IM oe> o> o- • • • IMIM • «l • • ■# ♦I* ■* IM IMlIM IM .nomgimc oc oc • • S IM Q. o- • • IMIM IM o- » NN m© o © » on - - imI «« »* IM IM IM IM o- e> • • m © o> a IM IM IT C • a m im • * i- « IM IM * • • IM IM IM IM IM IM in qmam r- m V 00 * m: • • 0> as I in Ho °" IN IM IM •»; s «r>© im tr> O vu <* X o X X X u O o mo ,IM0> im ao im r- IM « im in —:im «i •* _i im m o 111 IM IM I a IM w»\ in • IM O i- _• g> a: -< ■o O "• « a. X -• m x hHOi O. >' 2i •i • • ! I - * ol« Oim ©in o'm © x — iv <\j "" o o o;oo oo ■ ••]••]•• • OB4JMNIMIM I II I I I mo'mo!mo!mc!moiincmo|m< © (M ■ i *'* mi m *j« H f" ' ■ ID ^«iim im'im IM o|o o.o oo o ©oo o o o • ••••« | © i r- -Ml o o^odj© © © O OiO * •' • 4) im'oo o © I 3 olo ©|o O ? cSrsi QO l\ r» «*- -- en • •( ♦ 1 o o|o o • • 4 © o o O|eo ao o *\i I 1 • « CM INIO IM O • 1111 to o IM IN» OO 8' if; io • I** X « i l- UJ Ill'U ox ©©tOOOOIOOOl r- ^*' fl •"•! ^« *^ — -*■ •- • ©ool©oio©©oocom m m m mi m m muvm <> f^ ^ pA •^■^■^•^•^•■rttHioMt- »-i rH •-« #-« — (\ IMIM • ••«!• CM IM »M IN' *M IM CM IMi IM fSJI IM *M K •- — IM IM - IM IM iMl*M *M • •••«•• «M IM IM IM (M «M ITO^ C"**^ o IM IMIM < IM IMIM ( r oo G --. o- cwe> IM imIim in •o -& * « » « • « ■c -q « •< ■o -c in) im r- . .. . * *l* IM IM IM I «n ©' m m #.MJ mllMIM(lMIMj"<»" oc I IM IM IMI IM Isl IM IN I IM. CM IMj IM IM) IM l> CM IM INI IM IM IM •■ V* ■*' * ** •* IMilM IMj IN IMJIM IS ©im ©'ir> ©Im o «! * <" f^ « ac 5 I IMIM • • IN1IM ©m mm I I r« r- m> « IM IN IM IN -o « • • •o 3 a: LU > o mo cm o> cm 4> ex in cm * cm e «< 0" — o ON o o © > X O X o cm in I I o © I o o ■* «n IN IN I I IN ** o © o © © o © o * 4> in o in ■o IN IN I I IN 1*1 © O o o 4> * m o •e p- IN IN I I IN IN O O o o * 4> IN IN I I o o m o CO e» IN IN I I O O m o i> o IN IN I I IN IN O O O O m o in m o o * o 4> CD m o r- © © © 4> r- o o o o mom •n m f- o o I 0>NO © — o > o l/> X CD 3 1*1 ■m « X P~ O P- > • « ON X 0> X IN CM V) a © IU t- IU X o o CO CO m <»i t> p- r» p- o c IN IN o- » » IN IM INI INi m o ~* CM o o CO CD 1*1 1*1 p- r>- p- r~ C 0- a 0- IN IN IN IN m o «M 1*1 © o CO CO m m p- p- p- r- a o- a t> IN IN IN IN m o i»i * © o CO CO 1*1 1*1 r- r» r- p- » » IN IN IN IN m o * m oo CO CO i*t i*t •o 4> ■a 4> o- on c* o> o o r- ■e i*i i*t •C -o 0" l> 0" » CM «N IN IN m o 4> l* o> o m -i m i»i •o m 0- a o- » IN IN CM IN m o p- oo o o CO CI 1*1 m m in 4) 4) o> a IN CM IM CM m o CD 0> o o 1*1 1*1 m m 0- » 0> o- IN IN IM CM m © o> o — • o> CO o o o o> IM O * IN o> o> -© IN IN m © in m ** — i o> .-I O —1 m e» O CD * 1*1 m o> cr CO, o © IM IV m © p- o w CM IN 1*1 CD 4) 4) 1*1 m rvi t» * CO CO o r> IN -a m e in m IM IM o o - CO * i- p- m i>- IM ' - u. !iu |« if < 5 o S UJ 'X It" 'o ac I* !2 F < 'X 12 l> >.©; imp-; i i IN O ■Mm; IM *! «MI»I| IM IMj IM"<| IM O ««» -I CO 2, dUa i*«* a. I 1MB' XI k Mo al >u' e> o I I uj O l-O < o X © « • x o l I I I m o •H IM -O 4> IN IN I I O O O O I oooo • ♦ • • m o CM m O IN I 1*1 * o o o o • • mom© i*i 4> * m IN IN I m m © O O IM I m « ** ■» * I •4> * * ■* * c\ CI CI 1*1 CI ci in CM CM •-4 Pri IN CO m X CM | t> 4) 4> ci CM IN m ON O 4) IM O IN 3l*i m fH CI CI CI 1*1 CI CM f»t 1" •4 CI m O P- t- •"'•» Mr- p» ■o -o 1 4> 4f 4> CM© co or COD cc COO O'0> o » c 0" 0s 0* O'C iTi On on 0> o. ON ON 0" Of ao ac CD P~ 4> X l* o> a 1 | q> 00 00 00 00 CO CO 00 4> — m m •< m o in fSlifM NifSJ IM CM CM CM CM IN CM IM CM' CM IM CM IN IM CM CM CM "■■ c o » CO m,m -e o p>iP- oc oo e> IT o cm «r p- c p» a >- prt »4 »4 IN IMCM CM o £ 466 Table VI-1. — Continued CI X ►- z o mo fM er «!• fgf» • < o «« o < r o i I I I ! ! I in o m o «oi»o rg CM IM I I ci ci o o © o Ml CM I I 43 -t o -> o o * rg in o rg ci eg 43 o — ~*o o o o -o oo O 03 X 00 < Z Ci IM at o m m eg rg o o cr 43 cm cm eg — o- er eg eg cm rg rg im o o o o o o r- M«B CI — cm cm cm im cm eg rg rg in o rfl|ti(rtrg eg r* eg cm in o m o MMNin rg rg rg rg rg rg eg 43 in in in *\ m 0» 0> OD 0D rg rg rg rg m o ci * .4 r- ♦ »■ cr o ci — rgrg|rgrg|rgrgjrg~^~«*gJo**rgrs oo er oo OD rg rg rg rg m © m m y-» m rg rg rg rg m o m « 43 43 00 00 m o 43 r- m ml gr * • ■ • < oo ao aD oo rg rg rg c\ rg rg eg r\ in o in o r» oo or cr 43 O 43 r- rg rg) cm cm! rg c oo ci ci oo f» 43 •- in m ci rg rg i\ ci m ~4 cr r- 0" rg rg h rg rg rg rg m © in o cr o rg m rg I •4 ©|r- I t- 43 oo ao Off c o> rg — ^4 m in o in © r- c rg in O illi 18 o IK I? a 15 13 o 'o m o •m e>l 'mb, egr-, No»j ,rg in' Irg Ai O i uj'rg rgi irg -i in: | • rg O: ►-,— CM in ug ~* ao: oc «,-r-i lit ZJ-4-OJ O — m! 1-otl "•I Z'"4 «M ujI I 03 ■A >l ** a 43 rgl Of ? rg I | • • • • ! I c z • — o UJIO C O gj O |x o P* »4 CM i «> o rg m * gr.gf rg 11,11 * rg I I o o;o o o o in o ro * in o ■* m rg rg I t rg c I — I 4/ or 43 rg'o Oi43 43 \m* -4!rg m gf ^41^4^4 in o in 43 00 rg I I o o oo rg in o 43 f- 00 -r I I rg 43 I O rg rg m O o 43 43 OD <\ I •" I o o O og in o e» o 43 or I 1 o o in o im in O rgj I I o o» — © in o r- © « rg rg a in in o o 00 IM 43 m in o rg an rg rg in © t I rg in rg 15* 00 od od oo:r- r- 43 43I43 43 -» OH* of 43 43 * * o cr c cr cr er 00 od « cr.'cr er cr crier cr x cr < z vp cr cr I q- cr cr cr rri c*m m ci r^ m rglrg rgim rgjrg rg I ►- a. *. IHIUI OX tc olm o m © in © m* ~ rg|rg m oo ocr- r- 43 43 43Mr-4343inin4r 43 4343 m in <«ki o * -r •** + •* 4 od r- rg rg 00 o|o oo rg m m rg r» 43 cr cr cr olr- 43 m fT*[m CI rg rg rg rg •n ©m o m 4f 4f in in o in 43 m d rn o © o oc r- or rg 43 r- ISJ — * © Wj ^g -- CI CI cr cr ci rg rg rg in © 43 r> MNHooor* orgrgrorrgoocr rg r. rg r\ m © os cr od od rg r- or rg • ••■•« — ■ h — -g o rg rg rg rg rg in o or O * gr * 4T in * •t od gr in •D 03 00 00 •400C" rg rg rg ~* in © m o rg m r- m © r- m »4 rg oo OD 43 4T m o rg in 467 Table VI-1 . —Continued iiu g o o o s at a 3 a. z 3 K > o z CM « is/ m — IcM •# <-> '« in (9 Hi CM IM o *4 — NO — 0» »< m — * »* in -* CM Z H-O z O o z • — o > • < o • » • • '» • . .1. •* oi\ l tsj -4 f\ — in o o» o CD l\ I I o o •4* CM in o cm m oo ©o m o r~ o -* cm o o o o o CO — c m » cm m CM CM m m CM CM * Mr CM CM CM S m m en *+ CM CM ♦ * CM CM Z -o MM • • « CM CM « • z m CM <* o 111 & z CM — CM CM m m CM CM •no p4 ;| i— e x Uijjg o e M O « • z o om o ooo oo mo — CM O * CM CM «- I N I I I CM 4 en UJ o 3 CMlCM IM|IM«M Z CM CM CM CM IM z z e < •» IM z « X < e- l a. i iui oz ■*•* + .. CM CM IM CM CM CM CM CM CM ec o m o CM CM imS MMTOO O O O IM CM CM CM CM CM cnS CM IM m cm CM CM CM CM CM CM CM CM CM CM CM CM ■e « ■* m m m o m« mo M»r- oo CM CM IM e\ p4H»4H pj4 C IM IM CM CM CM CM m m CM CM mo o m o co co e> CM CM —I OC IM IM CM CM CM CM mo 0>C r/- f m m — v » t> « e ec CM CM I 468 Table VI-1. — Continued o 3 o 5 u o o o a ac 3 < ac m a. a. 3 < o z o X mo to C- ■o in 4> •t o I CM o o O o im en * IM B I I O O • • CM «D m o en * O o m o im m oo o o • • CM! I o o • « cm o o o o o r» l in o •Mm IM CM < 43 IM a c >o 43 <\J m •o ■c IM IM 43 49 IM IM mo co a f-43CnCM»4»! -~4,i (V X -4 en III I--IM XI HMel i I • ft! ' i i I ! I I o z . — o o o > « o K O « X o I ft ' o m o o o 43 4} I I in o IM en 4J •*■ I t H«1«\H*^ o o|o o 4) 'CD O IM O l«l *,CD 4j- I I i i I I • I m o en * m o * m IM 4) I I O CD IM I I 4T 4JlO * ♦ m + en m o m 4) 4T IM * I I 4} o m 4} m o 43 r- o o o o o * * en m o e» ee o o o o IM 4} m im ■e o CM CCI OO 4> 4> t I O CD m im mo m m * IM I I NO IM 4) l l o> it * o IM O CD 4> .4 CO o o * « * a o i/) x » t o» o>|0> "4 o c!o CD CD CO CO m film m IM IMIIM IM IM IM IM i 4> m,m i : 4) 4> 43 4} ' IM'IM IM IM I IM riU — « O IM IMIM m m IM IM co o o o> 43 43 IM IM o> c 0» IMilM IM > o;m o i im im m r-m m m IM IM in m CM IM in * im *• m m in m IM CM IM CM 43 O 0" O m 4f IM CM -HCffi^^OO CD 4J- r- 43 * CO CM CM 0* CO CD CD CM CM CM CM in © in o m «{4r m :s cnCM|CMCMCMCMCMCM IM CM IM CM CM CM m 43 m * m cm CM CM m o r- ■ 3 >■ Of at ui > o iMp- eM « im art ■ CM * X ►- I a. Ui _ O a x > CMIM CM«g «MO — 0» m to -gr» --in -< en -g cm i -g ' o o> IM •"• CM CM ©> 0> CM CM » O en gr cm -< CM CM in in IM CM 00 00 CM CM m o * in OO IM CM in * CM CM 00 CO CM IM in o in gj o o CM CM o> o © o o* eg o «rt (re gf -g a; O gr en! en en CM CMlCM IM • • • • P- P»|P- P- CM CM! CM CM in o in o •o r- P- CO CM IM CM CM CM CM in o oo a* •■g 0s CD CO 00 IN — ' 00 <\l NIIMXMH CM IM CM IM CM CM in o c o in o cm in ■0 * en ©I ** 00 CO 00 49 in o p- o oo p- o -g W) -* w CM CM CM m o cm in CM IM o ,UI jo I a. < s o X a ui I :►- II iS i u IO a iz 3 V) I Is 'ui l> I© ICM 0>| ••IfM ■ ° CM I O UIICM < Oi CM < I m •|M x » S|. xl" a1 Uil °i 2! a CM O 2 - o 1 • • • » * • • •! o z • — o o o > • < o x o < • X o in o •— CM o o|© o *•• CM1IM CM I I I I o c CM — OO in o cm en CM CM I I P- 00 CM 00 » cn pg •C en gj g)- -r -o pg is r» © CM C\ ■O ■» in o in © pg in CM CM pg -* I I -» o O 00 > CM UI o Z CO X CM O CM > X 49 < • X 00 1/1 x!«o CM CMlCM (Si — — t P- h- in m in in pg pg pg pg p- p- in m pg cm p- p- ok o- in in CM CM m en cm — !-- ^g oc co or co ao cc IM CM CM CM CM CM mom o'm o en en * •c gj o- cr CM CM CM CM CO 00 p- p- CM CM CM CM m o ss in in en © cr cr cr c gf en, en en eg cm; cm cm p- P- im pg m o gjp- p- gj CM CM mo P- 00 — e\ g/ mi o

gj pg cm m p cc 0- cm »g CM CM P- o> p- p- o o © CO en cMlr* o> ; m gp cm pg m o.m o 0" o cm m IM Cn IM -Hi P- »" © P» gj g) m eg eg © pg im m o p- c ri C\ oo m -g -g m o pg m CM CMi 470 Table VI-1. — Continued mr* no CMO» «M» cm»» * M • NO r- «4 0» l/l •» Ul p4 m Ul ac -» < ««f>» mm Ul U. s X — « o Min O t- •** X a a. X «• •>» •* CO X •o g Ul VI s X * M en X X o IM at o u. > *ri "" •» O Ul K a < «■* 3 X 1 »» CM « 1 ac Ul a. X Ul ¥• > h- ac X * X I O < irt s V X o X X § X « X 4t t- 2 UJ •t o o o o + IM I I X O OO OO t7 o im in M mo c> 4> CM CM oooo m o *m CM CN I I m o m « IN CM4J I o o chicn * cn I l in a o- o oa • ■ rf m o m o •Mm c- o -! - — «\ I I •» -» SB O mom IM IM IM OO o I 4) CN SD mo 5«mm 8 888888 X •* X o l/l UlC in «n m in 49 4> CM IM mo NNN m m IMIM CM (M 228 OO i 4) 4) 45 I IM IM IM O 0» m sm m #n ss mo * m NiMNM«MVrMaarin«m« mmcnfmrncncmcncMCNCMcNiMx o e CM CM IMIM m o m « mcnmitmcNCMiN IM CN m o 4» IMCMCMCMIMCMCMCNtMCNCMINCMIN- ■0 4 IM IN — 0> * SI V • i o> e 4) 43 IM CN m o so 0> m->oO"-o-4)>CSCM»>0*'-» 43 4) IM IN me IMN«»0»H IM IS m c ! •* • ■• •,• a. I i ! i ! ft ! Ill ! , I i i o IX — o o o > • o 0 o • • 1 I oooo • « • • « o o o tM IMlIM IM m o im m 0 o 1 I m o r>- O OO • « OO m o 0 o 1 * f» o m ** X «M 3 43 x O O CI* 0> • •••)•• •a «'« <<< o > • i/> IM IM •c <0 IM IM m m IM IM CM IM S8 IM IM o 0> • • •c < m m IM •o m IM IM m o r- SO m m > o m o m o i o- o o im m O 4) m m « 4>m * •n m IM IM o o OCff» IM IM «4 » m r» m o o MMMXNNN 41 * OO •n o» e> in CM IM IMlIM IM m o m o r» o nim 471 Table VI-1.— -Continued no cm * WIIN — CM* 141 < o o UJ s 1 o o in ■ — III O — to I t-° o >• 5 •••••••• ••••••••••••• .... j I • • • • • • • • I 0**0.1*0 I — — (Ni I I I mom ©im o.m ©m o* oV o mm cm * o.cm im * co- moo — > • o « o > o o o — j- i K O O O O O O OO O O O'O ojo © O O © CVO OCO O IM cmiim • 14 •*.... . «'».... «.|«.;..i.fl«.j.*« . ••• ioo I II I; «D e\m m,c* m! — — IM Ml— #4 a O!o * !*T i i I i I I CM. o HI o 5 e i HI z — 5 3 •M * Mir — IM* 1 «■ '«• — * ! • Ml ■ «,-*: o — m »- I .:-♦: i z — m o > X: Uli > • ;• • • • '• •••••••••• « « »| •! ! i ©;«■< o t. ©«c\ o m OdQirolin6iroiiia«Qiito*Oiitoin — — IM IM m'm **icvm«*r-i>coeo<>c>'0«M»>r>-OicMmc» 1 —)•*-- CMCMlMCM I > at * s Ml «-> ! ©'oo oo© o o oo o o o c o aooo iZ «■ •••.,. .i «...«.,..... I '«• O * CO OO'IM *|IM * CM CM CM IM.O | I I ; I I I I I I I I 1 1 I I 1. 1 I. I co^iPviy^^iN • ♦. • V # CM CSfO OO < V • «j • • • im eve o o © m o o, — I i: I 1:1 ill I uiip Oj— — :— — ■* -r -r m c*- * o « oooo o oo'o o c O at o 1 • OOOCCOOOOlOOOJ- mtmi — IM I ! x <*o oooo oooo oocco oooc'oov^ f Joon I •: ' i ! ' I : : o z > CMJIM CM CM — 0» ' I I i • 1 : ; 1 ;j.^^lj.iiiJ*J*j*J-,'J.. — 1 — — — .— -* m\mt OiO ©ON *^ «o «>• IM'CM IM IM CM CM 'ir in m «■ *> * ir icvir iir> ki Vi m m ««'* m cm cmi— o CM-IM CM CMCMCMIMlCM IM CM CMlCM CMJCM CMCM Cw CM CM. CM CM CVllMIM Ol!lM CM •/» - I j ' i I ico^ofoipoooc oiirt e!m or o m o •> on o Hi — — R CM rn.cn * « »<«< «B M c^io S • * # o'«M * c» ©,cv ir ■k ►» I — — — -— IM-IM CM ez t . o 'T cslco cc I *)* •» CM.CM IM Z » ©CM r- ■£ + *,*•* O tt W «IO OOMMOCM. CD ■ cm co torn — «l « ♦«> ♦'♦ ♦ * m m mim m cm cm cm — io" g>. # imiim t^co n-> CM CM CM CMCM CM CM CM IM IM'CM CM IM CM CM CM — — — — — — r-Kf lC«M*M . co © r» r-'-o -o i» >- f- c- r- f« c~ t» ■e v in m m cm ooo i o < > ! OOO CM CM CM «• • • IT * IT CM CMCM I o<" © CMmmmim cm cm im cm — |— © o o:oO0>.«M»m — oif^m* • ...,•••••. '•••..^. ........ oco o:o o o o o oo oooo ojo* O1 o* r>' o> O1, cc cc r» CM CM cm cm:im CMIMIMCMIMCMCMCMCMCMCM. — ————•*— — — . i : 1 ' I ' — m\ mt »*'** ml ** mt mt ml:mt ml ml mt ml mt & *- t4 r*t ** mi 1* &' mt icn ir. »/» ic> i«> ic\ icm* iiMclin i«. ir> io ir inl •# + ■» ■♦ m cm) — » » Cil CvVCM CMlCM CM CM IM CM CM CM IM'CMCM'CMCMCMCMCMCMCMIMCM- — »pn oiif oroi olin o«io»o*C«ic*Oi'|Oi> ^CMiMci.m*-#irir«l«>c»i>-cc;ccC|0,'OCMic\r-ocMiri> — I — — — CM CM IM IM 472 Table VI-1. — Continued «k Uu — CD UJ of _l « — e» M Ul u. x — -o o 11) o — m o p» — * X a. a. X x <•< « HI, a I- —CM u w o — — X x: a «- — o ill a.. X Ul o- CD a mj X' i u in •v o c- 1 o -» X X' — in X X o IM • o IL >, — < 111 X, a. * art' 3 *• X' 1 1 IM « 1 ••»«•••• • '• • • • I I 0;m oife if» o! *,<•> o « -»-i-» IMI — I — I I I l» l" «l I —is* • I II II III I ir> o ir> oltr Oun e ooo o!oO;C OIO OlOo'O O © o'oO~ <0 «l • ••.••!••••:• w ••!••'•»••<••• • I o •» m M «m •» -r, o im o 0*«n O «"• C- 0'«M«M>- — CM- CM CM CM OO * * * • «l • v • OOiOO o ■ I I I •J, CM MJllM CM * • •)••• e> e»'«r t~ im s at u. ui 5 X 9 V — OI4T cm m O, IU|MN 5 Ul 1< o. e Ul 0 x a s- s «:■ i ; £ Ul 6. $ j «! • I a. y : Si — *■ ■j O' 5 Si • * • • • tj • d !..!. : i ! ■ ; f ; i J I • ; TH" JJt ©j© o o oo ©•© ooo oeieoooceie ©)♦ * * «■ X • •••••^••••••1»»»»»4»* *_fj«i ■» dee* ♦ C1IVO O CD «CM«;4)OCMCVOM>|CM«OdlOe ill i I ! — i:— — ii i;i i i — — «m«I« •'••••!••'••••■ •••••d«0«H»i Q «f OlOO-—- CM)** — | — — — nalMCM — — IIM.J- CM CM IMI CM — 1 J ■ I ' J ! ' ■ : ] J J J k QOo ©oo o;o o© oo doocc'cdedw^cc 4t ■••.*•.••<• •'•••■{•••■•■•••■•I xq« cm cm imo imj* «••>• «>!• * eo«d*o|nNoc — *'l* IMI* *,M IMIM "> « Ai«M (V — «* ♦CD • I • — n cm CM OjCM 1 !D O CM CM CM CM CM| CM CM !3 0> 0> 0>|0> I 'X *'■•• ♦'Mr ■»'* ' i i I j . i ]x r-j>c ♦■» *i* ■«> ■ B! «D tsi ■ r»,<0 m> O i»; in *i en en; •» 0> **♦*;* +l* ■*■■+ *i» *•* ♦!#« « l"Vl Cl«l CnilM rJlMcjMIMJ— -M>|C»r-M\ • •;•»••(••• • • •■••• •••{•«• CM CM' CM CM1 CM CM,IM IM!M IMIMIMtlMIShlMIMIMCMJIMCM-" ! I ' gmeuvin , * ooo ooo — —:— H— "*«m»*,i-i«^©o»-i»> I -- — , — -4, -j — ■ — - — — ■ — I -^ — ] .-« *mj — — i — — • | ! i ! I * O IM IM aD,r> « -0 IT>'M M"| CN 1M1 O ■♦ I « Hm^iW « — !— — — ———!——,— o;o OO O O O O CIO o ooo» O- CD O- CD IM IM IM CM CM CM IM^IM CM CM IM IM CM' CM CM' CM CM IM CmIcMCm'cm CMJ— H— — — i ! ■ M ■ • • I I I I ' x o-io «> a- e> OOjOO-OO- — I— — '— — — o!o> ir-'m m)|i» op'— •♦en \m •!••••; ••]••••• »i ••■••, ••■••{••{••(••o ix miir iimt iM« <0!« o i •*> ■«> M>' <4ir »>♦ m cm — i— o o I CMiCM IM CM CM CM CMiCM CM' CM CM CM CMilM CMCMIMCMCMICMIMCUIM.IMCmIiMIM — :•»• I : ; i j ■ 1 "' i la o:mi o ,f q;kx ol irt ocn o>v> o.w> o if ol»n om Oiin ei* O «" - ID — — CM-CM CNcn ♦ ♦IT «n « « K f~ • CB 0>:0>O CMUVC- O CMtT c>- p» i ' ! ' I — — — I— CMJCM CM CM a ui ex I u > c — O O! O O C • ■> • «| • I n H-*"»»«0 » MJIOl* *IMN* ♦ '* w • Oft CM «J C^ ( in en o m cm cm!im cm cm — o »•• • od o« r- i « ■« ■* * « ««e « « * en toon or. mi on. on i X oai« • m * c- r>.c0 OF'C oo.on •,« 0"0» o — <- cm cm — — o c ! 1 :":' ; ' "I : 1 ! r -T1-" « — — — O O- 0> «4k •* IT **»niM — O0'0DP-C»M)HMOIlf,C >•!•*••••. ♦••••••••d«i vdoqcl i* •J— — — oo oo o o poolc co»,»«l»»,»»l»« CM IM CM CM IM IM CM CM CMIMCMCMCMICMCMJIM — — -«, — -| — ^— - m m'm m en en en ni cm — ,— — •— «r!en mmoiescJM>m|- ajoev .mi #■••••• ••••••*!••••;♦« •«•■•! X M9'M>4> M)M> « 4)jM>M)i4»M>;«) •»!•»» lev of en * ♦ ♦♦.♦«]—- IMjIV IV M CM.CM IMjIM CM CM IV CM CMICM IM CM cm! IM ev cm cm| cm imI cm n, x « oiV evevo'ir o »r> © v> oion o*> o'ma •" ol»/> cjm c p- Ul — — CMfMcn en 4> ♦ eKtn «9 43 »> r> «• eT» r>CM«Nr>- e I — — -J — K ui m I OX I 'T I i I 535 r> <«4> — — — • 4 • -«• im ni — if>o|jr« «MtRr» CM cJlM 1 473 Table VI-1. — Continued 5 !§ o « u. is iS at 8 2 : 'o: o. 49 XI ui: ml > O' -I "I «M I : v ! • • t ! ! • • •• i i i i i © m i i cmIcm i oe>:o oo o ' O O eo -c — II I' i st 49 I cm m i I • Ulio 0\W mi— im| or! O] OlO — M m!* I ! O'O O O ©la) CM, CM © © I 00 IN I UN O'tn © m © m -t •* in in 49 o ooo'oo IM IS/ -» IN -» O I — cm cm m — ill ii i * OV\ C-|CM CM is- 49J49 m!m m ooioo'o o * « 4T OICM IN incinomc OOOOICOOO IN O IM Mi 43 43 I — I II I • i i O-lm — l4f — I o ole ©:© o * im|«m o.o « ! r i i ,!.. I ■ © m o m o m © m ' O IM m l> O'lM «> I — — — CMlCM (M IM I I -a* sti on rsl OD IM: © jr © MO I I m — e> m m,CM CM — r+.O O O IM CD oo <#■ m o o o\c- I 'I ONU mo • 1 K, • « i . OS X ■o • o UI in • o K o ■* • at X m • X X o IM • « t9 u. > — • ** < 1 • o • UJ M ae « -^ • 3 X 1 • i- IM • < 1 ae | Uj 1 o * 1 >» w «r o O -~ i , m m!* *|4 ■«• 1 | * -*• in m:m in « O r- o — IM 1 m m r» 5- — — IM f»- r» O OlO «j> •> » i ! od nj!in a in g> i o ml in m — mi© im ca «r«o in O «M|»> m m m — 1 — 4j)|r> o>iK oc 1 1 m Ki* «M|0 r- u\ m — i X«n in «n IM IM.IM IM ■* (M m m IM IM » r-|* H» r- IM IM tM IM]— — IMAJ (M INN IM •r im — •- im m i OB'** "O'OCl m im.cm m (M O OO 1 o>cnr> — « ^-i1 -^ ^* m im r- r- o K0- X f- •M l/> a o UJ UJ X e> c-i» » •> r-if- i» IM IMlIM IM 0- o- IM CM O 00 0D « K >0 im im «M im;im «m r- k «m m * +1* * •> rsr- r- IM ISI oo m «V IM K 0> in m IM IM «. p-nin « 49 00 n» nf«- a in e'm o w* ** IM mo M m in Oiin oiin c m -i ■* inV -c 1 i i i 1 1 *■ o m oim o r- m «o o- i in o » o ui in o 1- O — IM in o im m IM IM in IM a < X X 3 ► < ee ui > o • • • ».» I* I i I I*. I i" i z 'm I x i ~ > I 2« i o'm Otin •4 X IM fM o in o|m O'tn i mjm 4/ 4> m;in > c^m o in © ■ r~i r- oo oo » oo0ooooc 49 IM 4>J40 im — m' I III' imI-0 SNO< II IHIMNH i I i I I! I > o 'im m'o • IM 4/ 49 00 ©'•J- O 49 43 O"- 0* Cf'00 f> 00 -T • I I CDO«l4| in im ill I I O-i!* « ■fO- J F» l-|K 49 49 4> 49 in + X OlO OO O O OlO o © o O °\ 4T o or oo in •> 49 ao Olo o o o'o o I • _♦ • • _♦ inqin Om o a o im in, i* o — ' — — — IM o oj O *| 4J- o • ••«•« oeoojoc —ii iii m m| 49 o! f- o m e m IM I 1 i> 49 |UJ • Q — i ■ 1 ! 1 1 49 r- qd — m inJ4) 49r- r- r- oolr- a> r- r- ou odiod od, r- to, oo c **!* 1 — — — «M M MilM M «M IM, IM IM IM (M . IM CJ CM |J IM IM1 IM IM, IM IM IM IM. IM i ! 1 : ! 1 t ^|<£ ooco h a cj eo fiN *o «rv]«-^ «c o*^(^ iniMnotol^^ 4/ m m 3 OOO'O o * >fi-- « O O tt"" ^ f* f,J C1 i^ ai^ 00 M C IT 0D mm v * •••••!••••••••••)• ■••,•«••;• 49 T u^jir in •* *m O" ac t-ll*-l 0-^ «-• M : i is —|—e> oc» •» o 49 ©efcocoo^w^jHHpoaffr oo to 0 — — — I-- cm a m cm 0 49. im a 49 m 0 od : i m cm: in m in o» m — 'od X 9> •)•••.• •:... ••••I. ••.'•< ...... O 0! 0> CE 7>- 4} 1- « 4>:*-49irinm gr.o-mmmiMiM.rsi — — — i— © r- k 49 Z o IM ng IM IM PvjN IMlIM IM IM IM IM MM IM IM IM IM IS i ' ' 1 i — w± — X x r-'m oc,oof'4jmiMfMfM im|— od 4c im|oo 4 m d r* •* 4* 49 • •). 0 .* • «j » 4>m 4| •; •.•..•;•.•.....'..• 1 • n • X 0* e a- cr a cr acar ooioc 00 op qdioc K>r- r-l 49 49 49 49 m 4f 1 m CM MHO IMilM IM IM IM IM CM CM CM.IM CM CM CM CM IM IM CM, IM CM IM IM' CM CM IM CM CM IMl CM OP l/l X oe cjjm ©in 0 m O kin" — — im mm 1 I in 0 in 0 in o'm om oim 0 m 0' m 0 m 0 m am « m 4r 4J- mm 49 49 c-f* cjd od a 9 a im uv ». 0 M Kr- UI a. 1- 1 . ~* — — — In CM CM IN ae Ul UI < O X 1 1 , ,i I 1 1 i 1 | Table VI-1. — Continued In » i VI 1 IU — CD a 4 -""I iu x x -0 O *-* mi *- -*l :-~i H-o| & co 19 >1 H * I I •* i ! • ••!••, I ! •*•!• ;• i. ! 1* 1 ' ' J ! ■'•I.J i i • UJ O — 1> c . < i *4;«* in in i o o OiO OO i •j • • • o ■? •rja> i O O O CO o :. ! i ;• • • i i-> * •» i o o o oo o •O «M o <0 I I I to r-l© > i e No iV J I o e> o cJ o o • «•••« Oil II I r-iriiriiiri^^cimmm O OiO o o o rg •» |<0 o a. in HITIAin^ OD C> O O O O Ol o «N-f COI IfiOiT Cf OJIN NO— I -0 I I, ir\;f- n- im!o X & < a o o >- X o o o 3 m o fSj ao I N f- IN -O ;fg uV — IM *■ o lii MM O (M <-" m • in o k. -< » UJ w* CD r — -o a — *\ o in INlIN I ^-l\0.»'*o-a>f-oi»wcDl*»oo|OOi s. X — i e. UJ Q > a x > !*.; i • •1 * • i . • * • • »i« • i *l • « '• 'O^O'^ouiO^c>i^oinotc'^ctf0irdin ilNMmi*\:O©ilNlfMK©IIN r+ — . _* ** IVilN UJ O — > C «f i cj o o o o o o JOOOOOjOOOOOOfoOO.*,© • ••••••■••••'••••Is I'm — i i i i i — i i i : «n'«n ol* i o-o . > in o -a 1 1** m a jj- © ~o ir> * !•■.' ■* o- ir * O1 i*m -o m1 in in1 r- *»■! a *-*t-i*tMMO Oo* «, o-»!*o« Ol«f *ONC< VlNBi OCDg?'£ilNC>aPOflPfNtin O I in ixr iUJ • 1 I'M r»i(sji(M(M;rsi rsjrg rg.- rsj isirsi rg i i i C CDt* «-»l cdcd coif- gj>rvj fsirg ^- —i *h ^ *'* g/^g/ » ■»!■» +!* -r ! 1 cd rnl r* o O Her cd m rgi «^ •-« Z IN • 1 I M , i gj- a* fn — . go go *> -*]t* iX f" 1 IM m oc'nO it oo ir\ m*gi • 1 ^ * •, • •' • • o »r ^.c g> <-r fy o eo • •> ••!••! ••}•••■ ^*r rv.^fjjNtMi^HiH «-f<^c> cm |! H >g| M H p4 K IN ^C r! t rg oo; oo i rg — -* . m|ru (A gj* fv fH iril tf\ gr m < rg. rg rg rg < r-iN ri cm 0> O *0 IT u> *}■ oo'm rg o if»,*r* if\ in -*,■»* gf ■♦ g3|r-> **v< •-t, p4 •— i-J — • »«• M p>»r > •: • • • x ir a 0- r- r- r- jo g- ir ^ rn|rg rg rg i CiT, ClN C^ C^ i M, rg r%l rg Oir* O *r i m;r-\ gj- gj •H IT o'lTt -« OC IT • •••*••■• a o> cr'o or co cojh- pg rj rg rg fv* rg rg| rg of oo go1 4eal rgj rg rg. r- ^- go a cieo n »-♦ — • go 0D| CO CC' r- r-:g5 go cyiM rg rgjrg r3 o>o> o 4 rsr rg d in irnf- <»■ r- a •_s • rsj iNii-^ elm oim qin irr- M^MMM 475 Table VI-1. — Continued S -CM* u cm en o: i W'NN O CM«»' IT • NO i ! i i ! i i i ;o ' Z o * •u. lot is > I I £-—H is IU 8 'O I* >© »l J IU' VI _' *! 19 o ••••*• >• i i • i •i • •L i* l •• ! j'-J ' i ; «i i i ! • l z • — c — •" Niim m >r> o ia om o in ■* t ifl'ir * o o,o co olo o!o o'o o in o|tf< o'm o oojooioo *• « 00 C'-O -0 I I jCM»* •* — I II I IV'O C •» < (Si *;M> «> •m > •!••••!• o:< 0:0 o;o «* m « » I ! |K o o oo o o o I«IM.NCN« igl iS M> M)|M> o* o m *|f» ol«r> « ■»• od Jaw ••!••!•• O OiO o|o o O «'0 f> CM IM •o r* m m *» m O « O M -0 OS • ojle»- e» e- « « «v» m'CM cm1-" -< «m oqooicq ■r O IM «i r- OCM m .!>■ Ml.* »» — 1S» ■> m o imHoodmt ! I Is 5 . IM > •. e*- e» ■■* -Ci«- OS • •■ • •, • • CM IM IMIMllM im I I — «• •» ©:o» •-• o> i- i im'im cm'im rJ o < V «{« O'n OKI H* ■ O • •♦•*•)••.••:••(•** »» «.-o « -c «t« V«e o -o mm im i IM IM cm i ^ m;CM *jcr. id* i imIcm I — 1» IM IMllM ( I CM CM oim i fo'ce i r-i* p*!f*c •O.cn ml»- « >r>> o»cc IM CMJCM *rf. »4 I — ,© I CM)"* i 0;K> ■ O'lM ■ IMtCM IM IM o en -< • • 1* • no I • • • * • • • • • CM0>' 1 j • i • ft • • • i ' CM* < ft • '• • 1 1 IMf- i •1 • • • • ! CM -O I • • • ••••• • . • • 1 IMtfl 1 i ; • • • i* ^ IM * 1 I : • 1 U cm ml i i i •I (9 i ! ' \ ' IU CM IM I : | • o CM "• 1 ! ' 1 • i 1 * m 1 •' • CM O 1 1 * * . ' . ( t-.x > ft ft | i Ul 1 • .ft 1 •i i «• IU — •> ' *i ' ', • i u ac 1 1 • • -1 •t »•►-. i 1 i ! M IU j ( i u. O IU z " *. ' ■ ; ' • i O x m • 1 ; i j I . o r- •* * < i ft' i ♦. • z a J 1 1 ft i ; 1 i 0. z ~< m i J ' • 1 * « IU 1 1 • , • s l» •M CM 1 j ; • , | ; o pM m4 1 i i ' J 1 • z z 1 I ! ■ at ¥• •< O ' 1 I ;• Ul 0. J ! | z Ul 0" i I ' j ■ 1 • »- o | I i • i $ l/l a>, i ■ t i 1 i i »- > r- < j j ! 1 •t 1 ! I : ! 1 { a a. «■ < | ! 1 i , Z 1 : o Ul «>, ' ; 1 j j o »» l 1 ' a *i ' i ! 1 z Z M m! • f 1 1 1 ; : z Z i i ' '• 1 ' 1 » . 1 1 o CM • i ' 1 1 1 a o j « ' t u. > ^4 • 1 | i "" < O, • 1 1 1 1 UJ M 1 , ' 1 1 ac «t — * 1 i : i ' ; 3 Z 1 ' • , •- CM • i 1 « 1 o HV O -rt O IT OIlA OlO O.lC O.tfN cm OiT o m o m o *r» oho o!m ac — — ^ f- * «d a o> o cm m r- oicm »•> r» UJ . ! j — i i-i P«v4 CM'IM CM' CM e> z OJ 1 •z o e O OO O OO o OO o o o,o oo o o . O o|cD M>|* •♦]* OO * * ^ ^* O *6 im ro im * (M >o!-0 O ^ ♦!■# <0 o im o Oio o!oo!o 1 X 1 II 1— > 1 1 1:1 1 1 1 i 1 -4 1 || 1 1 1 i' >■ ►». 1 1 1 t 1 ! 1 ' s z © O -A' •* «^:m ir'oO IM O i*o CO f--uA « 4t>N rr\ 1 ! 1 1 CJIM C-'iM Z • • •'•*>■• •(••••• •'•••«.« • • •,••'• • '••■• Z o « o O — -* o o o)o «ni» m -»:m m -c «!l>- ■C m; ■oiici * m imIcm •-« -« 3 •t! 1 ill \ 1 : IA «: i i 1 at 15! ' 1 I ; z o O O O O O o'oO C O O OJO OOCiOojoo'*OXHMlOOlO *«0*00*« *0 ■* » «0«<0'<> CD.OD 0|CC O'O --0-* *^ ■* <> IM < P-4fn LN •M *-4 IN) OD V\ *# 1 ** tt m m -r m,N m; ir. ~o in — — 1" -i ! >vVirixinir*iriri'Oi-<n*''Mrtr'*mlMO,»* irv'co st I IM IM *NJ IN fSUfSJ IMIM IMilM IMllM IM tM X a>i«D acvh *;«*> Hf-ih-j *- im v- a* *~ >o o >o *c -c f- cd h->i— « *-■ *r 3 «0iC ao od « m (cod oclarr-i--f*-r-o-o-00'Ctf>LO Mp>K>p-aff'lciiiM Mjm inO'ttconir^i'iNrg hi^ « o I I .i Om'miMmmiMiMiCMiM — ©;fl&ir»moc~Mrofta''#olM)MMftr»U*if\o» > = ...... .1 IMiCM IM IM C\* CM CM:l ...................... o.-o MJM>M>ir«MT'ir*M>'* m'm «i-aj ce,a9 r- ♦ MjCMeMIMIMCMIMCMCMIMCMCMCMCMIM;CMCM[***4i»«*4»rt K ir m m IM •• X 0"M5 0> 05 CO CO *-.* •» ■» 4 "H O0» CO Mr *0 0*- l-;-- eolm ,z O'© oooooocDcooocDcocrcrcroas «>■ r* M) mlM*" m]iM o c- mmmmmmlMCMIMCMIMIMCMCsilMIMCMIMIM.IMIM'CvjCMllMCMIIMCMX '*n ' I I X>OT»oir o v> omomoirom &u-> ou- o ir p'm o m Oitf> » •» cm im mm M>4-intf\M>M>r>r~cocoQ.a,oiMii>r-ocMiri>~ a t- III IU a z p« M H, p4 N 476 Table VI-1. — Continued m •>• • m pp • , , 1 1 1 no! ' • i j i j me I !«.»!: i ' t ! , 1 I i 1 CMC . w: 1 i i :_ 1 I CM CO • • 1 i ' ink, I*|* V *j* *i**'* * In«!* 1 !•'!.!; i CM» . i j MM' • ■ -j 1 • i ; j ■ •: i imio . • ; • • •'•••••• • •••'•••' ' 1 * • ! 1 — CM M) • 1 ••••!• :• p» CM ♦ • • •J . • ! *, * ruim a 1 . ' ! • U • j IM m • • o - • 1 • O • •' • • • UNN • ! 1 o • ! CM -P • 1 i ; ! i ; . 1 ;. , ai cm cm* •••«,••••••••••••;• O • 1 • • 1 ! i • i i CM -* • ! | 1 in: « *! * •n . • 1 *• •NOi. | i ; ! i • CM C • i I 1 . • --»!: 1 ••; ! i ■ • : 1- — 0> • I i i • •* ; • • .• »' • « .i X! «, * i ' 1 i * i* Ul — «0 • • • I ;• ■ • * Ul pp CO' • 1 • z of • 1 • • • • 2-*"': i ! *.; ! * • i ' •m Ul -1 at ■ • •I •*»»:• I Ul : • ! | • y. Z>m«bi • •!• i | ! j •! ! 1 lb o Ul (9 Z-M3 • , J . i s 1 • ►. . • pp a>l • 1 1- 1 i i i i i. ! 1 0,p«in • *• • ' 1 p* * • • • • # •• •'• • • *, • ! ! • •• • 1 1 X 5 x-m; • Ul • ' 1 ! 1 1 1 I ! X a. •'•••' 1* • ! • 1 1 i i •! ! x — m • • * « Ul . 1 , 1 1 1 • s ».'•■■•<■: • i 1 ■ • ! i ' at o f. «-l IM • 1* i S at UJ xfi: ! ; i ; ' 1 • o X pp pp • x • ; . | • • i g-o; i i '. i ■ 1 1 ! • • at Ul KHO:« | i ■> : • i ' #j X ml e> • i 1 : • X Ul o, • ' ! ' ■ 1 i e •i: j 1 i ; | > X i/»; • • ! i > •"i: j i j ! p| *!•'■!:; i i x -j: 1 i ■9 0. ■ * 1 I U ui. an1 . , , ■ . j i o t* • 1 | o H j • ■ o * • j O J •* • : i . : i z Z ' Z r! _■ • i mi • pp! en, • . j i X X • i X ', • , ! o cm! • t o \ ** • 1 i i at a 1 • i at S? i * i i l it > — I * 1 u. >'. 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CM <«t m *-4 a-4 CM ; en in, m in m cm cm en pp — p« — c-i *-< s > vt * r- CD 0> 1 * wvm cm, O p*«r> 1 >m k> tf>«\iMf, irt.m * *r ^y ■* - * -4 if. o pM m* ■o o ■* tf> o> co|m Z , '>** , ' ' i ! <»**<»•* o;o- p- «> * m -pIpp o o «• o ♦ ■o -C r- en o o •r orl* o> ml ' - — o © o oo O o* tr cr a o^.iT1 aft cd od f- p- ■C ■C m o q. ce «Nm 13 IT, *r x. tr it *r m1^ >» pj- ■*• ^ ar' ^pr *, * in! m m CM CM «p pn m m Z en m m mm nn m «m IM IM CM CM;IM IMIM CMICM CM CM CM CM CM PP P4 PP P^l 1 ,Z en | ; en ^v ^ ^ c^. ^ ^i ^* m c^ ^ m en ^ en ^\ &\ ^ ' ' ' | 1 m m CM IM IM nj H Z — •* •» «P> e -o|im ooi< m — cd Q. CO en a: — 0- BO* MP • X -c • • <0 *- • • p- r» • • P- co • • • • CO CO o> cd cd as CD **■ • • caf C*— O 'X CM CM o OOlCM pp 1 M ]0 m m •*» CNJ INI; CM *V i OOO" O" CDE CD C» en vn •o a 1 m im' es X X > • • •••!•• ♦ •,••!•• ***»*« • • • « • « • aj • H 1- PI CM ININirsjlNll>JfS|l\l4N)iVrsj'(Nl(V, NINi H •» «-) n -- ~o a ce so ce <5 X O X «M CM IM CM CM CM CM NN IN) ISIIM 4M IM IM CM CM IM CM 1 : IM CM ~~ PP P* P>HiN 1 z o z 1 CM CM CM CM IM| €\l IM --* n-l'a-i w* *-> — • CMCMCMCMICM^ICMCMCMIM'CMCM ! ill — —,ppp»"cdKP5 • •••<••••'••'•• IM IM • • IM CM ce- pp — p* ef HP|P< 0- p-Jen * • • •'••'•• • « • a . - . X P- p- r» K t- f*r- r- •- c r»i|» r- r» Mr> r- r» »- •» »- 49 u*l in CM pp Ol»" X « <© «0[*t ■* pn cm -<2cD CM CM pp ag N CM p'tn c it o;tr o hhnn wki c#c#irvtr*d;«r>->vaD|CDa m o IT O in o m olm «c »- Ul p. -CM cm en «nm« ■a •-,•- cd co e o> o cm «rii ►- o cMin>- PI p-jUl e» o cm tr P- o cm Rp- Ul a. p- j p# *4 pj «M] CM IM CMICM Ul o •> — <-* <-< — CM CM imIjm at i ui Ul i 1 a Ul Ul ! i i j a. e X 1 « OX 1 : i i 1 ! : 477 Table VI-1. — Continued 1 i«o! '•M «V — ifu*l O IM 0| O! UI M IMI o •M — in! • |im o ►»!■« o» l/V UJ ~ flO at u. to IX a. [« .at o o * X >- X It- « (0 u i° •o z o at u. a 3 I z 2 — 45 0;» ml H1 X'." *» ui I- .»1M: X w -* o o> UI o- O i I "I i r»i m IM, O' > -• 4 O X « -4- r i IM I ! i i < i i i i O mo.m o I P*j»* IM 0;0 O O O i I I I if*, o t^ o it o ir o if* © ia © if* O'tn ©Jin o* ow oifl Nmim^ ■<* ir *r -oJ-o r- r»- oo oo o^iO o -\» m|t«» o. o < o!-4o,o-4-4-4.-4 0-4-4(m«m' NwmNwmr^^-^(M(MM^co'tr o'o o c o o o o or- o o c c i o c o c. e> o o c o -4 -4 i i ; i i , I : i ! m o IM 4» UI — OD 111 at -J < -i UI 1- u. z - -0 o 111 O '•< m o t- -4 ■» X a. a. z - 1*1 < UI at o t~ — IM o _, -4 X X' at M»4 O m a X UT o> ►- a >• 00 X i/i. H- > Ml < oo X — « "* < Oi UI X at < —» 3 X 1 , (— (M < 1 at UJ a. X • ••»••»:»•■••• i i ! i i ! ! ! i ! ; , ! • • • i • r. » out cm olir*. © *f» o tr» o;w o *n ,-- — * rvj rvj m fn *t-t iiVii** 4) •© f» h- o if> • •l I o in o> o» OWDWO o!im m >■ o -4! -4 --1 — IM IT O im m! IM IM' o;o o o o OO o o o ooo;o o o o o oio o\-t -Oi* t «r fvl-IM IM-t IM IM <* IM IM IM I I I I I I I I I I I I I I I I IMilM i! i imIo ^;om lil 1,1 I OIO ^^(M-4IMIMIMIMIMIM IM|IM IM IM O O • OOC-OOiOOOOOOOOO -4 IM OO imJim IM|ir« •*■{*- OP 1 000 0,0000 OO, I I ' x olo OOOOO0OC>OOOOOCJOOO0C>OO.J-O-00D0D X oo o « O'aa « 4 4 4 « £ 4 Jj^aigi^^oo^ ar<*i im o ! _|! (M — . -. I Oyo 00000 000c 00 00 0,0 OjO OIO M-C IM * (Ml '^•omir m!<#* m o o z 1 ' ; ©!<* 1 M*0 H* •OlCD 0 X => z .z 0-0 Of 0 O1 r» ir ■-» Hi-t —.1 — . i a ft ovo* 0 0* 0* cr m,m in m mm r\i»^ 1^ r^ i»v(*i 1 . 1 ifi it if if. ir. ir>(jn-j-M5 ^ , < X - Ui UJ ox 10 m pi f in n *r,l*ri rif, (MimiM N IM N »4 H --^ ■»( oc •*i\j ar m ||>- OiO 0000000c 0000000000 IM IM IMIMIMIMIMIMIMIMIMIMIMIMIMIMIMIM IM IM 1 '1 ■ ' *C *C •*? 4) * 1*1 l^!l*> f r\JIMMV^^HH-*iC OO1 O-iC a •* a c i oaaD •0 -0 ^ >c «!«r-4000 0xo>OD;p^h-m'Oi^*,-4;mm o^^)4j>£4j>o^)^.'OM)^)winininmm^^*mm z 0 0- c o* 0 0" o> 0* 0 o* 0* o- r- r- r- t- r- r- »'•«■ r- m *|o ^-,m m X C » -T -T m »n fr im ■«« q- t*\if\ m < tr o- 0- 0- 0- o* on 0* off o* O C- 0" c CT (7* 9* <^'(T 9 9 0s CD CO' 40 40 x u-. < •t J- J <*•»<*< * ■» <4" J | ! * <* «*■ ■#'fJ »! O •**■ o if- C««* o »f* O if. O if* O tr» ol»r\ o *r* © »r« o;ir- o t- u. , ^^Air^rfn^>r^*f'MDiMDf^K<»accri^O*^^:^0'«>jU^ a 1- ' «-' «- •— •— i 478 Table VI-1. — Continued o uj o o o m #• m © N » n«o; IMh- N * n m _ «M *! «_> 1 cm m: o l UJ CM (Mj Q N "<| m • , I © Z • ,»H O ;i a. z' UJ13 © 1 -. > • • i Om I !\J CM I O CO 0|U1 mm O m i I i I l cvcm i ' OiO I o© O O I •» © ' c O|o oo o j i I CM CM N,CM I i I ©c5 min o o ! I i I I I i I I I I i I ' I moinoinotnoin ojm o •c k r*- oo,od o>:o> © n uvr*- o — i ~ —»! — CM ©o o o o o © o * coi-» * CM CM|CM N'N f\J I III I I I I ©cm o do © ii i,i i mm* mm mim *.m gfir*- to o|Ocoooo|oa,oo>oo oo >j en cu *o o oo ocaooOoiM« «i« © - Ui' Z — -0 oU m *-| U r a! X •• m Ul' t- — 1M — ~- I 1- -• O & UJ o- o CB l/»l > r- > < < cm, H o ri CM I ! • •! > im o ,m o m i CM CM 1 i o>m < I *l* I . Ollfl '• • i ••■ o in cm ©im o'tn cm o in r-. c*- aa co omc o'cm mih- o cm — < ~4 "*!*• CM CM z UJ O — •> o « <. of o OiOOOOOOOOOOOCOOOOOolOO,*©-**!-* o:-r ■* CM I 1 1 CM '■•$ 1 1 1 O -0 — \ I I I 1 1 CM CM i ; ■ cm CM I I CM CM ** nT *'Q ** O O O — lO I ' I I I I I ii I I ••! I C|K I ©J© . I L r-IT I i -i'Cj . r- ©io f- r- c^|f- ©o O r*\r* O'O I r*- r* >»-|f^ f-'rn •oo mj«# -*!»t i o © ;o i o.o ON) C ■* r co;co a- in mr ft m c> m nV r <*i r. c^mjcncMCMCMCvcMliMCMCMmof^inin i CIO o j: cm'Cmcmcm*-iO' ac !•— • «r- vj o* (? «»© >o 0*cMr* CM;in^in oo»j- eoigj- a> 3oo>ciAiniP4^nM cm!«-i o o o a; cd'^ r- cm «o wj mlo- cm Z CM.CM CM CM CM CM fMUM CM CM CM CM CM, CM CM-^^^^*i^^*-^«-* z ~ i- —< -> — ~+ ^» o o it- r- %c tr irt'ir ^ >o < ^> r^ f*;r«. r- „i:iiiii;::iiiii:::::: CTflD (TtjfM o *l O-\0* (t O" O* ^ C*1 O" CT.(T ^ CO'iO* C^ C 0*(T ^'Wtf' t^ a> cc to «> x ■-«!•-« ^- d/ ^ g; 4^414 4^44 ^,4 cn m in'isj h 9 S I t\'[Oi CM CM CM CM CM tv CM CM CM CM CM CM CM! CM CM CM N CM N w* prf I a. ©'in O in t- m — — a. t- I UiUI Of O ^ o,*r> olu- O u"\ O ia o »n o it o ir o »r> o w O <\)'fsj f^Jfn ^r-vt irv«* i^!^) h* k oo ao o» cr o •** ir*;r*- o « -- — . —i to eg uj •; • c ^ ^* f\J f\. f\J (S( fM,*S- M l\i «-i'«-i *—• I— • •-* — * -* •-• O c O cr -o,o ic'ir it* i o o O o o o Z 0-|0* a jn im (v**im m h t->*-f,-'» »J »r»f*- *■ m'rv *•* w\ c\j o* r*-r> o. y fMt lA * ir o f-i*o -o tf> •* * fr\ <^ m Ai rj rg ^* •H - o o'O crlcr o- r^ Ml cr 0 On <^; «— o o O* X a o x o a u. lUi lee 3 a. z IS 15 CM VI -• <0 -< f- -« « -i in > a z r <; CM a, * * z! UJiO — > Q |«J < Off o <-> o o a z hv r» CM CM CM in O CM m ! i i i i < I • •.••!•• :• • • • ; • « • | i » mom. o in O a oio o o o m m'm mm #Mi*>j im cm w - 0'*4> •*; gr <0 o - . • • •• * •; • • • • • •■••• ■♦ tM. «V>v\« O OO OO o ooooooior© ■* •© IM fM •© s*- J- O ?•* O1 * fM M'JMf'JMrj*-^!- > ,-t -* «\r .-« »-i <0 *C.m «*y*r IM,** D ■ 3? « ! i5' o IM INfM ~* •» •* •# <* fM fM.fM «NJ in m-# <#-!* >}■ kr .* m m CM fMilM IM k r* r- 4>j« * X in o'm o ~* — fM in in * in ' o. o o! o o o m cm cr >* o rj|eg cr in c^ m *» in irtcOl^^eDNh im fM.isj ^ a o>'« ic «o a) or cr' r- r- r»- * c mi* fM' > mm m 4i r-ir*- os o *■• m in m m in, -c •* trmHOloo^WH I o o o I IM'fM fM CM fM;m -C -0!(M m m f> ec a>jf- * ( cm -4 o o m m m * O cr a cr IV — i ~< ~4 m *;* a cr a m o ^ w ^ > h a 0- CD CD CO.OD CO o.^^itumt ^ rtN(MM!oa>Nfl>^o,;0 v*4 fM fM 0;m o ■* -o fv fM fJM CM CO CM O m o'm c m o m it - vt» >o ik r- od fM «M|fM mom cc o a m m •*■ * f*!^* oi *M fM fM fM fM, CM fM « o m o m o'm c i o fM in, k o1 nj m i u o o iai is ;e. ' !> IS lac z '3 a a < i? I « e: j»M *' *»•] ;c«>«l I*" "*l 3h*| cm m 0| lilCM CMi • ICMOJ ",i I lll,i-> «D K « —C" Ul Z:-< m>! 0 •« u\ 1 m m Ul, >- ,^ iu ^' z; Zi < I ; • • • • • | • • • • • !• I • • • • ; i i i I I i ! '• • ;• oV> oin oin olm o m o < *4 ~» cm cm m.Ki * 4> m l i I ! 1 ■ . m o m o m © in olm o m o:m olvi o,m in « -o sN««ff»oN «» »~ o|cm miK -^ ,*-i — ..^ CvJ,fM CMllM 0;0 o e o o o'o O o o o o,o o'o o -. > o « > C '«* CM CM ^> CM 0 CM CM O M> © I -i! i i i m; i o.r> i o.m> » » o m cn|r» ►nmm»|* o>'cm c».m> in ■* a p door- ^ m,^ m m r^ cm cm;-- «-<*« © © o o © *- x oo o o o,o oiO oc o o c>o o o oo oio c« a> w cm ,< •••••.••*••••••'••••••! ••:••■• • ». ©,* -r >» O m ■»!>»■ « CM 4) CM M)'CM O ' cr c^cn CM CM ^>cncn!trc*^^h- Xf cc Ch;cr ««»■> en m cn,cn c« i*» n) o CM CM CM.CM CM CM CM CM • •• • i i I Jr (T-rs, a-COtf ip«!«4 -4 r» m o f*- « *"»*> m.i*^ cm im im ^ —.w ■» «-m mm «m' fM IM fM «M #M *M «V: -- o-t' — --; w — i. -- -• i I ■ : i 0|tC li>^0DCC o <0;«^ m * * m o-;od « * cms •» o >r o- ■o m m en m en m cm *^lcc C'm mien ^im en m -r— r-| !~Tf t o« * X cc c- ai e in o in * in in «!m in * * if en|cM rvifM — '.-• c O cr co MM CM CM CM CM CM' CM CM CM IM.CM CM CM ** -* | I j ! : o in © in om cam ©in o m cp(»> © m «i« f- h- ••«> cr cr o"M in r- ©Icm m,r- I f.mt riHN CM I«In • i I ' i ^ ! ! ■ i : : 480 Table VI-1. — Continued w o> z ui I i IS •o me u Ull a o, ' 5 i I i* * • •' ••'• •I. i i • o z — o uilo c o « o 2! o i ! i I •'• •!•• I > o un o!>a o — ;— n!n it oo oo,o e • •;••!•• * O1* N'ON — — ; I I ' i UN O IP on o !• mo mem c «i- »» a> to o> I i as © s'v ip • •; o © o © © o o o:o o o o o O *>0 -ON «D l r», n 1 i i mo- mono x n un f- o r- — un « O in cun o 0>©,NU\il>.© — — — — • CM > o,o ol* * • •!*•(•• * NO O'O o o o;o ©I© o t I' Nuvr- ©ip- * • • • t' • • •M IM — — |© O x o o eooooioe o o ootoo o o.o o oo •» ••»» « * *o Z O'* N * -O N »'n *N «OON«N***.1IO*** WVM — .O Wl « ♦ + O *l* « » l"M «!♦•«•<•<- p^- -i CM CvlilM OO UI a c ■ ojooior «'un ip ■jr f-lf- i- r- r- f- -e -» co w> un « •» * *-KVNO» o* co a «0|U> <•*»,•« zo|oooooootr»«Bt"f-|0«'*o««.o<>«*y/* o o!o » o- «M m N> g a HI j I I 'z *!— u>ncni~:n- ct«r>- «la> rt NH>«ec:>>^c "OiiMCai — •••••• •!•••«»••••••• •-•*••♦•*•;• Z Nllt «M IM«M — O «P»- ♦ l«N N;NN IM »>■ r>- l» r- -C <6 UN UN W <0 «> IM N CM IM CM IM N — — — — — — |— — — — — — — — »»«♦«♦•#»• MJI4 t • I • : i . i tO |P|N — CD * «D C|ltf» IM •"■•— F»|* NOB* •'[I" IM CO ♦• •" — |© Or — N|N IM IM IM IM NIN IM IM IM IM IMjIM N N — — — ! — — .— — — mt « m » V O Bir- r- K 4C«lt>*a«m IMlO P- — O ' « I • •••••#•••*.•♦•••*-••" I/I X a © e;. IA|»I<> MM IM IM IM IW IM IM ro»o«t on> © «r» © ip oiip © -. -.rg im ««.•» * * wvun « « r- «impip ip ir ♦ipho qo* o> • IM IM.IM IM IMIM IM IM, IM IM IM IMIM f\l— •- »« no* o' 6 if o * o * 0!H» > » « OvfA C IM iM» OlfM »r- _ m — ;— IMJIMIMIM J ! I o or. u. ioc O a k < ,< ■; ° a o z hH a' z; o1 > : !• • ° i • •:••<• • • ■ r •• • • ■• • 1 • • .. 1 1 • • K • • 1 1 • • « ! i * 1 • in 1 1 • 1 1 ♦ • • • 1 t . ! • • HI 1 1 • • • IM • i • • • -i; 1 • • • • • e • • • • o» '. • • • • • • « •>• • « m • • •» m • IM • 1 • T m . • • °i: • • e>! . • • • • •i: 1 r-i . 1 *!: ip • i * : 1 IA| | 1 1 ~i: ! -|: ; | oj: i i ; i T'i ! : 1 i : A:: , 1 i owemowo ip o:ip o ip o UN OWN O UN O •C 1~ r- a> » MN O IPO ?s UNO ■t MMNMI it * * «N. ip >e o- o •MIA N UN l» ! ; i 1 j «a •* •-•:•* N|N N •SI i oloooooo i i OOOOOOlOOO o oo OO ^ olo OH> + o z ••••••• • • ••••• • ••••• • • • •) • • • • • -oeoe * :* im IM«OIMIM*D,OOIM NO «B IM* ©oo o OP o Z -Midi 1 1 -IM I" 1 — . 1 1 I— 1 1 1 I ; I im I ii i ! i 1 •-; ' 1 1 Z' ' 1 1 1 ui u o o» of- « •» -c « i- — o* o> — iw ir m ••»*••♦,••,••■ ••!••••:•• • • . ♦ . . • • • O « O -» -• -* it 1- oim no«<«*4 aDauoooo o o;n n;>o m> *N m ■* 0» K-|r- IP it in|«a IK M It ♦ B) IPI« «0lO oo'— N N IM N •" — — i r» •r. ftftltftltftN inimo— ir> — — — ItltNOf/'.O'O'O' «;n n;— -• o r-i«o ip o o o»!a9 «•■ • to* — 0> ON s> do •» r» uniun - 1 j ! Z « It « o- o> S> O'lt U>{« o m «D • o> «c W • • • ••■••! ••'••••••• i«•»•••••!•••••♦,••* *- « »»• l» «J « « ■O UN « « It N IM IM.<— — «• z o N N N N N N N|N NIMNNNIMNN z x«>«««<« —!•- O or- un itlit _. « ^ •••••••••••••••• ZOO,o-o>tri>a>o>0'ON«3«caD«e«Mo It'N MrjrjMMNMNIVM IM'N N N 0» V> •« X a O IP O UN o >P OiV O IT. O UN O UN O U> H- Ui •« — N N ft «■ « ^ UN, UN «.u> r-'r- III a. »- m uu I ! S o z ; i 0>i— n:«- OS* «; o+ « •I • •. • • • • • M • Nit rtjlt N.N — '•• O|0> I I •3 4 It— 0- IM f- * NION • ••!••'••>••{• O'O OIO «» ■>!•> N(N IM IM — 4 •— *•— *>i!ap4 CO ■C * IM Of- —IN «> I- i- r» r- i»,un *. N N N °.r. N IWiN n mil- o 8, un o ip o un o;ip o ,co y- I ! tPOiUN N«t.»» I 481 Table VI-1. — Continued I »» I l I !~< lll'NN Xi—I o, >< «it: 1 • • >r o"> o m o if, o c if o - m ♦ ,* u> V, -0 O O O OlOO - * OOO oo c •;.. IMW »* •r i If, O '«* O.IA O ■c r» r» •■« o> o o o O>o o ooo -co o o 4> m r- * »* • * in o o» o m o!m O CM UN,h- O O O 0f> 0 o * u^ O CM M> IM , l^l C IMi z a cr o u o o at < X < or at j , i "**i: ; 1 Nr>i • i ! IM « I i , (MB-.1 i • • •! • •! • • • • • • — IM * 1 • **i ! • 1 1 'cm f> • 1 1 (9 . 1 UINN • • o | • ! i CM «-| • in 1 . • «o: • r- ,— 0» : • i • i M . • or, • , ft 5 ,•*»>■ • • uj : • l Z :«* <0j • 1 ! o -nn! • , »-■ • i— *! • 1 . *>• ; • ■ I X — m, • : UJ '•• , l>!«4 • 1 O • j 1 a> . i/» , • i 1 >■ r- • i i 0.1 *. • i X' 1 . i i UJ If. • 1- 1 . ! j *i • [ z 1 • 1 ! | "•: m; • ! | * ! IM • ', 1 i O > • 1 1 > **; • i ■ < • 1 i o • 1 ] X; | • < -•' • X 1 • ' CM • 1 1 • .1 I *l •I* • I I i i I i O'O i im-im Oir* film Oiin i *i* I i C? V. < I >o| o> ! I o w o u- aim o in ON Ifl f- OiCM m,K ^ ^ _ .* cm!im m im I oo OO O O OlO O O O O OjO CCCOOIOOJ-^OOiO *IM «- O >»• CM!* C' * IM X — . ■ ) — ■ • • II . 1' * * ,0D h-ir*> u". * cm ~* >*Oojh 1 ' 1 ' i ' 1 o I ; x 0,0 oo oo o ill 1 O OlO O.O OlOO o oo o!o O O -cod a>|«o ON X O •<£ *;0 *'* *# '-O ITt'flO IM'IM CM ^ * en1* m ir ir>l* * m * m en* im'.-» i i 1 i ! i : ! ' I m o I '.vrk: j ►- O «/t 1 ' ! ' X oo oo •sao r- -o in 3 CMKM fM IM CM IM CM : ' ' i Z ml* cm cm1— 4) as rot »-* a l*» ol« ^ *m esj •-* -e i ; i m ^> a *'— * o o m -~ -4 ** ! 1 O OOIM'H »-l ! <7> CO — < OB tf> M o -. i AT J 00 oo ;u •>!« « « «:«■> * cm oo. m r*'»* 4> O «B)M « « « «!* «n an * * m 1 ; 1 ' M t>]o - w •< «!«i » c o oj r- m nn p4|r*«4 K f» M5 -4 f- f- m oo IM.CMIM CM CM CM IM IM »M «M M •r o:in em o m * * «r> in « I i : i i ; ; 00 00 00 CD.f* •*■ IM IM'CM CM CM IM «r> o u> o'«i O cS r* r* co co o> 1 fM CM.fM (M|(M l>i a o *^ u**^ o HH^jiHfg 1 i i IM p«| IT O, IM «V IM IMj 1 o o z 2 I *— .z o I ^ tW fO ^ fO f> c> in ih co Z ac.oo or. oo (COL- co ice r» rr, co o tOi^r ^j if, ^ ♦— cr j- >jf if (\j rg r^ O -«■ »-- >o o •& ^o »n!tr «r» ^ «-« o r«-io -*' m m u% ir ir'tr ir m trt.ir ■*•■-**% rg *m cr co coco r^ inj * oc <\.;-^ m t> ec or iv r- i^-'iw r^'K ■&* *|*3 olir inj;(m rg rg O W- O IT Cr oo co co rg rg ra.rg 0«Tt o.ir If u^ sfj*> cc r* K-r* r-ir» gsjir rg»- »^(-- Of rg rg m (\j rg;rg rxi.rg rg g? »■ m x „l o K « _l «r o ^ Ui > O z *4 X *- z o z UU a (UlO — > o cc (9 I OKI Olfi © mIx pg cm m >o ■»• -» ■♦ I I o o o o o o o o -g l I o — o© oo •r -o in o m o in o m *:* in in gj c o'c o © © CM «<* CM CM IM I I I I I I © O * «|IM O O © ■* CM o co © o o . .; i I • * I I memo m © oo o- . I< 1 < i ©m ©.in © ' o «j m f- P*.»g .gjpg i el* olo * I • • « • . INbOOO i! i ! i O O © OO O © • ...•«]« fM im CD cm' rg im. im I 45 o- II I rg I ■ I m g> m m m m o o © © o o o m m * rg ~« x CM.miM'iMmlCP^gg/grgJg^m pa«a« O * CM gj- m m Oi im m cm >m| I •* © © ©I i oo * 0O*1 in cm >© o olo © o o © o COffC © IM- »g IM IM m m * m o oo « g> m «- 1 O ©' 1 z* Dm ■r *;* * m mjm m ■r * m m •f- IM m m cm «9 o* r* m g/ m m m grm c cd m m m m m im im o o o © © c i p* p* o «"*t CP P* x x r- , oi 00 p- «i Z 45 •o o •o -o gj 43 •c gj 4> 45|45 45 gr p., m im im im M *4 O t> O •* o m «i m CM f»N f^lCil f*> fM CMJCM CM m m m m CM (M m m m m IM fM m mjm im m mim p* cm imjim im •» *pi p- g/i »g e> m IMl *M CM IM X IM CM IM IM; IM IM •9 m'lM gflo r- ^HOOSff CD 1 1 IT CM) cd eel OJ c m o 22 m© r- O — CM «M IT, IM CM j 1° it. ■D c -I **| o UJ a m «|IM UJ -g I if >! ujIo < o|< I • . • .. I I m o;m ©,m © ^gl^g rglrg m © OiO olo o grlg> gr|CM IM I I I II I © »g o O ipg »g ^j >g). o o o © o o o oi m © i m gr ■ 1 O.m ' mm F© i h- I Om I Cf IT o'm . ON I i c i on i ' O CM I i imIim i ooooo obooo'o ©I© co© •*■ oo;o ♦; IM J5 • I IMl I IM CM < I IM IM I ' I rg i !•"• i CMifM i ! i -• i o o I o o 1 1 IM,v* oo m]<> i gr grlgr aogr iM,gj co IM O in -* o •o •■*> o ©o o © o O gr o o gr; N.x * * im >g cm g/ i -i > UJ D ./> X o 2T m cc co'or onjcciaD'oc acao acao CO jco CP CO CP CO o> 1 o- oo co P- 45145 m o a> P- m O o o Oi© o;o ooooooooo© o'o — i -" cc coco coco'co co (*- ^- »*- -oD •£> rg tfi X *J tf>'lfi ^>Lf s* ^ .*- ^ f^lt-4 o^Oi *g0jl^ i"- '■•o ^O) m rj CO o im io •> < 1 L L X|« t-,UJ 0. t- uj.uj OIZ | 1 1 tf> *r,^ »*■!•♦ ■# ^ ^ ^ ^ ^ 4)1^) ^) <) «0 -C tgOl^} -* WN IT* UN *!•# UN. o *M O ■» IM o oo o olo c> I o o o c a o-j(T o>'o> cnlo «mi>||«c4't> ir>iin o CM IM.ftjJ INJ fM IM IM fM IM CM-IM IM •C vf1 mT> of) X© gj gj — ,^- i^i ^ ^ .-, prtja^i t-ljC OjCO CD'CO CP. CM IM IM CSJ CM>CM CM CM Cm!lgj gj 45 m, IM rg IM IM CM IM IA oV O'lT o ••"l,!"* CM 'CM n j j ' ■**■•*•*•»•*'■■*•**■*:■*■* OJ rg P.- IM IM IM IM IM IM CM-CM CM m © m © m oim o m ©;m o m g/;gj mlm o ,>c p- p> a' a: ov 1 I * *|m m CM IMjIM CM m oim © o> ©cm m \ rg p*|e oi CM IMJIM CM m ©!m © p- oIim m — CM CM CM! 1 1 i i I 483 Table VI-1.— Continued !ui IS 8 I ii i !- in* is a 1 « or t 8 O X i ui N»l IM-» MO m • o 2 i I I I • • !• *© CO TV oo «n© «*«M *IM on © im m I I o o o o o o mo ■of on NO OOi £3 oooo oo 3 a ni«N I I ;§ oo N I o a • « m O » O 00 IS I I OO • • o o ss in e «M«T v oc us e I" c OM IM«M s m -< mo' IM«0, •Ml- IM -0 »» IM *■ im m o Ui IMIM O l\»«* m • NO Hi***! «/>! ID —■ CO OC! ! ! ! I _i I «!•>• O ui X a. < s O s UI X ,o o !X o • •I* : i : t t-—«M o 5 Ui a in ,3 ■ 1/1 I" '<* > •(I SI o m o m ©mo !o O His O o ■» + 'lM * I t | I I p* im in ^• © © o — t 00 IM I IM •♦ O -• « o;oo:co'o o o « •#;© oo.oo o HM t> 4rt IM in ©im o OO m »« IM .«! ■ f-jIM I- • N'lr- in I I ♦ m;m ml* m mo IM IM I I m -e IM IM IM © I IM IM o o IM N IM m o IM m * IMO m o m o »»■ o w IN O O o o IM * ■» m m o •Mm IM IM oo o o OIN IM IM CD O OO o *'•-• do * " »!* + iiMn:«i\4«hi)«Miioc« © |m ©jo eoi- IN 00 00 I- © 00 OE IMIN IM IV m o r» c fl IV "I 484 Table VI-1. — Continued 8 «* X s I i II ii itv s 9 M0> O -«IA z > M M S«5 • • eo ! • • • • mo m owe oo oo • 4 • i MM <• <0 IMNON I • oo • • ©• i i oo • « oo • 4 M«S • I oo • • *OKlO * m m * oo • « o « oo o o e i • e ooo :* i i :? oe oo oo ^8 OO 11 as OS • « oo T © a * i • • • * * i o oe • • MOW oe i •MOO X « < Mill i UlC I ! ooeo * * mom NMMMMMMMM m m MM • • I • ©cow omc memo •*•« fi m«> » KMH N « Rl * "< O 4 • 4 • 4 • nMII'UNMNnNxrtMXp' •* # *;M -< • •' • 4 m omo ■4- mm 3 NMNKNXNNN m o memo t» « ■> o •> o - — e c MMKm w in * «* «m » ~ •• <■ m m CO » o >««r •* mi •* — -olio ■» OfMlRf •-•IS M MM j f !•»«■•! 1 Jm«i o. • £ :8 is 1 X 2 I l it U ' s 2 it >■ at t I i $ s mm: NX, hji— el « s**«l O — mi « m ■# X 3 T! ' • • • • • • • I i t • •;• © »»■»• r- oooiooloooo X •* •* -4i*- -4 U* «*««•* I £ « mm m m mm -. NiM MM MlM M N MIM M ! I k ♦i* *!♦ * * *|m m| *S|SS:mmjm * elm o,m olm © yi SImM'mK OO «»m oe MM St? :S oe mm|mm £8 SmCm" oe M M»4 •« " MM MM ss ^g *m 'S • • • • eer> ■ r i w •a- O III ■ H 9>l • _ .1. we I I < ooo O «M • »o oo • I IM IN I I oe • • z - « • X 1- IM So HI & • • S IM »»i>- IM H we — • • 88 rg im 28 • • *M • i W IT «M IN • • W •♦ IM IM So* • 4 ■* * IM |NN: ix Ul o> h- . O X «/» • •- > r- at r a. z * ig Ul " o -r X z M m r z i° IM * (3 lib > •4 ,*" « O 'Ul X :«£ < #4 o Z 1 |i- N < t :«. 111! a IX |2 il a !••'••' i i i « • • i "I i ! •: i #l j i o w o w o o B'o OI«" oo|oo • • • • •O im:* *m I I I 1 or- o w w CM IM IM <0 ** IM.IM W IM IM I I w ©iw O w o >o oo • • • • * OlIM IV I II O m IM W •e ♦ • i o o 4? » o o o u 18 « IM IM » e> IMtlM IM fM IM ??. ^o,rgs8ias IM fMicw 1MIM I <7> fOIS K sO I & * » •»!• CD wow c w o W* * W(W 4> IM IMlIM IS IM IN M IN mioiM-ieoOO i mil 3 IM MIM IN IMlM O W wgwo| pl 4J IMIN wo » e • » w « IMIN ■ (■r- m n "< «« W Q WO — IN IM IN 486 Table VI-1.— Continued 1 m-a , i i !*- !:• • «'•• 1 i 1 1 1 1 1 1 MO • • • • • • • • i • ;-•;:. • ;• • *^ • • MX • • • • j i Wa>l» _ • • ! • • 1" i. ! • • MX 0 • • • • i Me L * •■ * • • 4 • t • • • • • • • • M»» • • • • •• i •• • •;• • ) • • • • • • • Me * • • 1 - ;M4» 1 • i • • 1 N« 1 I < • • | , !M4ft i [ i 1 4 • • 4 • • • • i i ■ 1 4 I Me • • • • • • I 1 •|M* • • • • u • i 1 **l | • I **m • 4 • iMIPt • ! • § MM • • 4 • 4 1 i | Ih-s i • • • • Mart L Mart !• m • • j ! •* 1 4 • • MO • i ! •'Me 1 •» arte 4 1 j •SI-*' ' • • M • • ! i M i • 1 • 41 m\% Ml »• 4 • w'««ei • ; -1 SI ■•Mi • 4 W mi % •all-* ! i • • mm Ml m 1 • 1 i • 4 IV X art* • • • • • i i m. IS • : • it M • • • • • M e • • it » •• te » r> 12 i X Ml •» X * 4ft HI X X Ml m- X BM e ' e m m • • i at. X M • 1 § X M : ! s 1 s t -a j i 1 mm m !*• *% 1 O • j e • 1 Ml X •4 1 I art 1 m • • M \m-* M i « 1 #« me MO — ** aft© MM SS SS SS SS SS SS SS mS Si SS 1 * I e •sas M Hi SS eo mm) me ee mo • M. SS S8S SS M an S8 me Mm x ! !l I HI .o oo ee ee ee ©-C ee ea ee ©< ee MM e« ee 'S» _e ee'ee e e OO oe oo oo© MM eM e 6» M i • • • • • 4 • i • a • 4 • 4 • • 1 • a • 1 • • • 4 .»• x • «••.•• • • • • 4) • • • • • • 4 • a • 4 • • • 4 • a 1 S° ft T7 T7 ee 7 ee e< ee ee e< ee •*o ec ec 1 !, x° NOleasi T° oe OO ee oo O M MM 1 mo m«ai mmm arte & i !g s 1 1 1 J Ml • t • • • • • • • a • 4 • 4 • 4 • i • 4 • < • < • 4 13 li • •! • • • • • •! • • • • • • • 4 • a • • • 4 0 4 • 4 5 X i is i P4)«j4rt4rt mm m, ef*-«l*« j Kft» ft»ft» ee ea art M-ft. ft- m m aMaat aft 3 j 3 i 1 « *t MO OO OO ee eeioo oe ee O o o OO ©a MX ee X Jc • • • « • • • « • 4 • 4 • 4 • 4 • < • 4 • 4 • i • 4 m J m u aai li • f, • • • at • •! • • • • • • 4 4 • 4 • 4 • 4 • a • a x • • • <• •o* 8* mm MA mm ee (Ml* M4 MM •*•» «*« ex j «4>,OM * m N«B]0« OM ew mm MO eo ee e»- ex < u «•« mM ««I ma ** «ta* mm M- ml I ! mm immmm •*M 1 1 Mlft MM, — IM aft aaUM M mtmm a : 5 2 ee • • • • MM • a m J • 4 • J— m • «J • ' • 4 aft* • 4 ft»«l • l ee • a M-M • 4 • 41 • 1 ee • 4 i * >m 1 K • »(t!o*< •ft * eft-l • O m an ea •» e O mm Mm g ~>** mtmt «•«> mm m4 •a>«a|MM MM MM MM MM MM M<< em X i i o m 1 ! 5: ee •>•> •>•< f H • •ft- ft- mm aft «r aflaf ZH ••M SS art* . x e mrn'mm e e m 40 • 40 • ft- m m m m ee m m — m m m — e »»»» l»K KM K — km KM •»M «M l»«» i mm-mm * * *«r • m m mm, m m ♦ •af m m em mm mM i UB« I •rt 4 • i • ■ • • * 1 • 4 • 4 • < • 1 • 4 • 4 • < • a ffii • •! • • • • • • • • • • • • • m • 4 • 4 • 4 • a • d X at t.£ + m MM e«Sm » m «n — e ee mm ec e« eM »»». hM>>> 88 *•«» MM — m • ■» em mat em em M« e*> •» M mm MM m,S ■••■ 4rt*N Sa p» e ! M I MM'MM MM MM Hmm mm m* 1 •» mm mmmt •* mm «al44 •••a UIX <•«! *« M • «N«J e* ©•» *»• eM a «i mm »4f mm 4»« L ONUrt e • «M »4ft Me m — m m m m •<•» em mm ee X > « • 4 • • • 4 • aJ • i • 1 • 4 • 4 • i • 4 • 4 • < • 4 s > * • • • • • • • • • • • • • • • 4 9 4 • 4 • a • a • a 8 a r* ft*»» KM. ■> mm\mm %M\ oeiee ft atMM ••j MM MM ft- e MM ee MM m* MM mm MM SS ** M •* ■ V «. Ml & •MO 28 88 85 SS SS SS ss SS SS 81 £! 52 X m 1 xxe Mi *2'28; aft O SS 1 ss| S&S8 SS SS SS «rt*4 £1 88 MM i I « e X 1 X 1 1 i * i ! ! i i 1 1 I 1 1 1 1 1 ! i i 1 487 Table VI-1. — Continued s o l» ^ I « Hi s t- 1 X 111 a. X tu »- a i M *- > t *. N0> MO . ... .1 I • • • ■ • ! oo • *o IK l» lit X mo ss fM s s? mc ss ■n o ■0 i- m © *» O • * m o » o — mo ni m MX in o f» C •4 M in e njm P4 in IM i o Ul ! o o ! *- o^-im, -el 1 !5 '§ X o illl ! ^ o I IS I I > o I I ol r •Mi I i I { I ; i i ! vi.J • • • •!• •; o>o OiOO o ooo — d}<>3 *'«4f3 imim IX ~ I 111 I I I UP ©!• SK 0|« 0)00100 ■e 1 [K OlOOOO i4f i • •! • • |X ©>* ■* * «> • « i I ! IMIMI I I I I I o ojoo o imIo -o ss o oooloolooo too olo o o c e ©!» »>» •> 3f4*4fJp • o •« s i M o mo NO> Nm N* not •*m *°, ooo no oe i oe *N 7T in ©Jm o in o -« n| OO OO ^ n NNNMNNNN >o^o ■o * o mnn m|m • • NN memo — «• fi *«•> « «<• f>JNN«M • • • • I N NN N I as? AKIKIIN' « c • i • c • • N mt •* S£ me 1 N» IS In). Ink. N«| Nm, N ■» Nin: I I >NO| •:«4 <*i "•I a •K o o • • oo oo • • » 4) Nin N« N N • f • « • « wJm * m m o> o 0 4? • f N Ci4) OlO OlO O o a oe o e on o e O x > « • w ■e 4) 4) " N O • a «o a 4> + NN 4> 4) N N • 0 NN » » » 0> SS m c m o m o * mm - o- i- • • m m N NIN N N N • • 4)« • • 4) 4) in m N IM p. o< 4) mm N N SS mN n> i o>»n*( om 4 ♦ en> e • ■ • • t~ < ■* * — p e- • 8S8 489 Table VI-1 . —Continued i > ! g!* is I 8 I 5 1 i! * 5 ! ll i «i -♦I XI— m mo P is I I KO So* m e« o »«i««m 0 o loo • • • • pm mi** — 1 II I mom •» «|N IN ir« mm m CM I I oo m in i _. o m* CO o' •»m I I i • 1 • •! • OO • • I m em Q m OO O I • I • oooi oo oe • • • * IN 40 IN « « « I 'J i ! •i «d*c me «Nm,r- ©mm m ~» *> — ITS ■*! i |3 ! !ik 8 ! U-l imo; •.mo: •X.*! Mi HI o.-*m *» — IN) I \m I ■ * 3 I > :«• is i q 5 • •;• • i 1* 3 I ! • • • • '• •:• • © m c m i e © © o o •>mlm» o>i ©( fy IN m IN - ©in m f- c m o(m © . -J— inIin fj 4 • i • m o • • • • M O * • fl OO * !• —© I * *)•* mlm m in in in mi m in m «m imc m •i • o «- • • it • 14 <•«« _,••<•«•_ m * m'mm * ■* i J I J o * m m.« *i» m«m>* <*>,«• m >«•*••(••••.•«•* « m m m« «■ o » p q o ©o- © •"» — ( #*•*•- — IN IN' IN^* — IN 'JO © © k oe o;o ©;© o o o o oe ,4 *•«••!••••?*■'" - ! •* :■■ •m. « i I E-«tO| - «K uC 9X i m* ■ « mim mim mlm m m mlm mm N m K*m in m mjm m;m m m • •••!• o»!«m,« m ININ in t • 4 • • i «m m i oiek « I Mj«*«< INJIN IN m o|m © » o • I « 4 :f m © o« • * • Of ■• O « mm s? • I • I mo o> a h- - — 0» d • I I IM — -* m ~* — •>o • I wo- rn © m© c e mm in mm 490 Table VI-1. — Continued IO IO o z !5 lac |5 oc o m e; (*0>i (VI «: (Mr-; rg 43 Mini _ r»*l u IS ! UJ eg rg a : - "** a. ■ «g ov ■HI •—;«-* im' UJi ! r»i uj ml UJ I ! ' ! ! • *■* 1 I I I in o|m o ~4 »* CM 4T * * rg 1 o!< Ojrg (Ml-g NmwNrt * IM I I m o>m o rg rg I I ii O CO OOO « 00 4T •» c * m 45 0000 o 0.0 © ^(P *tfi^-« + * •» gr!m •«■ o o CO gr o o !• •1 *' Cr o rg m,r- o p« — <-< — < rg eg * I I o ID in irt « rg •* rg co rg o — mt rg m * o O CD CO o o o cd in ID CO o 43 e> in . *| • I if» O fsj ml cm in a> o *r cm 00 «0 rsi •» O <" i/> Z 0> Z " z 4T z e» O rg « r- x a z ■*■ rg vt a 0 UJ z in m m en eo m ■~i f-g * 4T r- r- ro rg mo or- d rg -g in •- cr r- + •■g id O IT er cr er O * 0 O rg rg co r- * * rg rg — — < rg rg 00 in ■» * rg.rg g? 0 rg -g 0 0 in * rg rg in 0 ^g ^g rg rg •» -< g> gr rg « 41 in 00 00 a er — o> rg rg in 0 in * "• rg rg rg r- r- 1" ID * O in in o> 0- CD OD fr» n rg rg in 0 rg rg rg rg r- in m rn r- * * •» — 0 V 0> 00 0D rr, d rg rg in 0 r- cd rg rl rg rg in in m m rg 00 g>- rfl r- in 00 CD 00 CO m r> rg rg in e cd a m gr rg rg •r * id id •C ID IT) tr, ao r- 00 00 ID IT, rg rg in 0 0* 0 rg rg co er rg rg rg .4 O rg r- in -4 00 »4 r- rg -* in 0 rg m ^4 — 1 O r- 0 rg C 00 CO r- co r- r- rg m pg r- id 4} 4> —* »4 m 0 r- 0 ~* rg O rg| ^4 *4J m rg ID O r- r- id aol oc r-i 45 K e» oe| rg «n| rg (Mi J i o UJ a. < a o o z a. a o z or 3 a: a. z 3 ™ ! ;mo: (M» rg cd rgr- UJ »4 0D OC « -g r- m Z'— 43 O -4 m 1-1 •4 4- a UJ o>i °' 00 l/> »; **i a- 4)1 rg; > —I .1 o| m! 1 1 z, I* 1 1 *4 Z a • '• • • » » • • • • * » • » • • • • » 1 O z UJlO O l-ii> • o «n o I I in o in o! in ol in o in O. in o -gi»4 rgjrg i*i|p*\ gr |gj> mi in 4} in olin o gj r- r- co 000000 • •••»♦ O 4>, 4T 43145 rg — I _ _ I I I III 4T 4T!co mgr rg rg rg>4 rgjrl iri X o 14 |Z o in o ao a J 000 00 0|00^0 0i00 _ O 4T rg O O rgjrg Orgolorgooo-^OOOO lil 1 III 1 I ogrifricrcrol^r-insilgs-gf-givi rg gr 1 id Dt id in O OlO OiO o O OiO o o o jc ol« O I O g> rg gr jtMtr\*vj o IN IjP p4 --» m —* i\ rg ra 4 -3«00* C^ ff\ ID ^- O O (DHlft *4nN O ol O rJ O OD IM OD tr. it! gr gr gr ir 4 f*%(MIMIMIMIM(MIM|lMIM • • IM IM oo 4- o^ «irmm-* gD ->0 O BD{* *M U> od r- «x. o~ a m HH fJm 1 im cm «< in r* <6 uniirt irtim u> to ao in1*- ho r*- O1 O" o o o © o* vir^«o^40^yD I* •! I a 1 t- UJ a 1- UJ UJ O X i ITiilTi UT (TIT tf*l im im;cm IM IM I <*o * g> gs! o -c • • • «i • • ir in ir\ irtr 10 IM I'M IM IM (M IM g-HitMA'-N a a ao oo co r- gr oojr* im u*\ Jir*g3r*:r-flD m IM (M IM IT. O od a CM IN! eg IM IMIMllMIN O^HHO IM IM IM IN r* IMl 00 OD 0- P-! go *0 r* g? « 00 IT 0"» iOCJlAC T 4} 45 rg • « r- 45 r- o 45 45 in o rg in 491 Table VI-1.— Continued i N»| |NM»! -If**! "I* J WIMM, O S o X ft. ft. X « III S £ i £ HI ft X m t- e II I IS I I I ill! ; i i i ! i i •!•• i !•• : i . . I 12°. k e « • X o I* i • oe M* I • •cm * I I • • . . . .8 - * o V o o • • • • eo ■CO oe •CO NC I • • oo eo • • ♦ M M oe V . • •!•• oo ©« • . o OI o eeo oe e 19 * «M N> IN mmo<« • • e o o e NO I * in * e •• oo I « o K I III S in enori -Ml INI M|M OO NMNNNNNN *> o v o ir o •^JBSS e none o>eee^.wNriN«*oi J ■ •4 iff mo. iMO»' !m«J .IN)f»! {mm! WIM«! Oi UJlM o M—l •!mo| ^1—o>i a i at- j 2 o 3 I i* ;i e ■s Is i\ is !ui i n IS Ui O'xirt' >*! x <-m tut ^ "«m| o * M > ft; * ! i i I I I • *'• * o!« 1 1 . . oiin o m < ooo — oo ai oo, 1 OOIMN IMO — Hri -C — | • III III momonoinu oo c* o 5 ©©i©o ©oj : « .....«..■•• 3 «o * im o •r #,o o,*> irJ-c «"i:* « 1-1 ! i • •! o o o o oe M IN 1 mo* e xNNin i i 1 M M M M M M MM ss Of M — in e • m o f c o* Mx M 5 e M e IT 492 Table VI-1. — Continued o Ui o X a. •* 3 o z a UJ X r- X r- 4 (J O O o 11/ 3 a mo eggj IM* rgm NO •or- •i « — * «gm >-«■ t a o z oo • • •» o I m * m g> * gr Or -< mo -4 IM •* IM I I r» m •-> rg gj * •■grg IT> O rg m rg O I IM * IM rg •r o O » m o m gr •o IM eg m I I g) in m ad gr rg g> I o rg O er* m o g> r- IM CO m im in rJrg ~ o o o o o o K 0 0 9 9 o o o o o • f • • rg oo ao o] © ON« I «g l moor-g)o>'r-»mm eg is m is © © rg gr m o rg m o o i m o r- © -i IS gr m m is m ** 0 4«*NN rg in m gr m m in o rgin rg rg > 0" a o */> x ■# z «g Z « Z m rg o m * g> rg x Cr •» • Z 00 rg i/i oc o UI r- UJ Z O 4> ■** *4 m rg »* »g •o rg O © rg rg m m «o in rg rg f- 00 CO 00 rg rg in o «g rg i~ rg rg •O CD <*4 •* •* m rg tr- rg rg rg CD o> 00 00 rg rg in o •x rg m m o r- (-4 m cr oo rg m m rg rg rg rg rg oo r- rg rg in © rg m m m m m 0D C o> in r- oo rg * — o rg rg in 0- ■e m rg rg rim mm oo gr m m o « rg gr m m « rg rg rg rg -c m •*» r» r~ rg rg m m rg rg m © g> r- ^4 ~t m m cr oo r- gj <-* *J m i» r- g> rg rg m m rg rg m o K CO m m m m od r- o o> rg oo •o m *4 ^» rg M m it rg r« m c CD O o o m m * * •« g> - rg rg m rg o rg rg rg m m * m rg m m rg rg mo rg m •o + m gr CD « m r. rg IS rg r. m o r- © -4«\ r- »g •C r- m m oo rg cr* er gr o> gr m *-* t>g rg rg rg rg rgrg m © rg m rgrg i 1 IMIM •o © tr o * © in in rgrg mo gr m m »g © r< o> * 0D 00 *-• ** gj g) * * rg rg m © m g) I ;- >*• ! |S IB ! '5 o I X I I* 111 © o I IP < at <9 o mo rg * rg g> rgtn rg gr NCI rgrg rg»< NO -xcr »g * -g m » rg *>g *^g — O 0» OS gr m m o _ • — © o© « © o o • • « oo I l X oo o « • z o * g> rg gr rg rg I I rg rg rg g} rg od O r- oo oo •!•%••• IM © I O © O O m r> m rg g} gr mom© © O ©OO o 11 I I . rg o © © o is 4 I «|C T o ojooo e oo «; oo rg gr o :§ • • • • O © rg rg • • « mo (MM 0B * • 0 OO o o oo m _ Ch 0D I •I • 0>|0> < rg|rg I i o!m i pg|*g i i I i gr m I rg rg Q- (TiCD < rg rg rg i m o'm • m *|gr i :s ;l°.d-.j* :t .ill I ! I i hWCI^.1 ;; gr mm m rg inkm r- c- r- im rgirg rg m ©|mo g) r-,r- 00 hd' '7 O rg m gr rg m rgirg r3»g o|«r I rg rgirg rgjrg eg].- < m mlm m! gr gr gr m gj gr • . ol • of • ♦! • - H1' e* •two* g rj|■ Ui > o o IM < !(MI L'i (Ml -i«M. U (M ( O ujiim i o in • IM I « dl UJ X\" ■ 0U1 x I- I a. Ui o > a. I > i . < o X O * • X o in o in o — .— (M m o (M m CD *l<0 JO I «-|(M I * > o o -c -o *4 m — |f\ * e I — o m o m C m * * m o OiO o o o JO 4 9 0h^ o e.e o'o o m o ■o o o _ IPO r» aoioo o> o cjo o O O IM IV UHO ChN H CO o o o o o o o o O — • — — i — (SJ 3(M z — z o > • < in (M X 0> z e> —• o <- m (m nj a* o u O1 O! M fcW ^ O — » <-• •—■ «-t rNja>rNjm«M« *-• u~. u-> ! m C im m CD 0D >© -c IT IM CM a ni o- ~* CD m o mm o >UJ o X a < s o z ec ui X a o IP < or a. X < > or I I U I ■in oi I JIM*1 IM « |(M|V-| IM ■O j(M m — IM ♦ !(M mi UJ IM (Ml O I INI m • NO mi UJ -* CD a. I «l- . o < o < z o I t I I » I I I « ! I i ! ! m olm Dim o —. -. IM im pn D O CD (M lO (M -•• 4 »H OOOOiOO IM 0|(M IM'CJ (M ** — m mjm (m m 0;m o m •v-1^ m m c m vo o o:c o o c> 9 OilM 0^ >o «n iv* * m. * ■<> IM O I o O o o o o D O '1/1 1 B r- UJ If uj'uj OiZ O OiC o o • IM CM rsi IM IM I i>- *'i^ -r'tr i «r a- m mri . IM *|* *U» « oo «,« (fi|* m Nrni« ■*" m CD » I ! I m o m o m o jo r>- r- • -»• *!* ■ (M (MKM I W rn'in mm m m m|m m od or CD or od IM (M;(M (V (M m o m o m i — -h IM IM I r' i-l r» i CD oo!h- 1 OD CO 0D CD (M (M (M (M m o m m * :•* (M IM •» * * O m m ■» m.i •♦ m — m « o'm i J0 jj m o» o r~ * (M ■o m m m •o o — IN 00 — rt IM m o im m •# ao o c ex od o « i>- -o m (m o OD m m m «i« * -> 0- 00 . r» il oom**m(M(M»" k m c * « ■-< m pi.rfl m m m m on CD OOlOD CD (M (M (M (M (M cm c m,m c O- Cj(M m od m oo oo m m m •♦ o r«- o> |v- I m m »* Cr r« a) o> m m « jo O CD IM m c r- O •-• IM m ao m m (M O o "1 oo m ao co m o im m (M IM 494 Table VI-1. — Continued S Si s o X at m o o 5 m m. e- 8 o UJ ■ 3. mo M cm CM I »M <0 ntm ■ ni * im in •MM CM»* NO ->» im i mm i ■ — «M >o > > K u o < o k e « • X o o mo l m * o o CM CM* in ev I I — o • l oo •e * IT o m o cm en en * * -o o CM CM — •n o •* m oo © o rg « m en O en * cm cm — ^ ** O en * en en Xm O « > Ml en o en en CM CM CM CM IM CM m© * CM CM CM CD O cn en CM CM CM CM in o en en m m CM CM CM CM in o cm cn * * CM CM CM CM en en CM CM *m o — CM CM CM CM CM CM IS * * CM CM mo ■c r» CMO> * cn en m CM CM mo CM CM CM CM CM CM CM CM m o CO o> »- cn en en •o m CM CM m o o* o * CM in cn CM O en m in —< CM CM 0" m CM CM CM CN m © e- o m o cm m CM o o o X « HI X i u o ,o o a IS 5 i«-> ■u io li icno; !eM»l CM »' CMf-l -CM* CMm *' ml o UJ CM CM, 'CM p<| m| • ;CM © Oh mi o. ui I kM cm! ! i o z • _ o X IUO o — > • o « o X o m o,in © HNIMCI o o • • CO flD f-l ^4 I I * *|CM * -did I III m «ja» in ■«• o> • • • • O cm'* en CD OD IM CM © O •4 *|0 « CO CM CM I I in m • • cm en I I •I. J. o ©loo O ©I CM O I m o m o m © © o o o «l • « W©OCOOl©©&©O©;O©C©l©©l©COO*«9C0«SCM«<» <•♦•*•••• •!••;•••••••< ♦«•••«••• CM CO I CM * * CM * CM! CD CMCM,CMCM'»<»4Cn'C>|«M 28 o o • I oo *cM|«o>|eDco|cscD|«>oHoca :S coa©o *M>©cncMOme»iM ~cwcnft.«McnN«*«*««* '8 •* N CM CM IM * OOh • • • O en x o> 3 CM X — Ir • |Oen 1111 Ik' o!x I CM l/l « O o olen o'co • %!••:• en en- en cn cm cm o> «:« © © c cm CM.r- io oio ©)»< cm'cm CMICM I •-■ *'-t CM CM CM CM CM; CM CMl CM CM oo o E? oo oo mo oo m m « •«»- ooo o I I oo oo ss oo 17 me »e * IM I I OO ee i T «o ee • « OO i * « •*> zoo > • « in •»> m «e*o im - 28 IT © o *m mm imim me m« o m m • « N fti mo in ft IM ft me » e NNN« • t I r> -» •♦ -4 im ft im in «r. c me «m * r»e — -o im ocer IS is IS i 11 I I m g §■ 5 « r- 5 S *4 O » • m * «n im o • « m * m IM «4 O » • * m ■* m im o 1 IM 1 ►- z ID MM o ac o • • • • o z<. — o z •to K O « • X o m 58 z»- 5 m ft) zr- n •ft SO Ml »- Ul z • • • • m o oo • • i l • • o o oo • • ■> « oo m m r- r* • • m «n «m im r- f- •M «m m o • • mo -» ft) OO • • • • eo oo • • im im OO m m r» r- • • • • • • me mm oo • • 1 1 • • o o oo • • ■* * • • • • • • mo m* oe • • •* I l • • ee oo • • * * • • in«n NN r- r- IM ftl • • • • mo *m oo • • • • oo oo • • oo • • m o m o o OO o • • • • • • • • e ooe oooo • • • • IM IM CM -t • • mo r- • OO • • 1 1 • • o o oo • ■ * * • • o e • i i • • ■ o o e o • « IM ft ->0 • • m o » o oo • • 1 1 • a OO • • * O •• • • ft) m • * • 1 • • o * • • e • m • • • m o *-o ♦ o • i 1 • i oo o « *IM mm • i -*e IMIM ■* * IMIM me 58 • • • • mo rum oo • • • • • • — o • • • i NX IM«M Sm •VIM • • m r» • o • o • IM IM IM »- r» • • im«i ft eo • • ft) M IMIM IMIM It' el in ■ — 9 ■) — en L t - j ■ art ft. c > 8 o • * * •>• • * !• • ♦ • * . i o o -0 •* I I 4 C C O I I m© oo * CM in I I coeooo IN o • • • • • J . . ss •o * o « CM «« m o * m © o T7 m O m « ♦ cm I l o oo oo I I oo o o oo o — 5£ twffi* o m > • mm IN IN IM «« — OIO » H H • i in; cm in I IM CM IN mm IM IM IM IV «M IM l« 1*1 IM «M IM IV m o *© * f- •«• ■e IM IM IN mm • • m m IM IM m c c o -•c H m • IM O O — mi i £ i I-* III! « • ♦ « * ♦ ! i I I !•• • • ' ! mO m om o im m ■c * i i •r 4 I o o o olo o O IM V CC IM -- -- ^g -«i — tf • » • » » m o'm o m -t * m 2T « cc IM -» IM IM I I OO « IM m o m «5 I I o o o ♦ o o IM * I I o o IM IV m o m e • 9 & c o o ■* IM m I I o o i _ m o m o)m im m^r- o« " - - - M ■■ M N * o|o a o c O B ■ 1*^ IV m i^lm i*mi CD COlS X : ^^ &\ &\ m IM IM IM IM IM IMllM IM i^ m IM IM IM IM — ■e-c—^t^icr-oc im — ■ - 1 -"^f r- p- -o «> m •«■ * I I m ^t.in IM|IM IM CM IM'IM IM IM IM r- i^-ir- »> ■ < o IM CM IM IM1 IM m Q' m o m m *.* m'm S • •|f>- f» p- f-)»>- r>»r>-c*c>-r-r*-l»-« I l momomom© oooooooo m -« r> -4 im I • • • « • ooc« — ■Oil OO OO « o o « *• l i m o •MIT — c I T me m o m o e ©o • ©coco «OK« O »H* I Irt I -0 sm M a o Ui & • • m m m m m o •o -c mm m * IM IM 28 * * m m * * IM N (V, — m m IM is mo m < — c m ir IM jiMm IM * V) - > v> * O o o m m IM «M m o •Mm m •. © o © © ♦ * IM IM 5S 4> •© m H" H"-* IM IM IM 498 Table VI-1. — Continued X ►- z o a mo CM* CM 4> rg* im en CMJIM) •M "" NO ~ 0- •» CM "* O 0» oo o I o O t-« en IM «0 I 4" 00 -T ao -r m o en ♦ eg rg I o — « l X (M cm co o •» in O * m cj O I m o IT. 43 OC IM (j. 4) I I od en o o o o o o rr I r- 4) m * eg OD cm rg O O © O in r- ■* en in O oo a I * en 43 o IT o O eg I en en 4f CM -1 IM in O eg m o o o o o en en CNJ ■* C- 00 O en I oo CM oo cr eg m •» N NN o o en 43 en eg ■o o r- « > o UI • o -> _ o T « in to t o ce — o eg 00 gj f- 43 m eg o- rg rg mo in 43 a oo rg rg o oo rg rg in o 43 e- ifl ifl rg rg in in m Ml r- •* co oo * fn rg rg oo oo rg rg i- * * • < o X o «« • z c O -o r- gj o o I ! I ! m o -« CM 4} ■* I 00 Cfl o -< m o CM Cfl o * — I I O cfl CM Cfl m O m O co + * in I I CM co ■» m •O CM * CM I I -O 00 Cfl Cfl CM O I a* rg o -o m m m o O r- O IM I •r gj Cfl ♦ m c r- oo o o o o I m o o> o o o c5 o oo •» CM m o im m oo ♦ c o ■o o r- « m o l» o -g cm + O o m o * rg in r rg rg c o o < o o c O 0D O O I o olo > -o UI • o o 52 Z r- Z 4) rg 19 rg > • rg o o o" m ■C 9 I- -C o m 4) 4> r- 43 o m m mi4T co •C 4Ji45 4> »g o cf* C^iOD od NNNH|«H m cm ct> -gj- c. m oo od r- r- r- 43 rg rg rg rg rg cm m o ifl 4> m o * m Cfl CM o o -0 43 m ♦ 00 CO o- ec CM CM m m m it m m -< co O cr g3 m co o ao oo co oo CM CM C {7, m m in c oo a o o 0" cr m m 43 43 CM IM in o a o ao — IM 00 m co m m cm rg m o rvi m in — r- m rg 43 •-! r- r- CO CO CO IM 43 4) * Cfl IM IM m o r- O cm r» gr * -i co CM • 00 ifl ao I O 00 I CM O C CM CM p \ 499 Table VI-1. — Continued U O > . < O X o o o • • o o ■4 •- I I o o o « m en * CM I I •e o o o o © ID IM m o •m en t en I o c o — cm en ir o en •» cm cm I I to o •t o I en ♦ © v ■o en in o m >o im o I 00 00 -» o m o •O ' o o c o o « oo p- 60 «M O I in o> p- ■e ■o 00 IM ■» •O C\ I I m c o o o e — o ir m in o im m o 0> ui • o o 19 <0 > X ~ en 1/1 at o ui UI o» p- ■c in CO 00 IM IM w© m m 00 00 fM IM o o 1* m in o ~ CM DHH-4H^ m © in in o * IM O o o en pa 00 oo IM IM ss m o 00 (r- o o o o wA m IM IM IM fM m en CD 00 m W CM CM CM IM m « IM CM 0> o CM CM m e •o ' 4ICIC CM CM CM IN o IM CN •O -> enjo 00 CO 00 CD IT IM CM CM IN m o, m c a c'cm m p- in 00 # • 1 • • IM IN m C f- c .- cv CM 4) •0 CN IM CN — © CM CM in o CM *• CM CM CO wt\ m o{ CM 0- IM COj CMf- •M >0 CM in — :CM * Ui CM CO (9 Ul'CM IM CM r* m •CM O w! Ull»-I col «! ai X a. a. X « UI $ »- O X X oc »- UI a. X UI »- 0 >■ * i/> -I * p4 CI ■ iM c M ' O to IS D O 49 O > < O < • X o o o|o o * O CM CM I I I I ^ o m cm o oio © in c cm en * CM I I en en o o eo'o © co -r O CM o « + Oleo * cm ««• m m ^ en m o •e r- •J- CM I I CO CO c- * CM m o- CM IM I I in •O or •r cm m o I in m cm -o en cm i ! m o cm m cm * CM " in * 00 4) CM -< * .| i I" m © r- © -• CM * o o o en en o o o © m © 1 cm in 1 CM CM CM o o © o CO CM CM CM o •* © 00 =1 r» z « ■* X en (9 m > « r- or © r- c>- •o « m in p- p- CM CM O O en en p- r- vo ■o en en in © m © w CM cm en en en o © m en in O OO K r- ««. p~ «0 «0 <0 'O ^ en en en CM 0> en cm O OO © en en en en en en CM CM CO «© •0 « 00 en CM CM O © en en * yvm * >o r- CM CM •c •r -r CM IN CM CM m m •O 4) •»■ en CM CM OB * CM CM m © o o CM O IM CM o en cm 00 o a •r ■«• CM •" CM CM 0- * P- P- CM CM cm m 00 CD in m o- en in p- ©o> ■o m CM CM in o r- © -< CM O COiCM •H C O O CO C- IM * en or * * m 0> CD CM O CM CM CM m CM CM 00 - 500 Table VI-1.— Continued m«» mm me m • • • • go K O « • X © e oo tr o o • • •o o in o m «n M m I I e o • • eg -e m o in •*■ oooo ■«• «• oo in o •* m m iv oo • • m o o* • « o o oo o o • « o 00 mo mm m o l r* ^ «X «> «S| • I» •>» «o|m0 fc Z »0> m mm m m m o e> Q. Q. m o i» onmft-o m o ►- o •4 m m m ! IS o z o lot ui IS •no 'mo» m«» I«n»» 'm -o mm, — !m *' m B C Cf-moomoomoe m i\ m m «m m m m 3 Z Z m o «M» CM N -o o> — «o -* r- >4 gj x in -< <«■ eg rg I o o T rg rg rg I I OO o o rg rg rg gf O O I I o o O rg IP O rg rg I I o rg o O O O rg *r ip o g> IP o o ■4* rg o o o o *o rg IP O IP -O rg rg I I O »-< 4T rg ip o ■O r- rj rvj I I 4* IP O U O o gr pj IP O r- ao rg rg I I r"i »A o o o o rg pj rg C I CO CO o c o o ip o O c o c © d m in o o ip o rg IP O O O O gr in co gr » IP O r- O -, r. gr o o * tp o rg it rg p, CO 0" rg — co cu *T CN > -o o o ^0 •O o -0 O o v0 iTi \f\ IT* -o in »r in m U> m mO 4- •T in in m m •«■ n fAJ o o o o o o o O oc c r a o *«■ *" o o O o o o 0*- f> r- rry m r\j vD r*i rg rg Z ^ m in m m m o •o * « e gr rO gr gr •4" -J" gr ft ro m rg rr CO rg r\ r- m IT c ou m CM rg f\i rg rg r\j rg rg OJ (N f>0 rg rgi f>i r\j CM r^l rg rv fM "% CM r. CM r\ — — x •* l/*» a o Uj r- gr rg r- gr rg >r CM r- >*■ c\ r- <* rg -r rg r- gr rg r* r- rg rg r\ rg rsj •J3 -J" rg ir rs GO GO r- m rg rr rg rj r- o c (M r\ If* o in o rg rg o IT* en c *0 in o m O CD in CC C: O" O r, m rg c ir in o n in c rg i/> h- — — ^ rs rg rs rg X — IP -< •>■ -^ rg z — o X c < • I o o o I o o >T CO gr gf d d OO aj 0>or-r-OOCO{7«0>0 0\ r-i o — o o -o co OO o o rg o O rg I o -o -< o O O rg rg I I •O CO o o o o 43 CO rg rg I Cr co o o o a o co o o t I IP -o o o r^ m o o I I CO fN •U IP IP O IP O h" o rg ip —* rg rg rg oo I CO o • • > CO Q O i/l GO QD CO ac X ■X) a cr X oc X) CO X a X r^ r- r- r*- r- •c -c CA r-* rg — i o o O O OO O CI o o O o o o o o o o o a o o o —4 — » *-4 X cr D ao z o^ no 0* cr a X' cc CA a cr X a^ a^ CO r- X X r- X XI in X gr X rg X rg X (NJ X rg gr f*- ga o rg CT m rg -i an CA ^ o O CK 0^ cr X OJ X r- r- r> r- r~ •o o en u o ^ T Ci O rg O rg rg rg rg rg rg rg rgj cr rg X rg X rg X rg •O gr rg (n. o rg r- 1 C rs en cr* • • o o* rg —• X IT a o LU m -T -r rg cr O O -O 3 v> >■ « a at < u o o z me IMO» (M -r cm m CM CM CM CMO »»0» o Z CM o z — o > < o oo m o — CM CM IN I I OO m o im m CM * I I O CJ in cvj in o CM O I m O -r in • • o o in cm I oo tn o .n c •o a «> c CM l\ I I o c •o < m a o- o cm •* I I m o im m o Ci I I 04VC m c c- a — IN o o I m c cm m CM CN •» ■» • « OO r i- 3 o z Z IT cn o> o> OO OO CM CM CM CM CM CM CM CM o'd OO CM CN CM CM m in CM CM o O ■- oo IN CM a o < ooooooocoaao m m CM CM m c en ■» co o CM ~< CM ■-< 40 C7> i o o c P4W(M^^»-rt^F4^N« m m im cn m o m C m a o- a Oc cm n * c\ f c o> 0 •> e IM IT cm n mo wo» CM cm IN < csun cm * cm m CM CM CM-< NO »< o> -I CS -• i— m ■o •<«% -«o -t CM I I O co • • OO > o UJ • o o Z Id 3 OO Z z -c > « CM CM CM l/l oc o o O • • o 0> • • OO CM CM I I m 0 CM I I ■ f>- c- o • • • • • o o -. • • • • D MjIcN CD —•I.-* -4 m o cm cm I I o- in • • O o O CM CM I I OO • « CM IM m o im m O o o o CM <** • I m m i O m o m oimia^ i CM CM CM CM 00 * • 1 CO « www m injo a> in m m IM CM o in m o> o> m » CM CM m o — CM a o> • • o o l*> (*l in m o> c CM CM c/. o • • o o ■* l»> 0> g- CM CM CM IM IM IM o m ~r o o oo OO 0> V CM IM CM IM ■r •»• IM CM m o ♦ in IM IM or Of o» CO OD m C oaOOOffcc/ cd or CM IM IM CM •r -»■ CM CM m o IM CM o o o> r*r»intm»^<-4<^ r* -o m te\ m cm 0D 00 0D 0D CM l\ IM CM IM CM r- or. cm c\ cm cm tn o CO Cf CM IN o- c OD OB OD OD OD O O • I • I • • • o o o o o o o cm co —t oo m u ** Id c IM l\ m cs CM C\ m o •«• c m c\ rt CJ CM CM «r o cm m CM CM 503 Table VI-1. — Continued o o at o Z at u a a ac 3 i/> u u a o z mo cn«> cm* mm CMKM CM •< NO -< o> _• 00 »«f- »*o o z _ o X o < • X o * CM I I oo 00 * in O •* CM oc •e c m o o> o o a -o cm ir>C CM IT OO I r» O »< cm * C o in o IM tf\ cm cm o o •ore * •» > o o a O o «o p. « m m « CM CM CM cm inIcm cmI««© fM cm O C O O -" o «o«c«c — im » o -o m en ■r cm cmIcm « o < • X o • • « CO I I o o ■r cm lA O ~t IM c o C| 00 IM CM o o o -o m o IM CI O O Oo -• CM ci * c O o lA O ■* o I * CM ci *r o CM * tfl O * in OO CM O I OD UJ « O O CI CI CI I CI CI CI O ci > 00 QD O O •o o CM IM CM CM mo co f- OO m in co oo (3ff 41 XI CM CM ir- c ** CM CI CM CM CM CM wi m mi CM CM ci •» CTCT'Cr Of^4CM]CMCM]lMCM]CMIN O O O OD 00 m o * m lll^OO ao ao c o o o> * CI CM l\ CI c CM CM CM CM m o m c » o- CM CM m c oo a n cm CM CM •n c » o m c CM «p o» Cf o c 00 »>■ o < M c CM CM CM CM m c r c »n •« oc ma Mir CM CM 504 Table VI-1. — Continued X a. < o o X at UJ < co o o a z o cc a. 3 X x 1/1 o o z o z •no •NO* IM ■» rg m rg IN IN IN O -• o- p» <0 ~4 r- -4 « •* m •* * I eg i .-* — o c z — c x > • < o O i*l OOe in o CM 1*1 -g gf (Mi*lrt n O O O tt N * -U IN rg I I oo o © O O O O CO o o gr D IS 00 rg rg in in m © in © m g5 gr gj ■» g/ gr gr o ~c o -o o -o IN IN m —> •-» gj «p gr r- gj CD cr> IN — -- C rg *i rg in mem omcmcincmo Q>OI[ K in c\ cr gj 00 OC 00 CO r- o rg m ~* IN IN IS m -^ me rg e» rg «MII> •» »U •♦ o rg m o UJ rg ru a •M •* m • rg o *• x a> i/i » UJ -g CD IU cc •J < _i r» M UJ Lk z -g g} a in u ^g in o *» -g ♦ z a. a z •* m < UJ cr ^ -« IM o v o *g -* T X IX >- "O UJ a z UJ Q- ^ o > 00 z l/l l~ > r- < CO a. •O o UJ m o ^ o gf z z M m r z o rg oc o a. > —t ** < O IU K 3C ■a *g 2 Z 1 h- rg < 1 at UJ a. z m *- > ^ CC ^ «» UJ Jt tori Z n 3 « or O V < a ec < -j 4 u ►- ec U-i > o o a ^ CO z z o T « rm z ■«a t- Uj a. CC UJ 4 a o z — o > • • < • z • • oo I O <4 OO o in © — . rg ©O IN O I ©o • » 00 o o + I o o • « in O m o a oo o oO • • » • 1A O •T IA OO o o o O • • CD rg if\ -o OO o o • • tn O o o CD >r IT. O f^- CO O fNJ O *■ O • • OO • • f\l CO UN O 40 IT- O O (M o O •O CD O o o o •O CO • • (A (A OOOM* * CO IA CM lAO O O O 00 CO CO ^ (^ rn N ^4 fSl H CO * tA O *A C\J »A !»• fSI *NJ *>J UJ • o — JT f\ < CO T G OOOOOOOO -O IA GO CO fM CM O O M CM rg fv, f\i fSJ UU CU CM CM CO «C CD CO CM CM fM> *M IA O 4)- IA O CO CD *A O IA 4> rvirM_ii>4-«.Hi.— *<-4cocsi ■O IA fM fM O O fM *M €M fM fM (NjlfM IM ms ooa ao r>» fM fM ^H^-OfnfMmtfi IA O o* o fM Ct O OO CO P* i, CO «-• CO O *M CM fM fM f\ ^ o o o o O cr co -*o fM fV I* A. fM *V 4A O «*■ C. • * CO CO c IA O i- fM IA f fM CM f 505 Table VI-1, — Continue Ik Z — <0 I IA ~* •* MM -. O cr u o Ul o m • »» i/i •» Ul 111 at mi «* Ul m. z 8 o o t" z a. a. X « Ul s t- I X 1— 01 a z Ul ►» o 1 Wl k> > « • a z g Ul 1 z s X of (9 tt. > «" < Ul X of 4 3 X ■» of « £ X w *• 1 > oe •a X X 3 «* oc a « j •« o •» »- or lb > u o o z O- X i- z o X « IM I- *3 Ul a < Mm CM* ■MO O «3 > < o ©mo in in • • in C OIIU O fM I OO MS INI • • IA O IM 1*1 O CM I OO MT O tf> o o o o o no ci • • CM 1*1 in O * IA O O o o O — li- o 3 MT Z < r- i/i a o ci ci ■» Mr « fSI fM r-r- CM IM im im O c o or od IM IM in O IM Ci OD 03 • • o t? r*l ci Mr cm IM IM 00 OO • • o o 1*1 m M" M> m o in -o o o o o IM CM • • M5 IT fM IM IM IM fM IM CD OO IM IM IT O I" •» OD OD IM IM IT! O •r in im m er cr • • OO 1*1 IM m o •O r- OO IM f- • • o CM MT m o r- oo o o o o o o in o oo 0> o o IM IN IM IV o o Mr fM m o o» o o o o *m ■o o • • m -o in o im m oo o o O im M> • * Mr i*i fM IM o M3 m -4" in o 1- O -* fM 00 oo o o mom im m •» fM m fM im <|# o IM MJ fM m 1*1 1*1 IM IM O -* -* — • ~« — ' fM IM 1*1 O K ■# m m fM IM IM IM|lM fMJ^ —JO «4<«tfllM sr ffi ft fl f*i f1 ** fM fM IM w IM IM fM «M IM *- ffi r*- IM - O O IM f\ IM IM fM 09 fM «m -e •Mm im * im m CM IM IM • fM O -IC p* ao -< Mr -* 1*1 »< fM •<*) #M -«o o o > < o x O ■a • X o fM IM I I IM fM o o oo IA O -4 IM IM CM I I M- m o o o o IM 00 in c IM 1*1 IM IM I I 00 C o in o ci mt fM fM I oo- m o Mr in o o CM fM a o m CM in o in >o o o O <3 mo» piHNICI CM c*l in O O MT I m o o -h r- fM f» Mr m c*i Mr mt m in o ao o- — fM ^ — mt m co z Z -6 « • X 1*1 O c*> > x m < i a- * o ui Ml O IM fM or er fM fM fM fM cr a fM CM o on at oo oO oo a fM IM m c** fM fM cr cr fM IM in o m Mr o o o o oc ao cc oo m O MT m in m IM IMlfM IM m o in Mj> 1*1 CI MT MT in o M) c\ co ci IM CM IM fM fM f\ min]M}M3(r>-ra^ «o m c im fir « U" P" oc mt r> im n m c r- C -• n IM O er o> m a im m CM f\ 506 Table VI-1. — Continued □ i- o z z z z o CC O IL > fgo> rgr" IM -O rg m rg cm p< in — gr *g m p4 rsj p4 *g c* O o > • «r o x o < « z o gr rg I I rg —i • • o o • • gj o * in I O a ■o -r g"l o IM t*\ CM IN I I — • rg • • o o o gr * vn o 1 * * IM I I IM rg • • o o m o •t m IM IM I I **l IM c o o o to g- gr rg I I gr r- • » o o in o o in I m o p. oo o o o o in O in o co c rg in I I in o cr o g- in t I •O -* • a g- in CO CJ •-• i\ m o rg m O co m cj • « m * gr n. •c in o r- O -■ IN O O rg cc • t in o rg in rg in gr O O o IM O in gr > CO OJ « Q O Z 00 3 ~ Z ■* X I- «/» a o CO CO o o CO CO CO cc IM l\ NIN > fNflrg in eg cm m o r-r-r-r^ascoajcoa) Cr cr CO cc CD CO CO CO rg n, rg in rg IN r» f- im f\ m o c o o o o o CO CO CD CO m o mr\rgr\rgf\oa 43 -c r\jrg|rgrg|iNrjJrvjrJrgi\JlMiN in C co gr cococor-r»omm-4Crr*g>OCrgir O cr IMlM]rgrglrgnJlMrg]rgrgllMrgtrgrg]rg,- m o in c r- cc co a cocor-gjgrfn-iNiM.*coo,-«c m c » c •j i* in- in h m c r- cc •o t^» M UJ pg co UJ a. ■J < -* r- M UJ u, Z p4 g) C3 UJ a -g m O ►- — gj- I a. a. z -g in < UJ cc i- -g rg o WM o ■g «-4 z X cc ►- -g o UJ a X UJ v I— o > •B X i/i h- > r* < CO a. o o UJ m a *- o gf z Z tort m z z o rg cc o u_ > —* ** ■Q o OJ X at «a *g 3 Z 1 h- IM « 1 CC UJ a. z UJ r- > r- a Z < UJ X ■M s. a -3 4 u-> cc IS >■ < ar cc *i -J < o H- LL UJ > u o o z rg X p- z a z < IM X « >- UJ a. a UJ < O z — o z IM IM o o o o Oo g* rg Oo IM rg I rrt c O O o a g- rg m o IM m O rg I rg g> o o rg g- m O m gf m gr o o gr g- m O g> in o o o o g> m o o o o gr rg O rg I g> m o o o O in <2 ■O r- 0 O O O m g> o o o o g> gj oo OO r- g> o o o o co gr in o CO 0- o o o o cr co o o o o co gj in o Cr O o o o o o o gr gj tfs o rg m oo del gr co gj g> in o 4 r\j ICIM O 0» I co gr in o im in •M rg j0 co >- o o CO cu gr jt g> 3 m z > < IM x g> «» • z gr gr g> rg rg m O rg it* O O gr + rg rg cc CO O O ~o rg rg gr gr rg rg g^ O CO CO o o gr gr IM rg arc co r» r- o o o o a>|iiNH rg rg rg cn rg rg r» n> g) m a* — gr gr rg r\j m o o» o o» o O "I rg cr m gr in m o> CO HI^HIA — ■ — -* O Cr 43 m rg gr gr m rg g gj rg g> r~ gj g> g> •-* rs rg co rg r* rg *g in c r- c 507 Table VI-1. — Continued 8 X a. « o o 'X CL m X o o o oc uj C. OC or oc a UJ > O o in »! CM fM CM MJ CM«V e» © o o © c © o IN * IV IN © o OO O f- o © ©c • a © * I © m o m o _f ~| — « IN oc «ri Uj • o o z o 0> > IN Xi« o - uj S m m o o cm im CM IN 1*1 m IN «n fM IN in m (N IN IN CM CM fM fM IN m ©m © fM fM fM fM |f> ffl fM «M N fM fM fM IN IN f» CI fM fM IN IN o o IN IN IN IN C* C CM IN IN IN m c •o -e © o IN IN fM fM IN IN IN fM «C r- ■o -c o © (SCSOCffCDMT IN — fM IN fn fn IN fvj fM IN -C O O c> ci IN IN + •* fM IN an o «p fmM>rvoo fn in CM CM CM CN © C cn i • i • 89 cV UJ o: SI r- 09 • • • • — o o © oo o c O © IN IN I I fM •* o o T l mom Om _ fM M ft •* * in O© «> • CM O I NO I n«Jjhhin • ••••• oo>o OO© m c m -c cm o l m a •e i- CM CM ©OO ooo m o r- «o CM O OM m ■*• o o in m o ol m o o» o oo • • ©o m -o • * o o o o ©o mo cm in oo tn o r- o OOO' l> m liu 5 1 O O'OO OO m m mm m I in cm inIin cm Z ml-* in in — io 0» : CM CM CM'fM IN]fM CM IN IN. CM fM CM >' :l. ""iiOlO : cn f»> erven r\ r- — — -4 C © if* fn fM IM OOOOOO0OO m m CM CM CM CN CM CM O CI CM CM mo « 0> CD 00 CM CM m o -r 4) oe> cn men in fM IN IN fM o r- o •9 OP < o* SSI 508 Table VI-1. — Continued en p- en o 1 1 cm • i* • •j ID -• 93 * ae 1 ° CO j t/1 > f- a. <•> X UJ IT t» •** z f-a K\ r CM > p4 4 O X ** X 1 CM | c in © m o in o m o m © m o m © in o m c in © m © m o If* © P4 -4 (M cm en en •& * m m * .0 r* r~ «D 00 o- o> © 4-4 cm in r- o c-* CM CM tfS CM CM o o o o o o o o o o © o © © © o o o o © o o* CO VD * o — o CM CM cm O C CM CM O C CM CM CM CM CM C CM CM o e»- cm m •* CM -0 r- rt r~ r- * -0 CM O o 0» m c*> MB o < o o c O «4 o o c o OO o o O © © o o o o © — CM en en «» CNi < or o « o o o o o o o O O c o o © O O © © o o o © •O ■* CM * >»- CM z o co «*■ •-I M> CM ■-4 ~4 CO Mr

■s- UJ >0 •c ■» ■* ■£> ■o « •Si 3 •O < •o o ~o -o ■43 O %0 J3 <£> -C CO © O cm O CM o - CM CM CM CM M > OD 00 C- e» oD 00 00 CO OO CD 0D 00 00 CD 00 OD 00 CD OD 00 CD V o o»* ©-* o o OO o o o o o © o o © o o o o o o o © © l/> 1 1 c c © c 0> « m * ■» -*> 1-4 4-4 O r- •c —\ 3 -0 ■O -D •o 0 « «4>-0 0> CO e>- e- CM CM CM cm cm CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM u • «i en en en en en m en en en en en en en en en en en en en cn m CM «^ -. © 0> CD CM cm cm CM CM CM CM CM CM CM CM CM CM CM CM cm eg CM CM CM CM CM CM CM CM >4 ^ll X •# cn cm CM CM «=4 "4 © o ON 0> O- 0" cr o O a> CD f- t- ■«> en «o od a PM 4-4l •a « X m in m m m m m m in ■* •* » * * •* •* * ■# * * * en m cm t-« «-•, cm N cm CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM CM (V CM CM CM CM «Mi */> X « o in o m o in © in © m o m © m © m o in o in o m o m © m o p- IU <*4 *ri CM cm en en * * m u> *o •o r- r~ cd CD 9s 9- © cm m e' © cm m e »- «* 4-» t-4 —» CV CM CM UJ Ul a X u. o z O. '< I? >o o |2 I 5 X X 'en p«l 'en o ICM 0> ui| , Z'»< <0! X a. UJ 0" o >' al i I • •.•••• » » • • • o © > < O l< |X© m © m O "4*4 CM en « O 0|0 o * CM •» * m © cm en CM O I •o o O "4 CM 4> in © cn * m © * m © CM I CO 0* o o o c ■43 CM © C o © © © © o o c © © CO CM in o o o c o o © o o -« OD f^ © m © 00 0> cm © I co ~o O -4 o o ■f i) m o o> o © o © o ■r -o UJ • o o X CO 3 X en CM > x m 4 X -O CM •c e-lr- f~ e- r» O Q O O O OO © QC 00 CD CO 0D CD m m <*» i^ CM CM CM CM * •*■ ^ ■«■ CM CM.IM CM *A I CM CM IM CM a o a >- Uiilii OX IT ©,4T> O (M (M CM CM m4 w* CM! CM ^1 f^ h-|flD idk s 00 flO B0 0D CD 00 li*\ IT*,'* -* ^ 1^ !-:-: -Jo © en en CM CM I © 0- cn|m en CM|CM CM i -9,43 I cmIcm i © m i •*■ ■* •O CM i ■e • enen ir CMICM CM :i en cm CM CM Cf ff- h- m m m CM CM m © oo a> cn en CM CM m m CM CM m c o> o m Mf o o K m ♦ en en r» oo I CM CM -« I CM CM nj o-» en en cm I CM CM CM m c f- © "4 CM CJ. CO m o cm m «M CM 509 Table VI-1. — Continued u. o X a < o o 1 > 09 o o o o 3 ino cm e> IM OD mi 09 — r- — -0 — on z i- < a iu O i/i > o > < x 3 l/l o o • • •» o IM O I c. o • • £> O IM o o o o o • « • • VIOVlOV.CiVi© o c o o o o o •»■ o o od *r o flo IM — • « * im I I fniMVioiMiniMiMiMiMiMiMiMiMfiiiii c c • « o o OKNCDOD^adNinNO o o moioo o o o o o o o o m o o O i VI X "" fr- et Ill O X IM IM IM • • « NNN ©VI© IM IM o ►» IM IM on o in m IM IV CM IM VI o m m IM IM IM IM IM IM IM IM VI c •» VI ■M«»S — IMIMIMIMIMIMIMIMIMIMCsl IM l\J — o> IM IM K8 ooocococ O* ff ff ff ff (? l«l — CO r- CO ■£ m m VI o in m IM IM I- I- -c -c IM IM V. IM IM * IM IM IM • 0> in m IM IM mo e> o VI •o © o IM IM IM IM IM IM IM IM CO o • • o — o 0» •MO MO IM IMlIM IM lUJ |o |X IS I" o c |2 o o o z z o F ;uj LU a m o '|M 0>. I ; 'IM 00: |IMr-j im i ©■ 52°. o • * *;• I. ! I x O < • z o IM IM I I oo • ♦ O IM IM IM I I o o • • o o * IM I I O O •r * m o IM IM I I o o IM IM C I o o • • VI o VI -c I o o IM 00 VI o IM IM I © © IM * in o -«• o l o o • • o o o o o o * IM IM I I VI O im m * 09 • • * 00 ^^M*4ft NM O 00 o o VI O VI o e- o im in > « UJ • a o o IM > • IM X IM VI a o in vi Co IM IM IM -- IM IM • • CD CO IM IM IM IM — O •M IM VI o m cm VI -o o o IM IM CO CO IM IM vi o im in •♦ o> IM IM IM IM r» as o o IM IM mo ■» VI IM IM VI VI IM IM mo vi -e * IM IM VI VI IM IM 00 0" o o III — IM IM CD OS o e> oo IM IM IM IMlIM IM fM (Mini IM rdlM IM ;? IM IM IM IM — «. • c 49 49 IM IM VI O »o o> * oo V. o IM Vi IM IM IU IM •»© Vi O •Mon 510 Table VI-1. — Continued ° i tii 5 o IS * u o o Z o ec ec 3 X I > ec 3 a. UJ a o A ** m o CMjO» 1MB CM CM- CM 43 •Mm _ CM * u rg m o 111 CM IM a IM *• in • i/i Ui «4 eo a « -*r- IU z -i 43 o -g m t- — gr & X — en IU »- ~i CM »4 •* X 1- •*© a. IU 0> e CO l/l > r- a •c z IU m r- * z M en X fM o > «4 < O K « -4 X 1 1 >- Z UI •M o < ec a r». X 1- z o X co M »4 X « »- IU o. 0C UI 1 o « o X O « • X o > in ui • o © ©o o o > < CD CM X »» « • x p ec o o o • • O CM in 43 © o O O ©o oo • • o o o o © O o> o o • • •r 43 m o o>© oo O IN o o • • IN 43 m o eg in C eg •o eg • • CO Or in o r» o © 43 IN •* 43 er 43 in o im m o -e fg r- O CO «D cm cm e> 0" cm eg IM IM in o t-« CM gj 43 rg fy CO CD eg m co C • » © o *••••• g3 43 m m rg rg rg rg cc ec rg IM r- r- rg rg CO CD rg cm in ©lm o en 4T-* in • • oo in * CM IM •a 43 rg rg co r~ rg cm in © in 43 rg rg 43 43 cm rg in © go r- ■«• en rg cm mm rg im m c r- «d o o- • • " o 00 in en ~4tr\ HHD> m m rg rg f- g> rg rg O 0" • • o © Cf © © " rg rg cm «- m miCM « CM IM CM CM CM CM1 CM IM mj *!r» 43 • • • ■c -0 m * CM fXlltV. CM dm© •Mm CM — — © rg im cm go • c en m CM «\ m© r-C « CD • • m cm CM CM • • OO or in • • 8£ • • e o cm >g o !§ iS o i UI X li o § I* .o '.et UJ 5 i o et ,mO 'cm 49 i Irgm' -CM* 'cm ml o ujrg rg © i«NI —I m | • ,rg o. ui'-g co ec 5|p4f.| UJ zj— 431 X.-enl UJ a. UJ o b| xi -o' »i CO "I 49 m -j * z — ' en X: 1 : . • • • • « » •: m oV o •N;*« CM I I in o rg en 43 IM CM O I 1,1 o.oo;o o OJ43 Mf.43 4T o o o O O m o in o en 4f * m •4 IM •» 43 O 43 I C 43 43 43 © 4f!0 IM rg CM'rg IM m o m 43 oc IM I 43 en 43 r- c o 43 CD in o 43 ' CO 43 C- 43 IM 43 •» CO cm ^gj-^ c © © o o o OIMCMOOCVOCM r. CO 43 43 o o CM * in o O o CJ> 43 4f gr '••I m o m © NUNC _ « ^ H IS CM 0004 as © 43 m CO C|43 4> C IN — m 4TI4P 4f o oloo 43.43:43 43 CM IM'IM CM o o 43 43 CM CM Z ^4 •■* CM CM «-• Z l/l X'« IM'IM UI UI ox cyo en en o,m ' m 'g 43 r- r- r- e- f» 43 m oo'oaio © 43 43(43 43(43 43 CM CM CM IMilM CM ' r» r- r-lg3 431 43 I CM IM CM,IM CMCM oojoc eg im rg cm -- co -c ^g'co 43irg aomo>m«HCOU3CMOfnrncnc7"cncr o- O 0- c IM CM CM I cj. a IM IM m m gr gr gr CM CM CM CM CM co co co r- r- rg1 cm cm eg; cm r-'g> 43 cm: CM IM in in eg cm f~ 43143 431*4 colm cm f~ en fAff e> o> a CM CM-CM IN, IN ■ o;m ©Im Olm -\ en gr gr mltn I I co'cc M CM. CM CM o'm © 4).g3 e» t» gs eg rg 43 43 IN Cs en en IM IM in gr eg cm 43 43 IN CM 43 43 OO 43 43 43 43 4T C CM CM CM CM CM IM gr gr CM CM 43 43 IM IM m c 0> o r* eo cr- ec r- IN — 43 — • O C m m CM CM en cm im o eg eg rg cm eg cm m o r» C o © CM . — 0» rg -j m o cm m IM CM 511 Table VI-1. — Continued iS 19 'iX a ',< ,S P X o o o a x < iu o z z o «*•-■ me fg » M IM « o X O « • X o • * o oo IM IM I I o o I oo IM CM in o IM IM I I •# IM o o o c » IM in O IM 1*1 o ■*■ I ■M O o o o o eg cm m o 1*1 •«■ o oo • 1 oo IM ■O cm cm in o o o • a IM «« o» rg x o in eo IM IM o o O 1*1 » 0" cm IM OO m o — IM o © 1*1 1*1 in c IM 1*1 0> 0> IM IM m o 1*1 ■# oo CD « IM eg O » 1*1 IM m o ■* in IM CM CM IM M IM CO 00 CM IM e o IM 1*1 m o m ~c o o CD 0D IM IM OO #** C*i m o cqo-o-N 0D IM CM o o en i*i mo im rj cm cn «D C> CM CV CM IN IM I im rv in 0> *§ is II !x I o IS 1$ DC 1 IU a X HI 1 t- 1 > 1 a «T X X 3 1 i >■ «« or cc — !CM + IM -•00 OK < r*t~ 111 Z •* <€ o — m !"••» t _.« I I o z •- o X 5°. < o X o < • X o in o •* CM •c o © o I o o I o o • • O IM o e • • rg rg m o CM 1*1 o CM I o o • • o o in o in o i»i •* g> in ©oo o o rg o o IM O org I OO • • C OD in o in -c cm rg • I O OO o I o© • • c -r in o •e r~ * rg I I O O O O O • • ■r re in o oo a oo oo o ■r C*l — O • -a IM < r- O . * ( 49 I * o < I « * c o o l/> > < 00 X CM at • X o- l/> at o Ul Oo CM IM OO cr oo CM rg 0- 0" CM IM OO O O OD 0D CM CM CM CM m o CM 1*1 CM IM s? • oo IM CM IM CM mo * m oo oo CM IM CM IM S3 oo CM CM mo o o o o o o 0> m ~> i IM CM CM I IM CM cm rg rg rg CM CM rg rg m e » c o — -* — o o < IM CM CM ^ « * «n IM CM cm o e IM IM - •c in < rg cm r i m o £8 o» l CM «- . m c i rgm I 512 Table VI-1. — Continued •no imc in -e n m IM -» N«n (MM IM -1 MO -<» U. o IU 3 o u o o z a. 3 I >■ * ac u 8 o «M ooo I — Ol« :8 • « oo oo » IN O " ♦ tf> * .# •» in ooow«roiM«- « -o • f- » i 3 -llM* NO -• * »*o 0» — o m. K O OO do oooo > • • oo T OO O OO do o o • • oo oo o o o o d o oo • • oo o o ! i o o oo o o • • c o oo do oo do oo o o o o oo oo o d oo • • o o o o e o o C oo oo dd ooo • • • ooo ojo o o oo o oo oooo oe oo OM «o«o« oo * *#»*K IN €3 « « in o otco > * e> w» o OO oo NNNN SS w> e oo mo K «D oo © ooo IMIN IM IN «* «n|«n m|tf> IN o o o I I I I I •-4 ©"im ^ H«4fMN IM Jm x' o o * IM I IM IM m o .» in ir» o m no o o o o • J • . IM * IM IM I I I I IM IM IM OB o ojo o ■e e|<*> im #- IMifM IM m o I I in © oo o- 00 OO IM IM * *lin in O oo i" ■* o * ■o m i m am Oim oi C C| IM in K O ' CTtr T ^4 -V *« r J *\J . ! > our I fSJ| CNJ 4 •O O OO IM '7' t-OCfcJ Jo I id*. ooo ©jo eojcc .rto © *> * co *■ *: eo 4* •-* o** *o 1 <*0'O i * • Is X I' I i3 a IX X. a m o IM 0- IM 0 IM -O IM US IM * im m IM IM IM -I IM O — C •x in ~* o e c r |N O ,x IX a. o —l> C. «I <' a' c m o »n o -^•MIMIMWIO^^-m ooaoaooooooooioaoo -CMo.WM.-to'w *■» * id j jm ci tf o md H N ce 'T r-istfcis«i»>ii*inO0'i»«ois|i'>>eltnO' ©—Jf-tiMiMrvilnjiM1 iMi*wm|inir|inir in c oo U 0D IV ooooooo,ocioclooodoqo oiMOi.4'oc<*^)a><*t*iMiM •* in o m c a g im it o -£ >c c <- a ■« r ■ i O f • I -O IT in C ' c ^ ls| ri •- in c in im m r- •- IS IM IM IM OC o I I — * o • I • o — im; j- .c • • • • * rvlNNNI^ ■ > o {■*> ■o. o •c' t~ *-\ r- oo ^^ o> a ^.|^ ^t^ J_h ^,— _<« " i i ; • < : I 'I X O' o> •i>«iriM^ooxviMnruh ^ 3 (? » at oj cr- m or c h m^: ^ * if «> 2 irj in m m in. m m, m m! m ir m m m m 00 O I ' CN0O oo O «olt» o-lcr •I • o* 00 i r« im •i * * •» N-fM IM; ^- O C> ODj * IT 'i * IM IM IM IM |r>!l*> Him i^i" IMlIM oo ~* o-! f. in « * * • 4 t- r- m m * •-« *- t-J «-4 »^ ! M O 00* l/\IM • ••!•• i"m imIim im IM M IM; IV1 fy a- o in m C^ IM IT IT fMiM I M IM ^;r- t»]^ f- r- r-;^ r-i r- r-i IM'NlMil^lNjlMIMJIMIMirMrM uj|uj e,x oimdr okov | —,^. IM(|M I^IO ojtrv O m o m o m1 m *i **> ^ m c « a •4- it in d • • « • i inff n««i r r> *i •* i • 4 • ^1 fP CI in i« in t- f Ol m ■•• !•■ m O C ooc IM ^ fM •■ m o o c i • « • IM IS f*. — ^l ~C IM ISJ»- I c c i- isi in • i • ■ • i^ < m •* in ** ^ ^* ^ •-« ISl CM IS •-* i c m q m I * IM ^ IM 514 Table VI-1. — Continued NO «*» — W mt m — * — CI M CM r« •< "O cr CD r- ■c *\ •» m ■c «0 p* r/p* m<^ in ir o ■o r- a\ o r- CO i o c C ^O cvi o «#ia e>i<* ^ -< im o o u> o fM t/N •4* «N > UN * fM C OO 7*' CD im © OO OOtt • •!••• •) O «\J oc im * .oj «-■ i- I IM *fM f*- C? OO i QM> > •■ • I t#! fM i ;0 • ir. ir> if ^o|* *o.r^ r- p- « • ••*!•*•♦•• «0|«© M>j'*> l«'C i^i* o-« *tj.N coir- im im ip'm> i IMIM i o- a fM Oil*- M> «■«< t^'M IMjfM "I fsj a? *> O • •! • • C> ^'0- CD fM «-* .M «- O CO *C i • • • iT OMmm * i^ H-H* IT lA im r* ON *> eei r- r-jtO 1*1 •-« 0* • •••■• fM'fM IM CM fM IM <*'**» C* co»>-it •i • •' • •• # coco t->t- r-ir- M'fVJ iM'tM fM N 1 «n;iA*N I IM IM IM Xia ft'h- I a. uj ©;if> o Mr- ©lif rnim P-,r- CM|f>l ©IT M • • r-:r- tA *v — . • «••• rr rgj #-• f-< »m ■ •!•«• i ro im fyj im im. *n ' 0*i CT' C*"| CO CTJ f*- i •! • * * «| • i *vi| fj *mI im <\jj ni i 0|»T O IT QSf' o ^ o, u-> •I • * • — ooo t*^fr* o*tr l« (*»• »*■• IM *' » CD1 it r>'»* < •I • -V • 0,0 O 01 I IM. (M ^*J •-. . r- r- im. M5 UN<* r*jK no »Cl -cf' u^l u^ rvii4 im im O IT- Oi U" s1— 1- ao,^ him •• ■ •' • •4| >■ is i el M fl ° Uilrg rg O IM -< irt: •' rsj © 0|im i xl" *" ' a i/j! o > >l o I o c o ■ o! o- «o: * *l • v i2°1 i~ o z ai'O o o|<« o •/» Ol-A O I ©I if* ©I tf> o O ©lO © o J- f> © oaioojoc©©©* r- mco . w CM) CM • •*\+ 0-!o <- a r- co Cr ~* »r 0:M •ir;«^)*ir, O^^o^^ir-r-l^^n-c^r-* IT irt O- K©!ooioooooo|ooo©iooo©ooto© i q* «'« "l» 4IO we oet'c- * ■» no «'* 4 I i I i " H i Hoaoo ©liMirr-ciMirr- I fsJCM 0J«M - © o © rvj * O «-i * * ' CM| fM IM IV fM? fM Ift! ^* «0 ^ *"* IM •J? mT (A IT 3Mh OO O • • IM 1*1 CD IT> o tr *»■ i* •Jt OLiaml — r-jocrJ-i rf'< ^- r^ so- o cejor r-, pm, i ., _' iri a o- •- t" ■ i; •* M ir> >»< — I o a1 iH a e> t-H «C| r- ^j; •* r-l tr* *a\ ^ C^, Z i*"»ifA m.fvj I rg| rsi n cm fSJ,«M fM fM r- o im r\j o.o- CO 00 c rr. r- IM r^ o 4>. ir *i m ■41 r» fM w O O CD' CD O lOjM' f« fM I > •; • • • ^ l/V U-> U^ IT- I IM fM1 IM IM | I fM'fM v n»J <*" *r» 'lA f* IM p- •— IM IM fM IM I of c.in o w- 1 & h UJ u. I : ox i fJ'fM i irJin i rfrfn • ••'••;• co m en m cm, im i fM IM IM" IM IM, IM I • • • • •) • fv) IM IM fM fM) fM I OJ ITt CMj .— i * • * • ' im! fM f\j *v< fM IM I OiiP o »r> o n» ^ ^ tf. if * sD O IT r r- O irv' it H • H • »Ti **0 «fS CD CC OiO* ff\l»»IMrCDa'Of,J,M> a O0\a)Mr-H-»- N «M ^- ^j »- H rH )«r^H«OCiri *C]^iri«M*ijrni-,cc> fslCMfMlMrJlMrJ^- o«M«ir-cs',J<'<^ p^^-t-*^IMjlMrMfM I I 515 Table VI-1. — Continued in o X « s 9 K IK X t- 5 S 3 >• 3 1/1 MO — * — in o C c xc »e > • we « • x © • • •n© oo oo ■4 * fM fi • • ss fM eg I I * » « fM ft ■* o c fM m I I 4- 00 ft ft •fie fi * oo O in* fM CM I I ss fM ©c IM 4 mo fM IT m> o i T ?f im ff IV « c m o • O fM U\ ■ f\ fM fM •# o o * I I •♦ ft ©>IM ©•IT > 9 Ul • OO l/l C f>'f> o • *l • o © e " X f~ ♦ • I fM fM IfSI 0* in ir fM fM O fM • • fM fM m f> 4) * IT _ fi «!« IT 0- © fM fM in O v> * OS O1 •I • fM fM fM ft ft P* tit 4) .O IT IT Ut «H * in m cm ce|* in • _9 ' _ — po * fM ft. f> — w H fM ■ ft • •!•»• ft ft' f ftj fM — fM fMjfM fMjftlltl * fH—>Jft»fMSfM«-l©'C' f>e>;wo"coJo'Oifrir fttfi^fMftlrttfMjfMf^fMftl | l | o fdft flo* -c — o ■♦ MM MC •#] MT f ftflfM J j im rd »- — — —• c an tr dm o vt « rn f «o oo !8 V olvt o f> O fM V )f-V ' s • f^fM , IIMJIM I exit O ft. i Si«M I • J* fVJfM 5 IS in < ,0t '3 mo NO fM<« fM tft fM * IM ft fM fM fM •< NO MO' XO x' z luiir — 1> o|« Ift I I i cNin I c \f> o tr trt c f^ oc o -* i on r\ irt in c oo o fM IV I o c • < oo r- oc c m c cc c in c fM ir fM f\ rg c I I I Ut^NK ift c r- c ■» ft If 4) !s°, 1 i ! I ooQHitir|«t«MoHi''< IT f a tO 1 o -J •— — * ^- o— f-.-HJr-.^**-^r\irsJ»>of\ fM fM fM f ft f ft iH ft f ft f\ (M .TfMlfMfMioc»->4>fMCr'f~ ^ 0- -C- ar ■£ !2inifiinm © f* f »-* ocj © o> ■» c OO r « * «j« >♦' M> M>. «» M> «» •* ■* M>. f i f ««ri« ft f ft fj fM r- »^ »M M> trJ fM •- • • • 1 fv fti ■* e> 09 1 •c i\f*--><--*o-4i-' -»1f«^ ' ! I 1 J ! • 1 o oci r- mj, ir f' o *i f> eMft ^i r- m a -c fM cr M5 ff ft C r- d m ft in fi •O I «a fit' ^-^-r-^-oJM5u^u^tf^M^•MHfnf, • « • . • a • • < • ■ • t- ft fM, fM f\] itj ft^ fM nj fM — fM ft! V 01 f- f •<: 2 fM;fMrMrt>f4rMfMfMfMirMfMiMirtiitjfsj IM ft - « w* *• »— IS ! ' ; ' : I-iMr-'lMNN^nO-lTiDlTEiir oo or 1 C- CH h- f^ »hi-h fM fM fM ft © 00 00 M> 4> IT r» a Mf ft © r, f»ftft|»tf^ftftfvj|sj(MM(M|M l/l | i i«ct,*o«'p«idiitc«to«to K'U» 1H| •-< IM ftJ f« f * < in ir ^ ewt- I fM n fM »V( fM f\ fM IN tw rt fM ■ in ci tO f- ir, pin c in o in c in c in c m « K CD 03 C o> c fM IT r- c fM IT f- u. 1 — *— »« f\ fM f\ (M tt UJ|U> ■a ax 1 1 ! i i ! i ! i i 516 Table VI-1. — Continued — * •JJ* — o r c pj © •e p- PJ © I m © p- ec © o o cooctoo C ■# © < or.* 00 -0 m -t\-t •£ m © ao c © © © © o c or o ■0 « iu • o o I cua m m p^ pi pg p ■*{* *!* •*]■* ■» « p- PJ X ►- a. U. It C X IS PJ PJ >S — Mti I r- Mf < m m PJ PJ Pg IV pg pj C P*^ p*j »-l© O-jm P- < e-|c Me dc p- PJ NM MM ^ *t c<0v &■ o?| op or PJ:Pg Pjj pg N if © IT « OHi"**! i » p- m i o o c ' PJ pg PJ I 0- * P- **i — r <#■ C; * o- or o hj •-< #-* it* oe'o- IM rN *- — 1 « O I* OC(0 I C(P- P- M M'f" l?lV cr- -- «■ • • • P-.O0C -* (V ^- tr- — or irJ* pj Pu: N Po MMf» p-. i*\m •e — to ot^er1 - I p- vfllir >- ,1 5 c c J P% •I PJ X »- -J o *• 111 & ° » 1« X r • • • « • © z • •- © X UJ O © — > B C IK © l« ISO ooooooco© IT ©llPi © _ •»;■♦ in * *i ■••■»• pj i * III II mlo p- > » • i pjj m < pj*J* ' I © oio qO • • * • * * o -e ©1-* po oc| o <5 ir I M,IM I © C i «lpj I =123221 •CO JW J3 I ©lo ' « • JJiP- ©|0 I *.PJ I • • # • « • • • • • • • « • • • • • 1 • 1 • • • oj • • « I • i « • - • • • • - • • • • • • « • • • • © IT O •*> o m c IT C m c m c in c m ■c C f- K OD 00 9 o- c PJ If p- e PJ IT p- » m* •■ -j p. pj p. pj ° oo O O oc o c © p. * < Jt © © • 1 • I • 1 • 1 • 1 • i • A • o oo 1 o c o c ©- e - o c e -J-1 * IT m ^ -» - •J PJ JJ p- < p- p- * « • 1 • 4 • 1 • < • 1 • i • 1 • ■r HI fT *j (S PJ p« -^ O 9. J)J»P-;0D00|»Jjf ! ! 1 ZPg|p«PJ<00Pjj}ClV 'DC?|©oeroiccocJ3 Z + J/*iP^P~«p>p^lp-i c j- f «• o u-, jr • •>•«!••)• IM pj| Pj n* pj pj| pj i I OPJ|pj"»©^p-jr. »■ >••»•«••!• i « v\ Q- 01 ^ oo, oo oo| P- p. in pjj pj p* m pj; pj '* ol m 9 • •• •'• X.»-'l»~»""-©©cJ© piff i»^m^FMP X,o © >- Ul 0- k- U_ uj «^ om ci>n air ^* «H pg P4 |»\] p-^ I 517 Table VI-1. — Continued UJ i at IM -0 iM O • *4 0* X a « ec o o I < o c o z O of IS i a. z I* 11 Q. z UJ I- I t- a. IK c UN > a > *4 (SI -* e 0> ig '7 'UJ I* o r • r ° ujio o ►«> . ©]« o < on "I o uj I UN © UN © UN C •» UC I I ooj— — o o u © oo o o o (NJ UJ — I I c r» f- OD •* O UN IT un©unoun©un© O lrj © I I %t- ^ u> u>i (m o- r>- Uf * «n m p* uj i- oooolocioolo 0'©OHO>'0*0

    -fM r*ccoooh O" 00 CO0D UJ (C o © • • o o IT UN =1 (\l IM CO UN UJ UN + od o!« 4?©4J oo a el© a© ON ON INI (NJ 0» On 0>| © —i ©!OOi^«-<|f-i«-«*-«(Nfl(Njm in ujl od eg! r- **- © o o-jun m on. o* ec! or oc (NJ; (M (NJ) (N) (NJ 2 C t- ir .< m — ol (NJ'CNI p !•« Lot KU 6.11- UJIUJ OjZ I UN UN • H • ' OOiOO (NljfNJ i • UJ;UN I •{ • Clc (tN lft\ OiUN *|<# Uf Uf (V (NJ, (M (Nli (Nl (NJ ♦ I* H!|«M O- •I • *i • « od oo a> f CNJ <\> 4- I J • in If* I I I -i C uNir, ujj — u>] h- mi 0* J • w * * * U> UN < («* («NJ -< I ^'U^UN' ^(*v^^K rv cnj (njJ ^4 cj © o- (NJ fN* IN (N| (NJ =-H| . I C?IO ! (NJlCM r-] (Ni (NJ| ON H UJ oj ir («v (nj .-• o I j I ©J(«N •»|uj On — > •' • *i • • * •4*1* (N*(NJ (NJI (NJ (NJ) (N| a1 ec I I UN. 0D (NjIfNJ ON 09) OD or f- i>J|>- •Cj^j o> i»|r- uj moo(«>l— UNlo-cu/r-ii ON ON C' I - * • i^i r- -"O n a|c aio C a er;oD roirj *NJ' in r-'iNj im: fy i I ; ! ! ov< o --■ O If O W i "it1'* if*, if- «© * Hh i «v ■I • n • Kh Mt>- Uj> (NJ, fVJ (Nl (Nj (O ©J UN © UN ol (m| u) a ?*.N JifOlf I »l O O, INI (Nj (NJ (V M ^j ©! UN © IT ©UN un; r- ©< (M u~ ^> •m •-* in n Mrj 13 i |W < 0D ! = — INI «■ u (N P\ o ~ (Nl (M a (Nl — UN • (M © ■© C m © IMO> im a> — J> — t m "< (M o in > Z UN -»• H i" I 12 i f-j uj. o © a' «9 1' . o © © ©|© o M INI. U> (Nl •* ^ I I I ll I I ;t i > o o ©i o ; 2 ' JS • UN O UN O UN © I (NJ (NJ I UJ -o I ©o UN C 00 0" (Nj|(*l 00) O © ON C I o o c> © o o o o a © o o c •j»»»«*»j»^»«»i -1 U) (NJ) UJ K k ui u> uj ou>(NjujoDOori4'lujoVufU/]ujo — ItM^flNJUN.^-UNtUN^OOO.jrNl^' UN © o- O o c ci u; UN C (NJ IT o •» O IV O V Ci IN UN © UN C I l» C (Nl I" ■ is z o> o>' o^ • M • CHOOO t - "1 — 1 r 0-1 on ol c m, uj © * • ••,♦•. *«i»«i ©|0<-4ixxi<->(vj|(V,(vjl 4 • . uj uil uj •I • • • (Njj|VJ(VJ'(Vi(VJ|V]lNJ(VJ o UJ — UNO ■ « • « • UJI UJ UN U- . (Nj IVI 14, IVI IMj IVI (M^ I !z 'i/i X a t- UJ Ol, IV- UJ Ul o z O*' 0* 0s- c ' (VI (VJ|(VJ Nl ©I UN 0|UN T i •JNftll n ad od * O-roIiroifi Q^aif' pirc^if*! x M •* n r" i**' «tv tf\ .en i^ in «t> (Tv ip I I IP© OO I t © o I t © o o e> IM IM OO * OO • «w o OO O ml 00 00 IM IM|IM IMJM IM in oIki o ip o I" * 4 it ir « IT IP IT IM fs.' IM IM 0> «V€0 OD p- p-|p- p- PJ MM PI IIS o'lA O • i IM IM * I" IT 4> • a PI PI IMPI •e o P»PI w> o o- o m-i o^ r^ • 4 • i • I • IM IM MM PJ IM IM IP P, *> C OD P- 4) MO»C PI «S I-" »" •e ip ♦ i» PJ P pi P. I IP ©In* O «n •- •* IN o ip H * ir» t* ** ip *!•* i or 13 !- I© 12 !S P»* ♦J IP NO — 0» — © 00 o z «" o I I IP O IP O IP «G MM I t> I I IM IM I I IM O I O IM I •M C I IP C IP C IP c IM IV I I IM IS I I eooccco**< NO IPOIPOIPCIPCIP ©e h- " 519 Table VI-1. — Continued s s o o o o CM CM NX NO 0> — « o K O « • Z O oo oo • • oo oo • • oo in o •-< CM oo oo o o • • O CM O O o o oo • • o o o o • • o o • • I I IT. O CI ••> o o e o o o • • o o CM O m o •# in CM o l — o I OO in O m -o oo o o o o in o •e r- o o o o o o o o c m o r- CO o o © o o o • • o e o o • • o c in o CD o o o o o o o • • o o m o o» o o o o o o o • • o o o o • • o o Z CM CM CM 3 «© i m mm CM CM CM m m CM CM m m CM CM • • CM CM m m CM CM m m CM CM • • CM CM m m CM CM m m CM CM m c * m 4) o • • CM CM m m CM CM m _ m o o o o o m m CM CM m o «c- •o « • • CM CM CM CM 1M CM o c oo o o oo •e CM CM CM CM m © m o o- o o 111 o X a. « 3 o r- > < (D & Z — « s « 3 z £ c* UJ l> X o TO X1 Uoi IM COi I I ICMC-! ,*M l ZM ^ O— * o o|co * • «J • « cm cm|cm cm in o m o m o oerxnn -< — m o m tf\ O ■* O CM • « • • •o o > < ■# CM X a o C CO o>o o occ olo o O* O>|0> C CT* CD CM CM|CM CM CM CM * * * *, ©It cd co r>- Oicm m IS CM x CM CM r» o •o m a co ©CO CM P- © CM -« CM CM CM 520 Table VI-1. — Continued 1/1 4» 111 Ul at -1 4 m Ul U. z O Ul a 19 K X a o. z « Ul 3 K S X « H in a. X Ul 1- e o Ul I >■ ac * z x 3 >■ u 8 o in ** me — IM •# u IM m UNN » o z — o X o < o o o • • o o o o z OO o mo — rg o o • • o o f- o o o o c IM © in o fs| l*l o o • • o © o © o © © o o © in o o o • • © o o © © © o o © o if. © * m o o • • OO po OO OO o o ■n O in Ul o o X ■* IM > « o IN IN IM IM IM IN IM IM IT Q O © oolo © IM IM] *-• — mNOVV im c lr- © o IZ 2 iS a z '►- . I ;> * in -J O UJ p4 <0 Of Ul! Zj-O o' — vi q-* 111 £'■"* I OB, : 1 1 INI I ! I i ( I o o > X o X o !• •!• • • - ! I IT* O IT O ■■« IM IM 1*1 OO • • o o IM © I ooooioo • •••!•• •- OiO o -> o OO • • IM IM © o • • o © © o • • o o in o © IM I o — I in © •t in o o • • © o O IM I © w I o o 9 • o o o o • • o ** oo • « O o o o • * o © m o im in in © r- © -. IM CD « • I •o r~ 0D -O ■e CO 43 ■o mo im in IM IM o « • • o « • • ■o m o o • • > « Ul o ©o III) X.a < all- ium olx 521 Table VI-1. — Continued me L ml mm H. O 111 «* 8 I 2 2 5 r • 3 Ml >■ 8 O — O • » — o 32°. «« o K O «« • CO oo • • o o • • mo »«CM oo • • oo oo oo oo ««MO» in o *m oo • • oo m o m « oo • • o o no M>t»- oo • • oo mo i- a O CM I »8 oo • « D Ci I I •* * m o » o oo I N I • CM CM O O IM m o • « MP «© CM CM OO <0 <0 IM (M CD OB • • •c MP «M IM MP <€> IM IM mom om oo - IM NHO 4 « IM «M Sin* oo *■* CM CM O 0- mp CM IM mo •*■ m * * CM CM m m CM IM IM CM *8 m m IM CM •c o CM IM mo ■* ■* CM IM ■e mp CM IM OO o IM CM «n m CM IM m « • « « mp mo co *> oo o men CM CM • ■ m m IM IM CM CM CM IM m o o> c ooo o o 58: mcM CM CM * m CM CM SS f e CM IM • • o om *»» JQS ik S z i i i — 4} •-IMP • • go i OCMO I « -t 30 OO • * • « D O •» O -i - :s mo o> o oo • • oo m IM ah to « « . O •" IM ICOOC ■» « ♦ m co m m o iMm IMCM •o m;k iuiiu o z m m o o CM CM OO * «rjm cm m co CM CM CD CO CM CM O O o o o»o O O CO IM CM •o m •* . • H • co eoice i m o m o m _ rtHNNICl r» as CM CM co co IM CM IM IM CM CM m o * m mS •n m o m m m it o o o c IM IM CM CM CM IM CM 0> • • CO •>• IM IM IM CM f» C>- IM IM CM CM CM CM — c r- r- CM CM m o CO o> IM CM « o o o X z o w o z — o < o X o < • X o • » o co » O o o • • © o ITS O eg ce, o o • • eg O o o CD O 41 O © © * 47 © o eg IT. O g> m o © • • -»© o o • • o o w 43 CD © ■o gj> I in o eg tr. eg eg ■c eg • • m in 4) eg • • > eg UJ • o o x pg «/> a © UJ i- UJ X m m p- in gj « © a • • -g in eg eg ff> *g 43 p- eg pg •o 43 a> cp pg pg m © e4 •gpg OO -o 43 o o pg pg m © eg pg pg pi o o g) g] •0 * • • CO CD pg eg O 4) O- CD pg pg * gf CP f> eg eg m © pg pi pg eg O O 43 -0 O P- • • CO P- pg pg m © CD CO pg eg co m CO CD eg pg m e fl 4t IP. fl o o 4) 4] p-i fn • • p- p- pg pg CO 43 p- P- pg pg m pg cs go pg pg m © * m pi pg © o 43 41 pg pg • • p- p- pg pg m ♦ p- p- pg pg eg CD CO p- pg pg m 8 pg pg O © 4} 4) e> CO • • P- 4} pg pg pg eg P- p- pg pg ■c ■*■ p- p- pg pg m © 43 p- e4 *-* OO 4) 43 P- P- • ■ 43 4) eg pg CP CO 43 43 pg pg pg pg p- p- pg pg «n o P- CD eH w* o o 43 43 * PI • « 43 43 eg pg 4) in 43 43 pg pg Ce CD 43 4> pg pg m © CD p pg eg O O 43 43 pg ** • « 43 43 pg rg .» eg 43 43 pg pg P- 43 43 43 pg pg m o a o e4 •-• 4f OO 43 43 pt CD • • m m rg pg 4/ * in * pg pg 4} CO m * pg pg m © pg m eg eg O © 43 m • • pg © pg pg p- pg pg -h eg pg — CD eg pg m © P- © e4 P4 m pg © O + * 43 CD • • 0- CD eg eg o o O O pg eg • • O «> P4 eg PgS pg pg 1 1 I© UJ il II X II m m o pg Ce r< co pg P- pg 4> eg m — pg * >-> pg m o, uj eg rg o eg pg o -g + -• pi -.. • ♦ • • x O • ••••• • I • • » • • « I m o -< eg o © o o • •< • • o o© o o o o o o o ©o o o o o o o © o m o rg re. O O o o o © © — o o o * ■n o o o • • o © © o o o 41 O o o O rg © O OS 4T m o m 43 o o 43 43 ui o m o 4) r- © o Cp CD in o CD 0* m o o o o o • • © pg u-v o m o p- © eg m ^ pj pg pg * » o f. » « • «•••• eg •» ■* cr pg iei « • • 4/4Hcei43jm4>p-|4)' COOOCCVJOOCXN X 43 3 X co > « as X o pg UJ UJ O'X pg pg o © CD CD rg eg rg rg • • © o eg eg • « © O CD CO eg rg pg pg pg rg 0> o» rg pj * m • • OO CO CD pg rg 43 43 • • OO pg pg m © pi * pg eg m O ■* m 43 4} © o r- 43 pg rg co r- pg pg CD CD pg pg m o m « 43 43 pg pg 43 43 rg eg 43 4/lf p- H« pg rglrg pg P- p-lp- «n il CD CD i;pg rg in © 43 P- m © p. CD 43 43 pg p« P- 43 eg r, CD p- pg pj CO 0" PJ PJ • « o o 43 43 eg eg * P- © 43 CO 43 P- 43 pg pg in o 9- C • • o o gf fi eg eg eg e«j eg rj re. p*. m pg Pj pg m © m p- © pg p- m 43 — © i rg pgleg . ■t 43 CP f> 523 Table VI-1. — Continued no NIP N* im ■» tf> o oo • • ♦ •M OO • • * IM O O • • * IM in O m -e O O • • OO • • O o o • • * o o o • • * o o o • • * o in o oo o> o o • • •» o o o • • •«• o > o UJ • oo v> 3 X X O" > • cm « • X » •M VI « O UJ s X oo • • oo e • 9«9«Sin -9NMIM1MNNNN* I I 9000000000000 I t I I NO I oooooooooooooooo >o oo looo ooo oo enift" 5m *^ e««n>«>< «NNO *M Ul VI z > < « III & X DM o«» ■4 pd om MM am ?5 in in * * OKI ss ?s 8S o in * p» 8S MM ft ft *£ MM i ± i ",r %u » L UIMM O f M • Mil X ►• • o. Ul o lit > f» -o T ©in OO I oo oo o I I • » • • mm nm r *»n m ooo oo oooo oo oo oo oo • • SnOn oooo w I o m OO • • st; oo Si oo MMO« * MWO 8£ MM Ul o § X H > m Ul Ul X — 1 p4 •*o MM 0« OO Oirt pft ft4 O — MM sin mm *5 om sin ft4«* SS oo ss a* ft* ft- <• Of in^ SS MM HtM o« MM 525 Table VI-1. — Continued U> CM u UJ cm IM o uj o X a. < 3 o 5 UJ X >• X o o o ac X — h -«• a a. > a. z ui kn ♦ x o > Ui & X I ac ac ui > O UI O — > o < ac (9 O O I oo o o o o IN IM I I om CM IM o e oo in m oi oo oo o o IM M m r» o> m oo ■*> OD o m o o o o o CM ■o -e o o ■r o iM cm I en cm * in oo O CM o m a> od OO O IM o o SO « om 0» 0> oo NO o o o o O CM OO IM 4> 0> o «o oo « 4- SIC o» m m o m -o r» 4> o • oo > Ui o i/i 3 Z Z X o > < te» X ac >- UJ Ok. >- Ui Ui O X •O 41 mt — 4 oo 0> 0> CM (M o m in en in w* CM IM o m — #4 -*o •40 en od g> OD OD ♦ IM (M om * * cn r- o o * en IM CM o m m in Of NI- LS0 m cm CM »M om ■O 41 4> r>- CM o CO 00 0» -0 a> i- •4 -O CM CM om O r» O o ♦ CM ♦ CM O cn mt »4 o m m r- m» ** CM » O •* m* mt 0 4) o o 4» CM ft < CO 0D *m om mc- IMCM :c JM«0 o cM'cn UJ cm 'in (M — m i : * Of I lil z —;-o o —VI t- -^4> a. x -*. Hi UJ ,»• •*> IM IX Ui 1° > 3 z x"; U • •!••!• UI o '— > o < O m o m ocm I o m CM CM 0«M I OO CM ♦ oooo oo o o o o OCM CM * CM cm o -• o I » • » » » I I I ! ! I I O m o m men * * 0 o» OO OO'O o o o ■r cm o * jo -r -4 ^ ^ (M oo O IM o m cm om CO 0D oo CM * oo o « OO •o o •r o en cm om » o» oo 00 go IM « cm cn o o •r od o o CM 4) <0 CM m o> CM O o> m •MO OO m — cn»< > UJ o X * X IA X oc - UJ it c O X o o m « IM CM CM CM oo 00 ■r -r CM IM CM CM ■C -0 IM CM om oo oo «r» CM CM CM IM * -c CM CM CM CM « « CM CM om o o o o r» od CM IM CM CM ■r -r CM CM CM CM 4) 4> CM (M O m CM CM OO oo 00 0> CM IM CM CM * 4" CM CM CM — 4> 4) CM CM O m m cn 0» 0» o o Oo CM CM CMIM CM CM r* ~* •O 4> CM IM 5? 0> 4) o o O CO CM CM CM CM * en CM CM O OD 4> -r CM IM O m m m CO o o — 00 OD m en nj •* IM CM en rg CM CM r- cm * * CM CM o m 4> 4> — m — mi i- ■* O 0* CM — IM "< CM CM O CO * en CM CM o m e>- r» r» od mt mt r- 4> o o IM CM en co en cm CM IM o m CO OD CM "< CM CM 4> O m m ** *4 g» co CM CD CM — IM IM o m 0" 0» en ♦ IM IM * o> 4> en co r> m* —• 41 -< CM CM om 0- p4 4" CO njr- oo» CM om mr- •o m oo CM«D r- 4) t» e- 4> cn om OCM o o mi f» mt t- mt St rM 526 Table VI-1.-- Continued cmIo» — cm # 1* IM ftttM O Ul <1 X a < ui X 4 ao u o o o at ui ac a x 3 ac ui > O m • at X > a, X UI h- X (9 > • • » • ,* m > i ! m • i om IM CM * -o oo N as » I o m fM IM OfM (M BOPif O O OO IM * I I ■> o oo b o o> o o o •» im o oo it * o --I — • -* ^ «i ** «* x ac 1*1 ft P4 — I ■0 « IM«M O O 0) IM IM om r-4 »4 in in •o it a> oo IM IM om IM IM r» o "*IM CO CO B» « N IM o m i*i ct IM IM ■o m in * o It r» « cm cm ?5 im m * 0» « m IM IM om it in IM IM IM IM -O IM »» * in m fM IM O m r» r- r» cr. IMIM o» f~ CM Q in * IM IM o m a> oo — * it it ffl It r» it * * IM IM om 9> » * 1 1 i ! ac > ii j CO r" 2 ul o M > o < i o -r I o m •MO I O OOO O >M om IM IM IM * I I : • m • i i L.L oooooooooooooo MIM I I O IM IM It OO o o o o O m o m 4> o> oo om ON oo ■O IM OO om • •a NO om Ul o 3 Z Z M (.9 > K X X 0C 1- Ul O X o o o> 00 00 IM CM om IM IM IMCM oo m CM CM O m it it •o ■o CM IM O m * * IM «4 m + CM CM O m m m -o m CM CM om •o o -4 r* ■# It m * IM CM om — CM It It ♦ * IM IM om CO CD CM CM It It It CM CM IM CMIM It It CM CM CMIM om ON CM It CM -« CM»< CM CM o-« it it Of oco CM»« 527 Table VI-1. — Continued S-t |-" I IN I * • 1 » • 0 • • • » • ■> • • • • • • > • • » • » • » >. • • • * • • A • • • • • * • • • • «t • • • • • • • X • • • • • * • • • • • • • 9 • • f • • • • • • • • «• • • • e • • • • • • t\ • • • * • • • • • • • • • * • • • • ■4 • • • 0 • * • • ♦ ■ • • • • P» • • • C • • • « • » • •t • M • ■4 • a • *> • i • M • 1 0 mm S3 0 m 0IA om O 0 o "> om om p-* m* M IV m m * ■ i 1 g M 0O oo oo OO oo oo oo oo oo oo oo M* MO OM < T" H •* 1 Hi M s s > « B»m V- » Mm *m »im Nn "•O » • r- < « m m * MO • m • M MM N X m«« om Km •>• MM X •>• mm P4«4 ♦ « mm MM SS mm #4 P4 M"« MM ss > »M MM MM SHI mm MM •>• NM ♦ M MM • f- MM SS — o MM (• X m « HI & X MM 83 ■tin MM om MM s M 528 Table VI-1. — Continued »•< n > i» * »•-•••• • 3 BO » • • • ?T so 9* so I I DOtoO • • BO oo !* oo s: BO N I • • om oo OM oo » o ss oo s: oo oo ss UJ m I * > < X I C i- yi ax -o Bin p4 p4 om BO run ?5 om MM 3S OM OM • • ?S §s S£ O *• S£ i !• u o ft • r- oo NO O V oo •O 4> OM O O X v> z at »- IU 0. h> m iw O X IX IV OO om i4p4 O O «* *4 *4 «4 OM m m — o ?M •4 O -1 o OM « 41 OO OM *4 «4 — IM IX IX ixo — o *« 8? OM O MOM i ! O M • •> OM 0» 0» O M 529 - Table VI-1. — Continued o Ui 13 a. m x ■ u a o o « u. 3 o O «i a. X > o x .;„ ■r om #o i oo eo oo oo oo oo O CM ?! OO CM ocm m o z X CK NO O m m «4 o m O *» p m «v cm nn r»m om oo 8S oo 35 oo ©m c»r» om • • ss ss o o ss §s s o V X ! «h I m|o | «vJo» | ^ K* MM ,19 UI in' I «Mi»* , »CMIO o •< m ui u — > o « I ! ! I I I I i * • » • , * » ©* oo oo i onom — — CM CMb»l DO I I OO OO OO cm cm •MM r» im imct * m oo oo o o « o • P • • • • • • m • • mom m # ■# NNiyO>IOHriMN oo

    O 0»x cm cm cm CM on o m rv CM CM >M om© m CM IM s O m CM CM o m CM IM om ?! SS om 0«M 8S 530 Table VI-1. — Continued (MO • • • oo • • ■oo IM — I I NO •O o o o o o • • • • O O M •* I I oo ON o o •6 OD mo mo o o oo • •! • • ©e oo o o im 4 o o * IM in o o o • • o o in o o- en o o • • © o o o * CO O CM o c MNHN o o • « o o •it? in o cm in cm im • • CM CM •* O s~ It JC NNNN > « O IU £ m im in o ;l o _; 1 1 I i #i * WO - > o<< © O O O © • •! • • • • l m o m o ♦ mm -c oo o o « • • • O IMIO IM III ** t-4 ^4 »* CM *< o -» o •o'oo o en iMien mw im © r- en im'cm cm .1 en CM IM • | •» ' #! in c m o m © op »■ I I; I I NO I oo'oooooo ■e c * « •» o en *,+ ey im im I 1 o o o oo o m o m o m o •♦ o •e o im m «D O I o oo oo © O 00 o 4 C CD — C Cn en!eM IMiCM IM NlMjNNNIM frtNH 00 m — x. a i o. I- m r- c oio er tf ff ff OOff IM Im|— O CPO CM IM|IM IM Cv' IM m o m om o r*iHIMIMn •O — *^ <-l «M IM i- o ir » IM IM CM IM CM IM mom o m c m * ■♦ m m «9 m o:m o « f- r- © o r me Ngj no «\ — IM * rg pi UJ (M IM O INH • NO ►- p- cr- uj — i ao z -< « o — in p» a. r — ml "J t- — IM- X H- p4> O a.! iui o- O > r- r1 S! o r I im I . • • • • • • • • t • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 1 • « • • i • • • • * • i • • • i« • • • • • • • • • • • • • • », • • • • • I* • • i • • • • • • • | 1 • • • • • i • • i • • | • • • • • • • • • | • i • 1 • • • • • i • | • • 1 • 1 • • 1 • ! • • I • • i • i • 1 o m om o in o in o in o in o in o in © m © m © m o m © m © m — 1 p-4 IM i rg m m ■* *■ in m g> •O P» f» CO to o> C"> o 4>4 im m ~4 «-» r- o ~> IM im m IM IM IM o 1 c o,o o e O o o c o oe © © o © o © oo O CD ■o rg O O OD z • • ■> • • • • • • • • • • • • • • • « • • • « • « 4 • • — © o o© IN •o m i» ■# m m O * p* -1 rg'PI —) 1 ill 1 o ~* •t ■# m m en m m rg IM IM im m m * ft * •» ■# •* m m K © I o 1 O o!o o o o o o © o o o o© ©o o o OO ©CD •c o CD -O 00 O IM,-* O od rg •o © co rsi rg © -0 CD •» IM OD <0 4) a> or co r- od co m ♦ IM p-t 1 -• IM -< M * * IM IM 1 m m —4 P-4 p-» p-4 '"" pi IM •-4 I1 |> — O (M o» p- m * m fn m * ♦ ■» •» m im irj gf- ♦] m m IjT -o O iTt m r\ rg * f» O -4 ♦ m ■ o- cc od i*- * in] tr\ r* © «L • • ••••• • •' • « • • • ••••• • • < o o t o ©io c © o © o 0> 0» Cr (J IT Cf O1 C flDr^ •o in » m in mm m'm m in r © in go o- r m m m m m ! m m ir in m m m in tr ir> i/ v -4- «r 1*1 fM IM •-• © 0" r- « m nj in X a o cm im rv fM.iM nj ro rg rg nj cm r.j C cm in r- a f- v4 *=-« <— • »g rg rg rg IM Uj uj o z s |z s i £ IX > iX p 15 IS I 1 1 >- ii u. I> !© o ,z mo I "-H"1 °! mi a. z| Ol >! o UJ • i© -g p "o Z ;0 O S gj rg 'no X cc o f-UJ a r- uj uj o z 0 op ©!© • »' • *i • rg gr rg rg gt p- *g;^g I ; I 1 I II m m tfl mjcn g> m a- co r>lr> co o o Io © o © • • • • • rg © © o O IT f-g'IM ^gjrg < • • • •, • © _y, ^<>4, *g pg.gj c- rg I cu g)!m j j i o r-;r- r-;« ■ • •> • •: • cr cc |og co a i cd rg gj m «-• O im im ;«-4 «-i *-i < rg ni rg rg rg t « r-|* o,rg g? -c jj g5 m im rglrg im im rg m ice o ■ • • * ■ oo o oolo o • • • • o org co m o m o O © rg in I oo|o q O m 4/-, • ■ a a co W V *> f- *■ IM cc r» f- r- HpIHH cd r-«e r-!m cm • • • • i o© i rg'ru o © o rg rg rg ^ pn — m cc -t • ••••• g> •■* milM IM rg rg igN« rg in C in oiir- o m gj gj m m gj> cr o o- or> cd co o —; o © o e © o © o rg im p-4 © cr o IM IM IM IMI 4-4 w* Odd 4} ■ •! • • © 0* 1 0* V ^p- IV.' PJ *- p-, p- PH o> - r- co cd ♦ • • « I CO CO I CO •o W* P-l P* P- p- ao gj m 4 4*4 r- g>« gj ©oo m m 4 4 4 4 0* cd| co r* p- p« p- p-t m o c © o CD • • m en 4 • rg •*!© ao IM 4*1© ■X P» 4-4 rg go m ao 4)flH r- * • • c i © i 532 Table VI-1. — Continued mo] 1M O ;n«! > r- a * T UJ m t- •f z o or 13 >! " < o rl UJ'O o "> > • a « o i s * o in Oim o — -i (N • i • • •" OK m u- • o — © ©I© o «o a? © * in m.m cm fn CM.IM IM m o cm m o © CM O ■o o eo cm •# o ! i ! r * J. m o m * — I I I- o o o • • IM *0 in © •# m in o in -c o ©■© © N4iOO I IM 00 o o •CO m irv « <0 in in • !• • • I i J.T- 1 V i i ircinoitf) o •C iWt*" CD O ^ O O © O.O O © ©<© « C " o n c < I I (M — —■ ©■ 0D CD r- «;<> m:m m m ©'in o m o l» o IM ># I • * O «M!«0 H1** rglrg m ' CM •#!* * ocoooooo!o !x en * c Ci or IM «*j*4 O o o > • l« in IM :x co :« * lao Ui UJ cr cp f- *o IM IM IM IM IM IM I I m o i* * 1 «Vf OCT I *j — p* IM ** ■-• J« C 0" I 4) 4143 M} 4) «> r- m «h co'r- i lll'fn im;im c IM IM:IM IM IM t-4 m o: m o m © « »>;•«■ co a> e> >4HHNIJJh IM CCim CD * ml n f> en e ; 7 r- r-.i>» o m CMi»»«n OtiM in ~ o ° z 32 m©|m IM «p r>. 1*1 O CM0» IN 4)1 rem' »i — in c •" o o e > • < o KO < • z o I i • •i. •. i o o • • •* o CM irt O cl. i I o> m O O O ■* in co I I * Of — O ©o «b in IM -O O IM IM m o e» © m o m _ im m r» © o oo e o co * • « • O ClOO IM 'S4 O OO * IM ■O © IM >o I i m I © •* CD . . . o o'o OfMIMmfh>CDOv0^j*riO|OOsC>>0>OkOO>CDOxCO|aD I 2 1 :\ I DC O i-lui a i- UiiUJ Ol* o -o m* IM IM ' ^5 *o O in in I CM;IM IMIlM IM i ! IM IM IM IM ,»" CD ( o'O Cr i m'fn |M , om o I IM,IM fri ♦ mlfniMjfM im IM IM IM IM1IM IM m Of^ * CM CD • •••!•• 0- cor- «D|CC r» * *im m;iM im IM IM IM IMlIM IM •o m.cM Mm * C-tJ- C CCJCD CD IM IMlIM IM IM IM m om om o o ■* ■* m n\« • »j • • »» •"!»• pi© O IM IM|IM IM IM CM :dr ehr- r- r- « CM CM CM CM CM ~ m olm o « r-'r- co CD o- I IN- CM I l» 49 JO> I CMj>* • I o- o o> o • m • • MfO* I Nrt H**-(f- ****** > « « P CMiCM MO m en CM CM o m o m © m X •-• M » CM CM B • Oi© •1© " CM m IM CM l«Mf» I CM* CM 533 Table VI-1. — Continued > Z 3 o 111 o u ►- X & a. z < Ul s o z X IX H- Ul a X Ul ^ o >■ X l/l ►- > < a a. z S Ul o z z •— z z o oc o u. > — < III K ex .4 3 Z cm * • « o x o < z o I* o o oo -• *« I I ■* o •o m ■o >» 0- in o © o o o o ■» CM •e ■*■ o o o o o © ■«■ o in o m o o o IMO -0 CM 1M CM m o 4) - I MO o e ■O CSJ •1- m o » o in o cm m eceN*N o o m o f- o ■M CM in o cm m CM CM z cr- am z e e > en VI a o ui t z m m en en m© c • «o m m en cm CM CM CM CM m O in ♦ mo * in in © « f- r-f- CM CM CD C- CM CM in © CM CO r- .c CM CM in © CM CF* ■c in CM CM in © r« © — CM CM CM CM © * CM -" CM »»»»■ CM CM in en o m » CM CO CMe»- CM 4) in ' -c r- ■o f-j*> * « en o o o o o o o ■* o oio * in mm m -4- * m o c o CM CM N I — f> mo o o o o •c o CO * en en ■C CM en cm m o mo o o o CM I ■e m ■o m m o cm m o«m o o m CM ** m o r- o ~* CM * CM o m o cm m CM CM (0 CO © © CM O •*■ en > in ui • o o O o © o — — ■ — cmIcm cm en en m m CM CM is * > • m m e- en en m m CM CM en en m m CM CM en en cm ** m m m m CM CM CM CM O »0 en « ■O cxiO en • • • • 0* O"' \9" CD mo en •» CM CM CM CM CM CM CM CM © O m m CM CM m oim o ■♦ m m o •4- * CM CM CM •* m c cm m CM CM CM CM o««< • • • • icinmO mo r-o HP4HNNN m o cm m 534 Table VI-1. — Continued en CM * NO — 43 •MIA — * — O z o x X © t • • • • » •n ©im o •*|»4 CM oo o c 43 43 © OO I I — m r»|«* •# m o cm m cm m «-> 4> 4*;m * m olm o m o 43 r» r~ CD go o» O O O O O OO CO 43 n#4)> O OIIM * * o>;* o>i* © 0 0^9 ©' m CI ©e» © o:© © CM ©I CM CM) CM 4/ «D -fi-f ■* O -» m o|m o ■Ml I o> 43 m cm O CD — 43 cm im © cm 43 43lm p* CD 4f O ' ©»o o I CM CM CM O «M o — c 43 m m 43 •» l41> * CM CM CM CM CM CM i * ** a co **- (9 IM > X re l o. »- itj ;iaj o I eg — « ©|43 43 * ■»,* 4»-:m m IM IM!CM CM1IM INJ f-4 m — imicd ir\ 43 IM r- n- r- 4> «|<0 m IM IM IM CM CM IM O O* C OlO1 CT ID CD. CD 00,00 CD IM IM IM IM'lM IM m © «r> © m o * -» in w o ♦ Im mien «4 CM1 CM CMICM CM C Ntt CMC l> • (M nj O o 0s i mm mim im I CM IM IM IM IM I 4j» Cf 43j* IM ' O CO CO CO CD m co m co'im «> i - © *4 p4 fM pM CM o -» O cr IM 1-4 » © O rt O gs >oc 3 at a j> *-> O 'C r mo |two> [iMCD jn» m — |IM*| CM It u>l ui.nc ni O CM «• m • pi o UIM CD * Om mi !•< ♦! EH m X I- I °- UJ o X' si : wl > < X • * !• • I I i z UJ o •" > sj is 1 • •' • • i o m o m o P4 *-• CM|IM m 0 o •"■ (M 1 I CM CMi*4 -* I I I I -" m,m as -c o © © I -< o © o III OO'OOO o 00 COllM -t © « I*. i ©tin ©im © i •* ~r mim * m © (M « I I * gfll* im l l I I l o o:o oioo • •••!•• CO CO 49 •# O <» *g im i-ginj mim m g> m © o ©o m o m o SCDOC o m «« m * © memo e> o|im m l> CM lUi • P •» 'Z »< •M rg1— CIO i ** »*) Lrt i-g;C • o> a » p< *riw o " 4J|in 4>:0D * mm imIi-i o o m ♦im m|iM im im m^m m: 43 49 e> o CO 4? + 43 43 43 O 43 • • * m O coim ♦,♦ m cm m m m >Z as IP* • T cmiAJ cm'cm im m IM IM CM.CM CM. CM ,0 43 !> • 43 r-.a. w — «-|m cm1* * © * mi* im'im I 4}- m CM -m* © IM CM CM CM CM C' C O i 4J 43 I CM IM 4>il1 M> 4' 4/ CM IM CM.IM CM m ei>;CM CM im!cm 'xmenmmmmm 4] •••!••••- :x « cr co.m or od oc od CM ;IM CM IM CM IM CM ,ev m X or © ,m c m c m © |m i- uj ^-fgcMCMmim o. »- UJ UJ ox I m mim m cm cm i4t m m 43 43 m •I • ao oo ^glf-J^J ^g*4-»^^«^fH od CM.r*- m cr m CM «-* ' CM'IM I CM CM IM CMICM CM IM CM CM m c m i 43 r» f i l rg IM or od 43i m m I CM CM CMl CM C\ I i C m © m e • c cm m r- c •»g *g «■« *g r CM I IM^g- CM © CM CM m c cm m CM CM 535 Table VI-1. — Continued & Ml l» X a «* i I ui X »- i ©• § > > * 8 «VJ«I « o 5°. * O «n oup o oo oo • • PI * 3© oo IP Q T? oo oo • • 43 * ss oo • • • o IP© oo ?7 "8 e o oo • • * PI * p- 0c IP O o- o oo o eg IP COOOOIM04TIM • «•••! •«• *4HrtMUN r- o IP IM IM IT IT IM IM «r«c IM IT IP IM 4} 49 • I ♦ m PIPI «M ip p- p im w r» — •- — IM IM (M) IM P- * man •n ©ip a mo IMO> IM* IP 4> «Mm o UiiPIPI o! *» • IM© »- -. e* Z wCj 49 O •* IP •r* X;x m I ■'-« IM Ul — o .'!. o M O 19 O > < o X © « • X © ! I IP O IP O IP o « 00 I I IP — o o o © CD 43 IP ©!

    ip ip 43 o 43 — I I IM IM I I o oo O 45 4> O© • • 43 PI O O © O oo o o o olo o o o 4)- 43 O © • • 4? •* © O • • 0C IM IP O 43 P- I © © IM IM I I * IM 4> 43 — *4llM IP IP o CO e* est o I 43 4J- IP o o> c IP O >P © (MPNO _< — * — < (M IM •» CD ,» • • 43 43 > 4> Hi • a i" V 43 IP IO ©O © IMilM IM IM Pi PI M;IM IM X a i ■U Ul o z IM CD — O CD or Oo 43 4J- 4t 4? o o o o * •* * * 1?l &\ lf\ rt •I • ip'ip IM PI © IP w Pl.Pi fn o o i« m OO Oo o- c IM IMjIM PI \mi ^4 O o>;co * © 43 «cr ip'm mm pi IM PJJPJ PljPI PI IP IP IP IP IP IP PI IM PI IM PI IM IP © IP o 43 f-lh- CD IP © cd a © OlO o> m IP m PI p> 4)lm co o* o^ tT I* PI « IM IM « O IM IM IP ©IP o O OIP! IP OO 00 IM PI m im IM IM IP o r- o — IM OP CD IM IM O O- P»r< IP O IP IM IP P" IM IM IM 536 Table VI-1. — Continued m» u w w o t- *o» m *• « x - * e -« d o n m >o * -4 • 4 ► 0» »im no KIN OX n in r o -IM • • MM no - nj ■4 X AN * * BO M «M • • Mn M «M no Mtn — -« *•» •> m »o M«M • • H fW n Q n* M -4 * ni ft m 90 MIM • • n in MM no nn D O So* mm DO ■4 -- IMN • » •» N MIM R8 D O o m M «M DO t* -4 m iw • • M IM UN n o or- d a m ♦ N -4 ■4 -4 V r- •4 44 4 • MO IMIM n o im tn ■4 -• 44 44 4*0 « » -4-4 • • 0» • P4P4 ItO k5 -IM IMO »#n • •• m -4 MM D M D ■4 • N ■4, • u 111 4J ( •t O 4J| I- o. • I • » 9 o « — ^ o » • ■ o «o « • BO I I onononoit 9IM » 4> MIM M -4 9 *\ — H> O >o • I 9 09090 30 9090 90 JO 90 SO IO 90 90 90 o no no ♦ t m n * 4 «0 0 4> M 4f • «4 I 90 ■4 -4 W O I I no no or» MIM l i DO M I DODO no a o» l i ■4*4 * im M«n nm no *■ o DO DO DO MO I no n o >- o DO HIM • a h Mm «- M M M o-r r o t * >l> n in • • 41 44 • • r * m ni n e #4 « » ■4 P4 4 • M■ ■ OO * in r* •* r o» m *4 • 4 MM M IM no • » o — in in P4 -* -i 44 • 4 — — MIM no ho •4 •4 44 IM ♦ » 4J -4-4 • 4 4» M>4 Rg 44 44 MO *.* m * ■•44 4 4 p4 44 no »o MN DO n m H»N •4 44 4 4 m* 4« -4 no win M M 537 Table VI-1. — Continued s p •« j c: at*: (9 ' IU(MN °N~ "" L • NO I- i- » • l/» I I. Ul H • I. * i I* iu . z •-• r- 1. K *!• I ! cm I I ks Ul Is o "~ o r i i i i K* • i i i i > in o In o IHINI^CI 3 IT * O I I -J- -J- o -o •J *-« o — » i I N I i 11 lo «o m m i ! 3 o b o o o O * CM » in p NM4 O rvi w cm i ! L P • • n © In o in o •» * * m in .c nomomotnomoin okn on cm^m 1 o in m r- im cm pOOOpOOOOOC>OOO-0o in »r-o-r ... .;• . • • . • ■.p4l.i4w». ■* »* cm cm I ! P O O O 300000 -— I I ,1 I I I I - I -it II! II. i I : • • | • •:• . . . . • . .'• . . • • cm eg tf\ m ,*> m •♦ h|dhh I , **jd in o . I . . a * W» «*) ci JOKlMB* L o«oioc(stoo ■4*-4(Mrg]fMm|rM4t>4»4 fM 5 u» X a *- Iu IU Ui O X i cm C CD PO P- » r- b m ■m -* o -o n m in ** i » o h r- n * - ■» in — * •*- t c« f< cm cm cm i 1 *t CM (M •« M IM * ** ff * ^ w ^ t*> Hi H*l 1^ HI NJ~4p-l»4*<<**L*«.<\Jf**«*OkS-*ln c«omwm-o«*nr>« r~ <«^h VifjrgfMrjNrjNW^ — ^^ i ^OM^D-O^O'-^O-^b COL 4- -« •* k » w in f\ *0 (ft *-• r-« -* 1 l^(roi(7'C-eDr>«in o ; onor-eoa>o^o>oniin|h-o>MU>r~ p4rtH^4NNNIM boucoobo<»*«f» ooopooo(30ooboboocoooo't>r>i<*<»oooD*a9r-«« MmfM»4f4»*|M.-.**rM-4»-4j(M*4 D OO ... o ■& 0 **- «^)«(P'tm(M.N — o if u> h *-* fNJ n m — p CO |u O CM I X a t- Ul O K CM tM r"*»*>mrnfn*»Jif\j(\j(M (sirNj UJ W 00 1 < i-tr- i UJ | z ■-> -o I UJ Q IN ' ° j 0" i CD i r-! •I "> i u > ! < i • • • • • • • •t i i • • • » • i L.r L- «-»»-iiMKimf»r»«#,.v|'U\ift i i j I tn © vn o a*. ' o|ro^omoir0^0 n O M CM IM O 3COOPOpOOOCODOCOOObOO^ftMI>a> Til i uj L? C > -0 -f P" m Cr *i -£> cr- r<-> -y i a ^ooooo :> o p o b < • ••••♦••••♦♦ O ^ n ir ii> n i I |l — I D O M MOMJ^O » \r ** *• ro SO rsj i*i *m «r M* (•> • • • • • • • I * • • • I • • *T laisdrgryrglrg^'SDaDO-O :t •I. I fn Lm • • • B — t" N«0 N^ NV4 Nin -N* o N l« O UJ N N a N — m •NO UJ — 00 or < •< r- uj z f- * CJ -< in a. > I f m UJ X ►- <-i o a. i uj cr O 00 > ! •"■ a. ! jo X uj u> 1 <\J o > »4 « r> »c < — * X i 1 » * » • • * > • I : • , ! I ' I r.i ! v. * • ! • * I • • i I i • HHNNifljn J/*m|n o iroiAouvo|n u:. r- K ao o» »■ o o * «^ i- oO i1 IT > ©J- aoooooooooopooooo • ••••'•••••• ^cn9)*C00NNNONO I I I I I I I I I O kNO ON m •4WV4 | D00000|00i(4 • ••••••••• booooo|«obH i F ;• < O «M tCh-t-4 m m m »n in ♦ ia h# tA f# «e i KOr/OOOC'OOOCiOOOOOOOC'C'OOVJO k n o in MNN N Ki i -O )-• i in -r 1- > o 1/) 1 D O O p* r^ IM MOirp(rii|nfrMmr«)rflm^«ri«i>n 1 n -» k^ j 1 «0 •« ■* »*^ f- CJ ■* f* r*> <© c «» n r* bo c in ao i> €*» a m t* o tO IT Q I N N 1 fn o» •# o od f*- f' m ^ csj -^ *-i — o cc ce cr O o o p M fsj IM «\J IM •»•» j » fc cd r- r- 4p4H*4Hp< S2C j£ in n •> to ^ © m -« o im cd »n m -4f>r-^>^-*riMf-4«Mm N N ■* r^ Ml | IM MMNNNN 1 M IM IM IM IM tM >iy<7,o>cyo>J^'Cr in •row 1 s*. C JiMlM N — N N o a If IM *- r^ r-omoiT'OtrOmamo H H N |S| m ^ 41 •(>« w\ « ! i £po>h>0D«>irV7>O4MlA ■ — ^- »- IT O r- o ■-4 N in a in Nlfh N NJN O X i i ! i i 1 E i 1 pcM^rsirsjm^^intA^^riiMiMiM^ooOlcrchfloaDfiDr*- >• «|n c c t; ?" OK«y>tfi« ■ d r- !# ■» N P4 zaoco«oiM«c)iM«r •c«roo^>lAiM«tiMcc «r l"00»HN n m ^ r40,'ri>'>»'»^>iM«M»-i^»>-«c>OOo«7' IMIMIMIMIM|MIMIMIMIMIMIMIMIMIMIMIMIM*4 cr cr co r~ *o m » «" N ^- •— •— K^^o^tMrntrirt-AoercDBcr-lnooirvt-*^ XrtHH«MOO>OKh«>0JfMIMIMIMIMIMIMIMIMIMIMIM ZQCC(AOtTOtACinO«jAO(AOIAOIAOir£» *i "< r- Op**- tr O^- N IM C O CD P» NMMp*r4H m m in ■- -• ** in o m o m o xr- on m K o •«»•«••< N mom im m r- NNM ox j 539 Table VI-1. — Continued I o w p i I B IU i u o o IU Of X I Li «( 8 o r° Mi*1 j Ml 111 «« CO ! Z •* * O MIA >- — O a. © Ul m • • I I © p o o z « [• • • bONVN O D © • • • O © D «t © « , o it © • •! • i !• » I * I i o o ir< o m o n o m o m o i**miA « 0 r- H cd «o o> -oocooooooo© tH.1 ki-nf.Ni I i xopopooo sooodu 3 o c o o © o o » •« ao im m « . i . . . •'■ ...:.. , . . . . . . . CM)«NN MNNN9N D O * f- 4> "A r. * » I n o in o DOBC • • i • • MIUNN A O n O -< IM M IM O IMff OS • » ■ win ir f- i opo o V I : p 0» IMin b o ^ o* m m m im : o p o o m I * W * •* in 0> o- MIM e • «o © In © it. © r m •-• »>i e» » m o IM n n * m IMIM «M j CKf ooajai »•!-•© r- m co r CD I" 00 CD K :fe->.- odK« n ♦ w m im im - — o o o e- - c- in o rf> -r • ••••• C«««llMll IMIM MfMIMIMfMIM rcnolce n ? * m m « Nin««n* >- f- in * «m i in cf * im ■> o - * m * kin » ■» m im im M CM IM MM IM n © m o in o OKhccr r r« rmix e m p» mrininoo - — — ■» h. «*■' 4tA| 1 UNN I i ! popobooooo d © w> -r I* • I • • • •:• ■!• • • •• • popo 30pOOOpO»IM © X> IM INfCI O p O D O DO IM IM IM * m « IO p o o o - • [■ • * O C «j « m D'ino'pi> 3 # im o b * im m ■o in in in n o IM O po • O io 4> !©p© ; im ki — — r- IfflMMTD ! vi p* »< •-• ^^ p *^ < m o © « t'-H' ao ^m ■«• m m M flpl W BONN • • • • a * >< « "«#♦»* .r n o n im in K im m im * IMp • • • D -< PM B IM tO • • • o r- n ciuho' **I«N : i» - in im EMOK IM IM IMIM m Jmim w. ep o VI x ac om o *• Ul ui C o r E m o i-> IM » & o> miM «m m o in o ■rnNM IM IM IM IM 0- 00 ■> tf\ IM M IM IM mom© * mm « fff»h«« n o * im - m ■O -C # l»> N -< 4rnib> ■fit* »■ o» r» o « ■•• -i €* U. — H »* • • • • IM imU ©|d» od M om o(n o im mh- TT N * * IM • • n ♦ n© im m 540 Table VI-1. — Continued m o CM » fM V iMr- rg -e IM r» x o r I IM I L. "'k ••••••• • * • i : l« o j (M 0> IM CO im r» IM JJ ■ IM M> 1 _ M ■# 1 o IM m ; <4 . UJ 1 ° fM IM IM ** ! w • M O tm ■I (T ■ t/> ■» 1 ^ *- 1) UJ 1 a -1 4 ** f- M UJ U. Z ■-> o *• -• -T X a a ' z w m < UJ a. 1 *- t-> rg o (j f-» -* c I a *- — o UJ a. z UJ 0" I l-> c D > In i I o if O ifl C nomc ^p|nou>oi/iotnciAnmu i b o p o o o ^ ~4 -* »4 —i IM OC'OOObOOOOOlOOtOCOCOCO I p c> OOO^O BhIj z UJ o "" > o «» P « B) © -* ** o it* ♦ • • • •(• • • • • •!• f f— r o in ^ ^ >* x o p o © c © c p © © c- o c O © C' O C. o}no4>fNj«a' Kj —i .- o o ^ p fsj rvj -4 2 O • « H • • • • • « p a • » tt * * * i n c in isj in f- ■nj r\j ro r mO |m0 • ■ i • i i o in o m c.j in c in o m c- in o |n <_. ir o in o *n o in c mom © in HHisjNfim^ »»■ m in vn«*Ot*^rs-craooo,'Or\jinr*-ci'^^n'*' o p o o o c» o i> O o o o o O © o c o o o o ** fD (T *T «iOIM>COiiCOpCN>ONNpOH'- • r\j -« r> -* •-• 1 H m | m N I '| I | I in isf ,1111 ^4 .1 I i O © fc «-«i-''NJnjr^h--^'T-^roinfh-Q' ^rinincco — ^-cDnt -Of" •»•» t° nc^oert—Oh-o^ooinfsj^crcrco^Of^^omm-^-srmr^ II , -* i-i nj r-« — • —• * Ot^O C3 CI OUt'O C> © O 13 p O © C © © * -C •JiONM'^'OL'v'O'Oa.fS.L^COKiNlv'tU' rf c tr o -c c* «o m r- r^ »t) .? ^ j: - -- .* - CO a. ©O oomo^OfsilirflciMror^^kr er r- <*■» ^: in kn in -c ^ i m m r* w r* » «*■ c*» nj i\j f\i ?• v* m* -c cr o ■SJ (M CM fV ^-i — t nj cr- tn •£ -0 o tn 2E T" 4(MlT9a;piriM c c 2 : ir« ir» cr co IIMAIP4 4 CO CO CO 00 CO f ^ IT -3 IT r- (»■ p* *J- ■•j r^j r\ ^ m tn «■» ^ ^r ■*■ f' o- »ip « mt m l(j o it h m^ 1- (r a. cd r- nj fst f\* isj f\< NjiNiiMrgr\rMfMnj<%j( © t> o o © © c *» ifl r« m <*\ Z cc a t- UJ Uj O X i © «\ © m o *-< ** f>* rsj <^ f C C" IT ^ N ? romomoUo»r»i sfe' r»- *c in w ■ -T» (CC m0 «) ( I IM Kl I f\j €^. fVJ rs; f\J U* k4 hi oin©m©lncm orgirr-cfvjinr* CM l\j >i*ri«i(«wpi^r^f*c HCh-'-®v'p','\ri'-if»r (!,••••••«.••••••;•••••••« ••••••• 1/1 rccpaccO'Oin*f{^f^ov^^<^oo^^njc' <■- O L U P O W ^ v* IMMT Oj *0 O >T 'f f\j«— Zirlrtr^v^rflfvj^^hr, cifi>Ji.»C)v*«\('h'»n>r'^o,C'M*N'-' fMNrM(Sii\NNrMfg(\t,"jr\i^(H-M»-» ♦ • •• rj«\i-i-'iJ^r«Fj^' k c- o- o C0"0'e'0vcc'(ra..»rfr>r'Nrc r»* C -rr —^-•cl'^O'u' a) * <\J fsl IV (\j M (V f\i f^' ; ctCr-h-crcro>c>onjinf^c 1/1 ■» UJ 14 CO IU a _l < *< r» 14 UJ u. z H -o O IU o f-i irt 19 ►- »■« -» I o. a X H « < UJ S *- — • fg o »* ~< X X « ^ r- O s Q. UJ a H o V CD X l/» t- > r* < CD o. •o z s Z a o u. > — < UJ < X x 3 P c *•»•*•• • » o o X ru o* rg CO ru ^ ru o -» rg -3/ eg *n o uj ru rg a (M -* • im o ►- — 0* UJ — ' CD be « — r- UJ z — -o '.J ~- J^ O. X — f> UJ >- ~g rg I •- -i o O D r I otsoccoot'oooooooooc; ooogfc**oococo X (--l.~.-.l\jrgU__| I |,| I I I I I I I I I I I I I £ f lUOOpwnrMi^■J^lo^clEa)K^Jlr^u^lPrt^C'OOl^o^•CL 0Ou,U*-tfni*l-4 < t I I I |7 *+*+*+*+ I L ■ I ' i • *»»•»««»•«* » • * I >- oc < X to < i > M U I |M ^ H -J CJ U " j IMNfMCD-OlfiMi-r 3 0 0 0t-)^-P-i^-J^-P-.^--.l-tw^-i^w^-000 o 2 ZcPC>'0'0j'-orxjp- x«-« r* i-i —i r-j c^j r\. <\i f-j (\j r.j \ or. n s odoi a ■Oin-* < r. pi m ^ ^ ^ ^ j ^ ^ ^ ^ ^ r, rt, (v, r, -i h o c a. ^ * uw r - ^NtNirvi^rji^j^r^pgrsipyrsiPvir^p^rNji^rsj^i^ jKodoc odccccodcd crca aocrirp-OiPirt-'mt^n^trirN-*^ jr u" in it itmTi w it lc it ir- ir u* it ir it u^ u mir^ jnf (rs*^-' rj^rjrgtrMr^i%jlv«^r\ji>jr\i^'r«'rsjr^rvjf\(f^fvjf\jf^i>j.^ laoK'C^circirc^c^oirciroircirc^oircirioif1 ft r- | —.,—,— HNkNMlN 2T < I I Ciiri^incircirr^riroir ? i/\ o i^ o if' o ir o ^ c if C ^ ' C O O C- C O O O C* O O'O & O O C» O 't* C O O INI o *b * ■* o c z i— • c* »t- >j -r • a < o o o r. oocoocjooo^m^tr^c*- icDcir^^r^f" < — _ J-. 5 x o u o o c e cncc-ocooccooccc co^iscpvaj^j- >Ot.r-ir»n-fsjr\i.-ir-«c'OC C t^o«-t--'i-4J^-^-cc a.a: o,r-*r\o,*'0,*^0'«-t ♦ • ••• r^tjNi^f^if^ifsifNirvir^rjixirsjrvjrofvrsirvjojfvjiN^-"-^*-- ■— .-*<— ^-^-j k r- p- r- r- r- I p-t-<}>43i£C<£»rsir\.iNiP^r^fvji>.'fvjpsi^ir''t>jr^rs.fSiivrgr^r^py^H^^f-- f4nhi>m IaO^C^C«*Cli*,Clf'OifC^O^C^Clf,CkfOtrcif&^ ^.LLt p«h rsjrvjmr^^^iT'ijr^«o^r-aDorO'C'C.fvJ*«Ar-f*r«jir»p-' 542 Table VI-1.-- Continued o o X a. Pg 0» IM eo j«M r- ,IM -O IM m — IM * O rg pa °l luiiv pj O1 pg *■• in • rgo t- -< o- in OJ —■ CO oe <:— i- iul I M « O -« m »- -• * 0. I -■ PA UJ! K'p* eg w I p4 p-« X1 1- — o a UJ n- Q CO V) > h" a * Q O z x o or o IV < X X S < a; o I ! J i i ! I 1 i ! • « • •• * * *:* * i • « • i i- z o iPC'iflO IM o I ■» p- o c. m o Pg PA •» pg|0- CP o OOIOO • * • • i ! i I • :• i I in o i» ■* o o o c- pa I o c • • i > SI x 3 > » o- 0- <7 o o o o o- V- V O- » o- o> c -» pg os •» PA u- ■ o o o (J O .- ■-4 -O.OCJ O O o o — « P4 p* G o O •-* l/l z <0 CO CD 00 CO 1 CD CD 00 P* •«• rg o m PA o O r rg c c CD -r m ■*■ rg m rg p- * 0- tf p- p- »"• * X c o c O O O r. o o a » o- o» O » » 0» 00 P- 00 OP ■6 l\ rg IM IM r IM O 4) « o o o c O O o » cp er- P- *M IM IM IM|IM IM rg rg IM IM IM IM pg *- p^ -^ <— X gj J5 * gj o- INJ IM (V rg 1^ im eg rg in rg rg IM IM IM P (Tt C ITS 1* +t* I 4* o!«-i «*t Ch —• CJ P^'lM UV** * O OiO C'C o C CD «r « a© C xON til tf» *>• A» , I f DO > o o o o o o c o o o rsj c m m gj «D P- tr o* a- c o -* ^-j <\i f\i m -T g^ gj p- r- CD o - cr r- mD tft aT rg r-j rg|rg rg| rg rg rg pg,pA 1 ft\ rg rg rg rg rg X p- i p- p"jp- P-IP- p- r- f* f- ao!a# Aj a i a> o> CO a? co m CO O A» j— i — i O '3 gA m mlm mm m if* iaIit* »f* IT> IT aT *l* *•;■» >r -J- <* -T r^ fO *•% m rn Z z -c <© *. o! O r C. ep p- aO m * m m IM rsj e!o o C tr a- a? ^ m P-. IM •-* O IM r^ m -* o IT C »r« c in o tr o IT O m O IK C4 UA C. m O •n o *n o m »- UJ w*,m4 rg rg m r* * <# tf\ *n •0 * r^:r» 0D CO a t> O IM m r~ o rg if. a p- »- m-i •^ Pri rg rg rg rg UJ UJ [ OX ! ! | 543 o I o o D a z Of r X f*> o fM f> fM CO fM f- fM <0 fM tr\ — fM *r fM fV o UJ fM fM o fM -* IT tojOi »- — a- en LL — < CD a < — r-< UJ z -• >o O ■-• IA a. X -i m UJ 6- -i IN) I »- _ o a. uj a- o on. t/» >. r- a «! x > Table VI-1. — Continued • ••••' • : rt o fM 0* «M 00 r\j r- fM O fSJ lA _ f\j ■* o UJ p4 GO * I i o u"\ o in o' in ti'tn o!ui cif o ua l*.'u*i o ir oltA o j *-i — — » _l OG O O O , © O C O O OlC Ol^C O *,«DIM r> c C O ■ ts X 1/* t- > f- 4 CD a. X « U UJ IA C h- o ■» z Z 1*. X X o fM a o u. > —4 w < o Ul Ml of < — 1 3 X 1 r- CM < 1 OC li- Ck. X • •••«•«••••• •1 • i : C- u"* cm i.Vir» o|u*» O UN «4.»rf IN| ro f*|i*i gr g> o o c o o c o c* o c o un IT- IT! C- UN I ■O -0 I i o i*n o COl 00 fj- •— OlO fM O fVJ fNJ f\l|f\J CM fM X ' I I i I II I I I p.O oip COCC'ltO. ooooaoacM; m-jj-gj-f»''fnjfMf^gj'fif*im g>fn^iA*s-»r|sfmfM OCJO-OClOOOOOoJoOfMfM^fM'ofMO o >o 0'i>4 < o c- ^* o cs'p CO* ro **\ I I >* c'o o o o o oir- o o o o X O'fNJ •» fg -4- lA O, •-• ioj4n irv.m in it* u\i*c * wo ^o-o in'm «■> it m m o1 >o i*»:oo ? i I . . i . ] x mju' m u-\ iri m trjm u> t/> ui in ^,fn fM fi'cn c\ en ffl fti f*> 'm f/A ff. f*i t*\ ff*;i*» m rg im- cm *«h •-• cc UJ > o o o z tvj IN rg fM nT ^ f* tt f^ 4) r- m ,-, o ^ -r ■f; c tr f^ fM a- a o- cr cr a O or oc or 00 r* r^ ^O ITN m fM — » o > rr ■M fM - o a K i/% rj C or. mO IT. ir r^ - c a- o vO m m - o> o o- - — r\jt\<(\irsjrM«sjr>j.rM(MrMrvjr\jr\. r\if\jf\jr\ir\jrsjr\jrsjiM^^^,^^f-i x (M — i ci O O C o;c 00>(Thv:^<5iOOv2 ^>;gD <* i trv o* *r>*ir» o oc t 'X o 7 T g^,%c ^>o o 4 -£ g3g?mtr^irirmii^i/Nu"*ir!irjf\jfvjfNlir>j.CNbifVf\jcjrj(NjfVfvjrvjO|fMfN.Pgf^ ^ t i I a o.u^ c it o it o if o if. c it o'*a o c- »tn Q- ►— ' i HHr4f(V)(VJ(M(\l IUU. I oi ; : . r- r^ r- r-r- r*-r- -o oL-^ooor **>,^ u*»r*- r-- ODcrso* c-**m -*■•-• « y ■*■■ * gr ** ■* •* **>r •*-rrsjoo»»*'Og?>0' if»f\ i I ! I i I >T^ >j f^'4' -4- r^. rr. r i »* ^ c «P -• * tf. rt o u>m (JM ole I i rs«r i*v'fv. o •» • •• MD lA Mf •4- ^r m m **■» c*\ rs,'*^ c,«of-^-«mm^«oDrfcoD h-|r- -c »f* ir> «* ■*■ ^» -t •*■ •* -^ 4r * f»< pmrvjfMcg— i**m| i r\jf\jf\jf\'r\irMrgr\iiMfMrMfVOi#>irgiNifNjr\)fM«^^^-* IM-HH^h -Ci ^ ^ yrwrwr-r- r»-r»-r^r1-r*-r-r' u> fg,r\j 'f* -J3j»r 4" J.. ; ! C X — — ^ im m'r* ^^tf»tro^hstcfff _ ~* ~~ — . fg rvj a ~» IA o o z 2 i o > • • • • • • • I m c> eg CT eg CO (M r- eg O e* in A eg ■* o eg m o UJ eg (M o rg -* in • eg o ¥- «■* V IS) «■» UJ — i CO UJ c -J < Uj ^g r- U. Z »* gj o UJ o _> |f» *■ I CL a. X -« m < UJ ac ►- ~i eg o •V o .— 1 Ml X I a t- ^ o U." a X U-. cr t- O o z o I o *r O u"* < — • — ^NJ I^J I E r 3 < o o:in o'm c it o' tr cu> o m ^- n x to a-ja c n tf> i H wrg p\ (« t| *^ ir\ u> >T .O Z UJ cj oic °1f I o'ri rg eg eg rg I I I I o,c eg o C COOO;OOOOOC OO-OOOCO.d/1^ © C! rg, -* ^OOjOOO **iO O -- eg] eg C> rg I- I l| NClT CI in 4> r- o W «irM ^ — • eg U-' -i ij- gj} -J- (J\ CT in m — i — * a> p- *4< I I 3 C O C O'C. ■ C C ■• C. O O C C C r ■ O C C rg ,0 rg c> .* tr> j- oc ^ t\j c. ccin (nj ^j o -t clc O;^^ in o rg (*> c- h f- .^ ffajH^pjtficff'Mff o1 rg rr, r- gf gf go cjoo « o -0 >» gr -r «0!u"> •J D'OOlOOOOCaOOlotCOCOJOOK g> rg < « eg go ^^m O ^-*■ eg gjjm o o Z ' . I ' i Q •gM «4.ih h *4 i^'M N <\f M r\J a- gj^ngj in r» eg eg i-g ole a n n N -o * ^*eo +-Q* e^jr- •—g? e«j e- ^ l> << J0'4) j^ tfi ui g u> a t- LLI UJ C X I >mgjcr —> t*\ <$ u^r-e-CT-ctegmu^gjr- e- cr uj j •••••• Q O OC —<—♦«-* hU ^-4 px r^ rg ejjrg n.i rsj rg eg cr c- C'Hm,o e-'gr egec eg'egmfnmnegegeg-^ j- a,cr crcT-a-co-o-crcrcDco xnn m eg r\ rg i 3 r-'f- r- e- r- e- r*;e- e- r> f- r* r- r- e- r»- ' gj I "I- Z a r »n ■* c _, J f* f. ro a. r^ cr r- O „ cr m o r- rsj er IT a O ^. ^ r-» C w ? 41 43 IT «— j; m r^ rg -. rg fNJ eg eg eg rg r«j rg rg fXI rg rg r^ —< ~ ■^ —* ^4 "1- -* ^ •— • •— ■ M ** "* ^t > c- a gj ■4 cr >c f r\j c C C •» a r- r- r- 4 gj gD tn in m * m re (*1 rg <"\j - c C", 0 00 ^ tr< -h f> o m - r- p*^ ar rg I IT a 0 cr a cr er CD on r in -* rg C r» QL rsj eg ej rg r\j (N M r*. eg eg rg IS* i\i rv r eg eg rg r. PM M ftj rg rg rvj rg eg ^j T Cj;ir> o m c> »n O g o u^ C \T r. in n IT O L^ & U^ r> in r in r in O m w- U <— • •—i e.i rg f* r-i •t -t in m 43 43 r- r- GT OC cr|o c rg m r- o nj m r- a. t- —• — • —j (— i r^ rg eg eg UJ LL 545 Table VI-1. — Continued m © im «> *M 30 — (M -»■ o pg m O a pg •*< in • IM o »- -. cp (/> UNO ac -i ' « — O iu o X a « s o Z -" -o. 1 o — <« I— a x — f*> UJ I I- — IM X x< ec t-- — o UJ a X a, ov t- o > 1 eo X u* 1- > f- « • i •c w UJ UV o •-! o . *; z Z •—• ml x X o • im a o u. > *4> ■* « o UJ X a < .— 3 x 1 a x a. X 3 o o c UJ O • — > O < I a z X o — • *-> Pg (\j I o a;c o o o I PU IM O'C < 1 1 I o gri — m '•> o N OJ 4 CO M r- o o!o o io c tr\ © tr» ci(ir> c OOCOOOOC'OOOOC'O-0 M pg pg *)■ <\j O oo r-,o rYir» — r- kIp* tr» u> i\j o o o •-<•-«; Hasi^o-ONONC m o < * « • ft * • (\i CT- " • • • • CM 00 4 • * * • * v/l "• » UJ •— • oo UJ a -J < «— i p- ■ 1— . Ul u. z .— 1 >o o UJ o —4 m o r— ^- ** I a. a. ar -H m < UJ ac »— ■H IN o ■M a .— } •-4 X X ac ►— —J o UJ a. X UJ cr y- o > 00 X l/l h- > p- . I O !tf> C1 a> C^ ^ u »-t f-4 fsj r\j r^t m g* g> u*\ u"> g3 , ■£ P- p- DPCOClOOfuWNOIMI^N ! — — — — rui im im rg p-Wi-0 ocon « w c; o o o o o < ; o1 "M co ^ • » • J N^JfM^OrsI* NN *; r r Ui o — > o < cjo c,o o o o|o C O O O OIO CC0OCjO0lNJ<<>00« o'-^)^^-j^ *(*Vr« o! CfjCOiOD « CCO v* CC CO C|J ■£ O C1 lt—i — i rg m ifN OU 00 fNJ *r u*» f<\ «f iC (NJ N O ■^jO fS* f\J (Nl OiCjur NC CD o f\» *NJ! UJ o ■* -r ^ n* IT CD — i irv r- O ^"* rn IN i^i vt 43 r- cc o -•'C r>; o <> Co olo ~ <- • »— IN IN CN. IN IN IN IN IN IN iN|i-n r\ ^ •C T ^ m4 ; i ^- M0 <0 it na CO r~ f^ f- un m i ^#, gd "1 Z in in ! i m fSJ fM IN IM — --« «— i «-*■ *— i •-*1 z Csl ^. i ; X * -* -Jo m c tn a ^t cr ^o p- p-i ^ X ec 00 •;»*- oi^- m ~- c c o> cr CO r- <0 «3lT ir'ir> 4*- ir ■0 o o a h-'m -*'m •41 r* oo O* *Y ^ O r- IN 0> f- i*' 1 0-j-O (*>, {J- o > • « V 00 oo au cdk •C m >r m m in ^j •-1 •— i o o C » fSJ IN tr o iA o S? i/\ O'lf* o m c-itr o m c ir c i— t— rg.iM m v* IT, i^ •C ^O h- r* oo cd cr o C u> tf> tr* ^ ■© c ir>|f- o c O (-- c. c — Jim I/) 1 r ^ tr^ »/> tf\ lf% tf> »gj Z3 CP o- a o> cr cp cr,o- 2 i IN fM IN IN IN, IN oc co et co n n -O'^n^iqiXh-cr lNINlNINiNir^PsJilN(NJlNiN(« i f^ IT i r- in a — * o-'m i c cr or oo kv'f- H T . • . f- ^ «o o -iainm. ri n h ci o tr- co rn in «-• ocri^crcw* * Of'> <• ir *jr m f t\j ( IN IN IN IN CN|IN cf> U- ti' — f--, ->j C* IN- r- P^ 0P; C ' — * *N tsj — — — ri c crcro-mVl'J/i^iN IMINININ rstrg— . — — o .— < — •(— — <^- x 0D,'•-• «-» O C O O" cr cr a oo oo p-lf- fOilt ff^ l*" M IN IV1 INJ IN fSJ IN IN O 1 IN iA ' X a c'u^ t> m c *n CJ m c m c m cm H- UJ j •— > •— • IN IN fl K rviNrsj rvjivJiNiN-cNiNf\1rvj|1--j^-«--i I c- m o *r cl u"* c- ir Ci »f* c »rt c - »r» h- f*-0D CD CPtCT o<^ lA^- CINinP* — p — i — * -. t%i r-j r^ (\j 546 Table VI-1. — Continued m »g m o rg fj» rg CO rg r- rg o rg tft «. rg gr u rg m o UJ —. Ui ~-t CD UJ ac -J < «-» r» — UJ U. Z -. O o UJ a _• U^ o t- — g> r a Q. Z *-< fO < ' UJ ct i— _* rg O v O — « — • I Z a o z r o i o > < 3 *•••••••• « # » * » 'in G ip c u> t- tfi c ^ c j» c, ^ c ^ c it c'u"* o u^ o u~ o'«r> o ^ ^_-^--^j O O C C- -O -O -C" g» >* CC -O .$• III II ~ Crg-J if m rg. rg rg r\j C»U O O IA f- i^'*. h O O r" r- m en r- o r- O ^^rvj-o^rv^*'^ c < c- «-< o o C C — • ; — • go cc rg m gr r<-, r- rrocDccirirg^u^mrri, r*-. rrirg C" CO:CC OCsfO-O i' G "\ ^ X C^l^rg g/- MC rg go rg go (_. g> O-O O rg gr c OlO cc >T gj r*i eg* f^rg ,«-"i i\ ^ m ir M<*J H fvj ^ rt -^ H O X > ir\ V ■ -C O r- oo c- —. m c tf> O1 w4 i*> m sT g> g1 r^ rgi w* rgj rg c <-g r- co UJ a • • • • o o c * • O O o • -h rg rg rg rf Z 4 r rgi rg • • rs( rg rg rg f\j rg rg rg rg rg !z 3 I* t- ■c r- r^r* •O -O fl r~ r- go go g0 mi rg •o < O rgj rg r- a- co Z 0" a- cr IP U) ^ cc X Ifi ON 00 C IT- cr IANO.O c g* g>: o- z 1 -C >C -O • ao (NJ rg w4 w4 CO CD CD rg rg|rg O|00 od r- Cgfvi rg r- rg go rg r- a- if* gr rg rg Oj m rg: rg m rg r-i r*i rg (V rg rg r-i rg rg gr o CM O CO r* ir» f-1 gj 1" rg go gr m -- — X < * m rg rg a a er rg *\j rg rg rg — t rg ■^1 *M rg rg O C> tr o rg rg QP rj 0*1 o uft cc ct> or rg rg; rg g> gr co or rgi rg m en N CO r- *o rsi rs. J to rj *vj •a — •-< o rgi gr f> cc X a ►- UJ O. O tr CI1 If! rg rg c m IjP m O IT* O IT> it* tr C C »T. r- r- C IT- oc a 1 O rg 1~- o z c IvO : i i ' ' uj »i ••••'• • O C> O c". C C O <_.'C •"" O O i-J ^- ^ h H ^ -t h N w o C !'■ c ooc z -•:— — z ^j^j^tr'CTCOff,0r^(r>»^<*l(,1(^<*1(rlf^''lfvJ(NCstrs/f^Pvji-< — .;•.... .1 I y i/>l|/> if ^ ai ^ i/^|ir U^ U> *f (M CM —4 C C C~ ^ O^lCT fj r^. —»—.—"—<-- — ^-< — »-- -^ — i I i O l*uOJ fsj f\j rvj f\j pn In ' fvj rg rg rgirg C-IT C ITC lAC IT C;. If* C ■ *f» O «* C ^ C tf k oj •— <— rgrgfn|rr*g),gfuAtr*j.\g3r*-r-aDac7'0 CP1. ifr-orgtf*r- a h ^^^p-r*jNNM w w i i l 547 Table VI-1. — Continued o uj I a. < g o >- u o o r o at < x x 3 en ~* «1 O: CM » <\l 03 CM K O < i ■a K oi •O CM I I in o;m o m cu\ 0'in c in o -g CMrg en ei .J- >f inim g>)g3 r~ O OlO O'C CO O (V ^tiCM CM I I | I -■ I •■g e\ • «l • •■ . • C> CO CO o 1 I pcociOc f\j ^ ^. gj,,j> rg eo o ■» I i m o * • *i • c ever cm o "i CM O I Cr 00 I r- ao ao cr ©;CM I I C O I CMIO t er;c ■ r- OD — JO o'oo in O 0> o, . CVm OjCM I CNJCM C. m uyr- INJ CM 0( CM I ■O CO X- C •i ■ rg rg go m t • • a r- i © c;e © © cio © o © o © rg wigs i —* *\J -O i i x>:-£> ■ i mw 1 ' *l * ■ ml if • O'O i goto © © oj© ©gr rgirg i r- eg i •■ • J, >0 -T e> ■* » e> o • CM » • «M«0 • Mr- . ij/j t cm m . — . rg ^ . O • cm en . O • UJ *M (M • o • M -■ . m . • CM C . >- — 0> . *A • « UJ — i 00 • UJ et • J < — r- . •" UJ • u. Z -" « • o UJ O -* tr • o ►- • _ * • X a. • a X -< ei • « UJ • a ►- — M • u ^» • o ■-« «rf • 5 X. « ^ -^ o • UJ a. i X UJ, Cr • *- O . • > CO • X 1/1 • ►- > N, • < 09 a gj • x • U UJ u*\ • o *- . o ■«• • z z • — ei . X x • o c\j • a. 19 . u. > p- • •»» < • C • u. X . a < — . 3 X 1 . t- eg • < 1 a: u. ■ a. z UJ z ••••••• • •••••• » # » » a x 3 i ei e* o u> . gj gj I i in o' ur\ O ■ f*- OOi 00 o z UJ O — > O -o I o '■— .' » I eg rg I I o c I o c o'c 0;C o;o o o c o cic C.C CO o oc eic o i c o l/\{l .; • o o I r- P* N- ~* c* 0";pg 00 .... : O'o O'CM I P c. fg eg » * gj o!c oio o eve' -n gri-- — < m ^j,m mhh^ ^- ~- <-g lf» O IT I e> o cm i O'CM I CM' CM c.in IA P* CM CM a o'o C C!C OjCM cMie* i CM, CM p« en cm Olcn • •: • ifl uvm a od iTiiin gricn i g,'gj •' • evgj- •r. « o c z > 1 1° ' X ' 3 I Z 00 00 00 00 00 oc o co o.c c. O «■© m c— i (M (Nt m CNi K CD ! flOj 00 (Ml Cg 00 OD CM1 *\j 0D; P* ra, rg | ir* o i ! o o ic o o r- r-.f- r- r- o o 1 -- to 1 cr Ifi © 00 Jo *!* I 1 *M or NiO rJcf, oc -* ei CM en e* ei g^igj- gj-igr CM CM CM CMiCM CM'CM : 1 <> o* aojee ) K ^- — 1' «-4 •>« c— ■ ■J- © © — 4 *4 m|ir> in ir> g^g/ ^l«* r*.'eo >»'cr ifiit-i cc *r O* »r» 1 ©jf- fV IVJ aV (f» m O «M tn'in mm mm CMlfM CM CM CM1 CM i If* ir «* (Ti ir> u> -»■ *r •*,!« m'ir\ en m c 4>|go 1 1 u* cltft 1 oo OiO 1 g3g3<4><*»raoc,iT' 1 r.i rg rg" rg r.£ c\j *** *•* © tgO ©I tfi c! »r © it* © r« m| r- ©1 rg us f«- — ^-— 1— r^rgrgrg Mi > O ix o 1 o © © © 1" I i X OtO cr 13 m m rvj Z ! »r if» © c ifi Wtft «t) ffi c - © c © o o -* — mjg? toaxr (re o o, rg rg» O O O O O Ci 00 rg rgirg rg rg rg rg oolgO go go • rg rg rg rg 1 1 muri g3. go mi tr> 1 rgl rg fsj| rg in cm o*1 g)- rgirg — < !Z do gsp-r-f* r-r-r^-4,o,if« fv'gD rg go : ©'© rg rgirg rg rg rg 1 rg rg 1 t rg rg rg rg 1 ■ ao. g; gr m O rgirg gr > •■ • • * *'* g* rg rg rg gfgfmpnm-^oor^igt-g.oogom gj- gs'gr c *r> ml tft mj go m! © o 00 odIod 1- rg —1 -**.-• rg rg rgirg ill: r- g* o; «o in) gj -4 H •I CiO OOi* cm: ^g •"■' ^* I i C o © ©] «0 *r>. m mj ir X ir'tft ir rg rg rg zacomci K UJ — . a r- uj uj o x rg rg IT HAjIT I rg rg eg < in ir IP tf< i rgirg rg'rg > C it- © ir» i gt g> if> in © in © in go go e- e- in in in. in eg.rg rg:rg ©in <>*r- no cc o* o in in gr ■** eg rg r\t rg C- ev in; e- *1 • * * ©:ce cd ■•* eg) i«4 w* t-g ©'in ©in © eg in r- rg eg eg eg 548 Table VI-1. — Continued 2 I pg a • i «M gO ♦ 1 • eg IP • • -» PI * • O • o • in pj cm • O • pg .-* • in • • rsi o • • t/» • UJ r* 0D • a • «* — > r- . • UJ- j • zh *: • c — « w • »-' • M g>! ♦ O.I ' • r •-« <*v • Ui I • XI l— '-* o a *-; IX If I . 1 . *! • _ o 'X Z UJ o o — > . d'< c i o,if ciir C — ,— pglrg r^ o o,c o|o o pg pg pg'pg O II l;l I olo — ic Ik o i* • i o,o o|o C' I Pg JJ- .» C O IT O'iA O m •*.•* if if o if o o oo o c, c> o o. o o c c- • Olf ON — O" i^Oirf* O IT c « k i>- eoico o a ci ol o ci o j i -*■ oo — t a' ■■* — i~-l- O O c- o o o • • ♦[ • • * i> C -O * 1' — r— pg — I i ''O olo o . . . , C' ol C' PV. OO'OClUI) • H o o If C; If C If Cr 0|Pg If [P- c if Oi«M PJ«NJ c*c<»*c c o| o c ■ e i»i — * CD1 SM — -j jo r.j — . aj (J a? g> *o CM-]- J - oif if p» r\* pg C *io if Jgr > lu. IS -T gr gr ■» If in it ; i ip itVip *jgj> p* i i i p- i ff* O ■rg c\* pg fg ^ ^ ^ -- ^ 1 IP tr, p- P- o c p- « o o IP g> go gojo pg -^O -1- 1 O |5 pj >» >*|* m m (n Pj rg rg PgjPJ rg rg -*1— :■ clO1 CD gt \ f> p^j p*^ p^ pg!pg pg, pg pi 1 fp pg pg Pi p- l\J Py C 00 pg ~* « «Mf p^ gi if 1 « Ix x|« — rill a *- O I pg O CP|CD rg c ,gt IP. it gj i i : 1 leOiiPcVo >C P-Ip- CC CO o> 1 1 IP c If pg - s *-• IP C P- o ^* py mom pg iflp" rg Nrg 1 fl — ■en O pg 0* pg «D pg p-' pg iS D O i I O-U"' O If O If Ollf O if O If C If O if O If Cl j — ,— pg pg p^'m gj* gj- if ! if gy gj p^ p- cc- en o^ ojo c c p l o|o o\© o o O . . . . *| > a pg pg o rg pg •* I — ill a X < uj O X 1 — * X o< Z3 \ «' (/> of O. > ■a K ci (T m p- . .| . — o — O O C C O Cl JJ <£ g/ Pj M JJ pjoj — iPg p*l C004NC ■ i I | I If C If C«lf c » Oj pg uy p- C ccooocociociOgj *«...d.^.J.< o o o pgj pg o] gj- oocjCjin ec gj i if cr p» od 1 ' . ! ; gopg-g3ip-i*.^^0':ip^rjp*>4 tH M «4 O C*l C - C' C O: O Jc m c ff r j -3 q * gr-grrgjtrc r-j — « — ■ (ni rsj r^ i%j r^ ^ -^ - * «~ IP OjlP pg ip'p- r-j M M pj g3{Pj If l\*C> ... ■» •» gj- c — i * H >« i) -c -c o « go •C go go go go g: *Q C-O O C O IP tp'g* «r p*i mjvO •o * gj -o gp m NH coi cp D « go go go go go go go go go <, gO g0>iP If If ITS If If ip ip, ip gr! g/ ^ mivc 2 — W4 M«j«M — - <— —4 r-* •— • o-> *— ' — *** ** ---!-- -T H-- 1 — — — 1 Z pg NNH C- O" a o cr ip O IP o a -*■ C r- Pg O" p* p* gOjgO in « j^ Ifj— C — rn p- X Ci o o o o ^ cr O ! CO »f^ fPl 0>, If l*\ i pg — pg C Of < Pg pj pg pg pg pg Pg Pg Pg PJ pg' pj pg — •— «-• t—r p— i— «p- gj if •» p^ l ~ pg pg pj Pg rg rg Pj pg.pg pg pg pg pg pg pj pu pg p. pg pglrg J#4^ — — 1 — x pg ON< ip pg ^, — J>~* h'o °r. ^MHCC • 1 * gj g>if pair, if a H fi >C «ft go gfl pg; pg pg' Pv« p, gn pj — 0> CflC pg X a o pg pg pg pg pj rg pg fg.pg pgpg pj pg pj pg pj tii P*J «\ — — | pg if O if IP CMP C IP O ip C ip C IP O IP O IP OIP c If o*p. Cllf C p- UJ ■« »-- pg pj r"* p*> gl- gj- IP IP ^o go p- p» co cc o* 0- 0«M if|p- c rg »f;p- a >- i 1 1" H— - — *l a. x — • f* z: k- — o o > > '■I ■ I <\j! • i • • • I ! * :• i _ i >x < x x 3 > < or. < o ►- or u- > a a uj!o — > o;«t I Si m o in o C CjO O rg rg*rg AD **> rg'oo cr •I • • • • o o o c- o coo oo o m o gO f\l I I 4" ** —i rg a> M« o -o n in ciir c-|m c m -#i»jf m m *o o oio o,o o rg (NJilM CjO O (II I «%, — <— rglcg rg C OjO oc o QO CC c c IN f\J i i • *| m o a o o o o c o r* rg in r- o •—• ^-i] »-t rg 0 0|C* o o o -i i O m i m r- i (Ni eg i CD i -C I Ci »-« i CD1 -4- or rj m j- -o o cr p* *o m S > o- CT o*a l> C7- a c o ^* ^ rg rg rg o-» m •* ■J- if. go r- 1 c^ c> 0D r- o CD o rg fsj rg rg rg rg rg rg|rg } -* * c fVJ - >f O O f" * PI C r\i i o|r- 1 OJro go o •» X c r o'o o c cio clo 0>|CT' or 0D Klh- <0 J5 ^.0 if lfl|^ «* m rg ^ _ O 1 fsj (M rg rg <\ll(\l fNillN I 'o •-* ^ "^]o c rcr OC f- <0 IT *i*o rg w O* CD •£> m m. rg o cc *o\t*\ C ^- UA > l«» -T -T 4- l N rg CM rg rg r\ rg ro rg rj fv rglrg rg'rg ryj rg rg rg O ir o|4T c!ir O m O.tf C If. c. if* o m C if C m CttTi Otf* o If O u^ >-:iu — ' -H *N*lfSJ m t*-. • rg O ►- ^ cr UJ H CO at < — * r~ Ui1 Z'M * O — . lf\ o o o z X o X X 3 ■o o c o; < X • ,•••••• •I • • • I* • •I. ^ O ir OV> o|tn OU>C irocf>o|if>o ,— -j rg rj cniro ^ ^ u> u> JJ gj r^ r~ glt cc ^ O C C C' C OIC O O C C OlOCiOOCO O O rg rg org c;c OCg/CCCOOrgloO z UJ O < -= > o —• m g-L o «r. I ! <»• irr- ^m^-ilgfrgiifigovico oo C r~ %0 «*■ -or f« c o O O C C ' c o c c- o c m r-v rg m O O C O! o c cc rg cu rgl oc r\ in Oi if* O if* O tT-Oirgmr- ojrgin ^i _i .h tH (\ rg rg o o o o o o rn ro fo fV rn gr m ^ •g?- •-< 0> rJ ~* im i> euro •-• m *or- :u- ■ • •■ • ■ • • C o O ^-;^ -< ^ -^ ec ODcr CT O C.- fflH even CO o C go'rg o* cr cc, cd <, >* rgi .- r-'OgrrgcioDh-!in o* o*l o* I f* (T> I i rg rg i 4/1 I a UJ UJ O X rg rg Ollf r- r- rg r>i r* r- i rg eg i *< cr 0s o,ovo> cro" m^'C err- *o|mrorg<— i h h o o" co g?| h ^j IM'M *o go *'o ro rg rg|rg O if t i rg rg i i o m c|»f in u- < . * go i go «Oi go go rg rg rgi rg rg o m oi *f c r- r- oc oo a gD s0 rg r*. IN J i i ifil gf i T a- o> er col r- o rgi rg i m o1 m i 0s Oi CM «-*| > rg: oc • C CO * m m -: gD iO i rgjrgj ! 550 Table VI-1. — Continued m p*1 «o, pg 0» PJ • pgp-l -4TI a r — « Hi t- -- pj 1 t- — O a UJ 0»l o < O x x I • '• • • • • • i* ••••••' I • i • .1 I I i I m o!m o in © 4f ©I© P4 I — — I — ' I pg CD pg p"' pg 49 pg uv — pg 4f U pg en O Uj pg pg O pg Xi m . pg un t u> ««.> <7* C » P- p-jf- CD 0 m : in p- CD 0 O ^ u% in cd m 1^ 1 a o o o o el— - -- ^:^< -* rM N rg rsilrg pgipg (SJ rg pg pg pg pg pg IM rg|t>j x o- ! it o>|0" o» v trier cp 0- 0- 0- i i c o\o> r-.ro w *" 1 "1 r* r* 1 cDlin 49! 49 m 45 P- p- m 4f pg uv 4 p- 0- CD z* m — o <-» c 0 ! I l\t ' co X 4f pg ■* *l* m pg pgipg pg pg pg pg CD •-< —* •—1 qs 4> 49 •-1 inlin 4f -I-"* m •-1 rsj C* o*;« O 4f < 49 pg 1 ci mlpg © 00 4f 9 -*l O uV *-■ CD If ru O cd in — « « pgipg m •— en; in pgj in *n ^- mjfsj 49 49l49 49 pg pgpg pg in in pg pj -J- ■4ri«f m|*n i>j fVJ pg pg c]o «Wp- pg pg — 1 — 0 w4 1 x e x a pg IP) a. o UJ I- UJ X Cp C|CP 0 00 CO. CD OP pg pgipg pg 0- CD pg CD pg 28.7 29.6 27.7 27.6 0- o- 49149 pgipg OD •C pg 49 4? pg 4j- m 01 c* 49! 49 49, m pgi pg pg pg 0 cja HfJ»,tI I ►- a UJ o m elm © —i— pg | i in pg C m irciro m ^ ^ ir 1 IT c 4T O IT ©|m CD] CD I 1 c< ON m 0- © c in e pg in pC c c- ITi Oltf *M rs*|csj 1 1 1 o o o a < I I I «; J' ! a < x x 3 < I-) o c z i :Z. z I UJ o •H —1 rgi (nj (*% OOiOO.OO O fiNONO III II I— > o < Ojtf O' --I COif- t\l ir» o'tn our o t?\ ■4"! *t tf>| IT -C lf> C tfi Ol m C' co'cc pecdoc'o o O N O •£ O ^lO 00! O CO! Cg *\J I'll —I I -0, I I I I hO.-O^N •*'«-• l**| fNJ -O INI *A J rg fg *«^ «#! ^) CD K O O O O OO O o o -4* ~c c-4 au 4 ri w it ^ m cd co It*- r*-; h- •»*■ OOlOClOC OJ 4 4 C ' 4J "I > r- « 4) r- o". —* n 41 00 c w m >t ITS g3 r- aoi ct c; ■—1 Jnj g. 0 r» p. 49I4) 0 c>u in 1 00 0 -< »-» - — •— « rg> rg r\* rg rgi r^i rgirg OA m iwr« r^ fr, t*y j^n ^>i t*> C 0* o- g^ m m m i-i ■— " a- O^l OD •4- ^ rg o> O 0 c OC c cr alcr O"' CC OD rg| rg rsj z m m ^^ fO fO' ("O *«-. ^ in m rit *r\ m rr rr. m t*, m r*. rg rgjrg 'z — —4 C1 "4" r^1 IN. m CO m, 4/ OCT m C- 4/ O r- 43 4- m wlco 1 o, in cc O1 C'4 x 43)41 -OKMniT ro r-l 0 a a* or r- « r- r- O 4? 4> O •4? in m rg w CCC pgj pg O HO cor- ^i*^ L>" »^ o- m rg m ■* *4 >r fn. (»v m, *« f\, rg rg< w OlCP CD r- 4>*> pgj pg 1 m, rg rvj| eg MM rg trvj rg rg rg rg rg f\j rg rg rg rg rvn rg (\| — — — — ■: — X —1 — tW.~l.-4 0> a'co »f'4M C CC g? r-> c r- in 4/ r*> °4e. 4- © < r- 4>t~- < H • . . .' * •! . • • • • • • * • •1 * • 491 49 in • •■ * x *n c- m c*m o'tf 0 in C-ir C mom C *r C IT C m Oli«C in cim l- UJ ~ - rj. rg t**',f\ *»■ ^* m m ■n •c r- r* 00 or a a C rg uv p. c a h- — * *-* -J — pg rg rg, rg UJ UJ 1 0 z 1 1 i 1 1 1 1 551 Table VI-1. — Continued m e Jn«| iiMr-l ;N«j Uj'Cg rg| «/l| O UJ o < at o o z * uu X o o o X o a r i > — -c — in o z z o ■o — o z 13 O > < o X O < • X c • ,•••• I I * 1 1 • • .1 •i I •* rg m o (VJ rg I I cr ■» m «0 •r w m o CVJ m rg * o cr O m rg CD I I m o o c o o 00 K m r- «M INJ m c * in o o CO o — rg CD m rg ir. o rg rg — o m o gj r- o o o o gr m o cr CD •C rg rg o o •-• f* O M *> N CD -0 o © I/I m r- co o> o o 00 C O CJ r- o c o o •M -M — I i-4 — " rg rg rg rg rg rg (M IM rg rg rg rg rg m « * m z «•» m m m m m m CO CO CD CD CO CO CD CO CD CO 00 03 r- r- r- ■# rg rg m _ rg 3 cr Z o cr cr o- cr cr cr m in m m m in in m m m m in vn m m m * m m CI rg O rg m r- CO CO ■o tn cr r- m cr m — c « m o- r- « O O er cr O CD CD CO « m -r m tf\ •r rg rg rg rg rg rg rg rg rg rg rg rg rg rg rg rg — •m «-« <-4 •m «~ •M m* -- w* — z o CD go trv an «n -•> — -e cr cr cd CO CD CD CO co r- r- r- r- K r- « gj g? m m ■» rg *- in l/l a. o rg rg rg rg rg rg rg rg rg rg rg rg rg rg IM rg rg rg rg rg rg rg rg rg ro x m o «r> c tr. c m c m o m o m o m © m O in o m o m c- in s on r- hi •-* fM a. z — m UJ K- — rg «tf •m -^ X r- -• O a. uj cr. e>. , ! oo OX >■ r-. o, o I uj m r-l g> z — m z| 1 rg, O > -•, < 0| X < ,—|' Z. rg| 1 ; • • • • !•• J' z uj'u — > < z ' ojm olm o — — . rg rg m o o;0 o o o i ii ii i ,r-'-r- — ^g|t«4 rg if\ « O OiO OIO C •c rg'g? on O «-« nL it it it. in o in o.tr ohri c«iroin o m^> ii>;in -3*3 n s oo oo o* OOOOiOOOQOOiOO cc o o: c conoccn rg BOih- -o h- co (71 C h Oi t> X c c o o c o rg rn t^ 00^ rg 0s CD C- -*0 -C O i/N o c o o1 o o I C4| i rg, go o rg rg tr o; »r> OCN — — . -*■ in h- o ^ rg mom rg (Ti r- rg rgjrg C O O ■©! •# rg . O Olrg ; I r-dO fl »>-l fl i IT -t C i if> mi gt i i g?- m m g>|gf o cl o eoi < s; |Z I l/» X a r- UJ 0- I- UJ UJ o,z m f> ^f u-, cd — ■ c; C C O O ■-• rg rg rg rg rg < rg rg rg rg'rg i **■ r*- >■ go -* rg m wn cj'co m rg fg'fg rglrg i O CO OlO •nil** r^i in ^ g)- r* ; o -*' gr m •^ •— rg rg' rg rg rg rg.rg rg rg rg n m,i> C" c H i~'e C m|o- m(co gf H «-«|<-l l*SiC co r* eco-^'-NM c» •!■ rg ps» m m r- is ga -c\ o m O O O OiO c rg rg. rg rg| rg rg co go m 0>' !**• rA •v r- r*- gsi gs gj) oNffclr* * m gf gr gr^ m rg fs* rg rgi rg rg m om cl m o!m c* m Oim o *r. g> g» in, if g?|gj r^ r*- col cd t> i w wcirt flrti O O co g? co rg rgi ^* •0 | -'rg*! uj 'rg (*>i UJ <\l a CO VI > r~ a ■o X LU ift t- * Z — m X rg o > r4 < M o r- Z I i i < I • •!• I J lf> o eg m o e|o o o o cm cmcm im co cm I I I I I * r- o> o o cu o m o cc o* CM]© O 0s 00 CD -jO Cj rsj O CM gf 1*1 00 (T © a o © eo cm m o m ©' m © 0s OJ cm in; h* © ■M «4] «-" CM C CM I NOd< °h- m m m m m ■* O O O O O «0 ;«5c I rg|f r- c .-I CM ' raj <6 I I ■ m cr > «t>ic*> o «r- > m a o in m o © x r- => rg Z tn r» o © r- r- * gr CM CMICM CM o o m en o c c* l"n m cm CM CM CM CM O CM CM CM 4} CM CM CM CM CM CM * c cr or CM CM * o ■ 1 KjjfM i clco o m m rg c o r- JriMf rg r\j| rsi pg rg ^ co coir- ia rg rg| fg M c o rg tri *4 ~4 M rg rg u-\ o r- O m grlrg c- «m rg » o o-i o> >» irirg f- ! 'rg eo! rg r- I ;rg gj rg ir\\ »- rg g/ <-> i rg fO Ul ug:rg rg' O1 i rg ^g • rg c *- »gj c UJ 1-4 CO « « — r»i UJ z ** o O ^ ir*' ►- I •< ♦! o. z -g m. UJ ^ ^ rg; I * z ^ ,*g O: o > >l at UJ ; > c o ) rgl rg rg) rg i ; ' i I i ! i ! i i ►-' z| ujiO * — !> i ! ! I o c C • rg O' rg 1 i 1 O O rg ! I i (M1 f^ ^-t I •{ • • ' C O -" tr o trt c-j ir» o tA m ^ * in ir * o rg g> I I O'lCO r- r- eo memo o- o rg if* if. c -< rg irCu rg I" - rg eglf o c o o o • «••!• «*• rg. rg CiC ! j • •■ • «| • • •-« C^l (M ^' -O *0 OO OO c < j co a m o CM >r -T o CD I Oi CM © CJD t t *-' * < * I © CM I O © « o © . O in o gr o • • m m © C^ CM < t*\ M •-* « IM gf I • • (T CO ' ■ Z 1 IZQ o . I> I z a 1 t- UJ a. 1- UJ UJ O Z C Ol C Oi o o r- r»|r- r- r» r- ^- ^-l -^ t^ -* ~* O C C OiO o (T ITt! I rg rgjf r- r- r* r-i r* r- rg rgj rg rjt rg rg I C» l*^1 C*> iT*i C"Ti C^» • •)••<•• cr co; cr cz>j cc cr CM CM: CM CM CM CM 1 CMU Kl^iTllS)^ •I • •-« H ^ -1 <•* •* J. • •- I IMJC 1 - •; • * • 0* O 0s l --1 — _< m -r- * CM CM T c cr! « 1 co co eri co eo 1 rg rg rg! rg rg O »f* o!ir 1 in ^j g> y\ it* -o \ c • • eo co f m rg gf f in fl r tr. rg rg h 1 rg w r- «ln rg rg rg rg rg 1 ir. o a ■r.e rg IT rg rg f m o r- ? —1 rg ir> c « rg «i)r rg rg(« 553 Table VI-1. — Continued |m-| «0! CC O o X at u o o z o or. CM O I iim mi — !lM*' *-> I cm mi o! ! UJ CM l >i r- 1 > at UJ > o z I I I • i • •! • . ^ i r I ! i. •! • * ! I m cm o in o wl** cm cm co O OICM (NJ CM III I O m|CM 1*1 o ojo c c o o o c o O IM I ■r * * co « o in o co * in o •r m o o O CO o o • ;• i m olm cm mlc- IM CM CM CM OJCC — CM O cm mm •# co co CO «|> CM ao 4i r- > I < K < Z l/> x« Kill a t- u in o z a o ■r ■» CM CM o» o •* * o> o ♦ <[d CO CM — ' — — • — c « -©« « o -o CM CM CM CM CM CM CO ot> CM CM CO CD IM CM m CM CO CM -T -O CO in m CM CM CD CD CM CM o CO * C CM CM CM -• CIO 0" in in cm cm m c * in in -r CM CM m o m « ■» m CM IM co ~* ■» co CM CM CO OC CM CM m c o o»|C O CM CM CO CO CM CM O CO f ricf m o o- c c c- CM — ■ in c cm m q. r- CM CM •t CM CO f>- m c- r> o -- CM * CO CM CM ce m|co r- r-i.o CM -«• ■o m CM © CM CM m o cm in CM CM 3 i a < or o o < CD O O o OC 3 ;< oc I V ex 1 = l/> iy 8 o ■m ^ ■COO1 '«.' CM CO ;cm r-\ CM «; cm m — CM ■»! U CM CO 111 CM CM1 O i ICM »« m' • cm o; *• •* v UJ -M CO' ■f « — r— UJ' I Z — -0 Oi— m, X *•" Ol 5! o1 >. X I I I •• I I If 1 '■ 1 1 ! ! 1 1 m o m cim o r* -* CMilM CO i om oim cim Oin om o i -j/ j- mm -c-ON k co ao o* o o'o o c o c * CM. c o o o I ll olo 0 0 0,00 1 'I O C C • C ' o c O CM; CM olO CM I 0,0 I >OiOi o o e o o o o: o c o-o I o o;c i CM CM' CM I ' Joo]o- cecoto I CM -T CM; <0 Ol CO imJ —. m o m o o Cjcm m O O O o co m co -. O O c o O w ^* CM O O O 'O -o o ■o o CM ** m c r~ o — cm o o c co r- ao ** o* cr co r- l-f ' o m i m r- i cmIcm io — ol. O C/'O ClO O O 0|0 "T m i*\,m mil'. fMlo i * •* * •* * « i rsifMi 1 f\*CM M «M vO r^ ^] <-i (*•*! co co 0" o>! H rv I- H ill • 1 • 1 I o z c (J c > I < c nqinqinc — I ** in( INI rr o o| o o o c X c I c > c UJ < a - z 4 Z c o c 0 Oh N « CO NC N 3 c o q o r a -o -# «> g pi «*> (M t/N c if* c u a» c M<1 OC C OC (M<4 ^■r- •$• p» r>- « .* r» Op of k>n^ _« _ pg c\ m"^ -A g: Nir.ift^ gf c 4* O p> pj — pg m d m pg at p* pg pg. rsi i • < • a cm ps a ai p« X a ** c C* o p. p4 f> N 4" * s*- -4 r-» <«i rg »- —• - -« *4 w a pg p« pg r. pg p« pg p« 9> o a o o c o c o •- H»*ff m *a in << CO - I — * •- t-l •» l-l — * —I - ** ^1 ,-# l> im in ini IN IM IN INI IN (NfiNj(NjiNjiNfiNjr^iNir^tNjiN^rgiNfisjfN^iNiiN|rsi(>fiNiiN)rN UN C •o r- INI CO m Q <0 CO H f» *e <: « iA c iA 0> C *^ Pg P> Pg Psl «" O f »A 49 4 IA A O 0 P- w ia c p- e o ■< o pg - m o 4 + • i ' • ia 4 ia I I o i z IS 5 o is i ° IS a: 15 > < a: a; < ,"1 I n> o INI l> ' INI CO jlNlH INI -o ini in JlNlJ 1 ini a 2-1 I- — IN( ►. -> a 3i 1 g 3 i i i i — C INI < < z c i I c un q i c oqocjoc octo I IN ,»• f\l rg ^ ''I Ij I I ■o -a i- ! I a> c m c m J gf- if Psi -4 -1 31 a. , H UJ a t- U UJ C X o d o n o c • ♦ • 4 • i 3 ,0 'i"- tn in w ir\^>f-4 •* r* mm • «•••< • 4 • ' • ' *4 1*1* 4 • U*\C iT*C me *f»C iT«C iA C if* C lAG ift m^-Or-p-acaoa o c o c o c o c o c Psl Vf 00 c • I • I N IN (^ si o m p* _|,_„-.r.fM(Srsj o c -»■ a o s£ O C O C <"\J — mcC0DrrOf-*r-r* • i • i • i • i • sf ^ ifi m pt p-t rr ^ r» (7 0* i 8 00 ■ pg p. pg pg p* Pnj KO <©< vTig] rg- in^oi «4 w-i^c 0^0 O0 ITS if LTt rj p« pg C tn C "T» if IA p.i Pg i G fcf\ i P.I pg sO «J> r*\ rs gj g; -4" si ^r r» >o < i+\ m m r* pg ps i Ps| ^ - p.i rg p. pg ri pg p. n ima pg fVj pg ps • i' • 1/ IT Ul Nt nJ P. PSi p. pg p. C »A C »A C ■# If CO at CD 4 o ^ -Q -o m a P- s< pp. f pg r> (A c Cr C ao r- • < i tn •- pg gj pg Cr 0 0> PJ - O o* a so w p- c <■■ ^ co 0 oo i ^ a- * pg sic 555 Table VI-1. — Continued S < S o 5 Ul X o s 0t 3 z 3 at an < a ui > o o rst» ni« •Nil* im -e in* «M« •M < c X C xcl IN I I O C o c © C ftl ft - I I CO 4 4 t O G O C o a o c 4 4 CDC incuNcuNCmc oe o c o c INI -*6r*fk»a •* o nr> co r» f-4 c --* *- •*• *■ o c o a o c m a m a m c og oaoaoc i o i» IN ft O C •0 a * a l un IV Ul a 3 - > X U r « u C e z IM IN 1-4 IN IN IM IN - IN 0> I o> a u< ui I- -I IN 3 I- "< O u a e > oc •» <» I - IN I 00 IN -I C UN C UN C •-I IN IM I* O C T O 3 ~ •- ft. ,. -. o> ft. if •-0' CO ft p* UJ ^ IN p- *« c U> - > I o x a t- ui U UJ C X O C —* IM O ft • I -»c o c o ■* I O ft f» l> mtf -flu- IA C UN r. UN o or c IM I* I** i* r>- «d » a • 4*i o d oc o «c xt I* O C IM C I IM -C ~l \C ^ f" rt IN OC oa o ftN IN o o o c O * IN IVIHHf- '1 UN C UN C OCOCOCOC IM ft I I ftl c I **IMftl~ IMft IMC st in st l« OCOC00 04 c?si imin ftic aou IM4UNN«stl' -t tf in C U>pUNC UNC UNC UN ODO & C IN u* |N-C IMU f» - -* ^ -. (N .N ft IM o a Oft < c fti Oft IM - ^ ft «* UN 4 CO 4 OC O'^NC »<-»Hhc ft IMftilMft ftlft IMftlMIN IMIN IM IN U> C Ift 4 o c o c I c OCOCO0CUN4 • 4 ♦ < r a> ■ ■ IM ft IM ft !*■!*■ r-s< umi ^h -o- an oM)iN-oa«m (M » O C O C IM ft IM ft IM ft IM ft IM ft UN C eo a o» a o c • i 0 I cichu f» c im r*9 ♦!> ■e u -r i« o- u 4) ■< 556 Table VI-1. — Continued P4> «M n ■H — IT I z o z _, — c X • • O 4 I 0» 4 o - o c m c im N • I •O It Ol l» ode CD 4 o in c fsl i* oc o c p» pr o a o -i m I OC I c o c oo o c «i o m c ■# IT U1 -t 03 I- P- -C in C cm c l ■e -4 in v o c c m 4 in c (MX — o * 4 •e 4 a> o i» r a> 4 ■» m c IN* O IN * 2 3 O U UJ C X o> o oc o : i- r» p- a o o o o o> a -o 4 rg r. "*S Of o o» o o- o o> o IN c> in r« SSSS (f. o o> a a a •en IN r. o> o 0i a eo « to p. 4- 4 IN m „ ■Oh 9 0 o> o o> a ■* 4 ■♦ 4 > C o C I a CO in -c c <" c in c m 4 misrMirino'Ot* * 9C *4f> mc ^h -o O C O f> o c in C m o a c IU a z a ™ < z u |> CM (\ «M n X 4 « < X C VI 3 at e K IU 3 C c x IM » IM l\ im n im n «fr-fp-4«* o c o» a nil MP im r. im r. 4>r'',l-OCOO CO a IM n in c im « IM l> — — >40 nj n in pi im - rg fv * i> in c 0 Nil H" in •» * i» m n m c in c m c i*i 4 •* tf m 4 ni r< ni n er e» o» o oo * * oo 4 4 n m a oo a co a p> Nft-. IM4 ■* C r>4 im •o y -o < p» r in 4 •» r\i fi rg mi p. co) oo « o cd an) o « •04 ■*■ pn pi im imp N^ m c m c O C O z IM« IM o ■■I *0 im • MO h" VI UI oj < — i» ui Z — 4) a •*«> , — * MO o» z01 — a o c > x c oo ff o a o 00 o <\ i o -i -< i-i -» (J O C o c © c o c o a ■*•■»•* c CM T oo - mamomc o o o o o o O is * IV * t\ o c o a 4C 4< iri c o c o 'X.-r o -4 -« i <■ >s -j ~t f OC > _ i8c4 it C o>e> im is 0* « eg A XSX^X'O^ A IM IS IM IS NC sss eo a •M l> © «1 l» IM is ss c IM A IM Is inc 4> i» ** — i -* •- im is fstis a* f- -c - ■*■*■*•* «s c »-> e r- « • o o» o e» r> -of o c IM IS •n c -O K m n ■* 4 o» ogj * " N>tO0 03 0> IM - r- i* od c "* *si C «M H — 0» 3~* iir id IM4) IM« 2 c Z "J — c X u o c _ > c « c K C « ' X c C AC«C to c I - T oc oois o c o c o c O C O - •€> « oc O 4 T1 O c IM CO c I o c oo in .MMv«n4«rm4«hN o « • < 00 01 4 NA • i ■S'< 4> IT m |» •^ 01 o < « * i» IMK «I4 to- rn < oo a KIK IM K O 4 • ooh IM K • 1 m c r> ■ — 0 0 — c IM K • i •n c 00 0 m - 49 4 oq • < in c a»c o c • 00 M p4 m • oc •O 4 • IM - 4>« p4 m • 00 M h- c • oc ♦ I" r* m 0 * s IM • •M in • »4 •4 • 558 Table VI-1. — Continued INIOJ •MUN «N»4» NX s 5 o S u a o o oc Ik p- < UJ a > or X z >■ < at at o UJ 9 a z o ■i • • o c > < c x c < _ X c oa T1 oc o -c m a ■o -» «M IN O C o c O IN un c c pa in UN -c oc Ct c UN c .o r« o c o c — 4 m - oc, IN IS •o c a. « in *s un c I oo ^ •* in m c 9 c o c o < ~> e ■o ■< -c a IN - m c CO <4 OC i\j a m c i» c a> C o * m i/ OSOC cm a f- a in c INI If 0«N IN pi 00 c o 4 o UJ •J > IT a a ■/> x f 3 • Z l» pp 1 X r- n O 0 « a •A 3«i X C f l/t "c u t- UJ X oc r» f 00 OS 00 OS • « •Nl M o> 9 co ca •NIIN 9 CO • « » 9 o a 4> -0 00 03 H- •> • I ■O 0 IN IN •"* c IM I* O on •o -c CD 01 O HI • i * IN •Nl •< * r- 00 rj INI IN cd a • i 9 9 •Nl IN 00 c « 0" •Nl IN UNO •» «r o cr oj -e oo a. m un • • o 9 •NIH ao a ■r « •NIIN P4 «■ • 1 9 9 IN IN UN 3 -O IT cd or. ■i f- • i o> oo —* m oj r» •n i> •Nl «N co a • i oo a fj •< m c «N IT 00 OC •Nl C • 1 00 cc «-4 — •Nl OC •Nl r. INI n «MC r- < •Nl IN m c •- a UN II oo at UN (_ • 1 r» ^ ^p pi ■r - <-p pi INI o ~* ^ • UN 4 •Nl IN u»e ao a ■* 4 OD OC r- ur • i <0 -i -* #■ OO tf o c •Nl P — c • •r 4 «M «N UN C » e CD 4 1- f" INI *■ • UN 4 — « p «Ni e o a pa pi •♦• ei • i •Nl « •Nl l> VI c INJ U P4 ~ UN 4 * - 00 u > • INI m p4 - 0> r- -o u pp pi o- « • 9 o — m UN C R" < p< r> ■*• fN UN C •O U • I oa •^ r -r n p4 - O" • 1 ao (* pp w *>*; •Nl* •Nl O (M IN -» • 9 00 •N P4 9 • m pp UN r- INI o z raoS c z — c u. o c - > ao ^ t I o c o a c incline unc mc unc unc mc unc unc uncun ^i^lN INIf* !«><#^U If* •£ -Of* pool aoo 9C I I I ococococ o c o c o c * fN ) I •o c UN < mrsiM* fNia; r- m| — « in cD4 p^ci 9u <** • I m * • t 0 1 0 1 •« 0 1 pi* O O O C —I IN ^ ^ -0 < P-O INI^- O -4 9 oo o 'T t- CD o c o c o c o c o c o c o •o c ■» c * o c o oc o cocoa C «NI n (Nl HI 9 C Ofiol 09 H Ol 4T 4 O C O C 00 f O ■* P UN r - z ■< X i« O ^ < -i IN x o •v tfl « C UJ p- UJ X PP pH • < ci n f" 4 4> 4 •Nl IN 9 0 •Nl IN UN C • i i*i n •C 4 INI IN 9 a •Nl«» UN C p» n 9 0 • < •»■> « UN 4 -0 •< (Nl in 9 0 •Nl «N UN C «M S 9 O • < •NJ UN C 9 a • i o c OS -1 ■>■ 4 INJ IN OB CC •Nl «N UN C UN U • 9 0 CD IN m f INIH co a •Nl fN UN C • CD p> f» m in r •Nl H oo a •NIH UN C r> a • 1 p» M 4) n pa p im r as a •Nl c un < 00 c • ■o < « w o c •Nl H r- M in r UN< 9 < a i • UN n 4> * i as rN 1 p4 p un r 1 IN •> UNC •Nl j pa p > • i IN p •Nir I -o « i pa p !-*C l«NI P S-S IH( »a< ♦ H or * pa p cor i pa p UN < •n a IN * • O O m pa « i pa IN 559 Table VI-1. — Continued 2 S o z at IK £ u o o z o oc l- «t ac ui & >■ ac •< i z 3 V) ae of ac iu > o o u UI MM a. a «t c X C z c m.c IAC UN G -I « IN INI oo o c o a o o fti •* -r -*t -o * O IN I o c o c * 4) <• rn < o> * m -c o a oc oc o a oc oc o* IN o IT On « m c me hn c 0» C INI If r» c - ~4 *• ~ • IN oc»««< O C INI IN INI - ^- «7 * l» OK r- 4: 4> if •# 4 O c o a 4" ft o •» UN C UN ini if h- + -I O IN) IN INI > a o a as a; m c in 4 p* rr UN C ON 0 i» w oo a m c 49 J- m c ag at ftl IN 09 V in c »* a 4f -1 CD — —i ^ m* - m c OJ 0 on r« •o < O G «4 - m c on c * - ftl W in 4 00 !*■ »■• r m c INI0 o> r< r- o ■o w i" e 49 IT O 0 INJ C ■r i« * Ul I X o id I INI O (•* 0" Ul 0> c IN a - - M I ft C z ~" •- c z u o c - > I C 4 C x c < _ z c O c oc UN C UN 0 UN C UN G WIN C UNCmC UN C UN C UN C UN C UN C UN C -4 — in inik mu|u>irmu9 49r>r»a oo o o>x nk r- e I oc c u uu c z K 4 « 4 49 < « ul I • I • I • ftl mc S£ftScSSSS 49 4 49 4 • I • aa ao a oo a oo a 494 " C OC OS • 1 0 1 1 O- O 00 I" 49 4 49 UN C UN C •o f »- a O 4 Ml H OHO 49 H 1 * 09 « ON C h m c 3 an > 49 o e> fti , -i UN > I o • I • s 560 J Table VI-1. — Continued u. S 5 z 5 « a u e s s •4 -O >• at o 4fc i 3 « e • • • • o ©o i c oo M O OO • • oe o © — * aoaoaoao o oo oo oo • • *4M(\^N«« p* p4 IN CM ^ »4 OO ■ «n«n- r *© Hi & X #4 a o a e •win no in + in o + a a « a O rs ss me a c •* - no »- c «* ex i m- mo «mo> CMB cmc- IM 4) Mm „. CM * w cm en o Ul IM«M o CM r* a • CMO ►- -»»• v> MB Ul ~>m Ul ac w « — r- M Ul u. X wO o Ul o •4«\ o ►- ^ 4? x a A. X px en « Ul 3 ►» .HCM o #-» *-« X X at H "O Ul a. X Ul 0> ►- o i i/i a h- > e» < a z 4} u Ul in o t- o ♦ X X *w en z X o CM ac 19 u. > f* V *t O Ul M oc «f «4 3 Z 1 ►- cm * • {« Ul 0. X Ul H- >■ ►- CK X « Ul X M § o < i/» o >■ < oc » « -i •* u K a[ Ul > 8 O X cm X »- X o X X « ►- Ul o. at Ul « o I p o I «t o x o « • z o m o — IM OO © © m 4) 4} V o o o o o o 4} (M o o * o a o CM t*\ « ■» CM IM ir> o in ■* oo ©o I O It o o CM* 4N o ■# a oo © o CM O M (M a o a 4> o o o o o o m o oo 0> cm -. IN in o o> o o o o mo cm in IM -4 I I O 4> IM Hi ■n o f~ o •4 (M 4> OJ * ■e o * m cm ie\ o i IM o I m im i ■f 4) O ^4 IN! CM k a « Z 4} : « o , ui ,£ l z r- K f a o o o o 4) f\! «M m o — -e CM CM m O cm en O 4) a a o o> o 4> CM CM ss? 4) 4) a a « 4) CM CM ?8 4) 4) a a 43 o o « 4) CM CM cm a o a « 4) CM CM r- 45 CM CM 4) 4> CM CM i in a a i a a a 4) ^ CM CM a o a o> CM CM 4> 4) 4) -O ♦ CM IM »4 4) CM CM in© »o a cm a a CM 4) CM CM e a CM CM CM »4 a a a c- p >4 CM I CM I CM CM CM #4 «4 p CM >4 CM 8 IM CM 561 Table VI-1. — Continued u. O X a. s of Ui X o o o X o or u. >■ X X a < Ct- UI > o z wo IM » IM CD- CM •* IM to «M CM im -« imo X o z — o o o > < o im o I I- o • • o o • • rg o I © CM O IM I © O O -0 I CD V IM O I CO o '1 * o m rg in©inomom©in©moin© Nmm4/^«Mng>4)hK(D(D0>> O IM I o» -< rg m o IM IM CM O IM I in r- CD « (M <-4 o o o o o •* IM IM oo in o o> o o o © o • • • • g CD CD © si -^ *g 1ft o IM Ift o o © o in * -• IM m o r- o — CM o o © * ■O 1*1 m in mom eg IM IM CD * IM IM in * IM © • • r- cd o o l/> x c o> o" 3 IM IM CSI > ■* in IM k in < • X o at © en m oo in in IM IM IM IM m as 0> o> IM IM •♦ 1*1 IM IM in m IM IM rg im r- © o — IM IM IM ~* IM IM in in im eg -o -c CM IM (f. o> IM IM 0- gj 0» O" IM IM tf CO rg im im rg 0> Q. IM IM •o -el*) -o rg rg imimimimimimimisi***- rg rg r- cd rg rg m i*i rg rg in o co o- iMmmicir-i^gpH^g m in rg rg in © o» o rg rg rg im in in rg ini in o rg in rg im in o r- O rg — o er co «a • • -> © im rg O UJ ,o X a '< ■S o IX at lO IS r a, a £ < DC < IM 0>. — IM *l u rg tn O UI rg rg> ©-; IM -I •V ! • ;IM © r-!-g»i uj -g CD ui z .— -c O •* W» 0,1 I-KI1 UI ••him! X «-!"• O a. UJ o> o CO • © « a I I m om o _■{** rg rg o.im © in o rg i*> rg rg I I Ivoo ©I© o'oo in ©im o en g> * in in © in « © o o o rg © co «,cd 41 © gfjrg iO © O trim »i-»/*i--^*--— c-* i. in ©in c in o im in r- O rg m ~. -4 ** is rg rg o o|© gr oo ■* rg m -» it in m * © rgtrg cc <# r\ * in -* cb co W -o in m i o o l 3 * •»■ -cl-r * : ojo- r~'«n i^jgj g> *|* «w© o> K x!£ O1 0» cdod « -»• rg mtin IM'IM rg^ im'im im ! I cc cd an rg im rg Of m O ui ui O X CD CD CM IM *■»•*■»•** -- o*!-o in in im oOihinj m i« » ogriM^cr|r-«r(i*"trg IM iM|rg rglrg rg I ri ioirg»glo » CD COlCD CD, CO r- rg rg rg imjim rg in oim o it © m mi in •* * 4 \4* rg rg rg IN r- r» r- IS rg IM IM l\ ■o < rg i\ in o! in ol in o o r-i i» co ao cr in o o» © gj o rg r> o1' r- gt *■ m in rg rt •■• ■♦• IM 4} in rg rv «n o rg in in v r- i rg IS *g i © C CD I rg r> ^ i in •» rg is in c r- c -g is 562 Table VI-1. — Continued I m p*| !mo< N4>; —leu*; in . . rg Oi »-.— 0>' HI1 ' UJ H CO' at : m ; |_'-IM| I" X o x — o| eo • • •'• • < • •! ' i 1 • • • I o o > • x o • ! i » » « --IMNH t I — — m gj m g> co m rg o rg od in o IM rg I I g> OD * 00 in o m o * in m im rg in * CM CM IM IV im cm rg rx m o in o Ho^no1 o eo to o o m m 00 OD CM IM mo rg o — r-* — -* IN IM O O O «« ^a o o oo rn O- oc rg c\ ("IHNoMf cm im rg r^ rg m in c go r- «0 r» 0> cr a r- <0 in o m o r- o rg m MMMN iCO O' !m cm : I iS ac ui I \o a ia l/»! HJ — 00 or: zj— g> O •< m x — cv ui' ; l_ -< IM] — — S-o! a- t ui; oi o 00' >i H a.! gj x ujI in d * r-l ! i • •• I ; *!•• Mil MM O O O OjO o rg im'im rg I I i I I r a> — IM * I I oofog-o f\l:-* o " r» in Ojin c m ♦ * in o o eo in •o gj OO o o in m g> in in o m o o o o im rg ui rg in o Cf o o o o o IM -4 ♦ in oo m Ui • o o to 3 or Z z r-> x -o rg > • « r> IM X IM x a IM i/) a o B X m r- o o 00 00 •-• er 49 r- m o r- r- rg cm rg rg o cr CM CM in o «* rg m cr •M rg 0D OD cr rg r- r- r- m •o -o IM IM IM ** a er CM IM m o IM try O IM n r-i o cr oo r- rg r- ■C m -• CD •c in rg cm O cr C eo rg cm mo m ■* m ■*■ m m 00 CD f- r- m w m m «o m m m rg rg r** m 00 00 IM IM m o •* m m m m m CD OD r- r» o a m * rn OD in gf rg cm O CD oo r» IM IM m o m g> * m CO CI m m r- r- co -• m m 00 4> ■» -t CM CM r- g> r- r- CM CM m o g)f~ •0 o CO CO r- r- o o m in CO w+ •* ♦ CM IV * * r- r- rg rg m o r» oo ■c r- co cr r- t» r- «o gr * cr «o CO CO CM CV CO CO f- r- rg rg m o oo cr r- g> co m r- r- m ro g* * * CO CO CO IM CM IM w* r» r» CM CM m o cr O r- cr CO CO r- gj co cr g> co o m CO •* IM IM O -« g> ■C rg cm r» co CO CO o 00 g> m •c cr co rg co g> cr oo g> cd m gr im rg m o r» c cr g> rg cm *g m m g> CO- CM CM « cr r» « «-t — org IO — CM CM m o rg m 1 ■* IM o CO r- — •o •-* + cr — in r- rg 563 Table VI-1. — Continued o 111 o I a. « 3 o z a. lu X — o o o o a: 3 a. z 3 >■ iu > o mo rxo> (M CO rxr- rx « ixif rx* cu m — CD I T O o z — © o o o © if ir> o if o — «M IX O I O O if © rx m o o o o If o m * © o opI o o rg -r if O * if oo IM IX CO -O If o If o oo IX o « o ♦ rx If o o o IX rx o o o o ix If o co o> If o o» o o o IX IX O IN © - o o o « O IN If O rx If (X IN CD O IX ■* ♦ ON « * m o o i/t z f- IX 13 IX > x o < - z er- 4/1 a o IX IX rx ix r> o- IX IX rx rx if * IX ex IX — If If If « rxrx rx rx :S IX IX -c 4> rx fX If o o- o » o CD I- IX 4 0> U<; — CD Si-*! O'-ifi M ! I— * 9. z1— hi! iiii £!""** Ui| • « o X O < • Z O i I o o oo ■» rxl* (X I 1 1 1 I oo rx O o o o o © o o o •r * o o o © o o ■o rx OO o o o o'oo o CD ex cc oo o oo rx o o oo oo o o oo oo •r «x « 0> IX z a o 9 CD IX IX c o> rx ix If o ix m r- i- rx rx O rA CD co rx ix| ix rx if O if Oi if O m « «if if « if if rx rx • • CD CD rx rx if O •c r- IX IX IX IN *8 SS m m rx in if O 9- e -■»o« ♦ ml — If IT rx r> r» e • * ■* IN IX fl r MIX 564 Table VI-1. — Continued 0> X X o •no IMO> IM -O rgm rg* noon NO « o o o o c in o M m o CD IS m o r» c IM o- oc mom IM « CD gf'gj IX C 6> IM IM 0> o- IM IM mo * rx IM CM •o o IM IM m o im ix CD O • • -* IM CD CD m o ix * in * • • IM o fi IV • • • a rg iMfrg i*i m in m m m •» gr ■» * ix i\ IM IM CD CD IM ■o m IM CP • i c » IM IS m o a o r> * im o r- r» •c •* IM IN m o IM IT m «t ix i\ o o> •r ix ix m CM IN 0> 0" IM • • • IM IM IX oo> CM •-< no cm IU 15 l| x X z> l/» ! ime; IM V> IM C0i Mr*! no mi — 'rg *l Ul IIM «X| t»l UN IM oi ! ilM —■ m • Ino o r- »0 o>| l/V Ujl»g CD1 oc II" Z:— «l O •» m: Ul, h-i» X • • • »l i • !* p o « © K O « • X o m ogm o *4 m o o o o »M *!IM CM I ! | I I m o IM IX * IM I I o oo o|oo •t «|o 00 >0 IM m o m o ix ** m im -o l l NO I m o m -o IM IM I I O O O OiO o cd is* rv njl4> •* in o < o l o o oo oo oo rg o'o im m o •m m i i o c « CD m o o- o o o oo r- — im g> o m IM IM m o im m ^«hhp«x imn o gj 4) m -t co © po — - oo m o m o r» o im m •coco * m im o ui • o o !3ix IX. I r-.Ul I 0.1- ! O X r- f-'co cd co a o Olo O O o -^ f-« ^4 t-4 Q> g) gj) g)ig) g> m m eg «M|«M rg rg rg IM IM IM IM rg rg 6s o- m o o rg rg O rglfs! rx m gj o> o> rg rg rx rg rg rg rg rg rg rg IM IM e o> IM IM m •o ■c «M rg o> o- rg rg m c m « m * rg rg IX IX IM rg csi — o O im rg rg rg rg rg »e»» 00 CD rg rg m o gj P m m rg rg CD CD im rg rg ix rg rg m * rg rg •0 CD m im m o rg rg co a> im rg m o 0> ~ " O 0> 0" rg ni «m «m r- gj m ix m ♦ 4) m IX ml 0» rg im rg rgi •>■ « m co r- rg rglrg H1-4 *^ rg rg rg i om i m,r- 565 Table VI-1. — Continued it -4 1 1 1 | j i 1 1 it »• ! i 1 1 1 i m e • • • 1 1 1 | j It © j ; | ; 1 ; : CMC» ' !lM» • 1 • 1 1 • • • • ! 1 ' ! ' | IM S j I ' • • IM 03 ■ I i • • • • • 1 • * 1 ; i cm r- i • • • • • ' • « • ! ! • CM P- 1 1 ; 1 | L. 1 ] •1 • ■«. 1 • • • « • 1 ! IM 4 1 J 1 1 • i • ■ • | l|M 43 • »i » * • ff . • • • •'• • 1 ' • •••'• | KM m ! • 1 IM m • i • •: • »i • • • 1 i • • 1 • i 1 4» IM * • • 1 1 i — 'CM * * 1 u • « u • ' 1 • • •'• 'im it • CM It • ' i ; », • »i I o o • i i • 1 • •:- Ul IM eg • Ul IM IM • 1 ' ■•!.'» i o • • a • • » IM «4 ; IM -4 i ' ; • •' • • • i in • in, i ;. 1 » • '< » ■ NO • • • • • • • IM O ; | • • 1 • • • • • • i ^ -4 o> • • P-J44 IA 1 1 • • • i «/> • • 4 V) 1 ' 1 1 x" i ^ Ul X S3 LU -^ CD | 1 • i UJ ac • • UJ ac I i -J « -4P» • _l 4t|>4 p. 1 ! • i —4 Ul • UJ 1 • U. Z •4 43 1 IT zU* j • i q • • o 1 i 1 » UJ o -< VI • • • Ul o -4 m j * i (9 ►- -4 * : u p- -« -t ! 1 • ••; X a • • X «• 1 1 • _ & X -4 it • a x'-4 pn i ] * i* < Ul • 4C ui 1 •! or p- -4 im • a K-4PJ i I i • o 44 • 1 o ^j 1 • ;• o -4 -^ o #4 ^4 ' X I X X i i a p- "^ O 1 ac ►- -© UJ a. 1 UJ 0. i X Ul 0> 1 X Ul 0- i h- o 1 » a X v> <0 > X i/i 03 • 1 1 > r- < > P- OB a. X ■c CO 0, X 43 ! o Ul in u UJ m o ^ o p- o ■* l" o 4T i j z z z z i — it 1 J ^4 It ' j X X X X 1 o IM i o IM 1 at o ! a o 1 1 u. > —4 u. > ■-4 1 i ** 4Jt o i < © s I i Ul X j Ul X i i ac < -4 ac 41 <-4 i i 3 X 1 i , 3 X 1 • i ►- IM i t- IM i « 1 o in© in o IA © in o in o m o m o m © m o in o in © m © in o in < 1 * O m o in o in o in olm c in o tf\ o m o in © in o in o m o in © m ac P4 -4 CM CM It Ct 4T * in m 43 43 P- r~ co CO J> e> © im in P- o cm in p» oc *4|*4 PM CM It m 4>,4r in in 43 m0 f- f- CO CO 0> 0> © im in f- o im in p- •-* *4 *-4 .- IM IM CM CM UJ a | 1 1 -4 -4-41-4 IM IM IM IM UJ o o o o o o© o o o © o o © o © o o o o © © e o * IM CO « 5 o o o!o o © o © o © o o © o o o o o o © o o -t -» 4f 00 o o p- z • i- z . • •( • • • • • • • • • • • • • • • • • • • «j • « • 4 • » o «M O © IM CM CM o o CM © CM CM c o O l\ © o o © © o © IN ~ o O — o o o © o © o © © o o 4T 03 O 4- >0 (SI IM «r IM CM CM * 4> 4J> IM CM IM l X 1 1 1 1 1 1 1 I i i X 1 t-4 V p- ! > p- ac z ac z ? Ul u c 40 IM IM l»> m it © -4 O 03 49 0» m •*■ o> - S3 pr in 4r CM CO It o m in 43 « Ul o © r- i»> r- r- It pn o o r- © o pn o r^ r- k O O © p- It O 43 mip- CM o* X > • • •! • • • • • • • • • • • • • • • • ■ • • • 4j • t * * • X o X o 41 O o o © © #-4 pn IM It IM in 4r in h- m m r*- in 43|43 43 in 43 4^ in 4)- 4f IM 3 < 1 3 < -4 -4 •-4 4-1 ■JUl V) or i/) ac o 1 o >■ X © © o O O o o © © ©o o o o © o o o C © o © * CD 00 43 43 03 5 X© o o o o o © o o O © o o o o|o o © © o © O 43 IM a3 IM 43 43 ac oc < • • • • • • • • • • « • • *>•»,•• • ■ • • • H • • • • • ac x o O 43 © CD a> 1 r, w — -4 IM (M ! CM MIM •■* —4 p- a Ul > > I- a o i/i r» p- CO pH it in 4r m in 43 43 p- CO o ~ it 4T in 43 f- p> CO V CD in -4 1 it pnlpn im!im cm 1 i 4f P- CD ©jtM »4 cc f-'a ao p* 1- p~ in •r 43 pn ■* m o>!lS K ©o CM l\ IM o- o> a> co co p- a> CD 00 CO CD OD r~ in CD OS in in 00 00 in 4> CD CD CO CO o in CD p- *4 43 o r X 43 3 1 43 49|49 43 43 49 i 1 43 43 -O 43143 43 i 43 43J49 43 43 49 43 43 43 43 4} * * 4f]cn j Z | i ! i 1 . Z it CM — i It * Ct -4 p- 43 •t CM O p» •* * -r> r- in CM o CD tfv CO 4H •» It i in Z43 in .p-]* * 4» £p if* t*\m do o in —j* c C 43 pn -4 » -4 P- IM -Hi x * •* * It -4 CM CM 0> o> » 0- 0> S3 CO f K « in in in m * It IM CM — It CM X m in «i\l in in' in in + m;m mfiM c\j -4 -4|o © Cr 0< 0* 0> CD p- m -T It J-4 „ IM IM IM IM IM CM IM IM IMlCM CM'IM IM OJ tM|r\J rM,(M CM IM IMlCM PM -4 -4 -4 — * -4 -4 —4 -4 -4 p4| — 4 -4 «S « 43 m 4T CM O CO —• -4 ■-4 -4 — o CO t- in it — o> 49 4f •4 P- O 43 * 4J- 4f O 03 P- P-jp- 43 43 4f en rs*l© -4 00 43 in -4 • • • •■•••« • •<••>•• --• • • • • • • • >- 4» f- r- r- p» P- p» 43 r- p- f- (J r» p- 43 43i 43 43 43 in in in in pn IM © 0- 03 r» P» Sin in m'm in in in ir mm "r1* f CM -4 -4 © o o o 0> o> r- 43 ■r z IM CM (M CM CM CM IM CM CM CM IM CM IV IM CM IM IM CM CM CM CM IM IM IM PN *4 « P4 z IM CM IM CM IM IN CM «si Mlrg r\jlfvj a (•> c- CD CD CD 43 43 4f * o- CD P- P» 03 0- * © ct IM x m ♦ 4»;lt CM043 <4> < -o * <*■> a P>- IMi43 © p» in -4 in -4 CD 43 -4 * 0> © « • « X 0- o> c 0- 0> 0> CD «e> « 03 CO «D or CO CO es co co r- p- r- l» 43 m 4> It 44 © 41 X 43 43 43143 « 4) in m mun in in + pn It CM CM -4 -4 -4 C © CO 43 m 4t it pn -4 -4|-4 p- IM IM CM CM CM CM CM CM CM CM CM IM IM IM CM CM CM CM IN CM CM IM IM IM IN IM CM IM f- IM IM CM CM IM IM IN (NJ INj'fSJ fM IN fSJ CM IM CM IM IM IM PM IM IM -4 -4 1/1 l/> 1 | 1 X a o tf\ om O in O m© m o m c mo m © in o in o in c in c in© *> X OC o in o in o in o m p-m pice in * * >r tr o in c»m e in o in © in o in e in ©|m 4X p- Ul -4J-4 IM CM It It 4> * m m 43 43 P» f~ CO CO 0- c o im in P- o CM «Vf. •« p» Ul P4|»4 IM cm pn 43 P- P- CO CO c- 0* o im in p- o MKVP- 111 K a Ul Ul -4 4-4 — < -4 IM CM IM IM Ul a a UJ p- UJ 1 -4 -4 -4 -4 PM IM IM IM « o X 1 i 1 « o X 566 Table VI-1. — Continued u 11 ft a J i- •* c a u o e • ••!••(< 2 u o c < c z c • 4 • ^ • i oc l/> 3 0 z pi ~4_ ~i - _4 *- p* p< *-« - Aa z Z ft O 4 3 4 od a o c in c ft o c a o c in r •i Oil p4« • • O fti ftl o ej ft) ■» p O ft ftl ft p-t ft» ft 4> 4 0> a ft. ^ « a fti 4 * ft ftl 4 ft- X m c fti if fti ft a> a o c m c • i -r -i a* q c/i 0 Cft <7 • i ' • ftiftiftiftiftJftlftJpJp4C ft)ftftlftft4ftft*~ ft ftl ft ftj ft z M m « m w co a o m i> ■r 4> 4 * 4 * ft c m c m c - -I ft ftl ft 00 ft • I OC ■» 4 ft) ft m v fti ft • < • oc oct o c Cft o Cft o ao a a) a floaaoci •r ft ft) ft in c CI 4 —* o ft. U *ft p ft- e o o e» a o « * <• • ■ i • m 4 * ft) ft ftift mc m c * u m 4 CO 0| o C p4 fft ft fftft ftl ft) pp p I P4 ft ft) ft pf pp p. p* ft ft) 0) CD ftf ft- « ft I 4> • > • mem p. a co i ft-ftft-00>4OftCD 0D0I 00ft 4> 4 4> I 000 ■» - ft- " Cft ft 03 SC 0> 0 00ft 4) * * <> ft> f 1 pi p I p4 p I p4 P p4pip4 ftft-pj cftftp*" ma-4 fn 4 * • i • o of ft- <4 4> « * . < c X c 4 4> a 00 4 ft) ft pH - m c Cft c o c d c ft) 4 ft- a O 4 ft) ft m c fM i/ o 4 fti ft 4- a CD 4 CO u- ftl - .1 Ift C ft- c 41 C Cft of m c ftj u* ft) ft ft) c -< c O 4 ao i/ o c 3 a z c pp z <• > 3 BE a p- U U) C Z 00 oc • I o c 4) 4; ft- ft- • < • ft- ft- oo a Oft O O CD ft m ft ft) p- ft) ft ft) ft x p- m h* m ir c m c * ft ph c ft) ft ft) ft 1 • 1 • m t ft) ft m t ftj ft ft- < • < o c ft- ft- ft- ftj ft- 1 ao oc cd oc ao cc ftj ft ft) ft ft) ft, ft) ft .ft) ft m 4 ft) ft S3 H| • < O O * 4 • i «^ C •# IT -* fN *-• If •-« O ao < m a h- c • ( • i • i c O c o c o «n 4 m rs m rs ^ ■4* i/ M rs m i/ m c • < m 4 -o c rsj i*r rsi c 567 Table VI-1. — Continued (9 Uy IM IN «| o ui O X a < s o u o o z z o at: < a: be < Of UJ > o a o c z — o a z o o o a un c O C O in O I* O IT I I* IN > i < i» a c o a • I IM IN, IN - o c tnc un c un c IM I* 1*1 UJ UJ- IT O C|0 c CO UJ -O IN m in ~o r- -» IN o c o c INI C o c INI 4 O C • * INJ CC UN C UN -t o c INI IN o c ■# -I c c o c • < • < -r J o -t r"i i* INI |\ irv u- INI IN !*■ I* ■* I* INI IN IM IA * I* INI INi INI IN UN I* INI (Nl INI IN UNC |l>l> Nf- O" *■• IN 1*11* UN • I • < B i • I • I • ccococococo •o i* im in ph a IM IN IM IN fA IN INI •> UN C 1*1 UJ IM IN) IN| _ INI IN INI IN INI IN INI IN UN C •*■ u- •M - INI IN IM IN IM IN «o in Is- t- ' * a UN C •O f C c- a co a r- 4 IN P4 - >4*>iHr -» i> o a oc o c «5C 0> I* ■ < • oo a r- 4 IM #■ •* m Iv4 p 8 UN « UN C ON < M 3 O •« HI 0> i> « *> *• CM IN •M -» H 111 at «] UJ z -J* a -"O 0> z o c - > c « c X c O c O IN c c O c O u- co - ■* ■» INI I* o c IM IN O c -7 ac un a i*i -# O CO IM UN rsl — IM < IM 4 un a -*■ UI UJ IN I UN UN IM <■ 00 cc _. «« a IN IN 3d a. c H 111 ** IN ■# •" UN OCIO- h oo l» •M IN 00 CC IM IN IM «N UN C f- IT IM IN co a IM IN UJ- I* IM IN •O It IM IN CD f> IM IN UN I* IM IN IM IN IM IN 1*1 IN IM IN OC IM IN UN C UN 4 •O -0 -0 I" o e o c IM C CO UJ SC IT o IN pUJ m r* C O C IM IN IM IN rip H( fNI fl IM IN UN C •o ^ < a< mi o c oc c < oo a -c u o o IM - •o e ■*> < 4 C X c < . z c • « c o a i c * o I St m c -* p. o p- pg ■* ococccoc o c o c gj -» pg >- oc eg C o c gj- •» * tr m < o c © c • 1*1 co < eo 4 CO 17 o c CD (V m C •o o c • I CO 4 o c o a o e CNJ P. mctcmcmc p4 p- a co a o m OCOCOC04 oc «*>c mr- mp1 OC OC OC 04 NIV COC O ^ €» P- a c x o X a 3 a >- UJ u uj c z a- r*» «* o o)o cj > co ac co a pg p. pg p. meme ^ .g p. CO -j IM -< CO -i pg p. SS5 * p. pg i O C O I — - o c > 4 O V i e\ pg - pg ■- *g c pg n pg n ipi p* ■ g: ep o( cp a ■gp +t o o cr a o c o> e (UP *4p « r> p. s * p> O e > o u-. o ) l» P- 4 co a in CO 0 O G en 1« • i o c CO « f» sssst o UJ <£ X a. < 3 o ,5 UJ X a. z :: ll UJ MM • pg e >- a. • e a z u. in o c > < c X C < _ z c -4 -. <\ pg rr * N i i o c co g; o o| c e o c pg c I C o c pg -» pg p. o c co gj ^ «M p- «4 P* co ir p- c m g* m u* p. UJ < O p. zcocococococococ 3 zw m ir in it m «■ m u* m tr pg p» g) gj ^•^^^-i*-^-— •-^■^•X^--COC X - < z o *c UJ pgp< pgrv grgj cope -o q & tr pgp* pgps pgf\ pgpg]*-— oc 0> o rg p. Ocqcop^P-gJtcPPicoP- > pg p. ocococo<< pg p. mc pg e cp cc pg Ps p- o m « * p. •p gj m p« cm p« pg p< in c m c g> «f m gj odoc oc oc oc oc in c g>t« gj-gjm<ir nc mr O c cp a CP < pg « oc o o gj p. co u CD ■ p m c CP c £S «• - ao r- -• O « r> g) o a p- ■< pg - ~* - m c p-e o c o in c a: a: 4 U ae ui o o 10 UJ m . me no» ■M i\s M UJ N* N4J> M HI ncn CM 0 c < c K C « I X c c im ■ I T IM C I • 4 CUNGUNGUNCUNC m p< IN IM W m 4 C O c o c o c O MO N« IM OC OC INI IN INI 4 OCNtM<(a>iNOC4)C O C OC o CO 4 INI IN INI OC OC • • OC04»in4>u© OCtMONHmiNM maej a: X 9 IN 2c u tu OCOCO-INIIN OC O C OC • (•< IM IN INI IN 44 -4> •< UN Q JM Rot1 0" 0 IN INI IN UN C UN CO « «0 « CNI»sjl\il\JlMCSJ<\IIN| a IMIN c un e un c un e •> m in im P m 4 UN 0 IM IN OC OC OCOC OC im a IM o - 4" o mo UN o. o> 4 m in IM IN 4> 4 IM IN stss ** - .* _ -4 n _< (N H( OC OC oi mo un n pig or- xin <-• « O N pi p4 p^p4 •» PIP 0-4- •* c- N o •* dM IN IM ■O * UN IM f IM UN e UN «S l« K m •■ r> if •*' 9 SM K IM UN4 4T4 Nf INI IM 4 s ?82 >n!u «t< •! T ! 1 m* mO IM0N •4 0> 1/ «■■ U — « 111 a -» 4 .uo. a u. 2 z — « a -«»n (9 M -i * X 0. a. z p4i«i < u 5 1- — 1 IN o •4 X S X 1- ->o ui & X u 0> I- e X UI a t- < > " a 0. X UJ o u UN o H o 4 z Z M l» X X o IN OC (i IL a P4 """■ «« O UI » ae <■ •a 3 X 1 i- IN < 1 a UI a X UI 1- >■ t- ae 2 •* u X pi X c 3 •1 UI U > < ae ae < j •< u PPJ »- OC UI > o o z o p4 X 1- z o X •3 fl-l 3 « H 111 a •c u < e • « I • • • IM < i r OC * IN UN C UN C UN C f -I IN INI l» O C O C O C O •* O C O C O •« IM IN CM I I 00 IN I I !• UN G UN C m ■» ■* if o a oc oc -• u Of" IM 0 OC O in IM4 NI4 * o me ♦ •in' OC 04 « > 4 O c m z Z d M i X •< x « IN l/l « « UI & z o a m cn • i n0 4 CM IN *■ ■ m m a CM IN UN C pi m c» o c • < h- h CM IN --)e CO « CM f< UN C m uj o c un o • < h- h CM A oc CM tf — UJ • 1 UJ> HI O UJ CM CN «0 f CMM co a oat • i m cn UN U CM»< »»h CM CV "C« * «C m * •u f « i IM - •* UJ CMCN CMCN UN 3 ♦ IN on a • * m c» cm ^ cm in Off * •> • i 8? «M - IM CN X> Nl CM* m o 4> CI t 0> 0 PPI w CMO •»!• NX IM CN o a • • o> • »NI S m 0 INI* Sf CM C f « • i CM pi MO SS p«» pU. pi o> c UN U r» 4. p4 pi ot Np •4* » 4 as i« • i m i> m 4 p4 pi fit P-l M SS M0 UN «N « N m •4 P4 s M 570 Table VI-1. — Continued »- s m or. # • • • • « • « • • z < -4 < e X c 2c eo PUP, I I o c • I « 4 oc • ' «m p l • m P" OC o c PJ 1» oc on I in r> oc • I PI 4 S3 OC °7 mc OC O p I • < OC CM O 0» c m ir oc oc oc (M a co 41 cm at pjpJ -. J _ - p O.C PJ f me K a oc o c o « O P OC o in c CD 0 oc pi p O C 3 m c » c oc O O pj p •o a Pi"» a • I ■r 4 > ■ OC p im«s no n« pj»- " N« NA NO NA > „ p K P < I X « r 2, UJ O C OC CJ ff J •«• 4 * 4 (M«V PJ IS 4>4 * 4 4>W •MONO p p- i OC O' Sec (MO en e PJ (M PJ P O « * I* m c m < ♦ W m CO o © oc CO 01 00 • 00 4 CD 01 CDF* 4) 4 o o » a r- j 4)« 4- p — - •*- o (M P (M P (M * 4 m c 4>P c -* ~ p(^ hp (mo co p p» co a • < m « i •MP p- f> «0P4>P P- P e> P •1 » p c er o 4) - P- P CP P • 1 1 • i ** *■ o 0 PJ P PJ m in cj in c -« p p- c CO ■C irt m in a of 4r mem Oil p- P>»< •no PC* CM « . CMP" H< mm IM« u CM HI ■V c £ «4 « f- •» p- < CP a a 41 o u. II- ■ o 1- i z 4 X s o n « u u. 9 m ■*" . * ■ c UJ » at * p> 3 « oc UJ & I UJ t- 1 > oc < X z t/> >■ « a: a < -j < u ^> QC UJ > o o z a I i- z o X « CO « UJ K 1 P. 1 H 2 u c 4 a 0 3 p- a u c i c z — c 19 C > «f c x c < _, X c • 1 O 0 7 a c CD ^ m c -< p 4P-a«04inr'mppi mcmcmcmcm »C NC N£ IMC N ^*4_*4PPJPN co K o> a PJ «. pj c •» -•CO > 4 o a i/> z z c X « p O II < - UJ X 'm p pj p 4- <« ■» 41 PJ P In ir • i in i/ pj p in c p- p> o c CO CO O 0" PJ w PJ P4 — c •r 4 PJ P4 in if • < in in pj p m c ^ p ao a o c od a CO P pj p 0> ot m c pj p in if • i m ir pj p m e PJ p P- 41 o a co as 4> IT PJ PJ 4> -» pj p pj a • • in 4 pj p ss 4> tf o C co a 4" •* f-4 — PJ P PJ c PJ p * 4i • • 4- 4 PJ P in c 4- II in ir o c od a 4 P *4 m PJ P CO 4 PJ p PJ p • < 4 P PI P in c m 4 p- a o a 00 oc X IT o a pj «- PJ V •M J PJ P CO IT • I m n pj p m e 4> P O P ~* — oo a »< p 0> 01 m p ~* m PJ P oc • 1 en * pj p •n c p- a en 4 *4 * oo a m a p- 4 0> 4 o c CM P CO P • < CM P PJ P m c co a * pi •M — P- P- PJ < ■O Ml pj a O o CM - 4> 4 • < CM P PJ p m c O" e m PJ 0> P4C p- r« pj - m 4 — » — 4- U" 0> p. ^4 fi P- 4 • -* 0 CM *■ m c CM i p- p o c •O 4 m a m p -4 m PJ P 4> II 0> P • p- p m < p- < •— p m if1 o c PJ p in p" ■4 If cn p *4 H cn vt 4- P •-I •■ P- 4 • in 4 m c CM M pj p * o m o> p- pj <-4 m • m in p- pj 571 Table VI-1. — Continued S S o i in a. at X 3 i/> o z m X ►- z o IMt» «4 IM41 •sun •4 W — c X > « c X C X c oo • 1 oo oo «M ft, O ir O * UN f • « o a • i 06 4 O C OO 4 m c 4> i» o c • i 4> 4 o c ■r a i • OC •e c in c m c r» « oo a o e 00 ft O r> •e o c eo c o n • i o 4 O 4 * 4 OC z si- ft ft X f ft «i» « c Ul c X OC r» »>■ IMft n»n «M ft. n «M ft * i» ftl ft Ml C ni ft * S oa «m «\ «M in cm n CM n m ft IM ft ss OC «M IN IM IN IM IN IM IS IM ft •M ft ss o c •M" IM IS IM - IMI\ ftlft iMn inc m 4 o c »4 «- im ft ** ■■ IM 1* *-i m fM ft mc * i» o c o c IM f> •* c CM ft »< c IM ft ■ «4 p »• •4 m t\ m O C f- 4 *4 p -> n p4 p • 4 p4 p ss IM»»I •M IN < C| a U c z — c x C X c o c • < o <\ • < • I o c • - 1 o c oir CO - CM f» « • m c IM« oc + ol •< IN in C -«■ IT I m 4! im < rg -J — » IM 4 00 OC m 4) mis in c in <£ O C • 4 IM ■* m c ■c * in c m c m c in i/ in 4 o c o c 4> < im a o c o oi OC O c • i • < On 4> -4 m c c c IM IN o c -o a m i/ 00 ft m c » c o c • < 4) 01 W. K -» l» m c IV If o c • i 00 4 IM 4 (M n >4 '1 > IN LU < o c 1/) z z « x a n o w « a n k a X oi in oc c ID d X P4 <\ • 1 o c IM CC 00 f- •M (N !«» - oo a «M n 4) « oo a im n m c * m • 1 O - -4 4 h- « «M IN r- -< IM n p4 *■ co a im n m c ~* n m 4 • i «4 P> m r- 4> l» m in *c 4) Ul IM ft O" 00 t- «M ft m C IM l» O 41 • i 4) H IM IN IM IN l»- 0" m ft IM ft IM< in k ftl IN r» 4 • i O c 4- - p4 — ft» ft, f»> G ftl ft CM ft — 4 m ft IM ft 5S 4) IT • 1 OC r- it o q IM ft 4) "* *4 •■ IM ft im a ftl ■■ ftl ft m c m 4 4) 4 • 1 OC IM C O C IM IN P4 CC •-• c ftl ft 00 t" ftl ft mc 4J h 4> r> • i OC 00 4 c» a *4 ■■ in -< O c ftl IN im a ** C ftl ft mc t- 01 »>- 4 • OC O 4 » a »4 m •O C « - * 0 O 0 IM - in c oo a co a • o c co a *- 4 *4 — m 4 cd r* 4> a » a *4 #- in c C» « OC 4> II 4) u »4 m im a r- «' *4 p 4» h 00 4 "^ < IM* 572 Table VI-1. — Continued U, •— m * — *■ « < m e ee me oc ©« e « e oc oc ©e ec ec oc • < oc oc OC*4 or- oc 4>4 «Je oc • < inc oc • e oc « 4 OC OC OC OC O 4 • < oc ■o 4 © 4 * 4 UJ 3 «S s: a, ^« oc #xS mS *?S ec • i • i • S2*8iS!S5§SSSSICi oc • I • I • I • I oc »o c» « «n 11 •< « IU a -1 4 •4 ft- u. Ik 2 •4 41 s a •<» (* ►■ -4 4> X A a. a — (• « u. s i- — «N o •4 M s X -*o UJ a z U. 9 ft- e i >. ft- < o Z 41 o a ir o H o 4 z Z — m X Z 1 o o «\ u. > vM ■ IU .41 M a oc 4 m 3 X 1 ►• ft. < 1 « £ z UJ t- 1 > at « z z 3 » < at « t -j o t- at UJ > 8 1- 2 u. C 4 a U 1 o z : m X s z • « IU •I 41 3 ft- a u c 1 / o c > < c X c 2c c mc IAC t I o o ClOOOCOCOC tr m 4 --C r-- o e o c c o o c ftj 4 O -» • 4 CM O OC O C O C 4) 4 * *o*o*e''C4ft»4ft*44'4 u> 4 ® « 41 4 m V ia X oc oc o < coc Oft 004 4'4 «4 «r> e 4- e <• * 4 ft* O 4 4- ir\ 4 iw 4> ■ O m 4 -e o ft X - < I Z e ft* ft. *<4 4; ♦ 4 4 «M ft 4» H • < OC » ■ • ■ m ft ftj ft IT C m 4 ♦ 4) * 4 • < • OC o OC OC OC OC CMT 8dodvi o< ft- ft 4>v m ft i ft* ft ftjft *4^#4»»4^««w *4^*4 !-« »- O Oa NK09 *« iC ft* «■ *4 M ft ft* 4> ft ft- M% 4 4> • i • O C O X < ft* ft • 4 o« • < < • - 81 »t »l «««• N S«\ c inc «n < m c mem mi CftCftiK > i ft* « ft- 573 Table VI-1. — Continued S o s o o o oc 3 a. a I ac at < at ui > o — ■o — m ~ ■* > i 7 X r o z — c o > < c I I rg c I o c 0D g- • < O *N I •«• IN O C O C INI IN oc o o o oc ocococ o c m in COCOCOCOCOCOCOCOCOCOCOgJoOIN 00 >J IM IN *~ <* g) i*- -t ~ — • cc g> r- sc ^ in >j on i* m -inNi'r» m «g »e n» nc n»n «4 fitoon n< on OC g> c ma mi/ im «• OCOCOCOCOOgj-g 00-4 IM IN IM g CDC ~T •* gj If OC OC im n im <* < • •e oc o m r> im z e» to I « c ~* ~ ~4 ~ oc mo* «< «4 mo O" ^O > «4n N DO ah o o c* o inj in IM in g> IT (M (V a a rg in S55SSS m« o < IM IM n IM g> «r in NIV N in c m gj i* r- o a gj - a «t -* o o- - oo cr o im »■ ~« - in n o> o -g o o> 01 mrg,ONg)m*g,r»if)iMgj|mtf r- g — - o c IM IN (M " m g * IM IN IM mem eg c*c f f- g m •» g g> o oo c* m k o c pO n *g ^ m c m c m c on rg if r- « im » r» f <(ff m O- * o IMW ti u N<\ a IM- IT 1 «/ «» u -.« UI a _> M — i" M u U. s z — gj a •<« <3 H > X a. tt z — 1» t- a. 2 « u Z — Z c 3 4 i/) a >■ < OC oc < _l < a o z o X t- z o z < ao *-* 3 « p> UI a a u < c o c > < c K C < I z c im g; I I o c •r t\ O C O C O C o ■$ -< I I oc I O C IM l> • I 00 IN I • O 4 I O C IM C mcmcmcmcmcmc — -^ IN ♦ g * *f gj i* • • mcmcmcmcmc «hS< DO »C M o c o c o cog «mi g> g vr g in g oc oc oc oc ono)o og g> im g im n mo < » > « m c ■emu im g eg g g) oo a o « m ococococ 3f< «mi> imk rgn imiv imin rgn rgn rgr. >Mr N'lNMNf »< Z : g g> g: i im n o g > oc c| • g • oo ■ cm n mi> m «i nv ae m gj r-Omo—^oa—" x„_i^_.cocc)cr g> if rg l> 00 oc 0D O im nj im n cj m c m c m c ^ — . in rg i* m >i gf i» i** n im r. rg n g}gg>gjo>iro>gJ g) < m if im f> im n m c gf if gf gi IM C oo a • < IM IN me m ^ *n g>« miN no «i< -g- qn oc g> - g> in m r im in o c o> im in -g * 0 m *m - ~» IM IN IM "'•<• OC hi OO 4 m e m _ p- a oo a rgn fNjf* iMf NDINIInloitopipl m c 0> c • a cr e oo ■* m > i> in g m i> im in o» K m c o> P o- -i — -4 * m < i m < m c on im i i p» < im i c— o m g 574 Table VI-1. — Continued UJ s o s w X c o r o UJ a. D >• o mo iw» — KM * u v» HI a in • KM O ►- — 9- tuUc tt UJ o -* I - © ^°. • • n o o o • • oo oo • • o o • • m o — IM o e • • N IM OO • • »M IM «M IM • • *> o «M •" o o • • o o o o • • o o o o • • o o K O < • > C O OO OiO © o o X O o -e V • 1*4 vtf i < < *T * •*■ •* » • f i «u", «• -t * i • ' • t t • i M «M im leg M IM IM>M IM KM IM L • • • •: • • N IM»M MM IM IM IMkM **** tH olrewe -^•NNKi O s I o. w £ $ o t s Ml < i p > o- o MO] |Nt- i: UJ IM IM t»H©! a- 1 i o 19 > i • • K O "t • * o O r oir olro Coboloo c • x O E M > • [• • j • • a ■* o n o o o I D COO K- O c op o o o • • I • • • • O O p 0 IM N IM «M M • • • | • • o o oo o nmni 8*5 Pa UJ UJ ox I tf> m n «\ kr ir • ••••• n m ^\ m ^ m N IM IM IMIM fsl W »W |W IW ifl w N IM Sir o IM »" oar T 575 Table VI-1. — Continued 3 13 'S. a, 5 a ill x h> z i- « LI X K m a. i ■ L> K > m »< m© IM» IV« rvr- • • » !M <0 • • • rxm IV * • • • • r>i m • • • M (V • • • • IV — • « • • • • • • me • - 0> • M ■ •» M M l«» n * •# o o o oo oo o o © K • • • • • • • • • • » o * N oo -eo o o o c 1 1 • h- Z U.I 9°. M .-i *r- o» o o m o • • • • • • • • • o < o N O ©■» o m N O o < •h m IV #* K O K O D O o o OO O O © « • • • • • • • • • « r o N IV N -• ■> IV Of" -«© h. Q. o O w -1 (V IV -* •4 X O O © l/» 3 o> in -< p. g. oo m * -< z •< Ml o-» M »* z "C S "• W f» •o ■c e m >0 ■=• • • • • • • • • • • E O B « »n tn B 0> oo 8 is a n • • A • • • • • • • 5 m m «-• !v8 ■~* *-» x-4 f-i B o 9 4 0> IV n «h « S IM M X «o »i o ** o m o iv m r. © ■A ►- HI w* M IV * c. Nft IU u o X Ue •V • H- nim! -Icv«! ** UJIVIV ml • fMO. UJ U* «B 0Z z><.! ui i- «* * I » I i . o z . - o o KO So I o«p T o o|o o D4CODO 6 P4 CJ IV 0* IV IV -» o o • • rv os « o i o m i -«- o IV M M O I • • f\ -t I M IV • • i • • • mnftNNiM ! N IV nv • t> C nor- * • • • • - «kn m : ivofv o • • • • m o|o> » IV M ,M — IV <* NNNNfJN o oe • •) • N OJO MO • • o < O 4 I N •* > N <0 I N • 576 Table VI-1. — Continued m 5 X s X 3 s IU I >• u X s of u NO MM M* O z |X° « e I O M mo o-o • • im in ss I IM ~> » m m e o * I eo • • on DO • • o ■# *m no NO I DO > K ** m III 5 m m MAMO)iH Bit WWHH xr- 82 Kin Ul tu O X H*N» <0 -* • • in in : f- -o m NNN IM«M <0 * N«M mo w* IM in •» • • (M IM im S If ■ o s lli X mo — IM* u IM »** l> Ul MN O M — «n • NO VI w H ® *' . «f-l»» IU o "* m I- h * -•O 0» ■* z M* HI z IM 19 > w* < o X < f_4 X 1 IM ) • » • » e -O K gO « o M C So MM NO I — I n 00 IM IM • • • ■ O IM rt IM ) in o i N m im eo I I ■o * eo ■* N fM -o O > m m . o o I* z 1 •#• • • 0 O x m • * • * I* • • Ul KIM • O • IM -> • m • • MO • h. «» • *».r • — tu;— » - Ul • tt • -J 4 -f- • M m . u. zU <« • O . uu 0U0 • Ok.. — •» • X a. a- iha • « ui~ . 5 ih"1 : O i4N 1 5 x at t_ " . h. a . i t- > r» « « . «o a _■ « | — * • o • Ui. K • « < — . 3 XI. *- fM . 3 l 6i\o*ono»oi\ «j -> .»n n m m + * X J" _OOOOOOODOO ( -ODOOOOIMOlNO >• »- « z « liiaoitaaoxnsoo 5 ***>•••••••••• 2 2 a > * xcoooooeooo «E ■*••■••...... « IO(CNBNOr4M * ■* •* IM •* p* .« ^ _i < u M ♦- « r at !> >« #in n« n« noi> S PCOOOOSOJOOO ° r z DNNNNM z**<*>mm*(n**m NNNIMMNIMNNN a .,„,. . k «c «> «n tft i* •#*,#«•,*. m B E •'•"'■•*^>OB»mmw»» I t^rf IT NMNNNNKNMM « £ £ -"- K m «> n * ♦ K Ul il « or 1 578 Table VI-1. — Continued (M M5 fM * f-O UJ O I - > « o o c o o o o c oo o o c* ccooc MT O E * Mf IT O o o o ■# IT o c fM M> ■s e> IT * o c us c ■e o o © o O fs ^t fM o c fM « IT CM IM X a o ... UJ C ox eg in o o tfv kj ir us « u5 eg rg ■fl O us ks o IT IT Kg fM f- f> » «e us ♦ fM fM fM CM oacc fM Kg •P. O »s o * IT O fM CD CC fM KS Kg Kg IT ir vs fMfMOfcr^Wviri^f^n fM fs Kg is ir> o UJ p> c •* j *f. c» * p« oooo»a«««>«3*»-«gf<>gr«n r- 43 ir g» g> n O o- fM - if r\ fM fM U> O fM «S M < fM * ■* f- u; fM If © -e r •* IT- C csiar M fg * ■J fM f* «.» IU fM — o LU O CJ — > . o « o X o ITS O I I OO ■» fM CM O I O CC fM * O O o o — fM fM Kg IT fM irv o m g> o o us o * U> o o O IT. O o o o o NNnr. us o o o o o K fM fM 1*1 o e> o o iqi ' c3f oc o <\> -C — im ro is 'T us C~ 05 O o c o c us o er o Oo -C CC fM f\ us c Id t* c f o c oc fM c — c •* fM < » e r * •* f o e o «c < « 4 ( fM IS • m 579 Table VI-1. — Continued o tu u X ft. < 3 o X at U) X S3 O O o 2 a U. or I >■ er < I T l/l >• « cr or CMA- •M M> •MIA •MM) cm «n CM CM Al — CM C — e> ■i op w A" m* ■O — *•■ -« M> X • Ui X ►- a. uj c > a is > — c- er I #-* IM CM O C O O O C. I * IM I I im o{i l C 0> co «T O OO cr o.#*> ms O ^ iO « I c ~ -*> O O O I oc oi-t i IA O IA,* OC OO c-.-i a? or IM CM OO o o >£> IM O IV I o o O A o9 O r- e ai tn r- »■* A Al A. A» * l\ OD »- - o * C IM m> m «m oo oc to er. si >cAiAirirr-'0>*a^c^>r^"'r-croc^c*.*ir*.rr-atu.-«crcrcr I I.OOOO|r., at' ec w od oc? oc Z m x m ns «a C» icu |M pH r c IS > « IT ia ia i IM IM I X IT. IM 1/1 a o IT O ' ia © CM IA M> C IM IM IM IM ia o ia * IM IM IT O * IT co r~ ..O hO IM IS CM A CM IV IM A IT C CD 0> ■O If -jriftj^^cahotrtf^ ir c-i or c in c — a im — ia. im a IA O CM IT IM — vC a cor* * cr AJ A IA r- r IM •■ A>A me CMOT •SI M> iMtn IM •» im m •MCM CM — CM •x M> «*«n <-* p* in •• CM a iu er > — • • • • • • ctnoiro *- O sO cm cm -♦ O of C O m cm ia O O o OO O Ci ^. H MJ ff ff ^ CM •* I I 0> m> ia r- 00 no od «3 f--r- r- y ooododoooc oqcc OC rJ oc er» «4i «♦ c\ Cvcf OO 7 caar irt ac ■» cr .*"" j o fv o •» m c\ isicn «t>c\ OO CO *£ ircmatnciircmo — — »- •-* rv c\jr\ OCOCOCOC\04>C04> OC OC O- O CV o^«ir o « IT I CV I/) a o UJ u. C X V 41 oo IMlM od ar IA IT' CM CV M> M5 CM CV e> o -> cv CM IM CM CV or. oc oc or r nit« »-o cr-oor-M>r»4<-orl«rT irv 4 4 CM CV CMCV if> r> in a no M3 no m> mo CM CV CM CV im cr CM CV oocp-cvJcMr" mc i cm; cv < c ^i ci (*i c n r :1 47 C r- -d » a3^|CUMtn>*rv^-a C- i* so -a ir ir ir ur r--*£ c or or CM IT CM A 580 iable VI-1. — Continued X T O IM o o M I t o p- IT en in co in O — IM I IM I IP in OD >T en P- IT O im m <0 IM I I m p- *t IM ■o m IP o en * o oo o cm im I I CM O vC 00 ,» OP in rt * m IM O I c> o — c c i in -c in in OCQQOCOOOCjOlM evr en m m o c- memo a- o im m op- •0 in m o p- c f* ev o o o o m o m m ■4> ev oc m m © im m IM IM o o • « o o -C 0t — 03 > IM ■o p- IM .» m -c 00 P- oc or od a 00 0s a o- O O o c a p- m w or o m O — f* IM fj m m in m m en en in en m in m m * .» •* y n en m i» CM CM IM T 0- a te- vf CD CO f-i o> o> CO P- m od p~ m ^ 00 r» •- ON ^p ^ m o- oq CD 00 P- en p- J> -C 00 ON •* om M X ft O * mm ■» •* * •» en r* f c CM CM cm nj im es ** f-< ■m nj CMC\ — o o IS IT cm m o* en — « CM IM Cn OD p- * m cm t- o. P-. •» en>o 00 P- ■0 -J m p- CM > • « -n •C If * •» «* in m pn CM IV CM IM CM CM IM — — - *— ** r* OC 0D C- < m m CM IM CM CM IM CM CM CM IM CM CM CM IM CM CM (M l\J IM C\ IM CM CM H ^i ^~ •-• ^« ^- CO r- P- P- P- P- P- on IT IM O •O -C m m m p- CM O- c? »- m » o- e» o- o* C- a a 0> CO p- p- P- P- •c -c o CM IT c c cm m p- »- ^* w »» CV CM CV e>j 00 a. T L> U. a *- D X z T T a X IS u. > eft e CM 0» CM CO CM CM »» in •1 CM t-t ft f O o o o > < o ey O I o- or cm m o CD I en 00 O ~ oc *t en 04 I m en IM O P- CJ m o m * •c o i cm r- CM O -O 0b 0D * m o *t m oo O M" in I 0- or * m C m -c o o Cl o •t p- m Z 2 »-JiMeM)eMcH»* im|imp- X e>- C P- > < >e m « • T c 0tCM0Oenp*^CM^ m e^ m m en •-• * rv p- it ^3 m od cv * or * CMCMevivicMcgeMniev o-*>«Am>#iNce-orop<£m<4t-iccaDP~^4*4oircr'i*'o en cr on cm cvj cm ev cm cv ©mo #-4 t-t cv( cm en en * co oo cm ev m — m m m cm ev m o * m en CM— r-HCClC o o* m * ivievi m e m <; irir ie4'C4 ©coeocHp-coocm HeoNff^^HBirroe- cm ev ev f eo ev cm ev P-. * •£> CM^ o ev) ev evi mom CM IT K CM ev CM 581 Table VI-1. — Continued o Ui I a ■ IM * I «M l«l I i rg < I IV O I i — m u. n ui o s o w a. iu z a u o o z z ■ > or a i Z n z c Z - - o J I IM ■«■ IM —• oo IM >0 o o o o IM 1*1 <* -1- IM 1^1 O o o o 4> O IT Q o o 66 s? If' o c o o 1*1 IM IM w+ o o «i IM IM IM »M «M O C O iv •C IV 4> r^ f eo op cr c o o c o e iroro^c^O^c o o o e o a o o Mp>o^04rcHN trv ■# it 4 »/> i* O O O C IM a IM aOIMIT 66 or a; IT. C r- e — IV IM fr IM IV •O IT o- * im in IM IV IM IV oo « tr\ it- tc O > UN u) c 3 iv z o a > « 00 IT> IT o o a> or. IM IM IV IM rvj o «■ o I- o o ■o ■*■ c m c r» c IM W a iv < o> o> «n it ci im ir w IV i»> — mo IM O' •MB IMf- IM« IM Ml a, »M* o cm in o UI «M IM o fM X in • IM C t- ~ e> i/i «k UI w* m 111 Ol -1 < x r- •— UI U. z -• « o UI o >4 tf\ o ►- •- ♦ z 0> a z w f\ < Ui s ►- •— IM o •— -i T X ot »- •-I O IU & X UI 0- fc- o V «C X 1/1 *- > f- « (C 0. z « <_> UJ IT o fc- r ■• z z m z z o IM •r e u. > *" « o UJ X a >- o z « UJ Z •_ T c 3 < VI or >- < o- a « —i « u K of UI > u c a 1 z CD T >- T O Z o IM X « ►- UI 0. a u. < 0 o z — o z « o Z C •4- an im m j a IM IV I •c r- »| hMVC l« JJ o o IM C O C OlS ** IM IM O I a3r M IV O C O Cl r- jj r- r- OOOOOOOOC'COC 00 OD IM IM tfioiromoirr o c oc oc o c -< a- k •« ^ •C < 00 < m — c « * ■ * -# o O C C C O C f\j •C IT « *vj C 00 IN cd a i > * c c -2 colcc or *l GO CS» h- o a - c c «c> t«l •C IT IT IT IA IT IfMT^vt eg «\ «m rs o> c <^ c M-^-» IT IT IT IT IT •- r c in c r* a f£ o * * •# < Offc o oc 1/1 > r» o. *a X uj IT h- * rovo -* — «M o o oo o CM <# I I •# r- o o i un o •si m O CM I cn en UN IT UN O en ■* OO oo CM o cm ev UN O ■* UN ■» CD cm w* co CD UN l*N M> en o o o e oo o olo a «« en e* :8 o o '£ UN 4 ooooooooooc * c CM (T, O Cl N * IM IS/ O CM o — *o en UN O r- o ** CM o — -j -» UN o CM UN CM es- O O O en •* l»N > 0> uj • o © * £ 2 0" Z CM X «c k en < rs o o IM IM 0- CD CD C OD 0> UN UN OO" «£ UN * UN ■» CNU- UN CN oo CNi l\ fNi O 1^ *NJ o a CNJ *N. o -j CNJ C\ ov a o o e> cc o> a> cd f- UN O UN CM CM CNJ CI -* mo CM o CM CO CMC~ CM O CM UN _ CM « o CM cn «9 UJ CM CM o CM •< UN • CM O 1- — e> u> a» UJ — CD lb ec — i < — r- »■ UJ u. T •x « O UJ O •x UN (9 *- •" •» Z e. a X »* cn « UJ s *- — < CM o •-J •-* X Z Of |W — o UJ o. Z UJ 0" *= o i v> 00 *- > f- « oc a X rN X z c CN' Of c a > v-< "** < O u. K fjf. < •X = X 1 »- CM < 1 or u a. T UJ h- >■ t- or z « UJ z w X o s < VI a 19 > *j or or ^ —j < o h- a UJ > o c o z o z z o X o CNJ Z « ►- u> o Of UJ « O o z — O X 15 O > « C) I I if oirn •-• cnj cnj r •C -t S (v I I I I OOxmx(v KOOOOCiOO NtOJO u, o I I ori en CNJ CN NT U> UN * CNJ O I *■ UN UN *C -C f- O ■< ^ UN CNJ O I CNl O l" c UNOU*OU»OU'. ClPC UNC v-4<dKv:g3-ou'-c-o-cu-* CV CM CS CM O O 43 CS •» CC CB CM x CN CS f- uj -c O cs or> en O1 CM C CD > o- o o o o en m r- r- Cn rn O cn CMJCO CM O f* cs/ m cn ^ ISJ UN C- -6 orVoiT •-■ a- r- ■< jn/wfNjHClM*mHON* 0" f> CM CM CM esi CM CM 00 us CD CM CM IT O :dl m ir u> *■ r- «> •—• Oj O ^ oil* ■4- •*( en ri r\ rs NO sC m w m «c «!© «.c ir» it IM IS IM IN mfMrvjfsj»-'»—okC c o~ oo oc IM f\ IM " IT O IT O U*> n£T sO K ITS ^ IM IV If. C ir> <4 IM ^. ,- £ -o < 4 r- IM «N IT O h f- tMNO 43 O (T r- **\j rJ »M is >«^ •- iMamis a*ri^f-fMof ^ j r- rs — flD^cr--0 IM P< IM *V CO f- ^ * IM Cx IV IV O I*" l/N it* r it 583 Table VI-1. — Continued u. o m 19 s a x t- i u o o oc u. or St I > at « I to v « a or a lu > O z •M ■» IM«M rv,--> NO •4 0> M * — e> o» •* -o im I I o o|* c o o 47 o 47 I o o on oc I If. IN IM IN oO If. C * If IN O I IT O ic 43 c c IN I*VJCI 47 o o IN CD if a 43 © — .» IT CO IN ci O IV I on 47 tf> IT. o c o o o o If O If C o o o o o© o e W H If h 4 « 43 43 43 *r o o o j e t ©4743043.cr434r ire it t it o Ntfi ^c ruir Off MO o o — o IN IT if 4 CD *C O f > OD iu • o o im in in i o OO Z fn Oin — >» > IN VI in c z o- o- o o NNIM «-oriM»*fi^ 43 uv if •i © a c a IN N if © — in m^-h 04 Nor o f- if in -» < * 43 IN IN in in if o i* 47 49 0* «— IN IN 47 INININIMrVINIV»-»4»-.-«»- 43 43 IN IV IT C3 47 IT CD 0>©COlfl»'IM Mf NO 47 IV O ^ 47 •- If If If 47 IM IV IM|\ r- p- p- r- im i\ in p- 47 47 im rv If IV r* 43 47 C 43 ■H _ OO O C 00 Ct IT CD •- 47 C 47 47 l«* IN IV ■— IV — CD P. in IV IV rj ^ p4 ^ ^C if a *r -- r- ■- UJ u. T — 43 r> UJ O -4 in o Ij- -4 47 I o. a z ~ m < IL s Ij— -• IM o v4 i-J z X oc Ij- -4 O Ui e z Uj 0» M- c I- t/> CO *- > t- < 03 a. z 43 o UJ v. **• «I o u. K or < *4 3 z 1 K IV < 1 a UJ a. Z UJ H- > K or z < u. Z MM Z o S < ■ < err a * — i 41 u »• nf ut > o o o 3Z IM #^ X »- z c z o X « p*> UJ a a UJ « c & O oc o c IT mT o d OO o o o c1 if! O o c o o o o CO r\j «-. mo a- 00 mO CM f «r o- cm ir 47 >» 47 f< l»\ l«< 47 IT i~ O "H IVI IV JD r» 43 43 43 43 * 4^ if. it Jl J- If 4? IT l/l o a o o O O O O H Jhih c< 0 0 0 O C .;. O 0 O a 0 en C O ▼ r- I*- r- r- r- »- r- f- i~ r- r- 7- r- |v r- l> 7- 7- r- ►- 1^ r*- r~ if ir 4- If fr^ z. z o- 0> o~- o o 17, 0 ■O «* if> a l> pn IT pr 03 on IM w •0 iJ- IV oc 7- IV r- •a Z 471 >» » 47 47 47 47 l<* <«-- |M IV H - O r> 0> C7 C7 171 (T ar IV IVJ fv IM IM IVi IV l\J (M IM IM IM IV (M N ~- *- " "" ,— •1 p- •-^ mH •-■ O 47 43 lf» .» m m en IV! ~ a 41 47 IM r- a - f O VI IV s rf-. IN 0- if — . c a 0 rg IT If. If IT ir if -» 4) 47 47 CO IV CV. mH f-O 0 0 IT >Ti 03 P- 4? 4- 1^ K M IV •VI IM IV> IM fO IV IV. >M IM IM IM N IV! IVJ •M l\ •VI.- ~< *i a-l wH »4 -- •" •H p- Z 4T 47 471 m IV O 43 43 4". 43 43 r- c p> IV 43 O |V If 94 4 *- CO Ci »-> rv 1*1 43 43 43 4; 43 ifi ITi lf> If \ 4". in 4)1 1*1 <*" IM IVJ _. c o« p> 41 if. 47! «••> IV IM IV IM IV IM IV IM IV IM IM iviiv IM l> IVJ IV IM IV IV IV IM »- — --* — — * If O If- Cj If Cl If lO If. CI If. 0 V n If C nv c ■41 r If C If . if i »r 'J »4 p- IV IM |» Id 47 47 If IT* 4" 43 f- |v CC 03 C -O z « o ( • I o • I • * • e nono ft © ftp n 9 o so so M © 9 © )N o i o 90 so so »o»o 90 so 0 * M « »o 9© »o e * » • » • • • » • »o 9 e 9 © SO r • >o IS 0 • o r\ o n O n o so SO 9 O SO so BO SO s o 9IM I so sim ft o r> o i» s S O N im s r o sob «D O 9 O O * O 90 S f 90 9© SO 90 i» o» * » V IM n o 90 SO 5? S O 90 no »m R8 BOS SS 8 «-f- n* mo 58 £8 *• no n no mm M* o Mm O UJ MIM O N -« in • MO ►- WQ» Z H * o xm - o CO 90 BO SO o ft o n o ft o »« ■« «m m m SO so so M IM I t I I KO SO BO BO SOSO KOOOS-OOO s • o « MIM I • n o n o in so so ftp|ftp|nopop© SIM I 90 S O DO 9 O DO SO BO B m 9 O BO 90 BO 90 B O 0 IM M ■* no SO so no ^© so m o riH^IN rifri 4PI4M 4 MO I I B(M M r* no "O mS t -c eo s o o m o s o -> e n m\ o « M «M no DO DO r> m O » « MfM no M«n SO nm e « M IM no n ■«• DO n m 6 « MIM no * m DO DO mm «•<>•>•0 4ri 3000300000 3 O O O SO SO OOO 3 O do o -o p o o r o h -< 30 3 O 3 SO 3 jn om nonononon P'OMin»OM«nv. ~4 •* *4 4N V)N o o n cm DOM M »> 3 •■• m cm moo- "^ n m v cm r -o CM n It o n m 3 O 5 OO n en I vl IM n en SJ IM I S in en 10 in tf\ vi cm fsi cm cm cm -tloinitm • ••••• o -c * o tc -o VI IM 1 M CM fV IM o|no no »« * im Mm c •© o or»to^toin^infn4r^mfniMfvi»*i-«op©po>|ninp'©pcM ( IT. n «n 4n in m m VI CM «V IM fvt CM VI CM fM CM • • • • 0 -o to -o to -o vi cm 1 vj cm vi cm l> o in o n o n •# W m no o» r o» o a o «-4 H O IM M IM 1*4 p O t •c to o N vjN o n o D f- - 3D 3 f- -• O 3 -1 M IM m n m cm vi cm D CD 3 O IV llv M CVI 0 -0 M III f* CD X 1 « o rf 39 3 o p ~« 1- o M O I ■o t -o IM * M O I 3 O 3 C nono o e~ v. co l> O D O 3 O DO 00»N -1 -* IM O n o BO IM n I I n o ^ o s o D O r o ■« CM D O n o m m no - o M IM n o m m M M n m n vn r co 3 co 586 Table VI-1. — Continued L 3 E t « 3 3 E J 3 3 E C 3 a I" -J < L) '1 o III 0> hi a mr» in j . o E • - o 3 O 13 O 3 O M IM I I 3 O 3 O F4i4Ngit'>'tiinr^DM'>v off imo r o o in o '»(««'i>». *■ "> sir> o rvomo^o^o^omono^o po no no no no n 003000 30 3 O 30 00 JOlf N I I -4 * »4 H IM D 43 3 -• • » M 1T> - m r\i m c o 3N 3 1 •< no M 0» M <0 SI f» M 43 M m — )m * O UJ Kl > o ■4 o r fsi m eg I I • [ 3C 30 3 O 3 O («»» Hx> wo ■• *■< -4-4 -sim imk*|i+ n m k*i 3 «iM)M(np>4ri>iriinw3 m o I 3 O O O p O DO »o(r i 4MNI poloi > b c b i eo D* i fc 43 O 43 • • • o y o ♦ r * 43 U 43 I ff HN SJr« m n m N MN X tt O 3 O 3 3 im Ir * tt> -»• si cm Ki pn rn a) d a- p- -4 rsi * • • I • • • • jOp-U- n o (n o 0 h- "- eo o o p o Mi I ■4 m b — O 3 O O p D O n o n o s » r o I •* IM ** O ■n en m en o o o r> o L> O ■si O 3 O M PM * o D O n o n o n o n D sjm ^ N M CSJ M => O o o «- o -< r» -4 » r NI<1 »«1 O* f o« gin MO M D *•* o ~* * eo *■ COM 4 + fl I * <* 4J> 43 10 43 n m si cm — 3 cr- >■ oo : a.' t M IM CM CSI I •■4 |M CM f\l fSI IM SJ JV O n o t Cr CM CM n o -< cm n « *3 r- 4f4U*4 -• i-l -4 43 SO 45 1 fSJ ISJ | 0 43 [O ■ en (M -l SI CM fM P4 3 «3 ^-O • i • • r CD CD 0D N 4 MHH 5f "r • j» sj jsi in o In o in N en In * * o (o • ' • oo to im rsj 'Mum • • I • • ) 43 SO 43 4 is* isj m I * p 00 • ' • • 00 B0 K m ^si fsi i o in c ' m in « rsj csi 43 43 4CD« n m 7- O M IM 43 43 «s 43 • • IM IM N 43 o m D »4 • • n 4T T 0D IM 00 O 43 M IM n o r c- ff- 00 • • N 4 «• I" ISJ fsi IM IM n o "- o -4 rg rsj or n cp n M fM nc ■si m ■M IM 587 Table VI-1.— Continued L 3 k. I i 3 9 ■ D — 1 M* u m m o Ul mm o <»< in • i MO t— -» ut is so o O'^omomO'^o I O O 9 O )Ol) o O o o fc o <0 90'90 9©'SOi9©'90';© 9 O SO 9 0 » O 3N S O 9 O 3 o SO DO >o< e e e D O n t o no no n oi In e no in o n o r> o t\ O n o H E — ■* P4 I I 6 n -• no M» M CO Mr* M « Mm M* m en M 1M M«* MO -• « ■I in 1 ■» < o ■ • t o o n o n o 90 9 o • • • • 9 • 90 90 90 JO -iNMnn^lHf. n«l»N <5 r m * p«-« - <-l 1 M M x et o no no no a hi o 0 IN * CO V CO i » « |f en n en L -L O in o no no 90 5 O 9 O 9 O r o M CM M O I nononononon »OJONtf\"-OMm» o o s o » «o doIdo • • I * • 9 M» * M o- o- ro> r m d «o »- r- 1- « o« n«n n ♦ CM MM M CM M CM MCMIMCM MM MM MMtMMtMM "» -> o 9C9090PO y «e d eo m m> » f- «» r» m nm n en n en n en m m m m mmmm mm mm d » - m m m n en otnolnolnotnolno n _• t»CM^cnfi*lrmkn*(Of-h»«> » c *>0 Mm so M m p- o n e in o no m en m en n * * M 4 m •n en !M M N O IM M m en MM IM M DCD - « ««(!« MM IM M IM M MM 588 Table VI-1. — Continued »<9 «in m m* o urn o vU ncy. o © O © 30 >S M CM M CM t » ► » » * oriomononononon OPIM I O DO 3 O 3 6 3 MO M © 3 30 30 303030 30 309030 9 O "I m n CM M » t< - m J" O - « MS n «o OS B • t m oo r O 3 O O 3 O CM 3 O CM M CM ononononon r--ro»oxrofM«\~ 3 O 3 O 3 O M N 3(0 M CM B « M O M CM M O D O 3 1 CM 3 CM M co o c o o 30 3 © 30 30 rc»» pg> ro" - r CM m O n tr 3 c i x M I o m CM M O- J- CM M © r> tf> M CM CM m t«ho»o>« p IM M o n i •>■ r- o 45 « lf\ tr* CM V IM *1 fT\ U-5 (£, J» f*- I) ^ IM M CM *> m ^ m ** p*l O * in in M CM X CM n o » CP itmlvo D CO M CM ^ © r in r m m o feu r- o « in V CM I m ©k» o -lb I n » f» cm -o» to no In Mm f- M CM Jm I F o 1 o M0» Z -I o -> UJ 3 < — > M ■* n o n o n o 3 o o o 3 o M © M rg I |M I I — o> In tn i pop ' r-r cm * , -I in © 1 •» 3 CM I Mm m ep to in ocm o okobo^HUobofj m n o m m n © r\ © - o m m -* p- n cm M O «n Pi ♦ •» * cm o « 3 ■m o- o t~ r ■J o D «0 B fi |n in 1*1 CM CM fM C fs OC3 | I W to QD flD | to nip- m Lr i • • i • • i • \P CM \t> ■O A CM fM CM •-" CM CM t-: w I IM fM CM o «o r- • I? • o p o L CD CO CO W f- K P- f- !•• I I ! • I • • J • (M IM CM Kl o to ' to to to ■ f* !*• K h^ M n » <-» ■4 «Ht -4 IM (DIDV DO IM jTM CM fM IM I < rn CM CM IM fM IM [_?•!_•••• O- ^ D" a «? cr fMNfJINjNM • • • 1 • cd to a; K CM IM (M IM MHot • ■ • • I* CM IM (M Kl ojrc n W^ to o o Mnm -* o xj CM m I • • D W CM Kl «t 1 ( CM N < r- kr cm m — n » CD IB CM fM o «> cd a* - o N CM »> w 'to 1 CM p M CM CM f T O fM • • • CO K <0 hUh mp- en M IM CM h fM© M * o m 43 rc in CM fM CM okn © m - o ■ M CM M 589 Table VI-1. — Continued in© to- 3 u 3 c 9 3 3 C [ 3 C BE 3 x. u L ac a - ift X •-Ho u SO >- » • < O ( • l o -i O '« CM » CM <1 CM o fa o o'lono n©ir.©ii>©'r»©in© r* o ft o 3 O 3 O 3C 3030303030 SO m in r» fg -r O 3 O 3U30303G30 3 O OO O O noNNNNbobcbobobolH a- (-• •*• (o i 3 O ft o n o ft >- o m in - Js CD *" ift 30 -o 3 O D C r CO 3 (\l M . ft o VJ Ift cm n 3 -C E M— 3 n e H O M » Mr» M -c Mm — N * U UJ CM CM a M •« m • MO C- fl X — -O O 1 I- a. x ai r— H CM X •— f* o a ui o • ► • I • O ift O ft o •-* M CM M en u 3 CM K>C ! i fM n- M O Ift O * >»• Ift ft O ft gj 3 o p c> p o b> «o fr - O 4 CM i r~ Ift 1ft \o ♦ to- •ft fft * i ft.* r cm i o |n -o ' co r» m r> o n M Ift *• M CM t\ s cm ja > r- - r- f- e- « ift ft • • ■ • • • • - *~l U .-. i_* -4 H *^ tr* fi fi f** t*> HWf^f*t^^frNfft|rnfH^^ •* i^ p*1 cm - • * • w i^N M ~r- £ Ift rgjCJDol^CMMCClloCJD • • •••!••••'•• -.(-.-■^(SICMCNfMCMDO CM CM CM fM CM fM f*- • ! • • CM CM -> CM CM CM en " tr r * w en fsi o f~ • • i • • • • i • r #** f*> fM fM fM t CM kj CM IM • • Mr" CD in |m c<> • • I • • o to le c* •O U> -O fD * Ift •* M CM W" — H — O (ft o k> o a ^ o im ift i ift K - co Ki ■ . |. L'Op M CM Ift i sap • *L; g»B - r « * u • •II M —fc 1 CM B --r- OlftokftC ftOlft O IMIftl^-O Mlftf» HNXMNVNpJ 590 Table VI-1. — Continued t: iM 49 |Nin *Mm wInn o M "4 • NO iu ■-< • I * . 4J»4r- Ml ST — 49 1 o'-iml >\ iu m 1 <■ o 1— © p o K O 2o I I ! I ! I ! o m © m oi»o m o © o o © © MM I I M * M -• o © o e o T i o o o o oioo O © © C|0 © I I OlPO oeoobo oooooo I • © ol© < OOPO 1 • • *; * > * •♦ 4T 4f I I «m- ao a o> □ -c * < - i i i i o o It r- 4f;r- M OOOOOO © a © rg * ml« it m ©,m o » o mm im 49 I I -• rg I I or « IM C in o r- © •* IM rg O I I rg 4f * m « -o|« ♦ • *i • - rg in rg rg .r. m ©jm rg in r- rg rg rg O © I • • rg rg w »»»»»»»»»»'»» »■» > C m _ _ — M o « g> «|« 49 • • • • • • ■ ■»■!■( 45 49 • • «j a • • • ... mm in p4 pIM -« i omp ^ -« IM « 49 49 45 • • • • e;a a o o r © • • • • m mkn m o m e m o in o in m * ■* m *> « r- « g> gj « m • • a a 4r m m o r- o «4M m 4) nir- o — • • *4T rg 4> 4f mo mo mm P m — noj im» : i 1MB i Mf-. •M 49 j UtM«! o UIIM rg, %- mr elMO »-f4 0> ' iuU a ae . 4f r*r»i »•! Oi-m "r- r: I a 1 ♦ IM - o OHO K O « • r o n o -• rg m rg I I DO DO • • CO IM IM 1 I o o DO DO • • * 4f no rg m * rg 1 I DO DO • • * 49 n o n* DO no * m mim I I DO • • * 49 N IM I I DO a' 4? *v f? N IM O DO 4?* M m DO 9 O • • 0 49 B IM I IM I SO • • M49 mo mo V o mo pgm DO DO 49 4> ?f ft - 45 m -t M rg rg DO • • 0 49 »• • •'• I I 49 a * i • • • -4 49 ♦( k • ♦ *|0 DO© 1 '! IM* O h o- K » in So jj N IM b a • • n m d e f V r •> • • m m n e n rg a a 4> •» • • m m oo r> » • • in m p4 m* no M IM IMIM a a * * • • n m DO »■ O • • m m F4 *4 n o Mm NIM aa • • n m DO • • n m NIM aa * 4» • • m m DO 9- » >> » • • m in ■4 -4 no *m IM IM a a 4r 4T • • m m DO v a • • m in ■4 P4 «• i~ * 4> • • n m SO J» » B a • • n m P4 *4 no Or> a in r- r» * * • • mm a a • 49 • • m m M «4 mo r> a » 49 4? 4? • • mm a a 4f « • • m m F4 «4 m © a o- IM IM m m ♦ * • • n m a a p4 V* • • m m M p4 mo »> o a 49 a* in im «n * r*r» 49 © • • IM »4 p4 *g mo Mm P<«4 m M MM * 4f r» 49 9 a • • DO 1— «4 m o r-S p*M M •« 49 49 5S mo rgm MM © m M in ; M 591 Table VI-1. — Continued WO, b»j "•' NM i -* m •MO ►• -g 0* VI MM IU -g 00 IU at -1 0 OM m (9 ►- : i»o + X a a. IHW « IU 3 1- -■ **! « CD < 1 O IU *v Q K O ♦ 1 z X nv I X o •Ml at 19 at a. o I I 7! Ed F IKUO o « o 2! 191 P o oo o o c Doocpopopoioe I ! ! I -o o f- r» as iro^o ^ o m o »g Miry m m g> Mr in OOOC D OO C £ tZ',+ r*i+ * l* 4 [£ <£ iiv tv *Z •*]■* •* I III III I I ill III I I ill I ojdojooDopdjoocoiodp I to I I o o o lc- c to o © o © o |o o c © o ©|o o ad gr m o I I ^m|r>irn|i«rgpr>rripig)-|r-oveoinomjin»g m m'ry »-4 . * r •I'*j. •I i m ©;in o o> ©|cg in I I I I I «ioLh;i rg oo gj- gr ,co *g r» ,m rg 'eg rg |cg r > *■ o-g I ''■LI! ! ! ! i cr o o* g* co • i i ! ! : i i i ■ x »- 5 -e zm 1 ' L ! Nh-^r^r^fwh-h-r^r-^^h-^^-^-o r*-a ^ :iAtf\'tf\irt4'rNfrgr\i<-4<-« : : i ! ■ X m i ■ i i ; ' , i mcimifiwnpmf«irgfgNrgfgruiMrgo,A)iMirior-Wr*l*grg)-g>g»-rnUog>in**ig>*'gf • ' i ' 1 i i F * O «0 > • « 00 l • i | ! * • • • • • ' • •: • • i • • * • • •;• • ; • • • • • • • • • «oeDCOCOooe&lBDCDcDaDaoeonDaDaoaoeoooaoeo;r~r»|h-g)g)g}tft xfA'mrnmrggrgr\jrg4^rgfgrgirgrg.rgrg!rA«n4>rgrgo^g>g? rn «*\ (Ti m m id «g «^ ,* *g X.Qt O KUJ m©mo|mo«n©ime>»ne ^ o kn o m c- memomomom ^©rgmr-orymK OX i | 1 : 1 1 ! | ■ | 1 1 ill i 1 1 ! 1 1 I i 1 ' o o a Imx j no ! r>'0' rg«o wr- ! rg* i ry «1 ! -rg* U l o iu rg rg O ■■* iu »g oo UJ at •J < Hr- ■*■» IU s X -g c o — m (9 ^ •i * X a. a X >-• n> f- < ED a. X •o U IU in o k o g> X X M n> X X o rg at 19 u. > ^g ** < O IU X 5 < X *g 1 ►- rg < 1 ac i I i | • # x > 1! o X p i I ' I ! ctno»nomoknohnoinoinoinomo -gr-lNMr-img>gfl opoootooboooco tdkryrggflrgg) X M I I I I I * gjni Ng> g> I II II I iutoOy)-inig>r>|g)C> DO>tootoop>c|>gmig9a9 ojgj- O I I I T I — I *g f-i ^gUg pg xcPooo«iobccoccpcpo|oc OM>g/ooIg)rgU'g)-ogftog»rMOloooolorg f I ! m o im o m o NH\|r-e g> •> g) i gj g> I • I I I I I do g> g>oo g> «o;om,g)- * rg m f rg rg,rg * o o d NO I a> g> ■* rgrt'ry >opocooooccoooo'j»»l»»»e!Mi'»BM(i«i 5«ffi«iniii«i« icimrrnnrrimrgryifgfgf-i^ 3fOD)0DaDOD0OlCO0D flOOOO0CDOOCDflDOO|OO oo «o • ' ♦ •; • *i • • • * *!* * * *.«»nn ft ■ cDaooooojoooo«o«oooooiooooooooiocr-Ki-!r-r-g)g> Xa>|e>eo«oosaD r>- *o* ! i oo ♦ r- •* e g>lo m o 592 Table VI-1.— Continued o 5 o i ID X a o o 5 Ul a I > < x x 3 v> >■ < o im or Nh (m -O -».#-#ir>tl,<«.or»>-000fO"' OpoOoeOOO'OOOOpO'OOiOCOOjIMODIWO Z •!••••• •)••••••!••;•• ••••!••!•• » o!M <\i -» .0 ■# * -o pg 4 so m mm -• X Ml | I I I I I I IM I _•■] l|l I I — I II II I » O IM It) |t» O |<"«1l<0r-l«MMOI^'«M '• f- -* f- cr>«o(D«if^(r^»^f»o,o« X m |>* •< m m m » «M *>» «>l eg P4 IN !-• « :«N m ;lM o |« <> l** O >»• « lo* 0» :« UltZi I I I 3 IK Cl o - -< o> in ~~ Ul ** Ui tt _l « -« i~ M Ul u. X -« « o Ul o-< in o K -4 ■r X a. Q. X -* ~i < Ul s ^ -« (N n -4 «H X X, at t- M o Ul a X Ul c fr- a X i/> 05 l- > f- « a a X ■o o Ul KN o w o ■» z z 1*5 X X o IM cc (9 U. > -« < O Ul X a < ' «-l 3 X | ^ IM «J 1 at Ul «• ; .= ! o c o -9 I I ! ! I ! I • *•'*• • •••!•• oinolnolnu ncuvolromoytowo -*v*rg(Mm-t^.fmtr.IHlk tNlO«|aOrfiOVI Or^tcD«Dfl0-Oir-#r0IMkvJ'M:!MIMPgn-|,fM^lO Moioooooopooooooo k«i*rAi*\;*y>ir + r-m-i«MCM«MKONIT^- oobojaomolNOO coococpfiNChr** •s O8)p,O,O>OlOlO'0'0'O,O' 0* 0* !fl0 fD i^i C" IT1 0* ^ 0*" *D . . T. . . .'. «'..|.. ..I.... . . . . . . M-.Ul-«.--«-<-«h'-*'*-<-4-<;-.-<- tr £?■ crt ec Ul .: • • . . O -»!-• -.-.-. VI IinhKirt^mi*irt«ftiwoO»<'#«it-«iMiM-*-imff*Oilt 3->M-.-.-.|_4-.^-l-.»<<->-.i-iOOO0>0>'a3|««;r-«r:i-l-a.«9'>« 2«inii>^«i^«rimH«|Mii^ --T" >K0 « #• !+*•«■♦ i U< o :» k OK*IT,*Nff ... . . .......... .! . .: . • OkO'O'|^O>!CD0 X^Us^io^^trkwi^^^-mfntni-iinlraN H^p|f4H«t^Ui.»4HHMUM«M^k'H l/> i Ko|noinctfeircine«ciroiiicwc ►- UJ -irtNIM|HJflJ^i|Mft««NMoeff Ul t id jr- ^ !r- •> l*> t» f* e !* IM IM |-* o 0* o a. r > • • • • • •«•••• •r t oAomoirolroiiio«oi>cti\aino(ic«no ri-NNKlr *«IA«V« <» r- »-■ CO CO » cpoooooeopoecpaoooo^iaoo I I I I I I I In ii^iji wiii-. o • • • • • ! ! • • ■ • ;• z UlSO xobooocoPoooocbooocc »m.».m.oor-ro»o.c-c>#m«-»iM — IT OiPOW ! i — i i I ! a> <• -O * O • • • • • N--OC N!n N|N (V* o ,<• o NC « N O • • • «no I NO • - — > o» • V) «K UJ ** CD • UJ oe -J « .- r- • — ■ UJ u. ' z — -e • o UJ o — in • o r- -« * ' • z & a ' I — m • < UJ 3 ►■ — > N • o — — • r ' X oc 1— _ o • UJ 1 a. X UJ o> • ■- • o X CD • IW > r- • < CO 1 a ; z •o • o UJ m • o 1 t— o ■* • X i z 1 MM m • X 1 z o N • or. 1 o u. 1 > -- • ** «J O • u ! K a i « --) • 3 z 1 • i— N • •* 1 or UJ & z I I I I •p ~"* • • • • >■ or 3 • •••'•• oiroinotnoiroliM 1 »4 ** NN C* fo * * t oooooccoooooo oooo liAOVtoir omoli »" C I* ■* N CM t ■» N CM i Til i MOp*0*0»IVN i r i r nii i * * * iii ioot«h'C>ir»f-ircii>iM«bir^fii < O >U^fJtr»4(Opj--C0lflWffN » Lr iw jc*» i I j xolDooooopococopoleoio «£•••••••••••••• •••!•••« «MN»*icB»B|eeo>i»-a>«n«>immN»"|»« I I ! • i • i momOimoimom 0»OkMmr-ONm^ NNp4|*4NI^NM O O >0 <0 iCO <0 * cc m m n m I li I ' I I •O « t» 0» i<0 CD ;h N|N Mr— O © 0{0 -« O ! • *!© • *l • N N'N COflOl»B 5 K> O III a o <^NlTM»<-<-!^— U— U«rt^— LfMlM «-mUo O T 5*h»*****c«-f»i,-o«>lcBe>l«''C»»i Zifi^nftttftmi'ininAfiin^iiiffrtffNnNW4;0 4iA<'i I I ZOO-OO-OoO" f' o ■ > i«egCI-««*+|Nci.*N*«^»N'e«c> KoiKoiroiooipcrcinovciKciro I- ui »»»•; N N oi «n * * ir m o lo r- *«■ cr> cd o UI& oz I ! i • «r jfl op * ■•» i N olo OIO *> «o mem © m o m o m Oo'Nmif-oiMmi*- ■MM •< ■» NN N N uj > CO X »- >*-*--«o-^<*i*,KK--tf>^-40'a>r^ >- -c ■■e * «mi(>ri,eo © or- 1 ! 1 ^4 *4 M *4 M P^ — © 000000000<''*ro*^"p,fclPNJ'SJlrg*-1^0 ^*-«— *^--j— ^^^^—ooooooooooo m '" t- o> o> i>- *|* m CO NiO •n p< i ZNNNNOoopcoc^mmmN^oo'coaD •»►;*+!-» r- oicv HHptHM om|«j|ii'1c*mi«) •n — m co coir- « « « i « -o m i : ' • ' 1 i cor-ifne'cor-comcn zmiNN»<»«»|coO'r-o*>jj'cn nnniN N N N O O 0" CO CO jf- K1 X«o«r>ome>mo>nomC'memo h- uj H^N«irih«*mm« ££ oz . 1 1 i ■ ■ ! ! 1 memo f> colco e» 1 1 m o a» o m o m O N m.h- o m4 *+.** CM i mom n «vr- NNN i 1 594 Table VI-1. — Continued S o x a s o s ui X »- o o z o at a. X III >• at z 3 an u o ho u I UI«M IM o • : Ol 'I VI; m! in! I l; onomokionono o o o o o Ce * * I oi« olo CO o **U* I Tilt o o o o oo »M -C t I -( ^ — ' im *m cm _i ucbooo o o o e o o 4* OD CM O CO <0 o •* m im -. m in O 0» o in o IMin o o IM CM •T CO IM »< in o f- o ~4 CM en cm I I ** en CM CM I CM I •O r» o o r IcmcmK eo * CO i o o,o Til F* •*(*■• co •*> ,co *• ♦ en cm f >otoooo^«Mk«>M>»-iri!cn-<|t>co»-Mj'*> uj • • • • •'• •■• •'• • i • ••• • , • •!• QCMpJCMCM*M r I i i i J i xco|eo«Dcoeo^-r-^-«>*mcom^j *, xcr-^oecoeoc- L L i ; KWfflMx'oO'p'l * ■» e> oo » t> jr» * •» en ]en cm i en p4 c »* co * pn "^ •"* I >4f o 1*1 *■ [O •* |l |« r-^UI IUI Hi- JX Ill Ol < • • • • •'• • • • • •'• • I • zo|e>oooteooo«>co»>-«y'*;*i»«;iM«M «M«MfMnjlMrfMCM«MeM«-*»4**»*H^4l***4'*-»4 VI X«o|co«owotitoiKoirQbovo«i o o c c> c en CO in 0" O IM O -■ ** + CM * CM CM O * '«> en Ul f» CM r- « 4> « <0 in in j'«r> r* I m o(«n o e> c|m in in e m o an r» o cm in r» IM«M CM CM o 111 19 3 o z of 111 X o o o or a. o- I > a. 3 vt < s 8 o ! h- mo I rM0> IM CO CMC- CM -O I wan ! -In* , <-> •M en I o III fM CM O. CM- I m i I • CM O 1 ^ 'r- Q- ui U co m z-< « : O >i m Z ►- l-i o VI >> r- o. « z ' ui { in O; r x i I •••»••• •• • • • • • • • • • •«•••• > m o m o U i oinomomoknomomotno'momo O|OOOOOOl00OO«3CpO|OO|oO0o|cMo!o<0cMOiO obooo'oobooobepobobo IZ •'• • • • . m m • • • •'• • , ♦ • I * • • • — O * eMCM<*)CMCMCMCM<4>CO«M*kOOD o « at «olooooo-«|<»o''in«oco*iMO>^-«>i«)*lcnfn;cMiM,»»»<0-

    *oOT-'*'|<'<)p'm • * m o o» o In o im © m o m cm in •> o cm r " HW-HNNNN «ImUim|IM">'0 0 I III III I I i . • ! ■o o ,o> o *- i I OOO«DOO(C0*IM «M + 1* 41 .» CD « Mf ICM CM . •O * > IM G* IM CM wC >Ot'OOOOHN«>C)0>»CJr-**<'IIM'-c»«cicnincM*fn 3^M-<^I->^M'oocor>cM Z«MIM>«MCI«Mfl«MIMnifl**'****'»*i*'»ilo>0>'O>0>'C0f-M5MJ«ninminlnin»nminin'm + *in in * (* •♦ :m i ! j i C"'1 O1* ^C ®^ lAOa »f' f^ON locovioiro^rircrcrowoliroioo^oinoiro^oi tu Cu O T ^t^M»\m»n^4 HMf ^)' urn I/) uj ** 00 l i u. o O ! H- I UJ X u a o X o or u. or. 3 I V at > o x — * p •* m 1 — . o a. uj e> a > f* a. -• • ••••• i ».*••»» • • • I > • "•:••!. . * • ! I » » « » < i ; . ••• • '••(•* • CXIOKIO* OK1C mc* oln < omomomomomomom OlOOOOC-OOOCOOOOOOOOOOOO^OMOO* X • ••••••]••••••••••••••• •••(••• x 'i i i ii iT i,i r i-Ki i i i — i 1 1 1 T 1 1 i i <9 I I •* 5> ■ • • • •!• ♦ * »l • •'• •: • • • •• • * l> I ! k o© o © o o o 4 •••••• • ocooccpooooo;co*»N»eeN 4>(DmrMinm«c>>4H*Dmm**«iMft'. i . i- ■ >IM'Alp4>iMvlM|lMnn««l u. «•« « s c - m o t- * * X a Ov x •» <•» « WJ 3 i- O x i/l • •- > r- « OB X * O 111 m e (- o * X X »■ m X , X o eg or i 13 u. ' > ** ■• « r. UJ K or 1 * «* 3 : X' I *■ IM « 1 » or I or ac 8 o '* » • • •,• •••••••••• • • • • • ■ • • • • i • • # « • • • • • omomomokromomomomom© lOOOOOOOOOOOOOOOCOO x i . i i i i ri i i i i i r- i i i i i I II I momomomom oo|»* «n'oo * • T.i ii i UJ O o m O © O . o© o o i ; ! : i ocoooociooocc-. o© ©,© © © © «mruc©©<-i-<-« k>0;«NBN« NO m «m im w h- *nm m « * m,* m •»• I •r i i >eooo»ooeeoi im ' oo.ooo 5mMe>eMn^©r-N im>ki m o •>■ <»> m t« ««> i»v m «»< m m m «« n ni n» n «m «< m!m nnxhm XF~r-*-*»r»r-t-««««inmmin<#<#'*«« + ««<«'m'€> «»»ff»ffCCfPffff««*W(nMh p4.m fsi ^ ■+ m o **• C * XKomomemomomomomememomomeiromoi •« >- uj MHNMfiM«j/iiMP««r-M)aa'e'OMini>eN«ii »" UJ IU I ex x s x««4»««««««« -o -c -o « < m •» -» «'•* **^*-#**< oi>n>ii>iiiiiiiini«i,0>e'e>c> ••r- ^ <«> * -•) *« « m ' i h + if »>ifi* * noj-- o--6m-JO©«D©i,-oaa»!'/c',l''^eN«ii a I- h-.**nnni UJ UJ r OX 596 Table VI-1. — Continued NO • ! «M 9 • IM *> • «Mf- • 1 «« : IM in • 1 - i». • •- *■ • X a. • a. z ^* ci • < UI • s 1 t- «- • h- 1 > r» • «t a la. « « z • a in in . a K • o * • z z • — i in • X i * o IM • a o • u. > "* • «« ■a . i o • UI * • ac « .-. . 3 Z 1 • »- IM • < 1 » • r i • « • • » » » • V < z z o I t ^^•-t^lMllMIMIM • (coOC!OODOOOOOOO'0 0 0 000|J>«'o* , o ■* ^- *M — » I I I I I I £e oo o o o •* -c — o o o l l i oo -o 'O *C im i i u i : i i *o <-coi»-c SOOOOOp-i-NNN Tiii e>ooooooooo|oo O O €» I (MIMHvl.ri^p^H O O |0 O TM -0 O*M*fM00*000l'C©*t00IMOI00^a0O'IMIM(lM®|0D'f'in»n I (-« r+ «4 *4 p-4 •-■ m ta4NHN:NN'N*l * f T T 1 sir «- t- u-« -* a> ^o M oo m «o .»• « AmI4o!mA!< * ,»« » 9 v 9 9 m .<# -r tNinmoN h -0 ■£ -O -0 « o o o o o n .0 « o o -O z « \-o o -o 1^ ^> • I • • • • [ • • • . I * . , . • C 9 m «m ma 00 9 4 «D to 00 •♦ -« O »~ •# — Iri « * ni IM If* £ ;fn 9 in O O «M • • • r> « « IM «M IM IM ;«* M p4 i^ \w* ** rexoiKr »OlN«»NO IT C ■*> rM ir •» w ~* mo UI ac -J •< «-• r- •• , >" u. ! Z- ■0 o UI '. o »< ir> o ^ *l * X & a ; Z -* m < 1 *" s 1 w ** (M a pH »4 z ' X a 1 *" *" O U! 1 a. X UI 9 »- . a £ v> « ►- > I* < . 0P ! a 1 z •O o 1 UI m o 1 *" 1 o * z 1 z KS z 1 Z' o 1 1 IM a 1 1 u. 1 > *4 "* 1 * O UI ' * a. 1 4 ' *- Z> 1 *l 1 ♦- IM < | 1 ec 1 1 \u & I z UI t- ' i I V 1 *- or ' . z 5 ! ♦- or o '•»,«••« l« • • • • • • t» • • • ■ * » • • • •. I i '■ ! i i ' ' OiinoinoinoinoinO'iroinoiinoin o'm o in o in o in o ' ^^(MiMmtn*^in, f\j -* «^)«-4 *^ >mncimNMi>4«4f4099 8)^KN cc ao as Uj •; ■ ■• • •• • • • • • ••••;• •• • o O O O O 0;0 o c* O H|H ^ *« H Nt Hb> •L. O — IM •* ■O SI O « m9 ^ ocf-m|~«99 99«099OOe>,0'0'«»«>',-'«> 4CO'9 9990D009000D9.9 900aDOOCDODOD :m^ininin^4'U-inmm*MfniM«Mii-ifM.iMCM : ofo .i. .i ... . X,ao|ino>nO:inoino ►- iu | •'"■MiMin{in«4'inin«'«r>|r>'00,0B9 UI UJ 00 00 00 •*!•* f* ~* 9 f* !>■ ** 9 WOO 9 9 or l» + 00 oo oo -o o m o in o 9 O IM in f- o -* *-* <-* ~. IM mom mm f» IM IM IM 597 Table VI-1. — Continued o UJ L9 X a. < s B I DC 4J X U o o 4 at I >■ X I 3 h- ■n e imo- rg • IM45 •MO ■ iM4> I : tui ! O { I- r*© m0> a z < p ri m i j l~ *4rg •41 — • ! a z o r o X < X Z I I I I I i I ! i I I % «— org z - z! UlOO N O 41 olo < I at ! °L x o to © o o e ,© o ao o t tn^ONONCIMOOO v^ — — ~* -* •o rg IN IM O in o in in -o oo •# T — i oo o I «4 I 0 o 1 I F o o IM -O OO I n om 0'in o o r- ir- ao lao a ootoooooo he gf * IMJ4J- 4> (-11 'I ootoooooo o o o o 45 -o <*» m rg > O W> i m r» i rgrg m o i 1 (MJ*4 |> O D UJ • - o ~* z ■•> 3 » z m o> ob in in in i4)> m ;rg rg irg >4N|4> * in in rg Irg nj • • o o i»> <*i rg im • • ■ • »i • • ■•••• m m m9 4> 149 45 •»■ r- |r» r» r»- r» In I ! ! 4J 4? m 4«J)(MJ tMU'JlS o a ►- ■e "TTTTT" bb oo oo r- 'r- 49 49 m im 4> i4> 4)* toooopoeoooioo •g*4^4*gLg*4»4*4ii-4»g|»4*4 momomomomo ^^.^irtn^xN no m o oo 0" 4} >f m it • • • • o o o o IM »4 -• 41 m * 4> » 0> m o I*- i*-i«n <*i 4] 4)|4) 4) ' ^|k r- 4> *]0*!o« in am in in in _ tn oiin o m o c int «r» i»- o fg m r» — — • — — njlnj nj im O ui X o z a o o o o a: s o UJ kM»; a -4 m X ►- — O l/» > l>- O. 4]' Zi uj in 19 > I I » » » * • • i o m i i rg cm < i o in ' i *!* i m O 4> r- tn o!m o fw ao oo 0s o o o o o oo rg rg 49 — I I I •C 00 •41 I »i IO z uj (J — 1> I — — — II I O'OO P- 41 4) »4 — oio © o o!o o © o *oo im;m *c .* •» * !E 4) 00 I I O oo|rg 4> «oo -on rg OO o o rg rg im I > CD [00 CO00flD00 0-|4>4f4>4f4>fr,T-0'4>4JO-4 30>io*0»0,o*0'0»B)iroNr'* ;Z4)i4>434>43 43 4)4?4}4)in4>4>' 4> a r- pnim — 49 -O 45 4} n pri !fs rn in in m m *oo O 00 m 4> 4) m *4 ^4 •-4 — m rg Zoloooooolooor-inmrg "4 O O 4t 4j* rg rg oo'gj oo m - O 00 re z 4>'4>43434}4)4)4)inmm|min 1 ! ■ «n m j- m|in «n I in 4>i4jT in m m + * in ! ! i ** rri rVrg rg "4 o!r- m m c oo m rg •a O-^tDflDflDOPCDeOCDOOODC© ! i ill ao ao 00 00 OD 00 oo so If- r- f- K 4} 4> 4} i 1 I- xrgooa 4>^40!t>flDiar-!r-r* r- r- r- r* 4jf * ~* •4Jo ao 4> 1*1 cr m O Z n'NNh^Hp-c-oIOOiOO OO o olo o oo 00 00 mo rg m *4 •- 00 op m o » e •4 IM r- r- m o rg m IM IM r- V0 I Xorc)'inoincT'>Oino;inoino UJ UJ c z 1 j ■ m o 4) r- in o m o r> oooo a j in o o> o P4 m r- (M 598 Table VI-1. — Continued .! i rn — . i •no • 1 M» • 1 «M 00 • rgr- • IU IL 2 z .g <0 • O •"• m • o h- — * !• X a. a. x «g«v • < IU s h- — rg • o «4p4 . X X £ K r • »- > r- : • ■9 m 0. X ■C ' o IU m • o ►- i * o ■* • z z •n ■ • 1 X o N • a. IS u. > — | • < o • UJ X oc « — • 3 x 1 ' • *• rg • < 1 , a IU o. X i * i 3 cc 8 a I m- ! I i I I r- : • I i O D O O OV * « J- * ,-C INI I I NH.I M III I IU O » > o < « tao -r--.il l.iil POViO'^OW ■ * ni <<* rg KM OOOO cm >* gjlrg gj «M r\l r r\l *SJ «M O «\i rgw^ o o — III 1 : 1 > I— gj if- • -.00 — 0 00 1 ,• 1 •! • o o I 00 -O g> rsj co m-rg mlrg •mKm ' 1 1 > gr rn rg rg — oc iu • j • ... •:* • 1/1 1 ! 'j 1 1 i ; r ; Ptococor-r-! & . t>4 «> W to w t* # \*> \f\ to & *t\ *r ip * 1+ — ' u-. ir» cr 0* two * V 1 m tnitf\ in u>ir»ry»r»/\ir*(t^(r*i«h orgrgr-rnor-gj-i-icraor-'r-gj «m I <♦ f>:— 0 aannm^tco ■*■'»-* «— — 0000-0- HMHHHl 0^ 0D 00 00 CO DT cd a> 0 CD f^ r- r- f*- W 41 '^ 4) « i 1 1 K — p/JM in o> !« "> g>r*rdiMrg rg rg -« of^ *M • ••••• fy r>j «m r\j ^^ •-• HHH»>tHH rg — • • _4 — 0 0" • • = 2 • • 00 -o-#— coi^flDgriM — • • • •>• •'• • . OD'OCriiCOB l«0*oiroino KU — — 0 1 ; 1 ! 1 1 r m 0 g} r- in 0 r» co in 0 to » in 0 c 0 »g m 0 m 01m o«n 0 ;«j in r- 1 , I 1 j , «i 0 : ~* rg to IMO ni 41 1 mm : —«M * ' O eg m , O iu ni rg ' 0 | «M •* m j »rg 0 1 k- — £► 1 Ip" •♦ X a a X r* m 4 ' IU 3 0 — rg 0 ^g -< o o o o « u. 3 ui I >- > < ■a o a UJ > o o I IU 0. gj) X. ui m :: •• — CI x < rg »! ! > »•' r ix ni UJO O 4 I #% ! ; ■ i \ i 1 •: : • • 1 ■ , • • • * !■•!.! 1 ! * i . ! .1 III 1 1 1 * *l •• 1 • • i • • • l« ■ ! i : * I 1 ; , * •< ! ! • • *• • • 1 • • : 1 •1 1 ! 1 ! ! 1 ill 1 0 : ' < i i 1 in oinom o'mo mo|mo|gNo|ino in 0 — — * rg rg m jm * ' oo o o o (C«*Ofy«.0-0-0Mvf4-^C0/J*^ 1 1 — — rg It— II I 1 1 ,1 _' 1 | , | — 1 v ir 1 1 1 1 — O 1 1 o o o s 1 r*rywo<-^t7»ffcOmiOitn— i in iln 0* LrfM^gf^O|oowoir(^m4Nksj*-4 i-tHHiH «-i 1 i as mir- m . • . • »»*> l>4 • • • .1 • HriO 1 opoooocooooooloooooo o(«o*J/*e*oa>g*oo*o*'NN ko o- o- 0 .0 eo|m in m ♦ rg —Irg —I— — > _■ — 1 " rt! ill o o • • •0 rg * O • • CD * g> rg • • i BOO • .1 • rg rgirg i >m^o «« * * m- oooDcor-r-h-r-r-gjo uj**..... ....•• •.,•••. O— p>-g-*-«-.-.|— -.oooooooooo i i i i -3 Oin -Cvfii^ • •!•••• o o !o o o o «n mm * * • o o o I ^mt^mmmrgi-4or>>>t^^oooi^.o>corfe- goi»o Z^|rgr^i>iivifSirgrgi^«^i>okaov^,r--p>-rbr>>> H»«HHi4*4Hr**4 ; rg t-!rg 1 i ; in mjgf g> 1 ** ro m m OoK«-m«^^'rgi^oOt> •<(^|iNNi^OCOk|9>9COCOa)'X>*X)(DO(OCDI>l- a> cojg) in rg o r- m rg f» t» K r- r» f- ■o-o JJ MCO-»-^-g3«*iUprvcMi*«>r^N" • • • • i-I prf •< i-I im H *>lj*>t.iH MHHHM iH •< i-i i-l pN 1 •e m|oo> . *i . . O o!o 0> go m • • O1 jm)nwrg>t^t^^gor^r^cc)eoo^ 1 , i in olm o cr oirg in PS -. rg mom rg m r- rg rg rg O T : ! ! 1 I ; | 599 Table VI-1. — Continued u o a z o 3 i> ac < r z 1/1 or o o o m -g m o «M » rg 00 mr- - pO a o Ui z -« o> o -< m o 1- -g * X 0. a. z pO rr, < Ui s , p- ** -too* |o »nj omo v>o mom Cr- O !«M m 'r» O rg m ,r» pg pg pg |p0 nj rg ro 'CM o gj in I N^N^p4igp40 «to«org|gjonogHro jg>r»<#fn»giMU«-g|CM rglro ( -gltn o o ■* o co * g} e> ro ro :o o pgpglOCDOOOfiVpg Q o or o ©o oo|oe ■e ON*n © — -. o — o o -o m rolro rg|po I >— tm-*mm~-*o> 5SC z r»r- • * ■» M N ^ O I • »aansK«wgjt«M ZfAf"-g3,-gg>lor- «««■»«« Z oo or f- »- g> oj m n m m g> ig) gj> o> » o o ^i m op go om>-gojo<«Vr-©m-«»o«o|r- «mil»irgrgpg'ooio>er»o» wool— «)WC1W 49 °- *- Ul Ul I o z I ' ■o gj -o -o « gj I ♦ ir* g> ©ior or «o «o|r* -o g3 gg O O O O o o ■o o 0> O ro rg g> P> c r» r- ml© rg cr- rsi r- o o g> r* mirrt o m o » o gj m|«ri rmt'ri * o » f- t .1 • • g- o > m !o> • «i • r> »■ • in o ir rg in if o Ui o X a 3 o z Ul X (J o o a at or rnO rsi r/» rg«o MM rg g) rgin — rg g>! O ui«m rg O' rg •«! m • rg o l/l UJ — ' GO < -••»: ui z — g> x O z z 19 I ' • * I I 1 I !• i i ■ in f z i :k o|ooococ)oooooo!oooooo obf o rf* o m o g> g> r- r- «o cd v o oie IM flO O O O «0|O -- I rg «*!g) I ^4 I I I — , I Z 3 a a ui o x > O «r O r'l r> f/- in o o '-t . • . • •'. .'. oaorgmuvm***! I — , I rg,g> * gj i i •o o g)'in «D -C rg S ( » . — ■ f- (rr» rg elO O'O o|o olo .{. •• • i • • I • o>km « g> ♦ co gjigr | -,1-n.C o iO o o olo o • • • ■ • • I • • AC O - o(cm t/\ jf- o *|o O * O *■ •O CNl'lM O I I I ©o,o I I I if\ r- f*- a- fsj 0]*SJ 00 •# rgm ■ - a oo CM tM'INJ I > rg Ul • Org + ,0tn • • . • • • • rs-i rg cm rj cv csj rg r-'m m • • • • rg pg** — — 0 : • • 'pg prt 1 |C CD * • 00 r- r» »- r- • • • • O 00 0 1 g> 0 • • 0 0 -0 « • • 0 0 «m • • 1 ^ * * • • • O OiO r -< 3 O Z O •-• w* 0 oo pg f* gr oo 01 o» s> ». 49 b> «>kn m ro «m co pn CM r- O V tf. *r\ it. sr * ■» co g> #» 1*1 m rg 4) a CM a i rg pg.C m — in p' pg z * z 0> O -O u^ «Vc\i m • • • ♦ • • t> h- 1» f- it* g} * * it pg • • * * CO -o • • rri o>:co • • « m gf g> 19 pg > • < •* W W N »-i O O • *| • «i • • (T (J- CC CD ,0D 0D " 0 00 or 0> go • • r- r- * * CO r- • • f- r- »- m r- r- • • r- r- rg pg ■0 m • • r- r- a ■* NO • • P4 CO r- mim • • ! • g5 gj;gj ; "1 K e> |0 0 !«D f* pg 00 ! gj *\t o|r- «Uo m m 4} z ©>lo> » » » X,a o^n 0 «• 0 >- uj 1 ^riri 0.1- « pg pg pg pg Ug pg mom ofen 0 ♦ mm gj fo r- 1 m m pg -g m 0 rg rg pg pg m 0 co o» rg rg pg H m 0 o- 0 pg 0 0- mo rg m pg pg O CO l-ft 0 p- 0 — • «M «o mp~ mom rg m,r» rg rg rg o,z i 1 ! 1 600 Table VI-1. — Continued fe: P! B Em • NO P •»*l i "- r* o ' > a. > X 41 a ! I I I l» • |t> • sr ! I o|o < I II «0 IM I cl°. o ,« N -1 I > ob ■ • • 00 o I -1 I ,••*•{•* in o nolro T' O O < • ' • LA O 2f° 5 IS ft i i i DO O O DHOO -4 I 1 o o O IM • • I* m okn o m o L *4M«4M< 4) eD — o o> » o -i olo -« o o 00 ,0 l«M|«M .op > •: • I op I I I * »-o«;*.Mb'«f»Nco' » j* * l> • X o Sr » t- til 111 t 4 M k< ^ H C *N 00 o » I- 43 as »» ►» r»t> i I | fCIAin p m o «r> m eg O 4) l-O 43 I ci*o^* hO 43 DO*h«o|-«OplN|oa o-tfrocopooof-t-^* kn o in o «n o im m *t 4? 4> m »> 00 o o •> * « n o «n 4> IM IN oo,ooooooo oo.o<« *HJOOOMI»'»«' 4>4!4?434>minmi ;«m •> »> 4> oj>|r» l» « • i 1 i • •no* Hi CMOS • I ' ! i i ' | — «M 4> . *■» _ i * I o !• I UINN • ! ! Uj -J 43 Of o ui o X 1 3 o o o o o a u. a ui a. x fs i' 6 p > F y o 1» I z -J 4J • ! • i o *4 m • KHN • •! • • • I ! X UI 0> a | i • I i» • : a 4) r • ui m • • • • • • l*> • I *• i « I a • t.l I < — » z! I • I ni- • i i I, otnomomoknomomo ^ p4^NNmrt«,^ir^4 I ooooooo-oooooop o o o o o — OinOJ-00-OcC M — — I I I 14 I ■— I — I I * • ' • I I ' < ec i o K O 4T • X o T ^ o «n o m o vo r- ;i~ «d oo o- l T OD O 4)- C 4> 't ^ODOO^-r • I • I* * I* m o o> o I I UjOONOOa)]«)4>N«r*H^Op4«'ON-< I mS ................... I 0| -p o!c> O )ooo|o o"o o o o o op olo o'o o • • ■ • I • • I » » • • * •• •• • • • u> c a> r «^ « o <£ 'O oojco o o * 45,4} • • • iM *4j»^ > ^ I©" O" C 0> UI a xolcovottKOHHi^iri^i^^^cicoi^ b^tfMniiMnSniriiii-i^NMiii**^*^^ 2 4^«^o > • OS ODl^- 4>*ni***4 0\«fl ^-^ Kf* 4) =P I c p o o o o o -3 >o'« Kh r-«e » O O'O OiO oio o •O -OkO-O^'^'NJ^'M rg<\t(M h-IA (MiC O" j« ia »r .a if* t^ ^ I L ■M b g HMHpo|iic/iiio«o«icrcoi ^uj I HHNftnin^4tAH\«4hNBai a. h- ai ui O X «43*c. CN* Mf |4> 4} )43 4> 4) © »U* ♦Mj-x «>jr»- - a 5 . m 1- >i »*■ ■* m "*i « z1 o IU K> o t- o * z z in s X IM DC (9 u. > -• w < 1 1 *> UJ X oc « — 3 X 1 I >• 3 I I i I I I »■• • • ••*•<«• • . • • 1 • * • • , ' i I no' • i i I ottomowo op oio olo o 2 • • • • •• • -ON'T'SOkMB X M — Ul IM H — ' I I I I I itoiito in *h# tn r £2 o 1— ~ m o » r~ o«o©oo— — m CM 00 IMpM m OO xoboooeopoooeo oojooioo .«cM»M.»-i*i«\»-f-«*o»»-.«>p«i»\lcM — cm ' II';..! | i l> o o » I I to o'm o » o !- o ,im «r» r- — I— — ;— IM IM IM IM ooloo • ! • • + ■# • « I I I I O OllM o -o © o •«• o 1 •1 IM|I O * -4} CO;f> IM < im nv - o »- x* X a. o. X — is < IU s ,--fM o — — X X J* >- -« o IU 0. X uj o> •- o $ ♦- > K « a O. « X' o UJ IA o 1- o ■» X X — in X X o IM ac 19 u. > — «« < o UJ Mi ac « — 3 X 1 t- i IM '< 1 1 * K ac < 3 I I » » • •••••!•• i ! ;••!••••• «! ••••••• • • • ! • • • • ,« • ati\ O if o :»n o ' o i*\ | __iMiMr O u> o i/N o w o im o m o ,b o'o o o o o o o o C OO ©I© o'o o'o o — oKm Omm»* UJ U Q.CD (M W « ■* O Lo|lA OlA O COCJ9 O N«IMOOC)«<4lM«N X ^hmm«hU-h-« i,i li III | II I I I ll I I I I I il « r- — CDllM CD1* mm CD •« « o olco < • • • I • o • oom • ••••••• — — _. — —|o o o >r-Kr-r»i-lp-okrm*>rincMlrMiMl—iMiiMCM uj •• ♦ • •'• • i • • • •'• •• • i • •' • • "" i ! | i ! ! I i i X'OM>oo«inint>-in|o>«imcMOx-o 3NNNfJN«IMf.JJ«M!**<***:<** *<««UM«D> m o 0> r- — 0>'lM vooooooooreiMioaii^ k r- k Ir- r- V i>- ' »- o •c'o n> « xiniAijDir r-oxo*^* ,*«^)«--»IMIVJmUj i— uj — m n om m «n * * m ir « mi r-- ir> oo oo on» o>nj «n i»- o cm on *>> at- . ! — — mfmt IMIMIMI O X o «M r ioc l« > imIim im im im m m m miM — — im!im im — o o oo UJ •••••'••!•••••••••••• o — — — — — - — — — - — — — ,- -i- - - o U» I ■ . , oo r~ to mim in x minmmm'iMOo— 'CraoiinooiM ■D-t-t-t40U4)^<<0 4}llt|l|IM rgiMNNMIMN ZM;mn4 4iiMiiuj<«aN oiniriA^JmiM X uma n> o -o o o -c -o -o < « I ! I I o &'iMm — .'oo un'iM oloo -c > »| , • «l ••■•••• - uj — — cm cm cn im ^ ,* u> m «g O r» ir» oo oo » a. i- IU IU | O X I O O O OlO o •o «;* mlo* O O!0D mllM 0> IM IM|— «^l — IM <1> •e -o m ml* O CO ao m.f> cm o|cn OO- ■o ■ci'C -c m o> o •* iMio oo in f- l»'l~ C-lO ■<},« 00 00 -» CM o ^OMC*rO im «r 1 1" CM IM CM 602 Table VI-1. — Continued »- «m « — m * u iMm III - -. IN UJ OV 1 o. - ml 5 - < — i i i • • • • , • • • ••• • • I o « o«i o«o o ow B«o i\o c qv o « o,n D;in o «e« a. IS *■ I I i UIUOmM^NMIAN o >- « a: m o •M O IM 0 "MO «m m — im * u im m UJ IM IM a * Or* m a Z r* m X ►- H O i Z I r •«•••••••••••••• • !• • > • • •• M • ■ | ! i i I I o«1opoirok>omorfiowoiroirov'cwo^o^c^ I ^HMMIIlh^V/iriA^^h^flVV^O^lUI^ONIII^ I i _■■._« IN ft IM IM OOOOOOOt>OOOOOOOOOOOpO,OOIM*jO** ~ o!o o O z i — i i — i n ii ii i h -"' < ' — r- iuOO>OMHONiMNnin4iii|rttt4>ffiuh' — > • . • • • • • • I • • • • . • • I • • • ♦ • • o«oopoooopooooopoio IN -O «'t*NON o •* m m » • • • • • MO I OOJC OI « 00 «>||N ■* « im O1* im «o + .m mlm in •- H^lrtMH^M k ;> -ok> m«n m p o p o jo o in m m « ■o ■o « « _ r- r- •* •> •» t> w m m «n >n NilvlMH Z •» # m |* * ^»»fffr»;o>» : ! o op o o o © o i ! in m itn •«• ;+ m i** m,m im xporono O f- ;r» r- ir- o r- «3 Im ■# I* m jm m OOlOOIOOOOIOOIOOloO 00 00 < »< 100 •* r- P" p <} op p|p ojc » -o o ^owcirclfto'monolwoifto m«'4tir«n««K|f>-0B0DO0>o'>Min o o r- in «m ■e o * jjffO'»jkf»«!»>i0tfjM>«<<)«'O«:in4'iin«/ UJ • 1 • • • • • # I • • • • • •[• • i • • ' • • oopoooo OOOO OOOpOOO'OO : . I ! I K^r-r-r-i^KM3'jj^jjJiin|ninki***|mmr -* ToDiec<-r>>- ! ! I i I I ' O0C<000 ft>a»K ' -J L : i I '! ■ i XNNNNIMo OO OO»0D0DKf-*mm*imiM0DO0DJJ) < • I • • • •• • i • • • • • •!• ♦ ♦ •■ ■ •!• « • •• • 5T mlm mm mm mmmm iuoonnnmnhmiuinimoo^ cr M < ! XCfonol h- m o m m m k 603 Tabl<- VI-1. — Continued s Z a. « o IU X 5 3 at I < z z s o I. m © M 0» |N«! .C: — M * iCM CO IUPMCM .«M O t-Ui o» I III «-4 as «|-ir- 111 -*4>! °- I iu t-r1 m z z z lukg o o < o < o X O r o I I ! i IA O •M CO M CM I I Pt ♦ ia *«o * CM I I IP O co* ia o ■# ia rg CM I I IA o IA * CM IM IM IM I I I I O OIO X O O OiO o o «45CM45IOaSOCD prf *4 1*4 CM ff- ~o ! • J. CD D O O O 4> as m o a> o- o o ft o o 00 * CM I — I o o CM 45 IA O » o 0 o -4 -* 1 I IA (0 o o o « •A o IM IA 45 «M ■4 m I I O IM •i m ■A O I- o -> CM 00 I o * 4? CM I I I ! •1. ia e NIK (MM co I > IA O O iA IA IA IA IA IA i "1 IA IA JIA IA :IA 45 0 « IA VI IA IA IA IA » A IA '|A IA 0 IA IMlIM 45 IA z 45 ■0 -0 -c -0 •C IA i i * * !<* ft - »s r-jt- k h- * 45 O IA IA * ■» i<> co IM — 0 0 O CO IA — • 0> 4} i CM OJIM p 0 ;0» 0 » c cc* 0* '0 0 0 ©• » o> o> » eo oc » OS i>- r- j >C «M Z «M 1/) IU fr, N IM'CM «M CO 0* lio N rv rg N «M IM •M IM noine ♦ ia ia « \J IM 5°. f» cc »4 #4 IA O IA O c 0 94 O V mo IM IA as oc ■A 0 •-IIM CD l^'f^ X 0. ia e IA O — 1 IMO z>« O "-"IA U,i l-H A! X I- a S' >l a. z iu c ! 4S ; 71 1 • • « ! • » • .1 • * ! fOinolfiO «4I>4 IM»M IO 41 I IU 55 Ir A OIA O m *|4Ma •fi" M <0 I I o o p • • • . «• O O 4)l4f 4S 4nNp4W-< soooloooopocosooo : M IM»M IM # •# I I il I I I niA|0>O4)CX A 45 IA ■* AIM — ISi F: OP o D op oio o • •• • , * • • • 1 r A O 45 K # on 1 t D O CM K as id I 1 n»d« o o ft A O D> O N 45 I I IM CM IM — IA O IM IA -* O I I 1 O IA I IA >«• I IM IM of* o e o 10 co — CM 4> CO O O * IM • • CM f4 ob»» • • • • "*l op 10 m 10 10 IM*M CM IM IM tM CM IM o> o 1 OO opo s IM.IM IMTM IM -* CM M 45"OIA*"4tSO DO^""rO u- to od r- • I • • • 45 «A • :• • • . IA tA IA IA IAI * PO • • 0» T 45 M • • IA A 0> O* I • ' • Op . 4MIM ID CD • • o o -*-p OD MrvN D O :hv?, 3 o o » » o> o |A O IA 1 I O A 1 10 m ■5 PS o> p I as IA . • • — loo • 1 • * a- c- o r iA O IA 45 as as as 05 • • • • c o o o cm o cm cr IM CM|*M ^4 • • s as CD CO F- 45 • • • CO CD CD jv CD K 45 • • • • F* 10 n 10 co 10 A O IA O IA O IA IA 4? CM 45 IA • -> co as ia o o o CM CO CM IA^ 0> CMIA • I • 45 IA CO I CM CM IM one O IMIA IM CM IM 604 Table VI-1. — Continued Ue of* wiiMiM o; x a. ■or 3 o S X 4» o z 5 ft 9-i-w. 1-43 i Z 0.1 4> S! J - Ti X o I" I I C I I i i ! I i i i • » » * • ! © E •4 >— cm»m m i oopoeo It N IM I • IM 49 ONW^NNi^^'nN** e i i ii ii i i o' i i it o «p e OM o m * m m 5 T mo DoOobo & o o o o o rv m^^mcn^**- ••-••» □ o to ojo o;oo:c o o o •M i I 4> o *mjm0»,»r>-jin» 4T49>»© OO OJQ O I IM CM « imU> o in o mm co o l — l o o IM O IM — • I CD 00 #1 •••It « »!• w ^ if* -. — -. -. — CM CM • CD * ■♦ «M|m m.ni ruini I I . >© n oo — — #^ Bo»»#» 1 P © flD ^ « <6 in mm * m cf * m V> -4 pC •— — ** — 1-4 — oo©o,o — ocoo i r i i o oloojoo 1 1 OC'iO i5 *m i nin In m m mim m * m mm «■«>*>©»■•* m ,o» »><© i** * © r» r»icMmicM O 45 *:+ « in « IM «N]IN -*,-- — * » IM — *-;IM 1-4 1 h" « m m m IM 0- i ->- •» K r- ,t> P- jK •» f» •- 43 r~ 43 49 i 1 m « -e k2 i - i»>o«Dm m~ O 0- t- -0 m -r AN!0 0>!cB h- 49 49'm — e> co ao co 1 co co'co oc ,*- 1- K « « i nNH^'ch 0 49 «n m — cd r-r» m -»;p- m cm ©'©> o>|49 im o m M» Illi-ICD 111 ox; -1 41 r»• IM .* 49 [l I !l I | I I a < 5 im o K oo • • • i • • JO 00 -0 m>4> i xopoooioopojo • ■ • • ; • * -j • • O «0 <0 ■4' ♦ in mi* imim olo o rp i 'Lr * ip IM i OO O •I • • a I* o m o K • M IM I I c ■* • • M IM M O fi IM I I -4 « • • IM -4 oo O IM m o oo o» 4 IM I — I o o • • o -# m o » o O IM •* -4 I • IM C* — O O O 4> • O IM m o m o cm in r- o -A m* -4 CM 0 o 1 I o • m i * ■* 45 ■* 00 00 • ♦ IM CM r m oim IM IMIM * o o o m o> p- • • • — o -J — . • o I • • Q CM I {>Sjno«r»49-# miM -- U-4 --» — -4 ^— -4 M44W4 I wlo 0» (CO • r- •» r»- r» i49^4>.49 4>494>M)inin eri m,4r I • . # 4) • •!• • • • 0>C 43K m to to o lo o o o o o 0^ 00 00 • ! • • i • 49 ^0 49 M9 U i 5 caa-i^o NH»oo»«'9« K '49 -» im i CD 40 CD BD • m • • 49 49 «n in • • 49 49 • 4) 49 49 — 4 — O O xo»KiM43«M©m.-4«ce 4/1 X oc >- UJ Ckt- ai u-i OX 45454?inmin4r,'4> m r 49 49 • BO mm im In cd '• • 'oo o t- o> m o m o om o \r\ in IT 45-45 o in o f- K to I in o oo o> in -r o o o o> cm m * IM • • 49 45 OO 00 to ■» o O "4 o r- • • 49 in 49 -4 o> o> in o cm m o o o m co I— co m cm o r- i • 4) 45 in i 4> CM t- C- m * CD h- mo p- o -4 CM • mm 45 49 49 IM CM I* • • f- m o cm m IM CM 605 Table VI-1. — Continued Uoi IM« i«H JNin — <*■# Ol _| e ui t» X a. s o 3 Ui IX 1 o o a r o a 3 at UJ a. x 3 Of at in M cm O IM .41 "^ I • lie 111 x — -o O — mi •-;-♦! t,«""l UI, ! »- X CM; ■"1 |P4M| X ! 1-.^ O a. UI »l a 1 • CO > "1 a «! X UI "i ^ * z M CI X ' IMl o > —1 « V Ol I I o z • — o X c SK" »« o X o I • I . . I I • • . * » « » o o o o M |O MM r-l r O OIO O -o o ■© -c « r» m m m * im o m o ■0 r- 0 o B CO 1 I m o IM IN a, j. I I o o o o * © m o o> o in o rg m •0 -r I I o o cm© CM I I ►-♦» •>■ #*!«#* n aw m «» cn'cMM r* f»o»c». | m m ..,.* CM 1 1 | -0 -« CM 0> ■r m m m c 0 ■e 0 0 0 0> CM in 0 «M«n in * m cm W IT r- >o . . -0 -0 o> 0 NO ■TO O CM — O m ui • • 0> CB tr« 0 * in CM — • 0> O CD f- CO a> . • CO CB * -c mo m -«■ x in ■» ■* + • • to 00 CO "• <■> 0 Ar- te CO 0 0 cri CM ■♦ •* * C> • CD 0 a m 0 CM «f\ * * O O in 0 r- * CM CM •c -o t- ►- ■*«« o- 0 mo t- 0 -» m 0 0 r- 0 . . -cm CM » CD 1- m e cm m (M O m . m •0 m •0 m f- •ne NO I M CM* u ■M cn (9 UI IM CM O 1 CM — m • fMO N> t-o a u. UI ' o 1 I <* I 3 D s CO u o o z s u. UI a. O »- ■« a I S uj U4 a> OHO a. X »< cn 9. ; UI o o 1 CD >! •"" «9 I I >••••• • • 1 . . • • ft • .'. • . • 1 r ! 1 ~ • I 31 -! XI I 1 cm: 1 ■ otnomoknolno^ncibno r ^^.cM(McnfnWN--» MOOODOOOOODO L .«• «...i......i. xoSro Sr o jo -o bo &■ o> F r-to n o in o O f~ K -0O I — t o o co o it o g> o tf2 5. cd O O m o Mm — o T 1 CO -. o — O CM ■i m • i • in o r- o o o o o # o * o 00 >cM(#KO'c>-Mf— bo^Nriorr-oin OCM«MCMCMCMtMCMU-«^^U r.r i 1 I JTf-r-*0- X 3—M — U-.U— «ob» » I^HHimNHH DCMOOO O ^OBO i:-e: O — t- cd ^ r- 1> m & .'. ... .. . DN-mc»kM".oooo> l«OpO >BBBBC( SB M 0D » 0C CD CD 4 . . . , . • x O X ■ •0|MCD»»lf»|C C . . . ♦ ♦ .. . to IM <«| ruml IM »» NO -O C z • - © (Cn» K O < • Z O OAOIfiO O * <0M -O o o> © K Bp- O CM « I I * O -0 o BO o c o c 000 o 1MB I •*B « <0 ■* B ■0 * .» m to o -4 — I I B * •* CM I OO O O O Op o I m » M «H NO tM CM If ■* 0> O m OilA o ooiAOm 4 ■# B O OO O O o o O O CM B o « m cm OO OO O B IMCM »c- a a 'eg — — CO — f ! ! «-;. ! i 1 r°l: 1 I Hi ! ! 1 1 1 1 j ! MB,. ! i ! ' ' Nf-j. ; 1 i : | M * . i h i ; *.«!: | i 1 1 -~* : I , o • • ■Mm,. O •• i i 1 UNNt 1 1 i O '• | i I 1 ' • i l/t « ; i 0m UI X B • • • • • • iu * • • i ! -j «,— »>-• i ! i *■* UI. . • j • • * 1 ■ EOF xr'+'i ! * | OH* ! j • i i 1 • Ki-*|! .j x a. ■ ! • !••!•• I 1 a. * f'n ' 1 i « ui • 1 • 1 i • » ! S i-r"" ' • . i • • • \ jo w* *4; • • , • • . E X] 1. :• • • 5 i-ho, • » i I • • Hi a. • • • • X Uli 0>; • • - • « • *- a . | • • • i Bl • • • • i • • • • l/» !• •r • * P • • • • • # • • • »- >l !>■. • • • • • • • M i 1*1 | • * — • « O, • uj >« a « ■M • I a Z * !• I »- CM • t : O i n\ o ift o w\ o in o /\ O mo in o m © in o in © mo m i « — — M 1 im m i m z, UIUO m 1* i IT> CM ON o c © O o Ee o-< o o — (M m B O m eiff — r- m m m IM IM i— — — o — 1 — o o -- — 5 «l — - — p — f a! (Si 1 j »- i ■« IX© o o c o o o oopo o o o o o c o o OO •fi B o * o +'o tae m • • • • • • • • • • • • • • • • • • • • • • •' • 5 z o a> •* im k> >o « r» * i»> PM IM — io — * — 1 a i i i ■ i io i • p i a- 1 | 1 I UI 1 1 i -> » * •O 4) K to O 9 O » ■« K> IM — |0 cp «o f- ,o IT> in ♦ * m ■* ■* + •*'■•* fc o — o © o o o © O o o o o O Op o 1 i 1 1 1 z X o o olo o o o o^v in "• ■* B CM o i 3 a » »• bib r» r» — — — — r-" H K<- 4 * * in m fi © o » m m — i i r r^ r» «m r- C-* — *- ^- •-• — ' •-* j j — — — -m p-l | 1 F* c c 1 ■ ►•►■O'Mnlii mj* * m fsi — o> >c S> B B P> r» f» K r- h> r- ►- r-|Kf- r- »«• r» r>- r- •« •o -c ■e -oni o ! ; | — 1 O B r~ r» m> m » * • • i • • ]• • ■ • — — o a o- » o- — — — fflf- *n> •* m m or- in «m B f- CM Z | > • • • . • • IM IM • 1 • • • • • • • • • • • •: • t- « o MfllMH B|B BIB B B B B f- r- r- •O o -C 1 : "* v* — \ Z I ■ ,X 0* Z P- 0" » o » * *-h««n»- ««i,hit r» r- IM t> *m o r- in k i- n ►• «*«lr-«NN — '——<— o o © O B B B r- f- ■c 1 N */> 1 I a. o iroino IT O irv c vt » in o in © m o mom cm in r~ « i_ uj "<•< «M IM « ►- ;f» B>s » o- o UI ft »_ 1 *4 •^ ^< — •< or or. u o o - I I a. •J o X at ill Z m o N » N OD Air- I , JN UJ ■»• OD *i . 111 r — c 0 -• »• ►- ' r« •*■ a. 1 »« m in H-»* im: X I ui; eri O I p " «l ■ -* mi s **! 13 > OS * o X <« p4 a- 1 •M •!• • UJO « or 19. i ! I I I r «io*o ooooooooolooloo > nn o u lOWOWO i ♦ ;* on ui OI5C • • • ON* 'O © O O K9 ••••la OO IM •OIO ole o • i • • .» ■* »M o o • • o ON« Q O CO * -T O O O <0 ■«■ .-♦ ao re oo ao 40 oo i oooo o o o o - y OOIO OlO OiO o!o o tooocooonimo — itfi<\«iiiiii:<4 4«4f ItMIMIMCMIMIMfMIMIMIMCM - i r>ir.«ft IM IM IM rM|«M aiJim *l;fM IM -4 «•«>* O h.h-w-r^rtB> a- o* r- r» « .«■ ««;o » o o'oo N IM O •R^r onn\iriirim!u>»vm "•I*" m in --*JNnm*<«\ * •*;•>■ © «m or- r-l—i .» I mil* m N _• ~. •<*• OO o o o ao ao + r- * O0> r-»M r- — ' • ' • It 41 • 0* 40 :0D 0D 00 0D )l« IM nil CM IMJIM — ■•> o!m o «n o 49 r- r- oo od o- s »• r- r- r- m o m o o org on r- o •> cum NKIK si B IS S o s u a o £ I a * in r [i t m o 8 o z K-i I — IM* °N« O 111 (MM e i ! * mi 111 p^ 00 iu *!""• i- ' m* 4» a ■ t-i-o CL I 111 . « o i op I ►- hi ' in fc rn f H - l • • ■ i ! ! ! rv • i • • • • • « » * » i . • i* • * i* • l , ot» o«n oltno o sc: i o o : OlO O : • o oo IMO io imibo cm;o« o o g>lD Or* I 4>1M 4T I I I «M * I I Oiof mlo - • • • • OO O 4M oo ob o •r * od im • IM 4> 40 •n •< r i O IM - I I • I • oo I l OO od -i «trH nmU r.ir D ® »M o o(— •C 00 O 40 o Im IM N IM|— >rDo>»».0'0 in •!• • • »|* • oopoooo— ut i. 5 * t» * •♦ * t» * z T ■# l* 40 lop • I I oo>'r-M\{irim*m«M • •; • • • • • ♦' • - OjO o!o o o o,o iMn• • • •'• • • • ymmmmmimmfnm«MiM4Mro«r>plir>QirtO'Aoi*oirio »-ui i •'•'•MiMmm^gkiriirtgiaor- u5 1 OZ l I ! ■» -*l«0 *«IM^ O* p<-0»«'4)4* • • IM IM « in • • IM IM r- 00.40 0> t> ■ m oo ■ ,♦• r- »" <• |« I ! m *r-0D«r-rt0D,lo • •• •• •!• •;• "T i LI " oliMonkvoiiMirx*- ! I 608 ^ Table VI-1. — Continued MO1 turn, lu "*• j Z-«4} o~m *- a. X -g <*» 111 .--•IM X hrio; a. in ' •» a1 45 I > — C 1 ! V z • _ o 1 ! ! ; 1 ' i ; . 1 i : i : ! ! j ! ' ! i 1 ! i : 1 1 ! i ■ i 1 i ! i | i i ! i : ! ! i i'i I i i UIO qUo X O < • x o • •:• •!• • • • • • i • • ©on O IT. C I I 1 1 I riOpI "t o oo o I o op o (M rg'iM IM • • • * * I m o n o im m m 4> o o o o «NNN I I I I O — « -* ■— OO o o I o o o o IM * N 4f in o 4nn I oocopooo * IM <-t -t ■ 1 I |l I I opocIgoIoo • a i • ;• I ! v -cf* ►» f- oo « :0> IM o ojo > 4> I- 5N z -r E oo - E r- s IM MN IM IM IM4M IM CBAB l/l + ■# f* ■#■*•♦ :* * imim m ift im O IM o |o> r» '•» «m NNlNN NNIUIM ff- m *n IM h- r- r- ►- .l OOOOOOOOOO A IT. 03 49 r- fOICC n * .* in •n o in « m o 45 r» IM IM IM IM f- IP 49 f- 49 in 4? 4> «M IM IM IM m o 0D 0- » IM o ao IM "4 » o> IM IM m o o> o o o o oo r- l»- CM l~«M 49 O 49 »> 4> fl't> 49 49 41 oo oo r- r-ii- 4} 49 m o im in e> oo oo oo »- »>C4> IM *>f>- IM IMIM 1 r- 1 m o ! 1 IM 0> 1 Im oo ^Mr- 1 IM 4} IM* 1 «. P4* 1 ro in 1 a ; Ul IM IM ; o rg-. i m ! o IMC 1 r-p4» 1 wl MM i Ui «4J 00 Ul 1 a 1 _l 1 « •* r- »* i w u. o u. 1 z M 49 Oi-i m u r— ►4 * 5 i f z X a i- Ul a. X UJ r~ o $ i/i •- > 4 CO a z u Ul «-. ►- o z z X z o ae o u. > " 4| Ul sr tc « 3 X >- 1 ft u- a I X I i «,••••• • U * » *••*•••»» • ««««»»* >i • i IM I Oin o m o m -4 r* im IM O n o In m in * 4> c . in o ^in 49 o p o o o o o boo O O O D o ~o|* x \\ I •- N<44 I I I I 00 U 49 45 i IT i i 4f IM 49 I "l I UfUOH — > .; • o ■< o o < ■ or x op * •Li x o«o IM IM IM IM O O O O I Op O O OO O Of-3 T no « r- 45 4> I I a-> o m o s»uff I o olo o 49 4* 4f i i u I oo o o • • • • CD O 4> CD ooo o • I • • • 0|0 45 CD ^g w-4 *4 r4 IM ~g IM OO O p O • ■ • • • * OO O >4> 4> I, a o ^ro^M^n iT O ^ Ci ^ O a o n «ft k o O O M rg * ffl - t I III I h 4? :W ® ,0 -* *n m |iM o y- O O •* Oi4> 4> 45 O p 43 IIM IM NNH ! I mom pm m *>■ -on >.n ■> rg rvj f« ■fvj ** j cj iM |f\) in- 4>kr4r Z4T|**4J4)-4)-4rfg}4>^»4>pr4>|4>4> 0> 0> 0> I*. 4> 4>i4> 4> OOpOOOOOlOOOO i«oooc»ooOpooi>0'0>lo,'0> »^ *** *g *-g »^ *g -»g >»r-|43454545f-P'>t X Ot o t-UI UIUI O X m o in o on © Mrtigigm ' lo> <0 or-r»45mniF4o> 'T now olm o »« * & «rr <|m ' 4545m4tmrgaDcr n o 0> ovao r» im 49 m m co 49 45 in 4> * |IO IM IM IM m o r- oo » »4#» o m. 1*1 o 00 00 m o co m im iM.m r» l- K r- 49 CO 0> qoo m c cm m m o r- O H> O 00 O OO I O CO I m c i im m i IM IM I 609 Table VI-1. — Continued S » X s i * e s IE « § lit of m m « 8 o — F** °|r»«o MM IM -■ • NO n» pOOO 4 HI""' "1 go « o So I I N *• O O m en IT oo oo m o o»e> ft m a> cm cm o o m o » o oo t I cm oo cm -« m o cm m O CM in m o f-o OO I I CM ■* K> IM O O O Mr IM CM >m Hi • Ox l/l x oo IM xSo m m D 00 DD <0 IM IM > » DO » NfM -• —t r> o 4 « « «o •0 oo CM X * 0> CD 0D CM CM p- p» 0> • oo IM IM prt -4 ft* p- p» p- p~ r» «o o- a CO oo IM fM m o p~ p- p- r- 0- g> en x O » 00 00 IM (M — * p-l m o ♦ m •e m « m o- Q. » 00 oo e> e> 00 00 IM fM •-HI *-4 m o m m> m m * en P- M> OO 0" 0> 00 00 IM IM mo « f» •o m l»l o &■ * m in oo Ox 0» 00 00 IM CM mo P- 00 m m p. § •» o o o o> o> oo p- CM CM ■* r-» m o 00 o> en cm 00 00 JO 00 m> -«■ <0 M) 0* OO P» P- CM CM m o o» o o f> CM «-• «• 00 r* 00 M> « OO P- — 00 ■p-i m o cm m •* CI «o p- p» «4 CM -«• m m ■* 1* o r> « ■M 00 OD P> r. o im m IM CM I o S i i mo M» M* NO MO Hi i in •o in > go ■« o k o « • X o * CM I — I SO 00 o o yf> o m o •4 cm im en PM CM I I r> o »1 * oo N CM I I O o ■o -) I I o o ■* ft <0 * CM mo IMW O O D 00 I • *» * O o 00 — > CM T i -o 4*ip>H cnmcnmcMiMiM "mcm * IM CM 5CM|TMCM|CMCMkMCM 2rcnpnfncncnmcn Vpp^ m cm|cm "->i • * « • D Op O *-> ~* ~* ~4 m cn !cn cm •9 . pn ^ •n m m c ■* m r- -0 • • m o m « o o cn cn O o m ■* • • T 0- m o *p- — -* — o o o p- •« oo pn cn m o p- oo oo oo o> o IM CM -• o- • • 0> 00 •* •»• m o CM CM m _ 0- o oo m m m f> oo — 15 cn o • • OO P- o rxm p- <«• op- en CM m o p- o m cn IM CM m o cMm 610 Table VI-1. — Continued NO* s s o 5 IU X i u o o 3 at o at a &2°. o K O Jo ■oo I IM i 3 O m in o in o M im m 17 O 00 o im -« m n o M «D • • m m m o in -o • • m m OO m m m o • • mm l — l M «0 m eg in _ m o e> o 0 o 1 I •o o» • o e oo o o o o o o o o IM o> c 0» m o m© m 28 o» in m m Mm m m m o m * oo m© *m - m * •# o o* o» fA -» (M • • OO in -o <, f. •»o nin /m 0" m eo » m o o • • rsi im mo » o © o fsi m m *4 o o o o * m im o> « <0 •* o • • 0> 0> m o r- o IN • • «0 • "8 HI IMIMkM MO I H *K j n,«j • (MO ST"! a>m| »-Hi ■e m mi J % • • * « n o in o ■» im # — (♦ o >o o- o • K -6 ki-. m l* * m o m o im m 7 i N IM I I m o O O -4 T i *nono«n m|(M n o im tn IM »M oo o « 4 m m • • • • n mkn im -- •* l~i ~* • • • m m in •» mlo r>- n m g ♦ ■a m • • IM (M ■o -a • • m m mono N m n * ;[•: ■o in IM 0> • • -o • m n m n * «m • • oo ♦ 0> * «M • • • * * * n o m o * m m * OO 3 O- n o ?m o> o> m in • • * m • • h«lll- • • • • m m m im mono ■ » ■> o B <0 o o m m «o * -a * o • • m m o o memo NUSO DO IM m in fM r>- • • IM «g • • I* « m o im m 611 Table VI-1.-— Continued J. o *> * z a, < 5 X £ o o m o N0> N 0 M «P> N0 N« NN N i* NO Z -10 o — w> "«0 UJ s. oc 2 § a o go «o oo N oo • • lift r» o o o • • • «o o 0 0 « 0 « O n m oo oo 17 00 < a? -i m 0- » • • • V* *M -a ** OO ONN« "■ 0 B m no ♦ in ON I om NO o o 4 • o * n0 m o m 0 _ o i — i * 0 * i i OO B 0 • 0 n m l 00 3D 0 • I ooo o o o o o P- N O » o* NN I I m 0 • • N — 00 mo *■ o « o - * i i no Ntn oo oo > 0 111 • _ « &3 • • 0 >fl l»»* *» x in « • E 0 S u o r «IK> « -O n in in <• no fin « » •o n in m 0 * o m pin o " mn n m g»o n in m m 0 « 0

    IM 00 • • 0 * m 0 in 0 •o 0 « -o e o •c 0 0 • • 0 « 0 ft) • • » o 0 * m o m 0 • • oo m * in ♦ • • ft « • • o • in* me m © oo •n «n N-« • • m m m •-■ m _ ■Of- « « • • ooo ftiO o • BO MM I* c ■no Nin HI IN ft), o NO - 0 xm in o go KODOOOOO^ODOO CON« e h. m o oo N « I I 0 •* \9 oo 0O I » 0 • • oo • • o ■*■ ■* *lft)ft))ftl -< oep o A O » O OO N 0{«n ■*• « 0 f ««0«0 0 0 O0|«Bo|0«o^m mlmmlnl >• o n m XNNN 00 OO — fti|fti m N • • • _ » K 0 0 r> $0 B • Ko ft) /> ft) i • o ft) nokn o t 0 ■- 0 • • M» 00 00 h> 0 • • in 0 0 e 0 s? 0 0 ♦ 0 h- 0 NO 0 O Rn e no n 0 « ►» mm 0 0 « ft! • • BO DON. • • • I" 0 0 I 0m mm 0 0 K 0 ■» ^ 0 i e m 0 • " 0 00 • • 00 0N O «► 00 m o mo o m o ■ • • • « 0 nmkn oooo 82 o » mom NmlK oInS k m»> mn MM N h> 0 No o » 612 Table VI-1. — Continued M* NO i I S - i D ■C o o 8°. «o K O o ee 7? DO •i oo o — M*r-o*^ oe B 4- 4> «0 o o TV no oe oo < tf> (A * ■£, f- b o l oo o o oo CO ft 4> IM 0«B • -o ♦ in im *• IMIM • • s? o B I ** no » o * (S! I O 4> r? • • o in o in oo I IMIM 8 £o D O OO 28 M «0 fr b n e ■* m o t- m — m 4JW -g m e » o me oe B»» W » •> K IM» 1MB •4 « ■4W e n a o 4 M IM f> * IM 1 I DO© O Op O O O opo • I • • •pa 11 «4> DO MB I I e bibo _ into -« a o ♦ w N 1M I I po n o n o f» * n * A O 0 K ♦ MB I - I ON T i n e B » OO OO 4> S DO T I .4.4 oo • • O B n o » © o I I no NKV no *• o 4>© DO n * im «m >4 > » D I IM K O P o IM IM fr 4> D O IM Al n o *4 OO *4 v4 ■O 4) IM IM IA tf> O o IM IM m o P4IM P4 s— e -o IM IM m 4> o © IM IM in o im in 1 r* •e -a M IM * * o o IM IM n p 35 IM IM * * o o IM IM n o * m B F> in in ■M M IM — IM O OO IM IM n o n « C -6 n in M IM ° ° M »4 n o n* n m NIM O O «> IM a b •-* «-» mo »- B 4> IM n in IM IM ^- 4> ►• 4> in o B » « « * * N IM 4j in P4 «4 in o » o 94 •4 n IM X B 4) ■* IO P4 ^4 in o im in P4 *4 in » in m p4 v4 m « m »4 »4 «4 in o K O »4IM *• — - 4} 1 - O < ■4 *4 n o i im in I N IM 1 613 Table VI-1. — Continued mo m o- urn Ml* IM-€> F»m N* Mm IMIM IM •* NO -*» -P M It. s 5 o S u o o 5 at 0! ►- <* at I ►- t i o 62°, < o K O So* r? -0 * I I o o o • ■c o N IM I I o o 0 IM •* -4 1 I *» oo IM * o o 00 oo * ao I I ■0 -0 t T o o 0 IM 1 — I * >0 0 ■*■ 1 I VflMrt ** T7 IM* 1^* ?? XNNNNN Wi m m m m m «o X Ko Aencoono -•mm* m im IMIM m m IM H CM •< N K O B • ANN IM <-• D a0 0D «D 90 K mo « m ■cm • op IM «M IM ■O m r- IM IM HI O mo IM IM •0 I- m o m o 41 -< «M■ X t I l"> r z • - © Ig o o K O < • K O "sfc: * IM 1 I ■0 IM I I OODOOODO ft CM O -O B <0 B 0 I I M, 0 x I I m i i o o o o o o o o 0 ag « * O IM I O O ao 0 0 * IM X I I » * O IM m o -* IM O f> T m l o o im o m im A O IM IM * © ■> o o o $s r ao L90 <» IV MCM o M«4 xn • NO »- — *• t/» IU •*• c « - o o • • ft no 00 • • CM ♦ I I -» — fM •* o ©to© oo • • •e ■* oo • • BO oo • I MC I I m© m« 0 o • • c m 1 l am h- r- 4>m< oo o —kM < oo • • fMCM DO • • o o • • o • T NNITKI m o oo no e» o to mo ■a .4 p4CM NiM o e strt oo I ♦ in *m o o NO I I • • mm o IM • • •» o n o in # o • • oo •oo • • IM IM OHIO • • • • a m im fMk* T «dL « e a ** ♦ I» po> 5*. Bo DO IMIM • « OO «6 « 4) « mm m in log m » •* •* 4>4> AN PS m*) • • o>» mm • • n* • • oo IM«M no O x N IMlCM Mini NlNX of* miM m«M ss *• *m 88 8* mo a o> o o> • •o o ©a « • • o» 2 *• S B s 6£ • • • 0 • « o x o So B CM B O • • B CM n o n o im m « 4> O o ft 0 * H lO 1 I 4> m m m • • • • OO oo oo n © ♦ m 0 * m m 1 I o a D O O ~> l/» I * • • • B 4) O -4cm»m m o m n o n o o> o im m o CD • • o> m • • *m loo • • « a m m o m o h- o Mm XNNN IM — • • ••> m im < • • m o» o o l oo o IM * OO •*■* B • IM IM It IM > K O B <0 •» «M IM IM IM IM • • B m> n o -• IM D m * •» wi w )m m • • • • O c in o im m m m J? CD 4) OS OO >.. f- R? • • a a n o • • B a o » • • m im k i~ tc ^ n © m o * mlm m • • M IM © 6> r» n o O K h> a m « m m ho* IM (M n m imim m in * «M f> © IM CM ss IMIM CM p4 n o s> o •< ©OO 4) f» — © mo • • oo - 4) • • 4) «n m o Mm « 0> • • » a m cm • • oo memo 615 'Table VI-1.— Continued S X a S o o o 1 Ul •t I > a. s § or. o O N •» N* N«* NO »<0» O — o « o M O So' o o Fs — I I ft oo m M DO DO O N fM im -• T — o o fM 00 — IM I I DO DO « -e r- r~ »- iu o r> o 9 o- «o UJ s CO «C «0 00 0> 9 O h- NIM;NN r- r>-|f» h- R? KS in o m e • o> •o m O «0 mo t> o ■pi t> r» K O BO Cr- 0> « — « « m m ir o mo r- o NO IM M> — k + u N m o UilNN NO i in ' ♦ i m i fM — O o» SJB o » o o > o Q IM |N — In N B M> T i N "* N — 1 I o o •♦ oo l l o o •t «o n o 3 to -• l T BN I # •* K K O o o o — N N N N o o <0 N fM N IM MNNNNNWNrtlrfOOO 9- « m © n r-- n in # m nono m * * in M> « O A -0 0> O r o clf- * -• m in ff- «s * + m o m &■ in o im m im ^i B- 0> n o s- o n r- r- oo» «m in »~ fM IM IM 616 Table VI-1. — Continued o ■j 3 X a. « o J < e u □ 3 Z X a Of *■ < X I >■ « at *• — 0> IU 8 o r «- r 3 * u o l- © jg o d « • X o oio»o o «l I ft nolo o o o o •o d N 0 - I I * 0 I t o o o o • 0 O no^onomo ID • I I O 0 I o 0 -«• I l • m l oo o o o • e i o N 0 M O in 0 OO • o o o m N IS M > • X » oo © o- o o o f- o o m m #etor- • • • • (lO^O IM 0 o » N -* RS » 0 OO 0» » • • 0 0 r o o o •e 0 ss « 0 m m — o> -e o " 0 IM (MNN -. « 0 • • 0 0 0 0 • • 0 0 CM M «0 • * m • • 0 0 m oim o r- m • 0» IT * in f\i 0 m «+»*ff^m 0 0 in o «> o o o o OO o S3 m o> M o e> o r 0O I I DO O * ■4 I I I * 0 OOXON'tnNOOl o — I I * O p >00^r-^*-n- S5 X *0 I- It Hit OX m o ip- » 0> 0> 9 o 0 0 lOlno «no n e 0f> f fhKlNKO :s m o » o mo mp r- o m 0 m ■> • mo im«m •0 -0 • « P* P4 ?8 mm * « m t» •n m •■lp-1 l»»-»» P* •"! mp m « IMIM *«n « -0 NN F- •« K <« p4 «=• mo IM me IM IM m m •0 * P. p4 ■* •■* Um pM *4 mo p4 m im «n K OO ■•>•■* «m p* p4 Sm •■1 #■• • m «M«»> « •-* m e «*M ee Nm 1-* ■ • e» ss «M«M k e no m e m L 2 1 mo N 9- ID IMIM ■ • 1 • • • • » • » • > • » • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • : » • • • • > • • • • • * • • • • • • • • • • • • • * • • 0 in 0 m 0 m 0 n 0 OO^O in 0 m 0 m 0 no m 0 m e m 0 in 0 x O 0 0 O O eo SO DO DO DO O O 0 0 0 0

    er- • ••••• ■ •••••• KODOOOOeDODOOODOOoloOCO «••••♦•••••••••♦• *!•••• «• « # « n m nm «- f- * m emm^mmno* ■ON044 • ••••• IM'Tri'tnui Flf4N ■0 9 1 1 . . . . J ft. Ill O K IS 3*. n on in N IM SJmGS NNMNNN no n « n c Of no Km im n 1 m imod N4> o u is z a. « s a £ z I o a x s or It 111 Of => < ac a. I D > ac at < X f- O. Ill ok g o d m o o i o o o o r- -c • o i — i 0 o 1 m I -«vn«n< s o • 45 I I 49 * IX CM OO V I I o 0> 49 * o o d im 49 0D I I O CM (M 00 o o O «T< CM I CM r* pa • 8 me Nan •4 M NM *OBO > p. >. r> go r> 5? an Br- ♦ «o duio mlm in Z O N4 • c o NMKO^O K o M 00 6> «B S£ o o CM CM O CM m en m o r» ao ao t> in in o o ■* + OK CM •* I- * m o 0> CM in * CM «4 oo r- e « o o oo m cm CI CM CM -0 O » r- m 4> CM - ©mo » o «n Ul — CO of 4f -r- Hi z ** 49 O p- m t- - •* o. T •o m hi 1- •* CM 0> o - o IU (3 ft O 4t • o ciowo ,-cm ,L ooeooo 0 00 I* 00 1 I I I o o o o r» » |m +|m oo |m in D O DO ao «M CM pinmrn m c cm m co « I I o c o ao n o CO 00 T i o o •o -r m o m ■* « t- ■oo I — I •» o -o CM M NW ■♦ O CM N •xr- >-r-lr-f-1r-r- m n mkn m ar -. CM Ho Ul 111 m « CM CM •* CM m m -o -e i •»►• tn o~ o lo o> a) m «u s oo |o i r» -«-icm « * •# * CO O 4 4 oo oo m « OO 00 00 00 I I -I »* »- ~* !^4 . I IMpi I m o!m o U CM;«M cn N CM m o I CM Ul I CM CM CO CM " 00 * f» O Cf 43' m m mm ■O m CO 00 o o o o IM CM«M CM m pin o " *f*> m IM CM CM »4 « m m cm 00 CO m o m -o O- -4 m m 0> CM h- CM ■»■ * r\ o> o o d o> ni CM •Or- eo «« m m oo » oo 00 oo m CM CM IM X m o o r- mo r- ao 0> oo r» r- m o> * ••• CM »N CO 00 49 4} -4 o «m e> r- m CM «4 >H P4 •o m o o cm r- r- « 4) go o o- CM CM m 4> m m o o O 00 CM -4 — o m o r- o 00 49 m oo m o 49 49 m o to 00 00 — o o> m o cm m CM CM 619 Table VI-1.— Continued no NS> s s u o i s or 3 2 it! i >• a. $ § IM-« NO III > O I © NO ofieno «- — rg o o o 0IM « o o o K O O O OO O O O m o im m t2 o 0 R? N-< O 2t b «o m O in 0 t?2 o I I o op o •e o 0 m im * + oo IM OO IM IM ♦ ■♦ DO N IM no OO im ni no •* m o> m oo a B B m ft IM — 94 5- B ss l<> m CD m o b v> OO •# ■# mo o- o B IM ■r o mo im m DO r- 0 m . 0» B MB DB KS *i -i ! no M C- -0 ■•in ■»* Mm -<«M IO • » • o - d a O K O « • E O > r- 3 .1. n o ■« IM D g> -2 o» n o 9- O in o im m OO f * I m o « so * m x OO t in o I", o X IM OO T IM 0 IM »« m o im in N CM oo 9- 0> fee w\ **> )n f\ r O- B CO K 0 « • K S r* f» SB »00-< O O 0 « B B 0 0 B B M (M O 0- D 0> no n s M B 1 * n « M B * «■ 0 0 BD B n o n 0 IM IM a b n o h- B in s 1*1 «M rg »m n in 1-4 *4 IM «M m o a> a o> * 0 M> in o D> o o -» n * o » im m 0 m mono Mm n» o B 0 o o i-HNWNvy O i m 620 .Table VI-1. — Continued i-m r e x e So O D • SO • • eo no N I I 2 O • • 3 O mO oo i — i o o 1M -C D O >4f4riN D O • • mo *m e • i N* mo in « «Kt> • O •e I I T22 ««1>I4 oop O ■e •# ♦ * »< N I l •MO in o o* I I oo oe ■*■ o o • mo Nin oo I NO • • mo • • ss * o o MM o * o o 5«o b 4 n ■* oo is — 5< 2© n *•* »-»!»» I^SM>h 5? oo oo • • « •* o np m* p*M OO S3 5? no •CO •c -o mono • * 0>o oo o o» m o N«t> OlN > c I i s 3 i ft If I > mo M W, v e| N*-| M «j n ml km liikMN O IMH • *r i Ulf oUm; a. , i — o X ^ 1 oko Kcpo|oo|oopopo{oopo i o * •» b * ; i I ! i • • I • • I • • no£ DODO * -o -o >0 1 l.ll I o o o o OD O I I ootioloo-dUNNffl ♦ ■♦ m * m no n« oo CDNB<6|CD*4-NBNNO I -. -. I _ in OO DOOOOOOO«0 •* M 1*1 <0 s§ N o mo o> e n m m m m m oi o o o < » ■» «po m m m o ^o -4 O M N NO IB O <0 »o NN NA N N ■o 4 m m • • N»< ?^ m o + »*©•>»> •« mono ►■ON* *m 621 o ui o X a. ■* s o s IU o o o o ce a. < a uj a 3 < a. a. 8 o Table VI-1. — Continued • MO 5^' UJ ~- I XM « o — > m hi & hMO a » I ! moo — > • o « o X O « • X o «owo o o o o o •0 ■«■ I* 00 i i ! I i T' eopo ■r 49 — I I pg *si p- IN I ! in oLn o m * *tn in o IM m ooeooo m o in -e ■c o l I oo o o o o in o 4> r- I I „ _, | _ I ^ III I I CD ■+ CD © 4} PJ 1*1 1*1 CD 0" o * o * o ni i*i (*i i*i m cp o 43 4? in 43 + p- co o o CO pj ni cm m Nor- * CP CP jCP CP IN — . — tTi ^ l»^ f»^ ) •-• •-» .«-) .—I 1.-. « i I CD 00 0D CD 'CD CD OD CD e> o> mom© — — PJ l'o«"l a kM co io* pg'gj) ** Cm «< < oo:ao i ■* + *m^ji-ipco!«*!niO pn pi in ;■ 6 E IB o o mo IN CP L »M«n 2^ mr • no p- U o> •*[ UI Ui CD ■" 1 a ! X r*m UJ IF >i a! i •« I o ! i i IN i ; I ! I i I 1 1 • • I • •! I I ! i olm © i rg * O n m in inkn 4- I n o e p- m o p- co * in •4 — I I n*n n in o oo o> •C IN I 0> O P^ in o D> O « 4> I pi rn m o cm in n o l I 00 CD m in in o p- o — IN o m * • in o in m n m o * o o i m m 4f ■ * in m m |*4/kninin4j • i • • • •• • I • • • • • • TTTTTT" in tn i ob sp I : ooU ' co |oo oAooopoookBco H» bo CD » p» IHOfOXrfNO'N 4) in fan in |* n com m e in i* m #m © 300000 i** ro in m 43 m 4) 4) o» -> «r • • ■CrC -r O»0 pnn o i mfr *•«> m p- »n 45 45 4> * - in olm a — — o o in 4) o p- p- co in o co a <0 P- 45 49 • ' • • • • — mo!oo ■c in • • o o 0> 0> • • in in in o v> o o> o ' CD Ol O Ol Np4 4> in • • •O 49 49 P4 • » o * m m p- o tn m CP 622 Table VI-1. — Continued m m Uo ^* *.• 'nil* -■■ " * X a. a. x -» o « HI s t- -• .SI o ** M r X i ot KIM o IU a. X UJ ©>| H. °l s ! « K > r» < a o>! vj 1 u ui: m; o ►-I 1 o •» z z — ml E r O : •* *» ■ < D > < < o z I • ! I. .!< ui p -l> nomokoo 4N.4 4 i I U i I' I UIUOKhi-O CD -C I I 0«OMrM;»MfMIMIM ■X. is -r •*■ -o (\i^icoj i I i« in oim o|m o o> 0|«m in k o OniAO oo o cm IM I I ♦ ■+ «M ■«■ •* OB * « CO* IM IMJM M KOI im m i nil MO T i 3 • I eo X « o a'" ui & e x I I 1 I t I ! co aojf- kjm mlm «o o O » ■*,■* 0 <* ni o co ,*> ■# 'm ©» l-o * m o> l» in 1 48 0* |« m (o r» | • « • •!• ••• •■ • • • • • • • •• • • •{• • • ♦! • # *■€*'* i*i«»)(n|m<»>m«Mni «m]im m ■-" •"•!»< o tT' 'ff»K»NN fS' coh-t>r-f^«-<) > om oin i •< m m«m i n o«nQ;mclmomO|mo fi ■»-* * m o »e f- ir- co Ico » I ! >fn«> i ciootoo ?• P O O 0^ ODiCD CDp f^ ■c ^OMIA>0 mo r>" ino |tm» «hOCD^C0b'MNOM'O I mil ii«npbo«NciMpooo(« + k'»»« r- I i T I • * -•• — o — I Ipl l o o • • «M * IHIMNH m o m o m o m o o o III im m k ejniin •o ■* i »*pt»*«U I z •«■ k > w r- p> + ! ■» i ■ »«- *yj in * . poopo>|cD«ocor>-" 1 T^rT2r2j i z«Jj«conico«^MMO'Cor-r-tn^|m«niMM •- •;• • • •!• •!• • • •!• •; • • • •• • XO>»>cDyj<«)W\m»ocor^f»r>-r»^-f»|r»r»»»r» i i I ' ^. • i c • • •• •] ■ • ' • •[• • • • • •' • • x o> lo> 9 o OMO* CD — b-« — < *-* <-i f^« «-* VI I xaramomolmo Ik k * * to t>- le ■ « a m * m 0>,0> CMC 0|C5 «P- Kf" U1UJ o X oinomomo^nomomo Klp\* J/«Mfi*-Of»«el»» 1 I I I I « M <0 tn m * oo fl «M ■A N • • CD CD m o m o 623 Table VI-1. — Continued a \u u> r a. * 5 o z \U X i O O I a. 3 i- I > x Z Z 3 l/> >• < or. or or o «N » |CM CD, «M <0| iiMin1 — «M #j 0*Mcni ujicm cm U HO) z — «5 I O ""> *»l a. »- t-O1 a. °! - >| f»i a. * uij mj :i *i ■i ! i I > i i 1 o So Q<<0 a X O < • X o I I otto.momom O © O O O O O O 00 I IN -0 I — I 45mcMCMcn45lincn F»«\j|m*kri«r»«B OOpOlCO oojoo cd cd o 4100 ! I i ooo * * m oloo o|e cm ■'. — ' -1 I I I in rg CD CD O 00 IN p- « * in o in « O <£> I I o co CD 45 4j CD ♦ m I I m o m o 45 P- f» CD «0 » IN r>j I I ft l«> J5 tf\ o o rx CO 45 CD I I I 4T 45 cn cn ■c CD ■* CM lAO'tAO 0 o cn IN 1 I o -« •r ■«• O OD cn cn cm .-i I I r- •* cn cn CD * CM •* m o P- O o © I m o in ISI CM O — o 45 cm cn m »* -o -o p- -4 —• o o Q. O ►>• o o> 0 p> ■-(.-*«-.- - — « IN IM SM IM CM i rft •> 45 1 ■n ■— o fM « m CD O o- 0> » m <0 «0 — o CM O- CD 4> 5 • CD CO CD CD r- r» s r-ip- -0 #4 —4 0» o> « in * cn o> c O l»l CM «0 m o Iz o- 0s CP iC CP o> V p~ o> o- a CT O CD CD CD go CD CO r- c» 4> CM CM #4 P4 #4 Z CM | cn CP r- «m O CD ff> CM IM CM O -C m cm «o in o o * CM CM «4 X r> o o.tr o- 0- co 00 45 4> •■• --, o o i X CD ■r o C M CD 4> IM 0- r- ♦ CM o CD 4} V 4) O 4) CM CD m «r> m

    « r- x — •* o o o r- * * •» «M»g O 0- •O * •-> CM ■^ r*. c- m ■m e> CM PC mo oo'oo » cp of. o< a o> O «0 CD CD CD CD CD P- C» P- 4) cn CM p4 e o r-i NM;NW w (-• ■-« p^ t-l *4 •-N <-• H °* »4 •■« ■-• «4 —i *4 •-* »4 «-4 »4 P4 ** X«0 in om o in o cm W in e mo in o •r. o m o m o in o in o in o •no r- tu FK « ■«• m in * ■© r- P- CD CD 0> cm in uj'iu " »4 •— « (M CM CM ■ Z 1 o Mi O 3 o X r- X p- o o o o I0£ cc a 3 >- M E Sti x h-i cn o •MtP I CM P- «M« JN« — CM* U cm cn CM m> Hit • im e ►-r4» M| aj »* CD 5rr.: Or* m |f— ! H-Uc O a ' tu ! o ! O CD tu m 1 o i i I CM I ' • • « •w TV* i i ! ! o n opn o n o hh cm m cn IZ — o O D OO O O O Ul^ o d cnlnia 4JOC-INIM r*. O 41 • Z o 4> 4f I I D OO O O O • •■•••• 4> CMCM CMM) 4> m 4> p> • jo m • *l I i . I m o m 4) oo i , ONI rfr n men cm rM m ■>4kM ih op • • I • I * M5 p- r- 45 CD 45 m n ovi o e p-r- cd s CM I CM I m 4f|in i * 45N> ■ O O O O OO o 45 * i 4> m i m o • «4 I n o m o ► o im m * O r- O I I N * IM CM m -O -0 i * m IN m cd F4 CM >n o p. o o — T i n o m im m r» 4> O O N 45 45 • • • fe- ll: r ' 45 in ui OI n m - o K p- N" P- IM CM o o -4 ~* ID P- 45 « it cn DO n o — * 45 P- CO 45 45 45 r- p- rM O- O •> 45 in 45 45 m cn o o CD » 45 45 P- P- 45 -r e< qv cn o> CD n cr n •* ■» 45 n> o n o F> 4J * 4> in * p» p- * m p- * cn 45 f» 0> «> m o * m cn m t-« o p- •» ao in p-p- CM CD cn cm — e- O CD m o in 45 CM CM o- e> 45 45 ■5 p- <0 45 m cm M CM r- in ■5 CD n o 45 P- CM CM CD 45 45 45 45 cn M5 45 •• 4) f ~4 4» 4> CjD CO «n o r- CD 45 * 45 45 CM CM 45 45 4T CM P4 art cn co CD (P «n o CD (P HO o o 45 4) in cm N- p- D P* F4 O •5 p- >. p. n o D> O art CD -H * » »5> 4> m o im m F« *<4 o o •* in CM X CM O 45 45 4S P4 CD CD CM CD CM O m o r- o -*CM O CD rM 4 PC 45 IM In 45 p; in p- 1» -4 45 D 0> n o n in N IM o o « p- * p- 4C p- m p- CM 624 Table VI-1.— Continued m •» m e N o- N eo Nf- N« M«A — N* u im m ia UINIM O ■n • MO HI *H* :£* xHm Ul » o « *> > f» e. •C X UJ VI 1- ♦ z «■> m X « o > •4 4 o X < ■H X 1 Uj -i IM « — I I ■"JifM l oo o o o • I • •] • • «0 I CM * © O im ■<> mio r» AOXO m * ♦ ia O ©too © -4 i-l (W P« i .-. f 1 I «o oo L-4 m >Of© © m o © 00 ■t I I IM* m ♦ n o ■o 09 M » I n -o ^ f? o o • • m o («. go o o + o — *4 I I «n O oo O 4 I I Mm © o m IM m o » o im m if- o OD OD I I m •* • » OlO i I IM •*> ■ •«• m I i m!iM • I i i 0B \t i • - HON*piM <•-* p* «4 ,rg o OO T O O •# o Ul o I* 3 o X at Ml 5 o •o ft a. 3 r; at ui > o me !** "■ Lr., kM -o «m m u P* m O Ul «M IM o IM »«) M\ i • «M O ►• r< o> Ul «-• <£• •" ' I & X W ft Ul ^ !-< ni »-i *-i ! x ' >- Ho a. I Ul I 0» Ol ■ ! l/l >| fi o- «i *| SI 3; I I i i I ' • • • • 'I.. I i • )• • » • ;# !. • ; • ■ I ' I j o m o in o in o -hnWih o oocoloo i o 'm m m -© !«o *•■• ip- ao © kO «*■ CD *r IM .© I I I m \-t I o < hno) «$• it-* m O oopojecco p O © ■ m i* i ■->..- • I ,L o,oobooo IM :* IM ■* O O OS la •* t-4 «-l !o-l ** P»J IM IT II III II III 00)941 m I ! I «4 I ♦ in m ,m oo ]m mi'* m m ^ »4 JO oo i^- «0 m + I © © «M O |© o im m |r- o H HiMii-IIN •* o ♦ I I ^o © o I I I in m f- oo m m im w* ■* CD \~t> O- M •♦ M 00 00 mwi m ■* ♦ : -c*r»-*'f\j:"-j?'ori^-|Ojr\ * pn 00 « •» >» m «9 m j j 1 foo oo jh- f*- ar o o o o o o o oo i>" m v o •C m OO Is- m m in IM •-! o © c w OlTM IM ■C a? IM •O 00 I o *o o o o o a O >i> (Nrno r. .fsi (.t* oo oo ' ■*> ^d ^flOODooooao!«or-f^r»lr*'i^ : I* m >n m f- (j. 00 •c « r-l »4 m © ■o ■* im a o o 5- (j. ao ao ao r- 1 lf> m 1 IV K •-• O- » h- UJ iMHMN^ a fr- ! i UJ UJ OX! ] 1 1 ! m©m©mom©mo'mo ff-t+lMO^^M^ 00 00 l> , 1 o o •-4 m o im m r~! 1-4 m o K O •-• IM m o im m IM O o Uo In* f KM*-. -|n«I o o m • - iUml HI o>i ! I i : • • il * • r* ° i z o o o KtOWO .•* h in pin o m * ooooioobo m o w ■* Tj' r» -0«n <0 © - »- CO 00 0> oo o o I I — -> I (0 oo I I m oo o o o o o o m m ■r o m O O o O >0 — I I «mo oo m O ■* m •r o CM CM in o cm in m rsi O ao| \1 -O 1>C# l< * IM ll/> l«o a. k- ui ui o X :U, -. o- — o oooolooorkc o> od o m o o ««<««Mr)«Mrpf mm *•#•*•♦ > « an ■* lo » OOOOVOOO^«B* NN«INNN«INMX momonno^omoiro C*ON I- -0,« IT I •* olop tnlo i "* <"« '•"< •■« •« -4 IM *i<" ■c'- « • Kir- « ue i mowo mj:o» o o o o rr|»N m mio in o oo o» e> • on *i«« «m »oIm m ol im m d u. 2 g u o o CC 111 o. z c z 5 UI a a? ff| «h i Uei MO- ' IM«, I MK ! ~-: JMKt: -CM*' . O I Nm Oi ' ui i o • ! t/l > ** • z . ui : in ' t- ! * i > o -i I : I ! • ' » * • ri 7 ';• •'• •!■ I i ' i I .1 I • * » I! oknomomonomo x W t- ' z UJ O oi «l a o i o m o»n o M^NNm n«^nw< or-^-oo OlMIM^th-:0 ,L. «miHoeiM^(*4 I* •• » i • • • • *-r»|o> oo> «e«tf mmm:mN I • *\ o o> o m o im in h" o o •* jn im m o MriXMVN •O * IM IM 0D O nOhn i i IT i im m • • IM ** 00 * in o im in O o I -O CO to •♦ > I" Ul • o «« i m m m 'm * * * 5SS z •! • « mm o> — o -* -o - •! • •-• •'• • • • I ! ^ »r» it. it ^ i/ i*-N »r> «t •* !•* * -(M — orfcr — c«t- ^ o I i I • ! l^m|mNUoK«bii>p<()i«o>'om • '• •;• • i • • , • •:* * I • • i • • • • rmmmintnini*'«>«*ii«i|miM!cg>-i^»< •♦ ■* m o ,-£> ® -o *t ■«• * im cm H miMl«s;mm r (M>M O9t0,OxOOOOODODIODaDOO CD ] I monomomoknomo L J*«Mn - o«n o Md CM in in • • CO OD I TT in o co oo c I e> eo jo in © 49 r- oo • • I * *|* » I • • 1°' K f»|r» I -i o> -i o- Km ■«• • «••!•• - o- • •!••• ■o mp> o o H*4M«4p4 m o o o •noil m ekn o IM Ifif- O **•*'*— IM OK • • oo in o im m IM IM 626 Table VI-1. — Continued a x o. « s o K O I O at a. K a « a. r »- or >■ « BE O O m~ me! H re • I — In*1 if' MMi O WNN •■> • |MO hi »»• ■ as or* IV i c o >i r- 1 8!:; •* E s M : i i i VI i * .* • '• • • I »p * I ! i • « P> C 6 (M si. i o «r> oU o pc^cnjn m f> o Im o n O i ■# -# m m ■e ooloobo BOjOO — •*** I »M • I II I L o«ni|NC}p-pciN»<»«Mmi». o Doooto-- • •■ • • • • O cop *» * M — • WVI IM ONNN T I 1 1 i * o I nl I D O O OO • • I • • • <• * * con M im m Np p o o o o o m c B ao ao im I I I — I -. o £ m + m o o o o o 4} IM ■e m im im * I I o o • • c -e I I ! I i • : *\ o s> o M * I I o o o I o m CM p» o *% o : o imj in I IM im rx oloo I ku • DOOObODO|00 - — -•-< 5! E*1 r o IB o m O E N IM*M CM CM CD O OO op ■to i mm f nihO IM •t m m ■• «m loo m o -ol-o -c if N mrg im im im itorctio :2£? nm i\|n f\ * NO MNNN do >r\ |m o» !«o r- r- f- r- ir o o 00 CO 00 CD IM O O O o o o N»1Ch * -e * < ■» nj m im * «M 9 « CD CD rCIKO — ■ —p-i r^ IT O IM IM O lu (9 X Ok « 3 o 5 i u o o s 5 o mo fMI nj«N •»«M *! O «m ml «> »< IM X' I »- -* o1 a ; in . !'C>WMfi43|g5^^cDco C o loo ♦ ;t'IMO * I — I I I OicD43|wo^om rtOniiK0t r\ 0«M JT IM -• • ■ • c| • • xooooooo ooPopolootooloo I ok«OM* O^MIM^MtOttO^^too L »|o> I a- v v- o op o ootoooo^«-« 5p» r* !>••"■ if * im O O O O O" |0" » ■* -C 'C -c -o -o o * > • ► »»»» ' L m mm m»M «m X K o UI C or F4*-U-*-W^f-l Mv-M in O^ ITl V * 93 CD r- * -. — NIMN ni*M IM OJ/mm^M* Mn*n«M.< 0>O^lo>O>|^aD X) CD CD OD ;C0 NIMNNNN r • • ■ • • • • IMMPOKMd *> o«r> ohr o — |pc nin m oo'oi o o o o » o> CO T r« N««i" ■"--OCO IM «M |«M IM WM «M 00 go — 0&,«°'«>*-U,«M»n-p^m ;-l:j m pc ,Q o p o D CD •*■ n»|M O • I • • c • Creek* p- M pchM pC M P-L-4 IT oU\ m ** o»n p rt o * |m — » cd • • • • c c rn m>m kin n -* — im —1— — nowowio OO •* «n OO r- o * o> n» mow co r- k m ««i»oo IM O O O 4} cr\ • • im m * O o> o m o e- 1« • c O O ♦ mo|o CO 00 CD CD CD p- o- |o> 0> l< c • mo if O m r- o m m h- 627 Table VI-1. — Continued o HI IS r a. «r s o I 1U X « o z 5 IL. at a. z >■ ae < z I >■ « a: UJ > O M « Min IM* NO -I f> -> 4) ■4*1 ■4* -< IM o 0> E >- N « U o — o p o o n o *> o •4 p4 fM IMO -I r* I I K o o o o o O D ■» « IM If 7T o o IM IM p4Mrt*4 HN n o N HP 4- I I »• I •"> -< * «D no *m ocpopo >-o IN n -e o ►» IM fM l I o -o o- m im 4) N m T i o o o o m o f- co •» IM m o co o» O IM m im TT IM 4>IM e o i o » o D © U- -■« ** -4 — u- z m m Z * NOO« z ■«• z f> 19 o 0>> ■■••(♦ m i m bn m CO 4) IM in in «n , aoU r> •* INf -Hhh« in cm rg cm * • i • - X at © n oy\ e O X NNHNNIM f\ © m * n o ■* m N .4 O 0» - — .- O O -O IT * M IN IM «M ■» «4 •■• IM n O n 43 8 4) • • D O * IM N (M CM IM CM O OS 00 4> IM O » • • I • • o- o> • • m m — CD • • 4? m to o CO c m im in o 4> 4> • • m in m© m 4> o 4) 0> o o o I <» eo|t> r> © 4) 1*1 O • •> • • O" CO CO CD • • ♦ • oop o- mom o Mint- o CD 4> 4> cn mo im m fM««| I t:|i r! o* X 5 z • !••*• • • • » N I O O U o uikg o o « o X O 4| • zo D O • • ft mo — IM 4> «M I I PM IM|«M fM I s ope • • • • B OB ,4) O rm P CM IM im m I <>o •* IM I I IM IM m CM o op o • • 4>0 ©o • • D O I O l\ I • 4> O IM IM *M IM I* * I I IM4> I 7 m o m o m o o ooo #© • • • • • « 27TT?7 NNNNX o cpo ■ • • ■ N ♦ |4> IM o oo o C4NO MNNN ?T • • mono n o Men *1M 4> © «e|6o o — - ~* 55 4) 4> m m m m z © MM • Z 0> C 0" P> P> 9^ CD CO ft O CD X 4) < • z m B o • oz m im f\ m • • m m O 4)I«MI>- cd r»ir>- m IK fM gp ag >Ui i r-ir- m ♦ I* * en -t r» 4> ♦ in itic |in m m •- N CD 0> CD r» 4> • • toe m im CO CD m an co * 4>|4f * (I m 4> 4>|4> PC P4JP4 *4U4 mom ©Ln hi «> <• myi o o CD CO «r» m im cm 0*0 OO nnninNH m m im op •> • ••••• O O D O i0» 0» r» «) m o |n memo *> ►- r~ cd op op o o op o SIS •4 CM M 0> 49 m * in • • • • • • " mom© CD » OO •am • • — » o> f> o ■> o mm ©•* mo mo m o mm ko im m X IM IM IM 628 Table VI-1. — Continued ,V- co o a. r 19 > ! I IVOlf. o O D OB O *••:•♦ O * CM ♦ CM I I I I O fM O O IM « KODOOOOOSOPOPOOOOOOODOOO BO(0N Mr nn ft o n en ■o -o I I O a> n o n o n ♦ # in J C= f-» t-» • • • • b « k •«• 1 'r C f"-in CM B ct> p « n - ■7 CO OD CO P CD I «o a UJ o r M CM -.jt> I P « > • « CM *M «M H •"* K* «« *«4tB«Honr-« COCOODCOflDODBDCD T IT O |n *« m • ••••• H oo * m en com x o o o * m • • D O -i o «• * n en DODO <■• o n "Cim •*■ • • • • o ope r- « + en o> ©> o> o m c m o K CO CO 0> in en 3 O • * m o m o o iroMinr-oNini — -> •- — CM IM CM B <6 toe* r-l r*+\ ■m tn. «•> opn o< j oDOoopooobopooaoe T i < •« M I I I nkn * I o ob o ■c o co O -I — I -• T i I t coom*icoo>W'in-«i>- •«> « « in ♦ * * ■» »>(iii o 12 O CM CM — o a i i •# CM Of m o m e n cm m r» o n HNN O I I * I CM >m|»Ainwr»|t~ce • • • I CO Id) l»f- * !»■ O D* • *(• iznnm^nmmm Z/jh-m^MO-cor- f. I X«o I- u ox JtiMT 0>^o»e C O oo men »« NNMNHX n> » p> Kkn CM * * p» * I* •* M N CmU« <-< 1 D <0{u> co|cc CO M f«4|M ^* P< »^ noLono — U • cm^m en - I~»" ■Off* -t * m'NNWo • *l • • • o o> o D> O |0> CO ^i en icn en co r- en en CM CM r* o» r-{r-cB « m o> » • • o o ■* CM m o o> o • • o o 99 Oh- en cm m o cm «n * m • • O 0| s> o> <9 m «or- m o f» o m O n m 629 Table VI-1. — Continued S o S u o o X o a. 3 in a. or s § o z im K O « • r o I ! .1 I I i i oin o T o ob o O CM* 4> m • N 7 o o* k> -• o oo to «o ♦ CM ♦ * o oo ~o oo *«P. I ■O (M m o n o n o rg en in ♦ ♦ m o o o o o o ONNM 1 I »* -* l-« »- IN OO O D 4> CM m 4) 0 r» \t2 • 4) OD m ■* OOCODO o o IT * • i* • 0 IN 1 — I o o oo »> en rg eg o o o 4> IM I I + K> eg eg <> IM ~i IM n o o> o I rg (M — _ O O D O 00 4> IT. O m O « O IN m K O N «n HririrtNNN 0 o 1 I rg <> ix O e»OHN D " -• IN «N CM 5*v n in * r» m en m — Z •* -i r» ^ © in in L»0 " o fr p4 •* niONN K O • ©IN 0> D © N M IM o o o e o o •c * ■e ■o •e aor- i- t»- r- ■«- — o m 4- in m ir m o o novo Bi O NH> -I If! IM O oo m m * n4*p-«Or»cgoe> d«4Ho»rt> * co r» 4) a « xooo r- o rg* im rg im u. o X 3 o V o o p t B i-i |mo 3^ >! z 1 - F KOOOlOOOO . .1 I O0O«N0ITO^Ol«O **** fg rg m m ♦ 0 IM T i TV * • IU • o -< in l-OOJ & own o o in «\ • * ♦ i * »■•»»» o » oooooooooooocso OD O 0 00 ■* o ^ * mono in -c « r- t* I IM I o OP o •«• «M gf * o IM -■ l l in o r- oo rg eg g> •♦ eg -< O eg I IM IM — - o cm m r» ~* eg rg rg rg o o o o o rg eg eg eg >« 5? izrg V W CO n r>- r- gj rg eg rg eg X o K O X o CM X« o rg •* cm rg D «o r» m n O -o -o rg eg O 0" 3> «L m Sm eg n in rg rg O O *fO o m o 0> « » 0> P> 00 B CO x «J m o n oo m eg r- « g> « CICVB in •♦ * m g» oo □ o 0>< *N 00 o m m m o m g> o o m o> eg»< 00 00 o o o o * m n cm o o oo r- o o o» ■n o 00 « « 4) 0- " 4) mom 4> 4) O m en 4> 4) m 4) O o in cm -< 4) o 0» 4) m * •< OO in o rg m r- e> oo 0> r» mo r- o •" NKm 4> 4) » e> m o 630 Table VI-1. — Continued N* o *m CI ui MM o *»4) in • NO H «>•> u> prf » ot < P4K • » • o u o z ugo oko'in X O < • c c o no n o n o no n o in o n o m o m o - • I D 43 n ♦ B O T f>J I 3 O D O O © 30DO «3 cv M IM o © o o p © ■0 o ff * a M • I « o o * IM fM eg DO I B O IMfM T-* * 1" n m »> m DO P* -« .. n o #4 mm m * o •< B t- m m 4) >0 n o * m oo mm o o -c «-. « o m *> « m IM IM OO n m n o c r- oo a o o o fM fM n o B" O •4 o o »» ■#• IM — O O no im m M 44 o o •o » 44 o> » m o r- o •4 «M 1 D 0| 1 a inj d a i no iv m IV IM — *M* UJ«V IV of IlitrtB oUm *E* z f-m o _ • - o o o < o x o o i ohn o •hm IV * mp- a im *|m 43 o o o o • • • • O O * -«|m * in o im m ■o ■e I fM I -f o m in Of" > • I or o o z r^ Mnl»«Li a a in m u ocp o | « ■# l» a O m n in -« aU mliv < M^rtp«iH^ o ^ l o in 43 a 43 ♦ m»^ m * m Im «m o- r- c o o o >t a- m olin o r*- O'lM in •-• im rj IV 631 Table IV-1. — Concluded o UI u> x a. < s o 5 iu X I < oo o o 5 a- a. I >- < r z •* o H in e |no>. Ur- tMO in .c "nlini UINIM, a ' m r i • fMO ►" r* * MJ « » «c .-r*. ip: a ui o l/» E • » • !• o X o •* • pto nono -I f~ >M * flit •* -• «|m r- ^ ^ «M ISJ • » m o *g m oc rg I ■r o m g> 4-r •i. 10U1 l*fr I C M IM f" ■OIMIO no in « gf o # I I m oo o- r- o •» *rg i • n o 6 r- I I o in in o I I 0> I I «^4mm 9 O O O O O i> rg rg rg kn m 3 UN UJ I BO CO t- rg in UN UN * o -e •o 3 o m | !k rg fit OD Ik} X S o »- MJ *• lr- Ui UJ ox in •» « 43 # + 1* * --h- J • • • to eon «D 2fc * UN(ni I ■o a1 C" m -op- r- o gj In in -crle — M 0- . • tor- D CD c «> O O n im rg rgim o m rg .* o 0" in o 0> o o o I I .!. »o l I (M rg IM -< 0004 om un o ~ o x rg O — I I in o im uv ix rg O Oi 6 o\ — ° inNmiM IT * I I gj U gj U "< •-r- K i1- oo r- P4 «M M w* fioif-O mg>* »n hr o --o oo d eloo* o» 7- OD |0D CI 0D I • i • • • c gj |gg gj iHl I OOlfOHO <5 r- r- od od e> oo oo O o m g) oo o mo » o oo g> g> oo; » g> a-, rg o f- no«n 2 or M I I P or i" In -« jmol In* c: t: -U.g>' u Mm uilrgrg rg p* m • irg o 111 «gj 0 5-r- UI ! z — -o o -< m X — « UJ ►-r-rg ! ~^- o X hi e. Ui; O | jr-o 0» oo l/ll a! « x il in N" i * (91 >l ! i ! «•»•••»«• ■i • • i • • • » • * * » c 51 ui:C O DM O x o « • X o m o m o m o in o u> o in * * m!u\ g> o op oio o o o o o o o *giM«« I J l ii I m oo |m o* j^g o* O O Iro — |rg rg o o o o o o gf oo rg aO'OD gr rg *g *g rg irg rg gj rg rg oo rg rg Mill III I I in 0> Igt oo .o »g gr o g> oo I — I I rg I I oo g>iO 00 m * g> -o so r> in ir^f m o o o o o o oo no gf gj rg rg g} I I 0> o m i«> O -O J 00 o * m gf|(M _ (m _ «> o 0» O rg * I I -o in rg rg O O O O in o rg m in o r- o »g rg o o o — p4 O rg rg in m rg rg in in m o rg m rg rg O rg O-g O rg rg m 1 1** i ■ i i : g>g>gj-ining9jg}g)u^«grm rg-g oo o> 0- Ox o> CO o o- g> •o r- lx «n- r- 00 00 Oi- r- r- «r- OO rg 0> r- gj o o rg rg •o -o o o o r- IM UN oo o — u> m oo r- oo rg --' en rg ooooo^tr'oo^o^crjcro* 1 i u^u>!gf4t|mrgwgoDinrgjog9 r- w 00 in * so 00 rg »g 00 oo r- g> r- r- m o> r- r- r- in |k in m m m m in m [m rg rg rg '^ ^ ^h«4).|hhU#4Hn:hh ! ' ' i m r- g»- * Q. 0> 0* m in m 9- CO •* m m o 00 00 _■ cr OO- X ac o t-IUl UJifc o;x i i i in o g>r- m o r> ao in o oo o- in c o> o m o rg in — » »* m o r- O »grg u\ o im m rgrg 632 b. Ocean station data Table VI-2. — Statistical summary of ocean station temperature data, by miniregion and season NOOC VgRTICAL ARRAY SUMMARY ■ TgHPgRATURg ARgA 1 DEPTH METERS 0 TO- 20 5tJ— 50 75— 100 T25- 150 JtTTT— 250 300— -MONTH 1 TO MONTH 400 ~5tnr max — 25.86 29.93 25.87 25.85 25.68 25.54 25.06 24.11 23.53 22.0 7 21.17 20. 6H 18.07 16.52 AVG 23.96 23.94 23.86 23.77 23.61 23.36 23.04 22.64 21.91 IV. VV 18.15 16.4V 13.40 10.8 I WIN 22. 65 22.08 21.11 20.15 18.22 15.81 12.65 16.70 14.39 10.2V 6.90 11.48 8.97 ~ BT5-T NUH 60 62 62 63 67 89 90 — sv- 89 — 58" 87 — 85" 82 — 74~ SPEV 0.58 0.73 0.80 0.8T 1.01 1.07 1.36 0.93 1.25 1.70 1.55 1.22 1.67 1.81 WAX 0.0 9.59 9.69 9.3V 9.64 V.63 15.00 V.V5 9.33 10.33 12.59 6.55 7.54 5.91 GRADIEf ~AVG 0.0 0.85 0.83 0.T6 0.97 1.36 WIN 0.0 -1.00 -1.00 *1.03 -0.29 -l.U.J 1.78 2.31 3.72 4.06 4.20 3.13 2.96 2.41 -0.19 0.0 0.03 -1.3V -0.79 0.05 0.58 0.2b NUN 0 —50" 62 63 67 — 8V" 90 89 89 —8V~ 87 —55- 82 — 74~ NOOC VERTICAL ARRAY SUMMARY - TEMPERATURE ABgB 1 DEPTH METERS 0 VJ~ 20 — -jo— 50 75— 100 T25— 150 200 250 *OTJ— 400 500— "MONTH 4 TO MONTH 6~ MAX — 29.15 29.08 28.90 28.60 27.78 ToTW 26.09 24.96 23.91 21.94 19.86 18.72 17.82 16.11 AVG 27.09 26.95 26.72 26.37 25.46 24.08 23.01 21.62 20.59 18.45 17.40 16.34 14.40 12.55 ■UN — 23.80 23.5V 23.23 11, 52 19.40 15.66 16.65 13.37 13.99 10.23 11.15 11.01 7.97 — TTTV- NIJH 91 VO 90 — 7TT 90 — vrr 84 — &4~ 76 6V 65 5H 48 — 35" SPEV 1.23 1.08 I. 11 1.24 1.71 2.18 2.03 2.16 2.05 2.41 2.08 2.03 2.50 2.51 GRADIENT MAX 0.0 AVG 0.0 BIN 0.0 NUN 0 20.5V 30.29 1.37 2.74 -11.7V -6.69 vo 95 29.6V 19.50 3.84 5.57 -0.0V -0.34 VO 90 14.57 16.25 4.93 5.97 0.0 1.03 90 84 14.00 17.55 5.43 5.10 0.84 0.0 84 76 10.65 7.66 4.09 2.96 0.9O 0.03 69 65 7.07 5.09 2.81 2.62 0. 14 0.50 58 48 5.65 2.59 1.42 35 NOPC VERTICAL ARRAY SUMMARY ■ TEHPERATURg ARgA 1 -MONTH T TO MONTH DEPTH METERS 0 MAX 29.80 AVG 23.80 WIN 28.23 NUN 21 SOEV 0.37 10 20 29.72 29.51 28.76 28.62 28.23 28.23 21 21 0. 33 0.27 30 50 2V. 18 28.21 28.28 27.58 27.76 26.85 21 21 .50 27.50 27.30 27.26 27.50 27.03 27.21 26.99 26. 5r 24,97 27.11 26.19 24.06 22.71 27.02 25.40 -ZT7GX- 20.45 -zrrrr 24. Q3 22.48 21.03 19.20 18.04 21.01 14.44 18.49 14.44 13. 9T 14.44 13.06 10.75 13.06 10.75 9.17 13.06 10.75 9.17 TTcnr 1 SDEV 0.0 0.0 0.33 0.13 1.12 3.46 3.19 4.64 4.23 3.36 0.0 -ortr 0.0 -0TO- GPADIENT ntrx — 0.0 AVG O.O MTU — 0.0 NUM " 0 -0. 19 1.56 -0.19 0.78 -0.19 0.0 1 2 20.00 21.00 10.04 10.64 0.09 0.29 2 2 3.00 6.15 4.00 5.57 3.00 5.00 2 2 6. 15 8.59 3.37 6.61 5.00 4.63 2 2 4. 34 3.05 3.84 3.05 3.33 3.05 I 1 2. 75 1.79 2.73 1.79 2.73 1.79 1 1 1.37 1.37 1.37 1 640 . Table V 1-2. --Continued NOPC VERTICAL ARRAY SUMMARY - TCHPCRATtiRC ARgA 9 DEPTH -MONTH 1 TO MONTH METERS 0 TO— 20 — 3TT 50 — 75" 100 150 -200- 250 sorr 400 -50tr NAX — 26.59 AVE 25.84 HIN 24.01 26.55 26.52 26.46 26.36 25.80 25.47 24. V 25.04 24.02 23.56 19.65 19.13 26.10 25.83 24.51 23.05 2573* 24.2 5 20. IT 18.37 nrrrrr 14.21 10.79 22.59 20.83 18.99 16.48 23.08 21.61 20. PT 18.48 1T.T8 14.87 14.96 12.26 9.95 12.77 10.30 8.65 mm ll -rr li 9 SDEV 0.73 0.73 0.96 2.14 2.23 0.96 1.37 1.58 1.43 0. T9 1.04 1.5B 1.39 0.79 WAX 0.0 1.88 26.39 46.89 11.00 7.00 10.28 15.00 12.59 T.93 6.75 4.25 3.38 3.49 GRADI TtVTJ — 0.0 ENT -*rrr o.o 0.40 4.94 8.26 2.33 -1.09 -0.09 2.62 6.12 T.T8 6.84 4.14 4.00 3.21 2.38 2.45 0.0 0.25 0.27 2.19 4.07 4.45 1.34 2.55 2.27 1.46 1.64 NOW 0 -rr n -rr NODC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 9 -month — 4 TO MONTH DEPTH METERS 0 MAX 28.78 AVG 27.35 MIN 24.62 NUM 35 SDEV 0.78 10 20 28.44 28.39 27.20 26.59 24.43 18.62 38 38 0.90 2.02 30 50 2H.2U 28.00 25.83 24.61 15. bb 16.68 38 36 2.99 3.51 75 100 27.42 26.67 23.02 22.37 15.20 15.46 36 34 4. 39 3.99 125 150 25.53 25.03 21.41 19.93 14.90 14.25 31 30 3.39 2.98 200 250 24.48 22.61 18.02 16.33 12.90 11.50 25 24 2.52 2.39 300 400 21.35 20.0 2 15.1)7 12.25 11.55 9.34 21 21 2. 18 2.28 500 16. H2 10.56 8.53 18 1.79 MAX 0.0 26. T7 74.39 83.29 35.44 30.00 13.00 20.25' 16.71 9. or 6.39 ■?.-5-r 4.65 4.20 GRAOIE tvo 0.3 NT TUTU N07T 0.0 0 1.43 5.96 10.74 8.17 -1.00 -0.09 0.0 -1.45 6.22 5.52 6.57 6.53 0.47 0.43 -0.15 1.00 4.46 3.46 3.18 2.75 -2T02- 1.09 1.32 1.59 0.85 0.68 "35- 33 "38- 36 "36- 34 -rr 30 -rr 24 TT -nr NOOC VERTICAL ARRAY SUMMARY TtHPERATURe ARgA 9 DEPTH MONTH T TO MONTH METERS 0 -TTATC 29.94 -tcrx; 28.03 — H-nr 22.10 NUM 5 SDEV 3.31 10 20 29.58 23.98 27.12 25.71 19.01 18.98 5 5 4.54 4.18 30 50 28. It 27.04 26.37 23.26 23.08 20.24 4 2.51 3.13 75 100 2b. U3 22.51 20.93 18.87 13.07 17.01 4 4 3.11 2.53 125 150 19. 77 18.56 1 7.40 16.29 16.03 15.11 4 4 1.69 1.55 200 250 17. 5f 16.51 14.57 13.52 13.06 11.15 4 3 2.05 2.73 300 400 15.22 12.55 13.42 10.9 3 11.63 9.31 2 2 2. 53 2.29 500 10. 18 10.18 10. 18 1 0.0 GRADIENT MAX 0.0 AVG 0.0 MIN 0.0 NUM 0 30. 89 52.50 9.29 14.03 0.0 0.0 5 5 19.19 23.04 11.52 16.45 6.39 9.19 4 4 15. 75 14.11 8.93 7.33 4.59 3.89 4 4 10.95 6.33 5.87 3.89 3.67 2.00 4 4 3.21* 2.79 3.45 2.53 1.93 2.11 4 3 2.81 2.31 2.68 2.24 2.55 2.17 2 2 2.6b 2.66 2.66 1 NOOC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 9 DEPTH MONTH 10 TO MONTH 12 METERS"' 0 MAX 28.72 AVO ■ 28.21 MIN 27.58 NUM 9 SDEV 0.42 10 20 2S.8«f 28.84 28.20 28.15 27.26 27.00 9 9 0. 5H 0.65 30 50 28.81 23.33 27.99 27.36 26.40 23.96 9 9 0. 85 1.34 75 100 27.65 27.13 26.03 24.36 21.56 19.68 9 9 1.84 2.17 125 150 23.70 21.68 22. U6 20.63 18. 71 18.29 8 8 1.64 1.Q8 200 250 19.23 18.14 18.24 16.62 16. 54 14.71 8 8 0.98 1.14 300 400 1 1 . 30 15.07 14.96 11.78 11.83 9.64 8 8 1.61 1.76 500 13. 15 <*.82 8.08 5 2.05 GRADIENT MAX 0.0 AVG 0.0 MIN 0.0 NUM 0 4.89 2.00 0.35 0.46 -1.69 -0.28 9 9 10.19 13.25 1.83 4.25 -0.19 -1.25 9 9 9.91 15.79 5.02 7.57 0.0 -0.03 SI 9 18.00 9.27 7.37 5.49 I. 00 1.67 8 8 7.39 7.00 4.23 3.03 2.50 1.23 8 8 5. 75 4.77 3.44 3.15 1.67 1.39 8 8 3.22 2.36 1.42 5 641 Table VI-2. — Continued NOPC VERTICAL ARRAY SUMMARY - TEHPERATURC ■ MI 10 OEPTH MONTH 1 TO MONTH T METERS 0 — nx — 24.94 AVG 21.84 — mtn 18.90 iror 50 SOEV 1.21 10 20 24.63 23.62 21.61 21.15 19. ou 19.92 46 37 1.06 0.85 30 50 23.12 21.22 20.6 7 19.56 1^.07 17.40 36 36 0.94 1.10 100 20.2 3 19.99 If. 93 16.12 15.21 12.93 4t> 36 1.52 1.78 123 150 19,62 18.63 14.34 13.25 11.80 11.25 35 24 1.71 1.50 iOU 250 16. 53 14.53 13.06 12.24 11.03 9.95 3 2.57 2.29 300 400 12.65 9.68 11. 09 8.63 9.07 7.58 i 2 1.83 1.48 500 7.49 r.oo 6.52 2 0.68 WAX 0.0 11.69 10.09 11.19 24.39 19.71 14.00 14.35 18.35 6.18 4.00 3.75 2.79 1.93 GRAOI -KTG — 0.0 ENT MIN 0.0 3.60 4.33 4.79 6.22 b.69 7.53 7.10 6.98 4.48 2.78 2.08 2.13 1.41 -1.39 -0.29 -0.29 0.0 0.50 0.95 1.4T 3.87 2.83 1.87 0.73 1.47 0.89 -mnr o 37 -38- 36 -J5- 36 -35" 24 3 -r 2 ^OOe VERTICAL ARRAY SUMMARY - TCMPCRATURe AREA 10 MONTH — 4 TO MOUTH B" OEPTH METERS 0 TO— 20 —70- 50 -75- 100 T75- 150 -2tnr 250 -30TT 400 -50TT HAX 30.79 AVE 26.24 WIN 23.00 29.62 26.97 25.76 24.87 25.88 24.55 22.19 21.12 23.84 21.83 23.07 22.14 20.70 18.41 19.57 17.53 20. 6H 20.17 IS. 87 14.55 13.84 14.55 17.12 13.37 12.42 10.95 12.94 12.01 12.86 10.15 8.42 10. BV 9.18 7.90 ie.no 10.43 V.V7 8.10 f.25 mm 64 -54- 45 44 -43" 38 -35- 31 T9- 10 Ti- ll — 4- 1.60 1.52 1.30 1.24 1.34 1.41 1.59 1.79 2.00 1.5T 1.10 0.81 0.59 0.48 WAX 0.0 27.11 27.00 26.59 17.89 26.00 22.88 13.27 11.03 8.00 7.00 2.55 2.04 1.98 GRAOI "AVG — 0.0 ENT WIN 0.0 6.31 8.67 -0.69 -0.09 10.94 9.43 9.6T 7.85 7.33 6.78 4.26 2.90 2.08 1.59 1.10 0.69 1.00 4.28 1.50 1.73 2.50 0.19 0.0 1.39 1.16 0.0 -njw -3T- 44 -*5- 44 -*3" 38 -33- 31 -T3- 10 -rr 11 — ▼- NOPC VERTICAL a*RAY SUMMARY * TCHPERATURe AREA 10 MONTH — T TO MONTH — 9" OEPTH *r 0 nr 20 ST 50 ^T5- 100 -173- 150 -2TKT 250 -300" 400 "5WT MAX 31.70 AVG 29.76 MIN 28.30 30.97 29.69 29.35 28.26 29.37 29.31 27.93 23.63 26.60 28.64 26.07 21.63 25.96 23.91 22.14 20.25 16.59 14.32 19.51 17.30 15.26 13.60 16.10 13.22 11.46 11.41 9.64 8.20 8.66 13.62 11.89 9.64 8.20 7.83 11.65 10.45 9.64 8.20 7.00 N»H 38 23 -23" 22 TT 20 T9- 14 0.65 0.65 0.25 1.12 1.91 2.12 2.05 2.13 2.37 -2V5T 2.11 0.0 0.0 1.17 MAX 0.0 GRAOI "AVG — 0.0 ENT MIN 0.0 17.00 3.69 32. T9 3.23 0.69 15.29 37.75 22.49 25.00 15.55 13.27 13.79 14.68 8.78 8.21 8.24 3.00 4.53 1.45 1.44 1.59 3.76 3.44 1.45 1.44 1.36 -0.33 -4.00 *0.29 9.50 7.00 6.00 5.59 4.71 2.79 2.39 1.43 1.44 1.13 -M01T 0 ST 23 -23- 22 "22- 20 TT 14 NOPC VERTICAL ARtAT SUMMARY - TEMPERATURE ARgA 10 OEPTH MONTH 10 TO MONTH 12 MEIERS 0 MAX 23.60 AVG 24.77 MIN 21.60 NUN 55 SOEV 2.68 10 20 28.60 28.50 25.46 27.52 21.60 26.16 40 20 2.68 0.73 50 28.46 26.93 27.22 25.51 26.03 23.66 17 9 0.84 1.10 100 25.38 23.46 21.20 18.45 14.08 13.24 8 5 4.17 3.64 123 150 20.68 18.34 15.89 14.37 12.41 11.74 4 4 3.56 2.91 200 250 15.06 11.17 12.97 10.60 10.89 10.03 2 2 2.94 0.80 300 400 10.01 8.76 9.64 8.48 V.28 8.20 2 0.51 0.39 300 r.42 7.35 r.29 2 0.09 MAX 0.0 6.00 7.19 9.11 62.00 29.72 21.59 15.95 6.00 6.33 3.00 2.66 1.07 1.68 GRAOI ~AVG — 0.0 ENT "MTU NOM- 0.0 0 0.95 1.78 2.62 16.56 13.26 11.53 -vrrr 3.58 4.2T 2.35 1.83 0.93 1.34 -0.59 -0.50 ■0.33 0.15 3.00 4.00 3.31 0.33 2.00 1.71 1.00 0.79 1.00 20 -rr 642 Table VI-2. — Continued WOPC VERTICaL OMAT SUHNaRY - TCHPCRaTURE **e» 11 DEPTH MONTH 1 TO MONTH WETEKS 0 nj— 20 — Jtr 50 —75- 100 -175- 150 -nrr 250 -3W 400 ■5tnr a. 10 avG 6.99 WIN 6.20 8.10 S.09 8.08 8.08 7.0 3 7.03 T.02 6.98 6.07 6.02 5.92 5.7* 7.90 7.38 6.91 7.02 6.98 6.65 6.38 6.35 5.66 5.51 5.72 5.69 8.49 5.63 5.15 4.58 4.31 5.92 5.26 4.vq 4.38 4.14 5.40 4.73 4.38 3.97 4.03 TTOfT 10 -rtr 10 -ro- 10 ttr 10 -rtr 10 -rtr 10 — IT 8 —r SDEV 0.56 0.60 0.61 0.63 0.67 0.68 0.48 0.41 0.42 0.32 0.27 0.25 0.18 0.09 wax 0.0 2.50 0.50 1.00 0.89 7.66 5.00 3.71 1.59 1.50 2.09 0.7O -0T30- GRADI AVG 0.0 ENT -wtn mm- 0.0 0.32 -0.06 0.23 0.08 0.35 1.84 -1.89 -0.50 0.0 -0.66 0.44 0.34 1.09 1.28 -1.50 -0.03 ^2.73 -1.07 0.73 0.42 0.22 0.51 0.73 0.23 0.19 0.0 0 -ttr 10 -to- 10 -to- 10 -ro- 10 -ro- 10 WOPC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 11 DEPTH -month — 4 to month a METERS 0 nr— 20 srr 50 100 -T75- 150 -2TT0- 250 300 400 -5tnr max 13.40 AVG 8.72 WIN 6.60 11.60 11.45 10.94 8.48 8.3b 8.22 7.87 7.22 6.48 6.50 r.BH 7.13 6.7? 6.70 6.71 6.44 6.21 6.11 6.48 6.47 6.01 5.90 6.19 5.80 5.30 4.74 4.36 3.69 5.24 4.83 4.42 4.21 3.36 5.29 4.77 4.41 4.00 3.85 4.07 NUH 15 "13" 15 TT 15 T5- 15 "13" 15 13- 15 T5- 11 — 8" SPEV 2.06 1.70 1.64 1.30 0.62 0.51 0.42 0.35 0.40 0.43 0.43 0.39 0.25 0.10 wax 0.0 7.19 4.69 20.00 9.00 4.79 5.50 3.00 1.28 1.39 1.50 1.00 0.55 0.66 GRAOI AVG 0.0 ENT -mtn — inr 0.0 0 2.26 1.47 4.78 2.59 -3.59 -0.29 TWO 0.25 1.30 1.33 0.88 0.11 0.0 -2.00 -0.30 -2.08 1.00 0.94 0.71 0.39 0.29 0.23 0.05 0.37 0.14 0.0 -T3- 15 -T9- 15 -T5- 15 -w 15 T9- 15 -T9- 11 — B" NODC VERTICAL aRRAT SUMMARY - TEMPERATURE AREA 11 MOUTH — T TO MOUTH 9" DEPTH -"METERS 0 wax 17.30 14.15 • ■ ■ -M-nr- 11.60 NUW 15 SDEV 1.50 10 20 17.11 17.11 14.16 13.75 11.59 10.67 15 15 1.48 1.67 3(3 50 13. or 9.62 12. 35 8.39 8.81 7.34 13 15 1. 88 0.77 75 100 7.91 7.26 7.03 6.42 6.10 5.74 i3 15 0.52 0.49 123 150 6.85 6.87 6.12 6.16 5.29 5.50 15 15 0.53 0.47 2U0 250 6.43 5.93 3.83 5.33 5.09 4.51 13 15 0.47 0.42 300 400 3.71 4.84 4.86 4.36 4.22 3.98 14 10 0.42 0.29 500 ^-26 4.06 7 0.16 -WATT 0.0 4.59 35.00 41.19 33.75 10.51 4.00 2.63 1.00 1.73 1.95 1.43 0.63 "0T36- GRADI AVG 0.0 ENT WIN 0.0 -0.25 6.64 16.03 15.93 -5.19 -0.09 0.09 2.00 4.74 1.98 0.91 -0.13 1.33 -0.50 -0.66 -1.43 0.82 1.05 0.79 0.45 0.24 0.16 0.46 0.39 0.19 0.17 -NOir 0 -T5- 15 -T5- 15 -13- 15 15 13- 15 T4~ 10 -NOOC VERTICAL aRRav SUMMaRV - TEHPCRATURE AREA 11 OEPTH MONTH 10 TO WONTH 12 METERS 0 nr— 20 — T(T 50 —73" 100 T23- 150 -2TTO- 250 -3TTTT 400 -3TJTT WAX 13.00 AVG 10.34 WIN 8.70 12.77 12.77 12.78 12.46 10.16 10.16 8.92 7.02 10.17 10.01 8.11 6.61 8.32 8.30 8.32 8.30 7.03 6.03 6.V0 7.02 6.46 6.51 6.60 5.74 6.06 5.44 6.00 6.24 3.72 5.18 5.24 4.83 4.38 4.97 4.46 4.23 4.80 4.27 4.12 NUW 5 4 -4- 4 -4- 3 "2- SPEV 2.04 2.00 2.00 2.00 1.81 0.76 0.41 0.43 0.36 0.38 0.26 0.19 0.31 0.18 WAX 0.0 2.39 0.19 1.00 28.00 16.00 10.26 1.00 1.00 1.43 1.81 1.41 0.57 0.28 GRADIENT -avg wnr 0.0 0.0 1.19 0.01 0.11 10.90 -cntr -0, 09 33- 0.0 5.14 5.47 -0.27 -0.03 nrs- .00 rtro- -1.43 1.18 1.20 U.82 0.40 0.24 1.00 ,75 13 rt9- TTOW- 5 -4- 4 -4- 3 T 643 Table VI-2. — Continued NOOC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 12 MONTH 1 TO MONTH 3 ■gTatjt AVG ETJT oepTh METERS MAX AVG MIN NUM SOEV 0 10 10.80 10.68 8.57 8.57 6.34 6.48 176 177 1.03 I. 01 20 30 10.64 10.59 8.65 8.75 6.72 6.76 177 177 0.97 0.94 50 75 10.62 10.61 8.91 9.00 6.91 7.36 159 130 0.94 0.88 100 125 10.57 10.38 8.88 8.61 7.29 7.21 88 42 0.91 0.89 150 200 9.53 8.63 8.31 7.47 7.17 6.29 25 13 0.78 0.57 250 300 7.96 6.97 7.04 6.45 6.42 6.08 9 5 0.57 0.45 400 500 6.14 5.35 5.82 5.25 5.51 5.21 4 3 0.29 0.08 MAX MIN NUM 0.0 10.19 0.0 -0.15 0.0 -6.89 0 177 8.00 9.59 -0.83 -0.94 -12.00 -12.19 177 177 5.19 7.33 -0.39 0.35 -5.50 -3.39 159 130 7.23 5.00 0.73 1.25 -2.00 -1.59 88 42 3.83 2.04 1.40 1.11 0.47 0.0 25 13 1.33 I. 11 6.95 0.79 0.22 0.61 9 5 0.96 0.80 0.71 0.65 0.54 0.38 4 3 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 12 MONTH 4 TO MONTH 6 DEPTH gradient METERS MAX AVG NIN NUM SDEV 0 10 15.60 14.56 11.53 10.69 8.17 8.14 221 222 1.70 1.38 20 30 12.30 11.57 9.71 9.09 7.86 7.34 218 211 1.00 0.76 50 75 10.51 9.44 8.51 7.94 6.73 6.09 202 158 0.72 0.74 100 125 9.36 8.70 7.43 7.16 5.91 5.85 110 67 0.74 0.65 150 200 8.46 7.48 6.94 6.52 5.80 5.93 46 31 0.57 0.43 256 300 6.71 6.27 6.19 5.87 5.68 5.56 19 10 0.30 0.21 400 500 5.59 5.14 5.29 4.90 5.14 4.83 7 7 0.15 0.11 MAX NUM 0.0 64.59 0.0 9.54 0.0 -10.79 0 221 42.79 31.29 9.16 5.31 -7.69 -5.79 218 210 13.04 9.66 2.44 1.85 -J.39 -1.82 261 158 5.95 3.59 1.52 1.16 -5.29 -3.25 110 67 4.00 2.00 1.07 0.84 0.0 0.09 46 31 1.2? 1.42 0.68 0.86 0.6 0.59 19 10 0.56 0.46 0.44 0.38 0.28 0.3Q 7 7 NOOC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 12 MONTH 7 TO MONTH 9 OfPfH GRADIENT METERS MAX AVG MIN NUM SOEV 0 10 17.63 16.90 13.03 11.28 9.45 8.02 109 108 1.57 1.60 20 30 13.76 13.46 9.42 8.50 7.16 6.76 109 108 1.08 0.90 50 75 13.47 8.58 7.61 7.07 6.28 6.01 103 92 0.80 0.53 100 125 8.05 7.53 6.84 6.71 5.92 5.90 72 51 0.47 0.36 150 200 7.34 6.91 6.65 6.55 5.88 6.36 38 20 0.31 0.16 250 300 6.46 5.73 6.23 5.72 5.98 5.72 5 2 0.20 0.0 400 500 5.29 4.72 5.22 4.72 5.16 4.72 2 1 0.09 0.0 MAX NUM 0.0 90.00 0.0 20.35 0.0 -8.00 0 108 39.89 21.59 17.53 7.10 0.69 -1.50 108 108 16.25 3.91 3.99 1.66 -0.19 -1.27 103 92 3.95 2.00 0.99 0.60 -0.19 -0.83 72 51 1.95 1.33 0.54 0.61 -0.83 0.07 38 20 1.44 1.15 0.69 O.90 0.06 0.65 5 2 0.55 0.43 0.41 0.43 0.27 0.43 2 1 NOOC VERTICAL ARRAY SUMMARY • ■ TEMPERATURE AREA 12 MONTH 10 TO MONTH 12 DEPTH GRADIENT METERS MAX AVG MIN NUM SOEV 0 10 15.06 15.06 11.07 10.96 7.60 7.62 64 64 1.58 1.58 20 30 14.86 14.82 10.61 10.23 7.69 7.86 64 59 1.46 1.59 50 75 14.52 13.32 9.30 8.27 6.99 6.79 54 46 1.69 1.26 100 125 11.65 8.64 7.82 7.48 6.66 6.18 36 22 1.01 0.63 150 200 8.26 7.76 7.50 7.23 6.89 6.76 17 8 0.46 0.40 250 300 7.10 6.24 6.65 6.21 6.48 6.13 5 4 0.26 0.05 400 500 5.79 5.32 5.67 5.16 5.61 5.06 4 4 0.07 Q.ll MAX AVG MIN NUN 0.0 24.00 0.0 1.17 0.0 -10.00 0 64 44.75 17.50 3.84 4.67 -7.33 -4.00 64 59 26.94 21.57 5.32 4.01 -1.14 0.07 52 46 20.83 6.31 1.89 1.40 -0.92 0.0 36 22 2.50 1.42 0.78 0.75 0.0 0.25 17 8 1.21 0.53 0.81 0.49 6.5ft 0.39 5 4 0.58 0.57 0.54 0.54 0.44 0.51 4 4 644 Table VI-2. — Continued NODC VERTICAL ARRAY SUMMARY • ■ TEMPERATURE AREA 13 MONTH 1 TO MONTH 3 DEPTH GRADIENT METERS MAX AVG MIN MUM SDEV 0 10 11.92 12.04 10.88 10.92 9.50 9.50 22 20 0.65 0.68 20 30 12.03 11.91 10.88 10.67 9.50 8.99 17 15 0.69 0,84 50 75 11.17 10.01 10.49 9.37 9.49 9.02 9 5 0.66 0.43 100 125 9.50 9.05 8.81 8.47 8.21 8.14 7,78 7.24 5 4 4 4 0.49 0.41 150 200 8.66 8.01 8.21 7.67 0.40 0.38 250 300 7.60 7.19 7.21 6.66 6.79 6.39 4 3 0.42 0.45 400 500 6.40 5.65 6.00 5.49 5.80 5.40 3 3 0.34 0.13 MAX NUM 0.0 2.19 0.0 -0.54 0.0 -5.39 0 20 5.19 9.50 0.98 2.31 -1.39 -2.29 16 IS 7.94 9.41 2.67 4.43 0.0 1.00 9 5 2.00 2.08 1.36 0.73 0.0 -1.22 S 4 1.67 1.22 1.41 0.97 1.00 0.66 4 4 1.11 1.00 0.92 0.88 0.81 0.81 4 3 0.83 0.75 0.44 0.62 0.20 0.53 3 3 NODC VERTICAL ARRAY SUMMARY • - TEMPERATURE AREA 13 MONTH 4 TO MONTH 6 dEpTH GraBIEnT METERS MAX AVG MIN NUM SOEV 0 10 15.20 13.33 11.05 10.35 8.31 7.68 39 34 1.90 1.56 20 30 12.49 12.29 9.84 9.67 7.16 7.31 29 26 1.46 1.44 50 75 12.14 9.86 8.99 8.66 7.30 6.97 21 16 1.18 0.84 100 125 9.39 9.0 2 8.28 8.00 7.03 7.07 16 15 0.71 0.58 150 200 8.74 8.52 7.67 7.22 7.04 6.73 15 15 0.47 0.45 25d 300 7.8l 6.86 6.?9 6.39 6.47 5.65 14 13 6.3ft 0.33 400 500 6.20 5.79 5.75 5.27 5.22 4.85 12 10 0.27 0.28 MAX NUM 0.0 30.69 0.0 7.05 0.0 -12.29 0 34 19.39 10.19 5.80 3.55 -0.39 0.09 29 26 14.88 16.25 3.05 2.55 6.0 -0.19 21 16 2.06 3.00 1.15 1.47 -0.23 -0.15 16 15 2.79 2.00 1.00 0.87 -1.00 0.0 15 IS 2.34 1.89 6.89 0.81 6.21 0.29 IS 13 1.09 0.69 0.57 0.41 0.13 0.0 12 10 NODC VERTICAL ARRAY SUMMARY • ■ TEMPERATURE AREA 13 MONTH 7 TO MONTH 9 DEPTH gradient METERS MAX AVG MIN NUM SOEV 0 10 15.72 15.70 12.35 11.27 8.85 8.17 47 43 1.51 1.67 20 30 14.31 13.08 10.54 9.98 7.95 7.97 38 36 1.40 1.20 50 75 11.39 10.08 9.42 8.83 7.91 7.85 29 2-» 0.89 0.64 100 125 9.33 9.29 8.45 8.16 7.69 7.63 19 17 0.48 0.44 150 200 9.26 9.03 7.95 7.55 7.47 6.93 15 14 0.48 0.58 250 300 8.67 8.13 7.10 6.66 6.23 5.98 14 14 0.67 0.65 400 500 6.12 5.51 5.77 5.33 5.21 4.86 11 11 0.29 0.19 MAX AVG MIN NUM 0.0 42.39 0.0 10.92 0.0 -4.19 0 42 30.39 20.69 8.38 5.54 -4.00 -6.59 38 36 8.19 9.26 2.72 2.50 -3.44 -0.50 29 24 3.39 2.55 1.41 0.99 0.11 0.07 19 17 2.07 2.12 0.95 0.89 0.11 -0.37 IS 14 1.72 1.43 0.86 0.89 0.23 0.37 14 14 1.21 1.00 0.42 0.53 -0.39 0.27 11 11 NODC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 13 ~0TpTTT- MONTH 10 TO MONTH 12 METERS MftX AVG MIN NUM SDEV 0 10 14.51 14.51 11.53 11.49 10.22 10.07 20 19 0.96 0.99 20 30 14.11 13.39 11.28 10.98 9.70 9.28 14 14 0.98 0.92 50 75 11.73 10.58 10.57 9.94 9.27 8.89 9 5 0.72 0.78 100 125 10.55 9.86 9.32 8.74 8.33 8.05 5 4 C.86 0.81 150 200 9.21 8.03 8.41 7.66 7.76 7.25 4 4 0.60 0.32 250 300 7.83 7.30 7.36 6.95 6.91 6.63 4 4 C.3? 0.32 400 500 6.45 5.54 6.11 5.41 5.75 5.29 3 0.35 0.17 MAX GRADIENT AVG MIN NUM 0.0 9.29 0.0 0.23 0.0 -7.39 0 19 14.69 9.75 4.34 2.59 -0.69 -2.19 13 14 8.00 9.22 2.63 4.15 0.04 0.19 9 5 2.69 2.75 1.18 1.46 0.11 0.0 5 4 2.59 2.35 1.27 1.28 0.25 0.66 4 4 0.69 1.26 6.55 0.80 8. 39 0.37 4 4 0.72 0.59 0.60 0.56 0.44 0.52 3 2 645 Table VI-2. — Continued NOOC VERTICAL ARRAY SUMMARY - • TEMPERATURE AREA 14 MONTH 1 TO MONTH 3 KpTh SrAOIEnT METERS MAX AVG MIN HUH SOEV 0 10 15.41 15.29 13.27 13.09 10.75 10.67 78 85 1.06 1.12 20 30 15.13 15.14 12.92 12.68 10.29 10.00 85 85 1.16 1.25 50 75 14.60 12.68 11.79 10.76 9.62 9.17 85 77 1.1? 0.90 100 125 11.63 11.23 10.15 9.70 8.92 8.47 74 70 0.75 0.67 150 200 10.63 9.64 9.32 8.73 8.00 7.40 69 62 0.58 0.49 250 300 9.13 8.58 8.36 7.86 7.26 7.16 96 54 0.46 0.39 400 500 7.65 6.87 6.93 6.25 6.35 5.76 47 42 0.30 0.22 MAX AVG MIN NUM 0.0 11.00 0.0 1.07 0.0 -0.33 0 80 16.00 18.39 1.93 2.84 -0.19 -O.09 85 85 17.66 11.00 5.58 3.36 0.64 0.0 85 77 6.33 5.45 2.09 1.82 0.0 0.0 74 70 3.63 2.64 1.29 1.09 0.0 0.19 69 62 2.09 2.04 6.87 0.99 0.19 0.25 56 55 1.82 0.93 0.86 0.61 0.33 0.28 47 42 NOOC VERTICAL ARRAY SUMMARY • ■ TEMPERATURE AREA 14 MONTH 4 TO MONTH 6 DEPTH Gradient METERS MAX AVG MIN NUM SOEV 0 10 15.21 14.00 12.21 11.89 9.75 9.74 72 76 1.12 0.99 20 30 13.94 13.64 11.46 11.00 8.71 8.37 76 77 0.97 0.95 50 75 12.77 10.92 10.23 9.53 8.27 8.13 76 72 0.79 0.46 100 125 10.00 9.66 9.16 8.92 8.00 7.90 63 60 0.36 0.34 150 200 9.40 8.82 8.72 8.29 7.74 7.47 60 50 0.34 0.34 250 300 8.56 8.14 7.92 7.55 7.18 6.68 46 44 6.33 0.31 400 500 7.55 6.70 6.88 6.22 6.00 5.62 36 31 0.31 0.28 MAX AVG MIN NUM 0.0 22.50 0.0 3.21 0.0 -0.39 0 73 18.79 14.50 4.70 4.75 -0.59 0.0 76 77 12.00 7.00 3.73 2.09 -3.00 -1.00 76 72 4.15 2.11 1.28 0.85 0.0 -1.25 63 60 2.00 2.16 0.81 0.75 0.0 0.0 60 50 1.58 1.39 0.73 0.70 0.02 0.15 46 44 1.34 1.38 0.71 0.64 0.13 0.22 36 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 14 MONTH 7 TO MONTH 9 dCpTh gradient METERS MAX AVG MIN NUM SOEV 0 10 18.50 18.34 14.62 14.11 11.18 10.65 39 40 2.23 2.01 20 30 17.24 16.95 13.07 12.16 10.10 9.86 40 40 1.66 1.52 5-> 75 14.16 13.40 10.90 10.14 9.38 9.05 41 37 1.13 0.88 100 125 12.63 11.86 9.63 9.35 8.86 8.73 32 32 0.72 0.56 150 200 10.93 .9.39 9.13 8.71 8.56 8.12 32 30 0.43 0.30 256 300 8.74 8.40 8.30 7.86 7.51 7.01 27 28 6.52 0.35 400 500 7.62 6.66 7.06 6.29 6.29 5.66 27 22 0.33 0.28 MAX NUM 0.0 34.66 0.0 6.74 0.0 -O.ll 0 39 38.69 23.39 10.01 8.99 0.0 -0.09 42 40 22.66 10.36 5.95 3.09 -2.1)5 -0.33 41 37 3.50 3.67 1.39 1.04 0.0 0.0 32 32 3.81 3.07 0.91 0.66 -0.29 0.0 32 30 1.75 1.97 6.79 0.82 0.0 0.21 27 28 1.75 2.59 0.76 0.73 0.03 0.0 27 22 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 14 MONTH 10 TO MONTH 12 OEPTH GRADIENT METERS MAX AVG MIN NUM SOEV 0 10 18.49 18.48 15.13 14.93 12.10 11.99 49 48 1.57 1.55 20 30 17.14 16.86 14.27 13.56 11.11 10.82 49 49 1.49 1.53 50 75 15.53 12.43 11.91 10.60 10.22 9.34 48 42 i.2l 0.69 100 125 11.69 10.64 9.97 9.54 9.05 8.66 40 35 0.55 0.47 150 200 10.21 9.43 9.25 8.73 8.27 7.73 34 32 0.43 0.41 250 300 9.04 8.50 8.28 7.79 7.21 6.72 30 27 0.43 0.42 400 500 7.56 6.51 6.85 6.08 6.12 5.53 24 21 0.32 0.26 MAX AVG MIN NUN 0.0 29.00 0.0 3.29 0.0 -1.59 0 48 29.71 22.79 6.02 7.75 0.0 -0.09 49 49 27.72 12.00 1.H 3.44 1.00 0.33 48 42 5.87 4.03 2.38 1.40 0.39 -1.79 40 35 2.64 1.77 1.17 0.98 0.0 0.17 34 32 5.00 2.59 0.91 1.18 -0.19 0.54 30 27 1.75 1.20 0.87 0.67 0.33 0.07 24 21 646 Table VI-2. —Continued NOOC VERTICAL ARRAY SUMMARY • - TEMPERATURE AREA 15 MONTH 1 TO MONTH 3 depth" gradient METERS MAX AVG MIN NUM SDEV 0 10 12.82 12.81 11.40 11.41 10.58 10.58 6 6 0.76 0.76 20 30 12.80 12.79 11.39 11.38 10.55 10.55 6 6 0.76 0.75 50 75 12.81 12.80 11.38 11.33 10.56 10.43 6 6 0.76 0.78 100 125 12.81 10.55 10.43 9.40) 9.50 9.02 6 6 1.21 0.57 150 200 9.16 8.28 8.74 8.00 8.39 7.63 6 6 0.25 0.29 256 300 7.84 7.37 7.54 7.02 7.22 6.61 6 6 0.29 0.31 400 500 6.21 5.48 6.02 5.36 5.75 5.17 6 6 0.19 0.12 MAX 0.0 0.12 0.69 0.09 0.14 4.00 11.00 7.00 4.50 1.87 1.18 1.43 1.20 1.00 o.o -0.06 0.0 -0.39 0.23 -0.01 0.0 -0.19 0.01 0.77 -0.12 0.0 5.13 3.77 0.11 1.91 2.44 1.21 0.87 1.10 1.03 0.53 0.67 0.75 0.97 0.69 0.70 0.35 NUM 0 6 6 6 6 6 6 6 6 6 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 15 MONTH 4 TO MONTH 6 DEPTH gradient METERS MAX AVG MIN NUM SDEV 0 10 14.93 14.61 12.16 12.14 9.70 9.78 8 8 1.74 1.63 20 30 14.38 13.35 11.89 11.59 9.75 9.75 a 8 1.40 1.11 50 75 11.91 10.93 11.00 9.86 9.74 8.84 8 8 0.82 0.78 100 125 10.21 9.49 9.23 8.67 8.07 7.73 8 8 0.69 0.56 150 200 9.00 8.20 8.22 7.66 7.53 7.13 8 8 0.48 0.34 250 300 7.46 6.95 7.14 6.56 6.61 6.08 8 8 0.27 0.25 400 500 5.94 5.28 5.55 4.96 5.19 4.71 8 8 0.28 0.20 MAX AVG MIN METERS MAX AVG MIN NUM SOEV 0 10 18.96 18.95 17.37 16.87 15.15 14.82 11 13 1.44 1.23 • 20 30 18.77 18.28 16.56 15.73 14.74 13.90 13 13 1.28 1.35 50 75 15.48 11.47 13.22 10.51 11.76 9.39 13 12 1.09 0.62 100 125 10.41 9.50 9.30 8.65 8.55 7.94 13 13 0.60 0.54 150 200 8.84 8.25 8.13 7.68 7.52 7.29 13 13 0.47 0.27 250 300 7.63 7.06 7.13 6.61 6.89 6.33 13 13 0.20 0.19 400 500 6.26 5.72 5.76 5.14 5.40 4.86 12 12 0.25 0.25 MAX NUM 0.0 3.19 0.0 0.94 0.0 -0.59 0 e 13.29 13.66 2.49 3.14 -0.09 0.0 8 8 16.00 6.76 4.33 3.72 -0.69 0.0 6 8 4.66 4.11 2.46 2.19 0.66 0.71 8 8 3.41 1.59 1.52 0.94 0.75 0.36 8 8 1.66 1.78 1.06 1.23 0.33 0.83 8 8 1.26 0.36 0.83 0.47 0.59 0.11 8 8 NOOC VERTICAL ARRAY SUMMARY - ■ TEMPERATURE AREA 15 MONTH 7 TO MONTH 9 DepYh gradient NUN 0.0 13.19 0.0 3.32 0.0 -0.09 0 11 9.89 19.83 3.20 12.33 -0.50 3.87 13 13 24.00 18.25 14.48 8.30 7.84 1.50 13 12 6.79 3.63 3.53 2.59 1.50 1.39 13 13 2.83 1.62 1.48 1.00 0.0 -0.43 13 13 1.66 1.36 1.13 1.00 0.67 0.50 13 13 1.33 0.83 0.81 0.55 0.40 0.33 12 12 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 15 MONTH 10 TO MONTH 12 DEPTH gradient METERS MAX AVG MIN NUM SDEV 0 10 17.20 17.20 16.66 16.65 16.00 15.99 3 3 0.60 0.61 20 30 17.20 17.19 16.62 16.57 15.94 15.89 3 3 0.63 0.65 50 75 16.39 12.86 15.99 12.28 15.79 11.87 3 3 0.34 0.51 100 125 10.74 9.45 10.24 9.33 9.90 9.19 3 3 0.44 0.13 150 200 9.10 8.21 8.77 7.93 8.52 7.71 3 3 0.29 0.25 250 300 7.56 7.05 7.22 7.05 7.00 7.05 3 1 0.29 0.0 400 500 6.17 5.53 6.17 5.53 6.17 5.53 1 I 0.0 0.0 MAX NU 0.0 0.59 0.0 0.23 0.0 0 0.0 3 0.55 1.39 0.11 0.83 -0.19 3 0.50 3 7.39 19.44 5.09 13.81 0.50 3 11.00 3 6.28 5.15 5.35 3.15 4.00 3 0.73 3 2.22 1.94 1.65 1.55 1.03 3 0.93 3 1.69 1.01 1.41 1.01 1.11 3 1.01 1 0.86 0.59 0.86 0.59 0.86 1 0.59 1 647 Table VI-2. — Continued NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 16 MONTH 1 TO MONTH 3 KWrl gradient METERS MAX AVG MIN NUM SOEV 0 10 15.67 15.67 12.64 12.54 11.08 11.06 31 32 0.96 0.99 20 30 15.68 15.68 12.46 12.37 11.07 11.04 32 32 1.02 1.07 50 75 15.65 14.17 12.09 11.03 10.14 9.48 32 32 1.20 1.15 100 125 12.03 10.27 9.85 9.11 8.72 8.34 32 32 0.87 C.51 150 200 9.84 9.25 8.62 7.99 7.97 7.33 32 32 0.45 0.47 250 300 8.78 8.41 7.44 6.88 6.82 6.16 32 32 0.49 0.53 400 500 7.70 6.74 5.98 5.37 5.34 4.76 31 29 0.56 0.47 MAX AVG MIN NUM 0.0 5.59 0.0 0.89 0.0 -0.59 0 32 4.50 9.39 0.82 0.90 -0.29 -4.00 32 32 11.00 12.33 2.07 5.07 -0.44 0.0 32 32 12.21 12.87 3.63 2.61 -0.66 -0.51 32 32 4.23 2.33 1.68 1.24 0.29 0.0 32 32 2.05 2.23 1.09 1.20 0.03 0.72 32 32 1.34 1.23 0.72 0.55 0.09 0.0 31 29 NOOC VERTICAL ARRAY SUMMARY - - TEMPERATURE AREA 16 MONTH 4 TO MONTH 6 6EpTh GRADIENT METERS MAX AVG MIN NUM SOEV 0 10 17.34 17.32 13.27 12.99 10.90 10.44 46 50 1.33 1.26 20 30 15.74 14.68 12.62 12.25 8.89 7.44 50 48 1.26 1.25 50 75 14.45 14.30 11.61 10.53 7.30 8.64 48 46 1.18 1.16 100 125 11.55 10.11 9.52 8.96 8.53 8.12 47 47 0.72 0.47 150 200 9.85 9.11 8.57 7.97 7.80 7.34 47 47 0.41 0.38 250 300 8.36 7.66 7.35 6.82 6.88 6.15 45 45 0.37 0.37 400 500 6.75 5.94 5.94 5.33 5.28 4.66 45 44 0.36 0.27 MAX AVG MIN NUM 0.0 35.00 0.0 3.50 0.0 -2.00 0 48 41.09 26.50 3.56 3.33 -1.59 -3.83 50 48 41.00 22.59 4.57 5.36 -1.14 0.0 48 46 14.69 6.50 3.22 2.08 -2.28 0.47 4? 47 2.50 2.09 1.21 1.29 0.22 0.50 47 47 2.0$ 1.93 1.19 1.08 0.14 0.40 45 45 1.50 1.12 0.74 0.53 -0.66 -0.28 45 44 NOOC VERTICAL ARRAY SUMMARY - ■ TEMPERATURE AREA 16 MONTH 7 TO MONTH 9 6EpTh GrABIEnT METERS MAX AVG MIN NUM SOEV 0 10 18.90 18.53 15.64 15.32 13.13 12.80 40 45 1.19 1.30 20 30 18.33 18.22 14.83 14.r>6 12.09 11.06 45 45 1.56 1.83 50 75 16.09 13.43 11.86 10.24 9.23 8.29 45 44 1.85 1.39 ioo 125 12.11 11.64 9.43 8.86 8.09 7.94 43 44 1.14 0.83 150 222 9.97 8.90 8.41 7.81 7.66 7.06 44 44 0.57 0.50 250 300 8.10 7.54 7.20 6.66 6.48 5.96 44 44 6.45 0.38 400 500 6.62 5.97 5.85 5.27 5.19 4.70 42 39 0.34 0.30 MAX NUN 0.0 25.11 0.0 2.60 0.0 -0.39 0 41 26.09 32.00 5.61 9.66 -0.09 0.0 45 *5. 36.37 12.77 11.50 4.89 1.19 -2.00 45 44 11.36 9.00 2.88 2.27 -0.75 -0.25 43 44 7.19 2.91 1.53 1.30 -0.19 0.19 44 44 2.18 2.33 1.24 1.03 0.14 0.02 44 44 1.27 1.25 0.70 0.29 -0.04 -8.00 42 39 NOOC VERTICAL ARRAY SUMMARY • - TEMPERATURE AREA 16 MONTH 10 TO MONTH 12 OEPTH GRADIENT METERS MAX AVG MIN NUN SOEV 0 10 17.30 17.28 15.58 15.50 13.31 13.25 28 28 1.14 1.13 20 30 17.28 17.22 15.27 14.77 12.85 12.14 28 28 1.23 1.39 50 75 15.85 12.61 12.67 10.64 10.31 8.86 28 28 1.61 1.14 100 125 11.34 10.25 9.54 8.90 8.34 7.86 28 28 0.77 0.56 150 200 9.31 8.56 8.48 7.90 7.53 7.17 28 27 0.49 0.41 250 300 7.89 7.47 7.28 6.70 6.66 6.03 27 27 0.37 0.36 400 500 6.33 5.54 5.78 5.26 5.31 4.81 25 20 0.27 0.22 MAX AVG MIN NUM 0.0 19.00 0.0 1.57 0.0 -1.00 0 28 17.89 21.59 2.35 6.62 -0.19 0.0 28 28 36.00 18.25 12.88 6.61 -7.50 0.77 u 28 10.50 5.75 3.56 2.18 1.00 0.0 28 28 3.23 2.72 1.53 1.27 -0.26 0.43 28 27 1.88 1.73 1.22 1.15 0.43 0.41 27 27 1.45 1.47 0.64 0.44 0.37 0.0 25 20 648 Table VI-2. --Concluded NOOC VERTICAL ARRAY SUMMARY - TEMPERATURE AREA 17 PTH METERS 0_ 10 20_ MONTH 1 TO MONTH 3 MAX —16.26 16.28 16.2B AVG 08 15.05 15-01 MlN JJUQA 13.03 12.60 NUN __L5 15 15 SOEV _o._aj_ 0.90 fl. oo o e o CO cd a> CO c cd o •H 00 CD • u u cu >* +j •H CO i a) CO o u o o CU d 00 •H o o o ro O o o 652 o CO CO CU CO c CO C O •H 00 CU 5-i >> rQ CO (U CO o 5-i 3 10 § 5-1 5-1 O CJ •H X CU 3 g o m cu o o cd iw 4-1 rH 3 O to I I • CM CU u •H Pn 653 1 33* 1 30* 125* 120* 115" T "*&. 1 JANUARY THROUGH MARCH 50° 45" 0.5 0.5 10.5 0.4 |liii|iiM|iiii|im|iiM|mi|iiM|iiii|iiM|mtf o to ao ao 40 io «o to mkm 40* 35* - LEGEND-CURRENTS cueotNi hows two** CfNtfe oi *osi 302" OBSERVATIONS [ 10 -1 ''• CAlM ■ o ; o i * [ 0 1-0 8 KNOT it I] 0 9-16 KNOTS 5 C 1 10 A i I 40 1 1 7-2 4 KNOTS j 2 J-3 4 KNOTS C-.I *> 3 5 KNOTS 0 5 TOTAl MEAN SPEED \"'T 0 '0 47 47 V^ +■ «P » t> V ► .47 J. O \ -V "> *) O O \ ' 1 ^ H 20 W 40 SO 60 7U fiO SO 100 PERCENT EXPLANATION Of SUMMARY SCALE (All DIRECTIONS, REGIONS OF INSUFFICIENT DATA OR NEARSHORE TIDAl REGIONS WHERE PREVAILING FLOW CANNOT BE SHOWN l|ll|llll|llll|llll|IHI|IIB|llll|IIIHIItip ' 0 10 SO 80 40 50 60 70 SO 90 KX> .2&A 0.6 0.6 '0.6 0.4 Q 0.6 |iiii|iiii|iiii|iiii|in^nii|iiii|illi|lin||n4 o »aoso4oaoco70io»oioo □0.5 | 3086 0.5 0.4 |i]iirr|iin|iiii|iiii|ifii|ini|iiii|iRi|rtiif o toaoao a0S040B0«07Oa0tOO0 45* 40- 30* 135' 130* J 654 Figure VI-13. — Surface current roses by region and season: eastern North Pacific, winter. J Figure VI-14, — Surface current roses by region and season: eastern North Pacific, summer. 655 a. Maximum observed current speeds Figure VI-15. — Maximum observed current speeds (kt) , western North Atlantic and Gulf of Mexico, winter. 656 Figure VI-16. — Maximum observed current speeds (kt) , western North Atlantic and Gulf of Mexico, summer. 657 Figure VI-17. — Maximum observed current speeds (kt), eastern North Pacific, winter and summer. 658 b. 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CMCMCMCMCMCMrHi-ICM CM 1 1 CU cu CU s* iNv3-cMrN\ovom«*vo a CM 1 00 3 • 1 o> HCMNHHHHHH CO CM 1 >—/ I^O>m> OOOOOOOOO o • O 1 1 » o\ o • 1 1 1 1 1 1 1 1 1 55 1 1 • mo\ rH CO • x> r* »\ mm *\ #i ,jQ o o 53 CO rH CM CO CM rH ^ H 6 cu OrHcM 1 1 0\ 0> t 1 aj J-J 55 rir>i/">m CM CM CO s & < ■K 663 4. Subsurface Ocean Currents a. Vertical direction and speed profiles I / ( ) A B C D E P R S T X LEGEND SOLID LINE INDICATES MEAN SPEED OR INDIVIDUAL SPEED OBSERVATION AT VARIOUS DEPTHS. DASHED LINE INDICATES MAXIMUM SPEED WHERE AVAILABLE. DOT SHOWS APPROXIMATE DEPTH OF OBSERVATION. LETTERS GIVE MEAN DIRECTION TOWARD WHICH CURRENT FLOWS. DIRECTIONS GIVEN ALSO APPLY TO MAXIMUM SPEEDS AT CORRESPONDING DEPTHS. ZERO INDICATES NO DIRECTION GIVEN FOR MEAN SPEED. WHEN ZERO OR NO DIRECTION IS SHOWN FOR MEAN SPEED, CURRENT DIRECTION IS iHE SAME AS THE OBSERVA- TION ABOVE OR BELOW. PARENTHESES INDICATE APPROXIMATELY OR PROBABLY. R INDICATES ROTARY TIDAL CURRENT. A INDICATES ALTERNATING OR REVERSING TIDAL CURRENT. T INDICATES TIDAL CURRENT OF UNDETERMINED TYPE. N AND S SHOW DIRECTION OF REVERSAL (NORTH AND SOUTH). V INDICATES VARIABLE CURRENT. DEPTH OF BOTTOM IS GIVEN IN METERS. RELIABILITY OF PROFILES IS SHOWN BY G OR F. G IS CON- SIDERED GOOD; DURATION AND NUMBER OF OBSERVATIONS, TYPE OF INSTRUMENT, AND PROCEDURE FOR MEASURING ARE ALL SATISFACTORY. PROFILE COMPARES FAVORABLY WITH KNOWN OR TYPICAL CHARACTERISTICS OF THE ENVIRON- MENT. F IS CONSIDERED FAIR; DATA APPEAR REASONABLE BUT ARE USUALLY BASED ON SHORT-PERIOD OBSERVATIONS, AND INSTRUMENTS AND PROCEDURES ARE CONSIDERED RELIABLE. PROFILE MAY DIFFER IN SOME RESPECTS FROM KNOWN CHARACTERISTICS OF THE ENVIRONMENT. METHODS OF OBSERVATION: DYNAMIC CALCULATION BATHYPITOMETER CURRENT DRAG DROGUE EKMAN CURRENT METER PILLSBURY CURRENT METER ROBERTS CURRENT METER SWALLOW FLOAT ELECTRIC CURRENT METER NOT KNOWN Figure Vl>18. — Legend for observed vertical profiles of ocean currents. 664 <0. CM d o o to — £o z — Q O UJ UJ a o< _: io ^ * to OIlQ o to CM UJ u_ \L — Sz Q.O -J»- SqO UiCDtDUj "8 ro CM o o 1 8 DEPTH (METERS) m CM 8 I § DEPTH (METERS) § 8 to - ! 1 I 1 1 44.7N 59.9W SEP 2100— F R 1 — LATITUDE LONGITUDE MONTH DEPTH OF BOTTOM RELIABILITY METHOD - UJ z " - fco UJ H SPEED (KN 0.6 Ofl 1. UJ LATITUDE LONGITUD MONTH DEPTH OF BOTTOM RELIABIL METHOD — <*■ z d Ul * UJ Ul CM z z z z zz z O" O 1 1 i 1 1 1 I d CM 8 8 o 3 6 o 8 CO o 8 6 o CM to DEPTH (METERS) Figure VI-19. — Observed vertical profiles of ocean currents by location and month . 665 DEPTH (METERS) cvi Q ?r --, o o CM Q O z$ o oooc O tO U o •8* — \ f— 5 S O- CD — 1 . J zJSo oc 2 CM o o o o o C\J DEPTH (METERS) Figure VI-19. — Continued 666 u5 ^_ 1 I i i 1 — «. Q u->. O 38.7N 65.8 W o < O O io U. > 00 — o UJ »- .^ ^ UJ O U-2E ■ " CO o z> op — 1 Q 1- 3h x CL m 00 O o to 1- z z < _l X 1- "^ S£ Q IO X \ mmm \\ Ul > _ t X v - x ^ -**♦* TITUDE NGITUD INTH u-S _, OO d o _ - \>~' PTH 30TT LIAB THO N <0 " ui uj ui — ^ S. K o or 2 — — m -- - — - tf Q — O a IO CM o IO o o o o CM O O O O CO DEPTH (METERS) Figure VI-19. — Continued. 667 DEPTH (METERS) Pi 10 ^ 1— 1 I 1 T" -^ — o *^ ^-*\ in ^8 \ \ - Q > — I OJ t- ■ ^~ O \ 5q \ \ *-* IO a z^g ou.m UJ 111 a. <^P2 5 \ » — 1 CO o *> uju.tr V \ UjO OIJ §H-xxpao0 p Hot^t-5 AV - ^ V\ 00 \^o O I 1 t 1 1 oo CM 8 O DEPTH (METERS) Figure VI-19. — Continued 668 DEPTH (METERS) Q m 10 r^ o o •o ro UJ u._ UJ Q o3l Q3 O ■» Z Q_ w JZlSQ >- 0DO O) 5J- o — * _:(- uj o UJ — 0. CO® O 10 d d CM d o d 1 1 - 2.0N 5.2W o (0 o q: "" - to - — UJ hlOU. 2 t ^^ oO Op —j o - -ATITU LONGIT DEPTH F o CO CO < UJ or o X _ 1- Ul 2 •^ MB * X «»^__ §- • UJ %' CO Ul — ♦>w - — — — ro — 1 1 8 o u> o o DEPTH (METERS) io 1 1 1 i i 1 1 *■ Z£ i o o UJ — CM UJ z mo CM IO 2 IO CO or .^ — fO (0 > ■"■ CO oP UJ UJ o fes -1 o O X 1- z — Q 3 °o CD — CQ O O — 3 H to 51 XlH Zo-O < - UJ Old 00 Ul Ul UJ to >sz ? 2Q ot z — «■ z Ul d ^ z w ^£_ (O CJ OJ z UJ* - O Q r 1 1 I 1 1 O o CM o IO 8 8 CO o i 8 DEPTH (METERS) Figure VI-19. — Continued 670 l 1 1 1 1 1 ? ^<* 0 e>* oL. 0 oo 0. (0 »» *p~ — ««. - ^ to* ai < CM r- 10 b*z "**»» > 1- 510 ki *2 ^ x — z 3 HX 0 111 0 5 Si _1 r- UJ UJ K 3E Q. CM to ^\ UJ x? _ q — "CD 0 ■■■"• 1 1 1 1 1 10 o o DEPTH (METERS) CM o o 8 CO ™T~ 1 1 r 1 lz *-• ' *. — - $ X < 10 0 m CM UJ 10 =5 «r O , O CM » O ^ 0. - OJ CO z 2 / "^ <^z ^zo> — 52 / 0 tn 1— r~ — Q 0 - Z ^"^ - ^ H X 5oo 0.0 y / / 5 ^2! ^ z 5 Z < ZZHJ oO uj uj JSOK UJ — CO 0 10 X £ *"^>S. z ? - CM O* ^ -• "•^ z y z 5 . ZA 5 z z - O 1 1 •*• 1 1 10 CM O 8 o o CM O o o (0 DEPTH (METERS) Figure VI-19. — Continued 671 T. ChJ o CO H O z CO :*: o Q (0 US o a to v V. ^^^^_ ^ cr> ^ "* — — — ' > i i i i tO i r» oo CJ 8 § W — o z CJ Ui Ix! a. CO 1 1 II \ \ \ LATITUDE LONGITUDE MONTH DEPTH OF BOTTOM RELIABILITY METHOD 1 1 1 CO. O CD O d CM d CD o 1 1 1 1 ^ Oo to CM s 8 -a a) a u a o o\ CU u 00 •H Pn 672 XI a) a •H 4J a o V cr> •H * DEPTH (METERS) 1 ! 1 1 J ! CM ?®< ^u-{c "~ w • coQ > _ , c5" LATITUDE LONGITUDE MONTH DEPTH OF BOTTOM RELIABILIT METHOD PEED (KN 0.6 0.8 _ — w* co — o 5 CM CO o d o w o 00 ] i ] I | I o o CM o o g O s 8 IO g CM S CO DEPTH (METERS) 673 odOQ- o>cd< — p- o 3 0U-Q CH c z ZOlOjH £ o O ujooujy 33 so ccS o o to DEPTH (METERS) cvi 1 1 I 1 1 u> 0- op _ o o < m — d *t ^ io CO — > w 9 o^ _) — H 13 H X x»~ CD o Ocvj .^ h- 5 •"" I-*- < X __ 3(KN 1.0 1. p x ^ -* Bll§s RELI MET u N. *8 wo S#^ -.— •*■— •"* — (0 _i- d i- ^_, . Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 E 5.00 25 E 4.08 0.92 0.92 50 E 3.90 0.18 1.10 75 E 3.78 0.12 1.22 100 E 3.63 0.15 1.37 125 E 3.38 0.25 1.62 150 E 2.90 0.48 2.10 200 E 2.15 0.38 2.85 250 E 1.95 0.10 3.05 300 E 1.70 0.12 3.30 400 E 0.68 0.25 4.32 500 E 0.15 0.13 4.85 Depth Range of Max. Current Shear: 0-25m Point No. 8, 37.2°N, 67 0°W, August Depth (m) 4950 Dir ./Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 ENE 4.96 5.80 25 ENE 4.10 0.86 5.22 0.86 50 ENE 3.50 0.60 5.00 1.46 75 ENE 3.52 0.02 5.05 1.48 100 ENE 4.02 0.50 5.28 1.98 125 ENE 3.98 0.04 4.75 2.02 150 ENE 3.53 0.45 4.28 2.47 200 ENE 3.35 0.09 4.22 2.65 250 ENE 3.25 0.05 4.22 2.75 300 ENE 2.70 0.28 4.00 3.30 400 ENE 1.62 0.27 2.00 4.38 500 ENE 1.25 0.09 1.60 4.75 Depth Range of Max. Current Shear: 0-50m 679 Table VI-4. — (continued) Point No. 9,, 38.1°N, 70.2°W, June Depth Dir. /Speed. (Set/kt) Vertical Shear (m) 3800 Av . Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 ENE 4.78 25 ENE 4.12 0.66 0.66 50 ENE 3.50 0.62 1.28 75 ENE 3.23 0.27 1.55 100 ENE 2.60 0.63 2.18 125 ENE 2.15 0.45 2.63 150 ENE 1.62 0.53 3.16 200 ENE 1.00 0.31 3.78 250 ENE 0.98 0.01 3.80 300 ENE 1.00 0.01 3.82 400 ENE 0.92 0.02 3.90 500 ENE 0.68 0.06 4.14 Depth Range of Max. Current Shear: 0-150m Point No. ] ,0, 38.0°N, 71.0°W, June Depth (m) 3300 Dir. /Speed (Set/kt) Vertical Shear Av . Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 ENE 4.50 5.00 25 ENE 4.10 0.40 4.63 0.40 50 ENE 3.63 0.47 4.16 0.87 75 ENE 3.28 0.35 3.90 1.22 100 ENE 3.00 0.28 3.51 1.50 125 ENE 2.76 0.24 3.30 1.74 150 ENE 2.50 0.26 3.00 2.00 200 ENE 1.73 0.38 2.20 2.77 250 ENE 1.35 0.19 1.90 3.15 300 ENE 1.10 0.13 1.70 3.40 400 ENE 0.98 0.03 1.85 3.52 500 ENE 0.75 0.06 1.62 3.75 Depth Range of Max. Current Shear: 0-200m 680 Table VI-4. — (continued) Point No. 11, 34.9°N, 75.3°W, May Depth (m) 1650 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 NE 1.80 25 NE 1.97 0.17 0.17 50 NE 1.88 0.09 0.26 75 NE 1.79 0.09 0.35 100 NE 1.65 0.14 0.49 125 NE 1.60 0.05 0.54 150 NE 1.55 0.05 0.59 200 NE 1.40 0.08 0.74 250 NE 1 . 40 0.00 0.74 300 NE 1.40 0.00 0.74 400 NE 1.40 0.00 0.74 500 NE 1.40 0.00 0.74 Depth I tange of Max. Ci irrent Shear: 0-100m Point No. 12, 32.5°N, 65.0°W, May Depth (m) 1850 Dir ./Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 NE 1.21 25 NE 0.80 0.31 0.31 50 N 0.59 0.24 0.55 75 N 0.40 0.19 0.74 100 NW 0.40 0.30 1.04 125 NW 0.40 0.00 1.04 150 NW 0.38 0.02 1.06 200 NW 0.27 0.06 1.17 250 NW 0.20 0.03 1.24 300 NW 0.20 0.00 1.24 400 NW 0.20 0.00 1.24 500 NW 0.20 0.00 1.24 Depth Range of Max. Current Shear: 0-100m 681 Table VI-4. — (continued) Point No. '. L3, 32.0°N, 65.2°W, August Depth (m) 60 Dir ./Speed (Set/kt) Vertical Shear Av . Rate (kt/25m) Max . Speed (kt) Cumulative (kt) 0 SE 0.74 1.12 25 SE 0.55 0.19 1.00 0.19 50 SE 0.45 0.10 1.00 0.29 75 100 125 150 200 250 300 400 500 Depth Range of Max. Current Shear: 0-25m Point No. 14, 31.0°N, 63.0°W, April Depth (m) 4600 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max . Speed (kt) Cumulative (kt) 0 NE 0 . 30 25 NE 0.45 0.15 0.15 50 NE 0.50 0.05 0.20 75 NE 0.52 0.02 0.22 100 E 0.52 0.37 0.22 125 E 0.50 0.02 0.24 150 E 0.48 0.02 0.26 200 E 0.40 0.04 0.34 250 E 0.35 0.03 0.39 300 E 0.30 0.02 0.34 400 SE 0.15 0.05 0.49 500 SE 0.15 0.00 0.49 Depth Range of Max. Current Shear: 75-100m 682 Table VT-4.--( continued) Point No. 15, 25°3j L'N, 72°33fW Depth (m) Speed (kt) Av. a Prevail. Dir.(°) No. Obs. Max. Min. 50 0.28 0.00 0.07 0.03 310 1592 50 0.55 0.00 0.24 0.16 264 2052 100 1.05 0.00 0.67 0.16 300 4763 100 1.15 0.25 0.50 0.17 292 2120 100 0.77 0.17 0.45 0.12 290 1932 200 0.95 0.21 0.49 0.13 306 2081 200 0.75 0.25 0.47 0.10 032 2084 400 0.78 0.12 0.39 0.12 286 2187 400 0.57 0.19 0.35 0.07 329 1604 600 0.67 0.06 0.34 0.11 310 1924 Burns, D. A. and L. A. Banchero, 1966. Deep Moored Current Measure- ments in the Western North Atlantic (OPEVAL Area B) June- July 1965. NAVOCEANO IM No. 66-17, 28 pp. Point No. 16. 26.0°N, 79.8°W, April Depth (m) 360 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 N 3.30 3.97 25 N 3.13 0.17 3.75 0.17 50 N 2.60 0.47 3.40 0.64 75 N 2.10 0.50 3.08 1.14 100 N 1.22 0.88 2.68 2.02 125 N 1.18 0.04 2.25 2.06 150 N 1.22 0.04 2.00 2.10 200 N 1.22 0.00 2.00 2.10 250 N 1.22 0.00 1.82 2.10 300 N 1.00 0.05 1.53 2.32 400 500 \ Depth Range of Max. Current Shear: 75-100m 683 Table VI-4 . — (continued) Point No. 17, 25.8°N, 79.6°W, April Depth (m) 775 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 N 2.15 3.5 25 N 1.91 0.24 3.4 0.24 50 N 1.48 0.43 3.3 0.67 75 N 1.28 0.20 3.2 0.87 100 N 1.15 0.13 3.1 1.00 125 N 1.18 0.03 3.05 1.03 150 N 1.20 0.02 2.92 1.05 200 N 1.04 0.08 2.50 1.21 250 N 0.75 0.14 2.00 1.50 300 N 0.48 0.14 1.53 1.77 400 N 0.18 0.08 1.02 2.07 500 N 0.20 0.01 0.55 2.09 Depth Range of Max. Current Shear: 0-50m Point No. 18. 24.4°N, 77 , 5°W, December Depth (m) 1500 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 SE 0.80 25 VRBL 0.40 0.40 0.40 50 VRBL 0.29 0.11 0.51 75 VRBL 0.25 0.04 0.55 100 E 0.21 0.04 0.59 125 E 0.19 0.02 0.61 150 E 0.17 0.02 0.63 200 E 0.15 0.01 0.65 250 E 0.13 0.01 0.67 300 W 0.11 0.12 0.91 400 W 0.09 0.02 0.93 500 W 0.04 0.01 0.98 Depth Range of Max. Current Shear: 0-25m 684 Table VI-4. — (continued) Point No. 19, 23.8°N, 77 . 4°W, November Depth (m) 1500 Dir ./Speed (Set/kt) Vertical Shear Av . Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 S 0.77 25 S 0.72 0.05 0.05 50 S 0.60 0.12 0.17 75 S 0.53 0.07 0.24 100 S 0.45 0.08 0.32 125 S 0.41 0.04 0.36 150 S 0.37 0.04 0.40 200 S 0.30 0.04 0.47 250 S 0.24 0.02 0.52 300 S 0.20 0.03 0.54 400 SE 0.11 0.04 0.69 500 SE 0.07 0.01 0.73 Depth Range of Max. Current Shear: 25-50m Point No. 20, 26.6°N, 84 . 8°W, January Depth (m) 915 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 SW 0.41 25 SW 0.27 0.14 0.14 50 SW 0.22 0.05 0.19 75 SW 0.20 0.02 0.21 100 SW 0.20 0.00 0.21 125 SW 0.20 0.00 0.21 150 SW 0.20 0.00 0.21 200 SW 0 . 20 0.00 0.21 250 SW 0.20 0.00 0.21 300 SW 0.20 0.00 0.21 400 SW 0.20 0.00 0.21 500 SW 0.20 0.00 0.21 Depth Range of Max. Current Shear: 0-25m 685 Table VI-4. — (continued) Point No. 21, 24.1°N, 82.3°W> March Depth (m) 725 Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 E 1.91 25 E 1.80 0.11 0.11 50 E 1.69 0.11 0.22 75 E 1.37 0.32 0.54 100 E 1.10 0.27 0.81 125 E 0.89 0.21 1.02 150 E 0.60 0.29 1.31 200 E 0.19 0.20 1.72 250 300 400 500 Depth Range of Max. Current Shear: 50-175m Point No. 22, 23.8°N, 82.5°W, June Depth (m) 1600 Dir ./Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 E 4.50 25 E 4.05 0.45 0.45 50 E 3.70 0.35 0.80 75 E 3.45 0.25 1.05 100 E 3.20 0.25 1.30 125 E 3.00 0.20 1.50 150 E 2.70 0.30 1.80 200 E 1.80 0.45 2.70 250 E 1.42 0.19 3.08 300 E 1.20 0.11 3.30 400 E 0.92 0.07 3.58 500 E 0.78 0.04 3.72 Depth Range of Max. Ci irrent Shear: 150-200m 686 Table VI-4. — (continued) Point No . 22(A), 23.7* % 82.3°W Depth (m) Dir. /Speed (Set/kt) Vertical Shear Av . Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 E 4.4 25 E 4.3 0.1 0.1 50 E 4.2 0.2 0.2 75 E 4.1 0.3 0.3 100 E 4.0 0.4 0.4 125 E 3.8 0.2 0.42 150 E 3.2 0.6 1.02 200 E 2.3 0.4 1.92 250 E 1.8 0.3 2.42 300 E 1.6 0.05 2.62 400 E 1.2 0.1 3.02 500 E 0.95 0.06 0.25 Depth Range of Max. Current Shear: 150-200m Point No. 23, 25.6°N, 79.8°W Depth (m) Dir. /Speed (Set/kt) Vertical Shear Av . Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 N 5.50 25 N 5.70 0.20 0.20 50 N 5.50 0.20 0.40 75 N 5.20 0.30 0.70 100 N 4.90 0.30 1.00 125 N 4.50 0.40 1.40 150 N 4.10 0.40 1.80 200 N 3.40 0.35 2.50 250 N 2.95 0.22 2.95 300 N 2.72 0.12 3.18 400 N 2.28 0.11 3.62 500 N 1.77 0.13 4.13 Depth Range of Max. Current Shear: 687 Table VI-4. — (continued) Point No. 24, 25.9°N, 80.0°W Depth (m) Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 N 5.00 25 N 4.75 0.25 0.25 50 N 4.20 0.55 0.80 75 N 3.50 0.70 1.50 100 N 2.77 0.73 2.23 125 N 2.43 0.34 2.57 150 N 1.68 0.75 3.32 200 N 0.68 0.50 4.32 250 300 400 500 Depth Range of Max. Current Shear: 75-125m Point No. 21 i.r 24.1°N, 80. 7°W Depth (m) Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 NE 2.40 25 NE 2.30 0.10 0.10 50 NE 2.25 0.05 0.15 75 NE 2.21 0.04 0.19 100 NE 2.15 0.06 0.25 125 NE 2 . 10 0.05 0.30 150 NE 2 . 05 0.05 0.35 200 NE 1.95 0.05 0.45 250 NE 1.75 0.10 0.65 300 NE 1.70 0.03 0.70 400 NE 1.50 0.04 0.90 500 NE 1.20 0.07 1.20 Depth Range of Max. Ci irrent Shear: 0-25m 688 Table VI-4. — (concluded) Point No. 26, 35.8°N, 73.3°W Depth (m) Dir. /Speed (Set/kt) Vertical Shear Av. Rate (kt/25m) Max. Speed (kt) Cumulative (kt) 0 25 50 75 100 125 150 UNK 2.10 200 UNK 2.20 0.10 250 UNK 2.20 0.00 300 UNK 2.20 0.00 400 UNK 2.05 0.04 500 UNK 1.69 0.09 Depth Range of Max. Current Shear: Point No. 27, Western Part of Florida Strait off Virginia Key Depth (m) Dir. /Speed cm/sec Shear Cumulative 0 170 25 158 12 12 50 140 18 30 75 121 19 49 100 110 12 60 125 100 10 70 150 83 17 87 200 28 28 142 250 03 12 145 689 Table VI-5. — Statistics of Oregon coastal currents* Depth No. Speed (cam/sec) - Principal Vector Dates (m) obs. mean a Max. Min. speed dir. speed dir. 7/12- 20 1472 21.0 7.5 49.8 5.7 15.7 215 16.5 197 8/2 60 1472 13.3 3.5 29.5 5.7 12.2 195 4.3 161 8/28- 20 3672 13.8 4.8 43.8 5.2 9.8 025 0.8 360 9/23 60 3672 15.4 5.2 42.9 5.2 12,8 005 6.1 353 9/24- 20 3600 19.3 7.4 50.5 5.2 17.1 025 4.0 018 10/19 25 1872 20.6 205 1/24- 50 1559 26,3 14.3 73.1 7.9 12.2 195 6.5 211 2/19 75 1872 27.0 13.2 61.1 7.2 13.6 195 10.8 205 *Current measurements, in zonal array derived from summary curves of velocity, along 44°40!N, from Oregon Coast to 125o05'W, Table VI-6. — Current measurements at points 40-1, 40-11, 40-111, and 40-IV Point 40-1, 30°00'N, 118°45'W Depth (m) Degrees T cm/sec kts 20 27 52 77 102 177 252 073 14 0.272 030 18 0.350 020 20 0.389 010 15 0.299 330 20 0.389 088 10 0.194 090 13 0.253 690 098 20 0.389 070 15 0.292 052 24 0.467 038 19 0.369 038 17 0.331 045 17 0.331 048 16 0.311 050 20 0.389 Table VI-6. -- (concluded) Point 40-11, 30°56'N, 116°30'W Depth (m) Degrees T cm/sec kts 20 52 102 152 202 252 302 402 Point 40-111, 30°58'N, 116°35'W Depth (m) Degrees T cm/sec kts 20 52 102 152 202 252 302 402 Point 40-IV, 30°56'N, 116°41fW Depth (m) Degrees T cm/sec kts 20 52 102 152 202 302 402 D. References, see page 060 20 0.389 060 08 0.155 346 38 0.739 357 34 0.661 358 40 0.778 359 25 0.486 360 30 0.584 030 21 0.408 060 10 100 19 360 04 048 12 048 04 060 04 010 08 691 VII. Oceanic Conditions (Dynamic) A. INTRODUCTION Phenomena, in the ocean environment, refers to current systems, oceanbgraphic fronts, upwelling, and unusual occurrences, such as Red Tide. Unfortunately, there is not enough scientific observation and documen- tation of these events to justify statistical treatment. Good information is available on the geographic limits of several of the phenomena and their cyclical nature. It is the purpose of this section to shed some light on the character, scope, and cyclical nature of the phenomena. Therefore, in lieu of statistical matrices of oceano- logical phenomena, the concept of signatures is intro- duced. Signatures are characteristics that can be expected of a given phenomenon and to the extent that these characteristics are known, they become part of the phenomenon's signature. After the observations of ocean phenomena become more systematic and years of data are accumulated, meaningful distributions of the phenomena can become realities. B. DISCUSSION 1. Gulf Stream and Its Meanders little change from season to season, changes can be rapid and intense in monthly synopses. The north wall of the Gulf Stream is a dramatic phenomenon. The figure presents the envelope of all positions of the north wall as shown in five years by the Gulf Stream Monthly Summary Series, U.S. Naval Oceanographic Office pub- lication 16782-GS. Compared with the seasonal means of the core, the variability of the northern edge can be appreciated. Meanders of the Gulf Stream appear as eddies, those north of the mean position of the core drifting northeastward and those south of the mean position drifting slowly southwestward. Figure VII- 1 also shows positions of the Slope Front and the month numbers (1-12) in wnich they were observed. The 100-fathom line (dotted) is shown because of a unique relation between this line and the Slope Front. Figure VII-2 shows sea surface temperature traces made by airborne radiation thermometers in transits across the Gulf Stream. At Point B the North Wall is represented by a temperature discontinuity of 8°C. The southern edge of the Gulf Stream is also obvious (point A), even though the temperature gradient is but 2-3°C. At Foint C (72°40'W) the temperature drop across the North Wall was observed to be 11°F (6°C), and at Point D (65°35'W) on December 15, 1966 the drop was 20°F (1 1°C) in less than 5 mi! Figure VIM shows four seasonal mean positions of maximum current taken from The Gulf Stream Monthly Summary.1 Although the means are smooth and show *Mean positions are taken from H. O. Pub. No. 571, Atlas of Surface Currents, North Atlantic Ocean (out of print) and reproduced in The Gulf Stream Monthly Sum- mary series, USNOO 16782-GS. 692 S X TO 40 OBSERVED POSITION OF SLOPE FRONT AND MONTH OBSERVED Figure VII-1. — Envelope of the Gulf Stream locations and positions of the Slope Front. 693 i'l55* 1950 1945 1940 1935 O 25" U or <2C4 UJ Q. Id 15- NORTHERN EDGE 35° I5'N 75° 05" W 1 SOUTHERN EDGE 34° 38' N 74° 08' W 12 DECEMBER 1968 1 (a) TIME (6CT) pi — i — r 75 - 55- 5 -r — r i i I 10 ~i — r i i -i 39°33'N 85° 35 W — * rv /-■»•%# 36°5l'N 72°40,W - C ,*r rAD (b) » •».** • / ** 15 DECEMBER 1966 i__l l_l L i i i iH 19302- (FROM OCEAN PREDICTION DIVISION, USNAVOCEANO) NAUTICAL MILES Figure VII-2. — Sea surface temperature traces across the Gulf Stream. 694 100° 90° 80° 70° 60° 50° 40° 50° 40° 30° v F M A M t V A S 0 N 0 64 62 60 58 56 54 52 50 I i | - t* y— - r > 48 < 46 Q 44 _ 1 UJ 42 Q. 40 CO nw W 38 i .... ^ 24 2 cn 23 22 21 20 □ / i N 1 ^ — i i I. ' y, -^T 7~ ' 1 — ■ 13 i 12 II 10 f ^-- . — FLORIDA CURRENT (segment I) SOUTH OF HATTERAS (segment 2) N.E. OF HATTERAS (segment 3) S.W. OF GRAND BANKS (segment 4) Figure VII-3. — Annual variations in the current speeds in four segments of the Gulf Stream System. 695 a. Signatures -of the Gulf Stream System 1) General a) Formation— At convergence of the Antil- les Current and the Florida Current, northwest of Little Bahama Bank. b) Seasonality - Directions change very lit- tle; speeds are greatest in summer and least in winter and late autumn. c) Subsurface Currents — Southwest of Cape Hatteras; similar to surface except weaker; maximum observed at 100 m = 1 kt; shoreward part has higher velocity than seaward. d) Tidal Effects (Florida Current) -Con- siderable with maximum effects 9 hours before upper and lower transits of the moon. e) Mean Position (Florida Current) - Fol- lows 100-fa thorn line. f ) Countercurrent — Southward close to Florida coast and westward along Florida Keys; speed, 1 kt. g) Boundaries of the Gulf Stream — Bound- ed on the north by the North Wall and on the south by a more subtle front with Sargasso Water. These boundaries are featured by wavelike perturbations called meanders, which occasionally, through instability of the boundary flow, break off and become separate eddies. h) Normal Cloud Base Height over Gulf Stream — 300 m. 2) Current a) Maximum observed surface current speeds, in knots (winter and summer), observations from U.S. Naval Oceano- graphic Office (1); winter and summer averages from H.O. Pub. No. 700(2); monthly averages for month of highest speeds and month of lowest speeds from Fuglister(1951)(3): b) Statistics on the surface flow of the Florida Current were derived from No- vember-December; Monster Buoy data, by Smith, (1969), as follows: (1) Mean current velocity = 167.05 cm/sec (3.25 kt) (2) Standard deviation = 1 5 .42 cm/sec (0.30 kt) (3) Average fluctuation — 9.23 percent (4) Fluctuations due to tidal compon- ents — 21.35 percent c) Volume transport of the Gulf Stream in Sverdrups (106m3/sec), and months dur- ing which observations were made (Rich- ardson, et al., 1969). 29.6/Jun-Jul 1966 31.7/May-Junl965 32.2/May-Jun 1965 33.1/Jul-Aug 1966 33.0/May-Jun 1967 35.1/May-Jun 1967 37.2/Jul-Aug 1967 53.0-55.0/Jun-Jul 1968 89.0 (1) Sombrero Key to Cay Sal Bank (2) Fowey Rocks to Cat Cay (3) Miami to Bimini (4) Ft. Pierce to Mantan- ila Shoal (5) Ft. Pierce to Mantan- ila Shoal (6) Cape Kennedy (7) Jacksonville (8) Cape Fear (9) 68° 38"W (U.S. Naval Oceanographic Office Gulf Stream Summary) (10) Volume transport extends 50 to 100 km to warm side of surface current maximum. NOTE: From vertical cross-sections normal to flow between zero isotachs laterally, and surface to underwater zero isotach. 3) Meanders north of the core a) North Wall and meander periphery identi- fied by the position of the 15°C isotherm at 200 m. (1) Florida Current (2) SW of Hatteras (3) NE of Hatteras (4)SWofGr. Banks (1) (2) (3) Observed Average (seasonal) Average (monthly) maximum maximum minimum, maximum, winter summer winter summer with months 6.9 6.5 2.26 2.64 2.04/Nov 2. 73/ Jul 5.0 5.7 1.68 2.14 1.53/Nov 2.05/Jun 5.3 5.3 1.00 1.06 0.84/Oct 1.00/May 3.4 4.6 0.66 0.70 0.45/Oct 0.56/Mar 696 (1) Surface temperature gradients 5°C/20 or less km (Hansen, 1970) 10°C/l-3 km typical, near Cape Hatt- eras ll°C/l-3 km typical, at 66°W longi- tude (2) Range of temperatures at 200 m is 15°C (3) Meanders are quasigeostrophic wave patterns (4) Unstable meanders break off the main stream and become coldcore eddies. (5) Meanders seldom, if ever, exist south of Cape Hatteras (except for minor areas of cooler water) (6) Western edges of the meanders are oriented north-south b) Wave length between crests (1)200 to 400 km, typically about 320 km (Hansen, 1970) (2) 300 to 500 km (Wilkerson, 1967) (3) East of 60°W — too diffuse to ident- ify c) Wave aplitudes (trough to crest) (1) Except in summer when very large amplitude meander may occur west of 69°W (2) Hatteras to 70°W - generally 35 to 100 km (3) 70°W to 60°W - 200 to 300 km (4) 70°W average near 150 km (Hansen, 1966 data) (5) 60°W average near 370 km (Hansen, 1966 data) d) Velocity of meanders — eastward; var- iable speed (1) Net, approximately 8.1 km/day (Han- sen) (2) Typical net speed 9.25 km/day (Han- sen) (3) Net in 2 weeks — 5.88 km/day (Fug- lister, Voorhis) (4) Maximum east component— 7.2 km/ day (Wilkerson) (5) Maximum vector speed— 20.2 km/day, resultant (Hansen) (6) Circulation of the meanders— anticy- clonic b) Two meanders broke off as eddies. (1) Formed in Sargasso Sea north of Bermuda (2) Had cyclonic circulation (3) Diameters of 100 to 200 km (4) Life span - after 5 months, two edd- ies were still prominent, but tracking of them had to stop. (5) Movement of the eddies [a] Well south of and detached from the Gulf Stream [b] About 15 km/day toward south- west [c] Maximum observed 28.1 km/day resultant [d] Average less than 1 1.2 km/day [e] Speeds become random or quasi- stationary later in their history c) Temperature gradients (typical) (1) At surface - 2-3°C/10 or less km (2)At200m-10°C/40km (3) At 400 m - 8°C/40 km (4) The eddies have a warm core TABLE VI 1-1 .--Average current speeds in the Gulf Stream System (n mi /day) (Segments shown in fig. VI I -3.) Month Segment 1 2 3 4 Jan 55.2 41.3 23.0 12.4 Feb 57.5 39.9 22.3 13.0 Mar 60.8 42.2 21.0 13.5 Apr 61.7 43.7 24.0 12.6 May 61.7 46.4 24.1 12.9 Jun 64.2 49.3 23.9 11.6 Jul 65.6 48.2 22.8 13.1 Aug 65.4 48.4 22.0 11.7 Sep 60.5 44.0 21.4 12.3 Oct 52.4 39.0 20.2 10.5 Nov 49.0 36.7 20.4 11.1 Dec 53.8 39.4 20.8 10.7 Mean 59.0 43.2 22.2 12.1 4) Meanders south of the Core a) The quasigeostrophic meanders south of the core have not been studied as exten- sively as other parts of the stream, hence less is know about them. The following is according to Fuglister. 2. Slope Front The Slope Front separates very cold wintertime river runoff and the frigid shelf water that drifts southward from the Strait of Belle Isle, Cabot Strait, and around Cape Race from the moderate-temperature slope water 697 that borders on the north wall of the Gulf Stream. The general location of the Slope Front is along the 100-fm isobath, but seasonal and apparently aperiodic fluctua- tions in its positions are pronounced. Figure VII-1 shows typical positions and the months in which they were observed, taken from *5 yr of monthly survey and analysis by the Naval Ocean ographic Office, Ocean Prediction Division. Also shown is the 100-fm isobath (accepted edge of the continental shelf). In the winter and early spring the Slope Front is well-marked, continuous, and may be found anywhere from the average position, along the 100-fm isobath, to about 80 miles south and east of the average position. Temperature discontinuities across the front may be 7 to 8°C. With vernal warming, the front retreats toward the 100-fm isobath and loses much of its temperature gradient. By summer, it can be found as a discontinuous front with segments lying at steep angles to the coast, which it may touch, and with temperature discontinu- ities to 2° to 4°C. a. Signatures of the Slope Front 1) Positions Average: along the 100-fm line Winter and early spring (November to April) From 100-fm line to 70 to 80 miles south and east Late spring and summer (May to August): North and west of 100-fm line, broken into segments of various orientation, frequently normal to and touching the coast Autumn (September, October, November): along 100-fm line. 2) Temperature gradient General: Temperature gradients are not well organized seasonally; they may vary from 2 to 7°C at any time of year. Winter and early spring: 7 to 8°C Late spring and summer: 2 to 4°C Autumn: 4 to 6°C 3) Grculation North and west of Front: Southwestward drift South and east of Front: Northeastward drift 3. Littoral Current and , Shelf Current Figure VII-4 (inset) shows the position and direction of flow of the Shelf Current and Littoral Current from south of Cape Hatteras to the southern extremities of these currents. Both of these current systems lie over the continental shelf, shoreward of both the north wall of the Gulf Stream and the Slope Front, and are contin- uous from their southern extremes northward to beyond 45°N. Except during the summer season, when the Slope Front tends to break down into segments near the coast, these two current systems are believed to be continuous, year-round. The Littoral, or Coastal Current, as described by Nickerson (1966), is a nearly laminar current that varies in proportion to river runoff. It is most apparent from October through March when the river water, though colder than the ocean water, is still less dense because of salinity differences. During the rest of the year the current is marked by vernal and summer warming of the sea surface. The Littoral Current persists throughout the year and extends from the surface to the bottom (10-40 m). The Shelf Current, also from the north, is one of the least turbulent systems in the area. It is believed to persist during all months of the year south of Cape May and, except for interruptions as the Slope Front moves toward the coast in the summer months, north of Cape May. The Shelf Current also extends from the surface to the bottom. The area of eddies, (fig. VII-4) is the area where the most interaction between the cold Shelf Current and the warm Gulf Stream occur. This part of the Gulf Stream system is called the Plateau Current by Nicker- son (1966). 4. Environmental Phenomena of the Gulf of Mexico A general statement on the characteristics of ocean currents, temperature, and waves, and the phenomena of upwelling and internal waves, is well prepared by Hawkins and Bilhorn (1971). Paraphrased, their report paints the following picture of the Gulf of Mexico: a. Near-shore currents Near-shore currents are here defined as those occurr- ing in an area that includes estuaries, bays, and the shelf to a depth of 100 fm. The fundamental dynamic feature of the near-shore current is that geostrophic balance is not achieved. Rather, the pressure gradient is balanced mainly by inertial and frictional terms, instead of by the Coriolis effect. These currents, therefore, are more variable in space and time than the offshore deep-ocean currents. Near-shore current patterns are influenced by the regular tidal changes, but importantly, also by changes in winds, river discharges, and density gradients, 698 Figure VII-4. — Segments of the Gulf Stream System (after Nicker son) . 699 including the salt wedge, cutoff eddies, and meanders of the deep-water currents. Because of the shallow depths of the near-shore areas and the Gulfs bays and estuaries, current patterns are strongly influenced by meteoro- logical factors. The near-shore currents rarely exceed 1 kt in the Gulf except during storm surges and in the narrow passages of estuaries and bays. b. Offshore circulation Idealized patterns of the general circulation, accord- ing to Leipper (1954), are shown in figures VII-5 and VII-6. The circulation in the upper layer of the Gulf is best defined in the eastern area. The current coming through the Yucatan Channel forms a relatively narrow belt of high velocity (several knots), flowing out through the Straits of Florida. The velocity of this current at the surface varies appreciably, attaining a maximum of approximately 4 to 5 kt (Cochrane, personal communi- cation). The overall current width is about 60 to 80 miles and the thickness of the layer with velocity higher than 1 kt reaches almost 500 m. Topographies of the 22°C isotherm, determined by a series of eight cruises between July 1965 and November 1966, supplemented by other surveys in the spring, indicate two types of developments in the Loop Current in the eastern Gulf (Leipper 1970). During the spring, the loop grows in size, penetrating increasingly farther northward into the Gulf. In the summer, the current system spreads westward. Either the entire loop, which then extends to almost the 1000-fm isobath in the north, moves toward the 90°W meridian or, in another sequence, a cutoff meander migrates westward. The Loop Current is not known to penetrate farther west- ward than 90°W. The currents of the western Gulf are weaker and vary in location and intensity. On the average, there is a large, elongated anticyclonic gyre over the abyssal plain in the central western Gulf, whose major axis runs northeast- southwest. The maximum velocity of the northeastward flow on the northwest side of the gyre reaches 1 kt, though the location and intensity of the gyre are variable. The offshore circulation in the Gulf has been calcu- lated in most cases by the geostrophic method using density gradients determined from temperature and salinity data. Direct measurements of currents are scarce except for surface geomagnetic-electro-kinetograph (GEK) measurements. Since the inflowing Yucatan Current consists of an almost uniform watermass, the vertically averaged temperature in the upper 100 or 200 m correlates well with the dynamic heights, referred to the 1 ,000-m level and thus it is possible to determine the circulation pattern with BT data only. Research vessels have covered portions of the Gulf to provide the offshore circulation pattern at least once each season since 1962. c. Astronomical and meteorological tides and tidal currents The tides of the Gulf of Mexico are predominantly diurnal and the tidal ranges are below 0.7 m. The diurnal tide is considered to enter the Gulf through the Straits of Florida and circulate around the Gulf counterclock- wise, leaving it through the Yucatan Strait. The ampli- tudes of the diurnal tides are 10 *o 20 cm along the Gulf Coast, reaching almost 30 cm at Campeche. The semi- diurnal components of tides are 1 5 to 30 cm along the Florida coast to St. Marks, Florida, and Campeche but less than 10 cm along the rest of the Gulf coast. The actual tides deviate from the predictable tides for various reasons. The effects of cold fronts, cyclonic storms, and other meteorological phenomena have been made only for hurricane surges (20 ft in hurricane Carla, 1961), but essentially the same tide-generating forces act in less severe meteorological events. Wind speeds of 20 to 30 mi/hr have little large-scale effect, but can produce significant tidal fluctuation of four feet or more in the shallow estuaries of the Gulf coast. Estuarine-oceanic water exchanges resulting from such tidal events may flush an estuary. A combination of estuary configuration and the existence of swells in the Gulf can produce resonant variations (seiches) in estuarine water height. This phe- nomenon can be initiated by local wind fields and oceanic wind waves and swells. Within the Gulf, reso- nant-period water level fluctuations of about 1 foot have been reported, causing seiches which have broken mooring lines on small craft in some harbors. Such events are principally the passage of hurricanes— either by forerunning surges or radiated swells. d. Water temperature and its anomalies Surface water temperatures in the Gulf range from 18° to 24°C in February and 28° to 30°C in July. The summer sea surface temperature (SST) is rather uniform across the Gulf, whereas the winter SST decreases from the Yucatan Channel to the northern Gulf Coast. A good indicator of the flow pattern and strength of the northward flowing Yucatan Current is the temperature of the warmed area near the coast. The thickness of the surface mixed layer may reach 125 m, but the mean thickness of this layer is about 90 m in the winter season. The core of the subtropical salinity maximum is located at an average depth of 200 m the level of the 16°C isotherm. At 1500 m the approximate mean temperature is 4.2°C, changing very little either vertically or horizontally. 700 Water temperature anomalies on the shelf of the Gulf are caused mainly by winter frontal passages, hurricanes, and river runoff. Intense local cooling in the spring was found on transects 28 miles SSE of Alligator Harbor. East of the Mississippi Delta investigators found temper- ature drops of 10°F within 2 to 3 miles in the winter of 1960-61. Heat losses from the sea to the atmosphere during the passage of cold fronts over the shelf south of Galveston Bay are larger than the heat losses calculated for the Sea of Japan during the winter monsoon. In deep water, temperature anomalies are generated by changes in the course of the Loop Current, particu- larly in the eastern Gulf, and by the passage of hurricanes. When the Loop Current or its detached eddy moves into the area, the water temperature increases down to the depth of approximately 30 m. When a hurricane passes, the temperature in the upper mixed layer decreases in the intense wind zone of the storm, but increases outside that zone. e. Upwelling, internal waves, and special cases Persistent upwellings within the Gulf of Mexico are generally caused by seasonally persistent wind stress over the water. The regular easterly winds of spring and summer in the southern Gulf create the intense upwell- ing on the Campeche Bank. Less persistent and more complicated upwelling exists along the western side of the Loop Current, where deep water is driven upward in partial response to geostrophic forces. Sporadic upwell- ing is associated with hurricane passage; the water below the thermocline has been observed to rise 60 m or more after passage of the storm. In a stratified sea, a translatory internal wave can be generated without disturbing the free surface. The passage of internal waves is demonstrated most directly by the vertical oscillation of the water temperature field. The internal waves in the basin of the Gulf can be generated by hurricanes, by large low or high pressure systems, and by exchanges of energy at the edge of major current systems. Within the Gulf, few internal wave measurements have been made. Hurricane-induced internal waves have been noted to have amplitudes of tens of meters. Measurements of periods are sparse; there was only one report of waves with tidal periods. f. Red Tide The sporadic bloom of the detritus, Gymnodinium brevis (an unarmored dinoflagellate), causing mass mor- tality of marine animals off the southwest coast of Florida, is popularly known as the Red Tide. Observa- tions during the Red Tide bloom of 1946-47 frequently noted patches of dead fish several miles to several tens of miles in width. One investigator has estimated that Red Tide blooms have occurred in 9 out of the 15 years between 1946 and 1960. They have been found from the Dry* Tortugas along the Florida Keys and northward to Clearwater, generally moving northward and shoreward. Scientists believe that several factors, including salinity and tem- perature, play contributing roles. However, the chain of causative events is little known. Chew (1955) presents the following rational mecha- nism for Red Tide occurrences: The phenomenon is keyed to a convergence of four different water masses (Mississippi estuarine, Florida Coast estuarine, Loop Current, and Florida Bay). In the SW Florida Shelf case, it has been shown that organisms or detritus floating in an area 10 miles offshore, of say 100 square miles initially, will be concentrated into an area of 33 square miles at the end of 6 weeks as the column flows toward deeper water. This concentration agrees with Ketchum and Keen (1948). The phosphorus content of water containing the Red Tide organisms was found to be from 2.5 to 10 times the expected maximum. When convergence in the X-direction and Y-direction are in phase, patches of floating, nonswimming organ- isms and other detritus will be denser than usual. During periods of Red Tide bloom, the horizontal convergence inherent in the movements of water col- umns toward the open Gulf will concentrate floating (or weakly-swimming) Red Tide organisms or detritus into large and dense patches offshore. Some of these patches will be lost to the Loop Current, but some will return toward shore, and with increasing negative vorticity will tend to beach. Surface winds can modify these patterns. Moderate, steady, onshore winds during the Red Tide bloom produce severe Red Tide concentration along the coast. Against the immediate advantage provided by a strong offshore wind in keeping possible Red Tide patches away from shore is the longer-term disadvantage of possibly having "seeded" the offshore current with large volumes of estuarine water which may carry with them favorable conditions for a Red Tide bloom. 5. The Loop Current of the Gulf of Mexico The primary current in the Gulf of Mexico is in the form of a loop entering through the Yucatan Channel and leaving through the Florida Straits. Figure VII-7 shows typical positions in September. This current usually transports more than 25 million m3/sec of water at speeds from 50 to 200 cm/sec. Although it retains its physical characteristics along the line of flow, its path is known to be highly variable. Little information on the 701 variations is published. The Loop Current is always strong, however, and the current on either side of the loop is largely contained in a band 90 to 1 50 km wide. Leipper (1970) who constructed the charts from observations made in 1965-1966, (fig. VII-5), suggests that there is a systematic development and breakdown of the pattern of the Loop Current, which may have seasonal aspects. One aspect is that the growth of the loop from a small one to one intruding deeply into the Gulf seems to be a spring phenomenon and is therefore given the name spring intrusion (fig. VII-8). Another is that the winter cooling of the northern Gulf affects the circulation. However, the development is different each year. In summer, at least two different patterns may occur. Each leads to its own unique series of subsequent patterns, but each consists of a fall spreading to the west. In one case, the entire loop remained connected (as in 1966) and the current did not decrease markedly in intensity downstream. In the other situation (August 1965), a portion or all of the upper part of the loop broke off from its feeder current. In this case the isolated or partly isolated eddy decreased in intensity and shifted in position, probably toward the west. a. Signatures of the Loop Current Width 60 to 80 km Thickness (velocity 1 kt) 500 m Velocity 50 to 200 cm/sec (1 to 4 kt) early summer 67 km/da (1.8kt) October-November 45 km/da (1 .0 kt) Maximum 4 to 5 kt Volume transport 25 to 30 x 106m3/sec Suggested seasonal pattern: Spring— Intrusions from small loop in SE Gulf to 87° to 89°W Summer— Continued intrusion toward 90°W and spreading into wider tongue ^//-Spreading, filling central basin almost to 1,000-fm isobath Winter-Receding back to SE Gulf 6. California Current System The California Current is the eastern limit of the anticyclonic gyre that dominates the North Pacific Ocean. It is a broad sluggish current characterized by cool, low-salinity water. Warm high-salinity water is found to the west (central North Pacific) and south (vicinity of the Golfo de California). Upwelling along the coastal boundary of the current introduces cool, unusually high-salinity water to the surface layer. 702 The North Pacific gyre is largely wind-driven. Seasonal variation of the wmds is indicated by seasonal variation of the strength and location of atmospheric pressure cells. The currents respond to variations in wind. A strong northerly wind component in spring through fall strengthens the current and a narrow countercurrent flows close to the coast away from the equator at depths below 200 m. In winter the south-setting component weakens or reverses and an inshore countercurrent (Davidson Current) develops along portions of the coast. To understand better the variability of wind-driven currents, figures VII-27 and VII-28 are provided. Figure VII-27, developed by James (1966), is a simplified nomogram for determining deep-ocean currents when the wind speed, direction, fetch, and duration are known. Figure VII-28, developed by Bretschneider (1967), is a nearly comparable nomogram for computing littoral current; however, it is valid for 100-ft depths only. If the surface wind climatology is known (see Atmospheric Conditions, I) and these nomograms are applied, a better understanding of the surface wind driven current will result. a. Signatures of the California Current System 1) Components California Current California countercurrent (Davidson Current) California undercurrent Eddies and upwelling 2) California Current (a) Formation: Wind-driven eastern seg- ment of North Pacific anticyclonic gyre. Replaces water that is carried westward by the drag of the NE trades. (b) Seasonality: Directions change very little; speeds are greatest when N and NW winds are strongest: [ 1 ] Oregon- Washington in August [2] Northern California in June and July [3] Southern and Central California in May and June [4] Baja California in April and May (c) Mean Position: From 48°N to 23°N; from near coast to about 700 km seaward. (d) Current Speeds [1] A broad, sluggish southsetting cur- rent with little variability. [2] Seasonal. Annual averages are: 7.7 nmi/da, northern part; 5.0 nmi/da, southern part. [3] No high velocities except locally in eddies, (e) Total transport: 10 x 106 m3/sec 3) California countercurrent (Davidson Cur- rent) (a) Formation: [1] Northern Baja California: only dis- organized eddies; Southern Baja Calif- ornia: current is evident all year. [2] North of Baja California and south of Pt. Conception: current is made up of irregular eddies in months when N and NW winds are strong, more or less continuous when these winds are weak or nonexistent, 'l' Large semipermanent cyclonic eddy south of Pt. Conception. [3] North of Pt. Conception: current is weak or nonexistent in months of stronger N and NW winds, but becomes the Davidson Current, continuous and fairly strong, in other months. [4] Davidson Current develops and extends at least to 45°N in November, December, and January. (b) Seasonality [ 1 ] Exists late fall to early spring north of Pt. Conception. [2] Among Channel Islands off south- ern California; nearly permanent eddy; weak or nil March through May. [3] Usually continuous around Pt. Con- ception November to January. [4] Inshore: northward and westward; (beyond the inshore flow: southeast- ward); (outer edge: evidence of counter- flow [northward]). (c) Meanders and eddies common at sea surface; evident also at 250 m. 4) California undercurrent Wooster and Jones (1970) used Richardson-type current meter data from four moored Geodyne buoys off of northern Baja California to monitor the N and NE setting undercurrent in the area. Their direct measure- ments were made in August 1966, off Cabo Colnett (31°N). Reid (1962, 1963) used parachute drogues to measure the current at a depth of 250 m, within 50 nmi of the northern Baja California coast, and off the California coast at 36°N. Based on these observations and Defant (1961), the following may be stated concerning the California undercurrent: (a) Formation: [1] Subthermocline poleward flow: warm; high salinity; low oxygen content; [2] From southern Baja California to Pt. Conception: extends at times to Cape Mendocino (40°5l'N) [3] Holds close to Continental Slope (b) Flow pattern: Northern Baja California (31°N) and 36°N (31°N) 36°N Near coast: northwest and north west width: 28 km 70 km speed (average): 6 cm/sec greater than 1 5 cm/sec speed (maximum) 10 22 cm/sec cm/sec Offshore: southeast southeast width: 70 km 90 km speed (average): 6 cm/sec greater than 15 cm/sec Out zone: direction uncertain north width: 50 km to end of observations speed: very slight slight Thickness: 300 m greater than 250 m Transport: 2 x 106m3/sec unknown Temperature of water: 8 unknown toll°C Eddies: fairly common fairly common According to Wooster and Jones, at 31°N: width is 20 km thickness is 300 m average speed is 30 cm/sec maximum speed is 40 cm/ sec (swift, narrow, and pressed against the Cont- intental Slope); at 400 m depth, flow was 20 cm/sec b. West coast upwelling Persistent currents parallel to a sufficiently long and 703 regular coastline in the northern hemisphere tend to "bank to the right" just as jet stream air currents do in the free atmosphere. This is a manifestation of the Coriolis parameter which varies directly with the speed of the current and the sine of the latitude. It is also affected by the topography over which the phenomenon occurs. When a persistent current flows with the coast on the left (facing downstream), the lighter surface water, which has higher velocities than the deep water, will move with a lateral seaward component. The continuity condition then requires a rising water movement at the coast. Thus, cold, dense, nutrient-rich deep water is drawn to the surface as a replacement for the evacuated warmer surface water. The circulation cell thus formed reaches below and destroys the permanent thermocline (and picnocline). Figure VII-29 is a vertical cross-section made off the coast of Oregon in June 1967 by Pak, et al. (1970). The water temperature near the coast is 4°C colder than that 25 to 30 miles farther seaward. In the sketch it is obvious from the slope of the isotherms and their packing on the right side that the colder water is actually cold deep water brought upward toward the surface. According to Sverdrup (1941) the upwelling brings water up from no deeper than 200 to 300 m. This phenomenon is seasonal, occurring mainly in the spring and early summer, from March to July. It is absent in autumn and winter. Intense upwelling, apparent in alternating low and relatively high temperatures, indi- cates that the phenomenon occurs in tongues or streaks. According to Defant (1961), the following informa- tion on West Coast upwelling is valid: 1) Extent of Upwelling: 2) Intensity: Out to the Continental Slope; Down to 200 to 300 m; From 46°N to 25°N; Maximum intensity at Cape Men- docina; other centers of action at35°N,41°N,and24°N Temperature change: On coast, up to 5° colder than surface water 25 to 30 km out to sea; Vertical speed of upwelling water: Near the coast (Pak et al, 1970)- 8.64 m/day Offshore (Defant, 1961)-2.7 m day At 40 km from coast, vertical speed is reduced to 6% of coastal value. At 50 km from coast, vertical speed is reduced to 3% of coastal value 3) Seasonality: Onset in March; Maximum intensity, July-August culmination coincides with maximum frequency of NW winds). i 4) Requirement: Wind driven current with a flow component parallel to the coast j (coast to the left of current direction); Continuity condition requires a rising water movement at the coast. The upwelling phenomena extend from 46°N to 25°N and have a maximum at Cape Mendocina. Figure VII-9 shows a summary of the annual march of temperatures at four stations near the coasts of southern California and Baja California, made by the California Cooperative Ocean Fisheries Investigations (CalCOFI). The temperatures were observed at 10 m below the sea surface every month for 13 yr (1950-62). In each of the four summaries, the (1) straight horizontal line is the 13-yr mean water temperature, (2) curved solid line is the march of mean monthly temperatures, (3) curved broken lines are one standard deviation from the mean, (4) dots are observed temperature values, (5) correlation coefficients are given. Station number 70.52 is closest to the coast and the upwelling effects are the most obvious; the anomalous cooling is in June, July, August, and into September. Station 70.70 is seaward of the intense upwelling which i is still apparent by the relatively cool maximum1 temperatures. The temperature minimum here is in February-March and the maximum is in September. Station 93.50, like Station 70.70, is seaward of the continental slope and the area of intense upwelling. Low temperatures until May or June may be due to advection of waters from higher latitudes and upwelled coastal water. Upwelling is not apparent at all at Station 127.40, near Punta Eugenia, Fifteen- or 16-yr mean monthly geostrophic surface currents are shown in fig VII-10 through 21. Mean geostrophic currents at 200-m depth are shown for January, April, July, and October in Fig. VII-22 through 25. The computed geostrophic currents at 500 m, based on post- 1960 data, are shown in figure VII-26. 704 C. DATA 1. Idealized Surface Currents in the Gulf of Mexico Figure VII-5. — Idealized surface currents in the Gulf of Mexico in June (after Leipper) . 705 Figure VII-6. — Idealized surface currents in the Gulf of Mexico in December (after Leipper). 706 2. Typical Loop Current in September, Gulf ofMexico 90' 85' 80° W 30° N Figure VII-7. — Typical Loop Current in September with detached cyclonic eddies. 707 3. Spring Intrusion in Eastern Gulf of Mexico 150 METER DEPTH 22° C ISOTHERM I I I L 80* Figure VII-8. — Spring intrusion in the eastern Gulf of Mexico, 1966, 708 4. California Cooperative Ocean Fisheries Investigation (CalCOFI) Station Plan . i i — j ■ i i i - a. =5 < «o» 35' 30* 25* 20* a 5 40* a 3 <5 a. 5 ui . m 0 10 20 30 40 SO CM/SECj v APPROXIMATE CURRENT SPEED -CURRENT DIRECTION INDICATED BY ARROWS —>" 1 \ .92 1 1 1 40° 35° 30° 25° 125° 120° 115° 110° Figure VII-1.5. — June 15-yr mean geostrophic surface currents, California coast. 715 40° Figure VII-16. — July 15-yr mean geostrophic surface currents, California coast. 716 Figure VII-17. — August 15-yr mean geostrophic surface currents, California coast. 717 40° 99 >'/ I .88 V ■ If* fll/M* \ CALCOFI SEPTEMBER 1950-64 MEAN GEOSTROPHIC FLOW AT THE SURFACE (TOPOGRAPHY OF THE O-DECIBAR SURFACE, IN DYNAMIC METERS, RELATIVE TO THE 500- DECIBAR SURFACE ) CONTOUR INTERVAL 0.04 DYNAMIC METERS 40' Figure VII-18. — September 15-yr mean geostrophic surface currents, California coast. 718 125° 120° 115° 110° 40° 35° 30° 25° T CALCOFI — . «812 .9^ - ^ *r *> CAPE MENDOCINO .92 I 96 1 00.98 *^Xr^ OCTOBER 1950-64 MEAN GEOSTROPHIC FLOW AT THE SURFACE ( TOPOGRAPHY OF THE O-DECIBAR SURFACE, IN DYNAMIC METERS, RELATIVE TO THE 500- DECIBAR SURFACE ) CONTOUR INTERVAL 0.04 DYNAMIC METERS CONTOUR INTEftV 004«ynm \ I— \ \ \ 1.090 3 40* 35° 30° 25° -* CURRENT DIRECTION INDICATED BY ARROWS—^- — I I 'I''' 125° 120° 115° 110° Figure VII-19. — October 15-yr mean geostrophic surface currents, California coast. 719 Figure VII-20. — November 15-yr mean geostrophic surface currents, California coast. 720 125° 120° 110° CALCOFI 40° DECEMBER 1950-64 MEAN GEOSTROPHIC FLOW AT THE SURFACE ( TOPOGRAPHY OF THE O-DECIBAR SURFACE, IN DYNAMIC METERS, RELATIVE TO THE 500- DECIBAR SURFACE ) CONTOUR INTERVAL 0.04 DYNAMIC METERS CONTOUR INTERVAL 0.04 4rn.m. 0 10 20 30 40 90 CM/SEC] APPROXIMATE CURRENT SPEED 35° 30° 25° 1.00— ^ \ 1*02 \ 40° 35° 30° 25° b |.03 1.00 •1.00 ■ — » CURRENT DIRECTION INDICATED BY ARROWS — >■ i 1 I ' I I J. ± J. -L 1 ^s* 120° 115° Figure VII-21. — December 15-yr mean geostrophic surface currents, California coast. 721 6. Mean Geostrophic Flow at 200 m. *> 120° AH r4io3 -CURRENT DIRECTION INDICATED BY ARROWS —> APPROXIMATE 200 METER BOTTOM CONTOUR 2 a->*,y ' V C,HJLV •«V 3, .423 2 722 125° 120° 115° Figure VII-22. — January 1950-1965 mean geostrophic flow at 200-m depth, California coast. 110° Figure VII-23. — Mean geos trophic flow at 200-m depth, California Coast, 1950-65 mean, by midseason month: April. 723 724 Figure VII-24. — Mean geostrophic flow at 200-m depth, California Coast, 1950-65 mean, by midseason month: July. 125° 120° 115° CALCOFI 110° 40' OCTOBER 1950-64 MEAN GEOSTROPHIC FLOW AT 200m DEPTH ( TOPOGRAPHY OF THE 200-DECIBAR SURFACE, IN DYNAMIC METERS, RELATIVE TO THE 500- DECIBAR SURFACE ) CONTOUR INTERVAL 0.02 DYNAMIC METERS CONTOUR interval knots! 1 1 C 1 1 r0.02d*nm 5 10 15 20 25 CM/SEC ' rtvlMlTf r i isnt m t fnrrn -• 35< 30° 25c Figure VII-25. — Mean geos trophic flow at 200"m depth, California Coast, 1950-65 mean, by midseason month: October. 725 7. Mean Geostrophic Flow at 500 m. 125° 120 Figure VII-26. 726 125° 120° 115° 110° —Mean annual geostrophic flow at 500-m depth, California Coast. FETCH (NM) o 0m o in 0 ^ m rw w s _ _ J I I l_l I 1 I I I I I I I II I I I I I I I I I cm o ro rO CM 00 CD CVJ CD WIND DURATION (HOURS) Figure VII-27. — Wind drift currents (kt) nomogram for deep water (James) 727 o o c CO Jl o o o m o o 1 3 S3 M i !\J H H CO u ■ o a 4J ^H o •H ■U cd P ri CO C o i> J9 e o •H ■M cd H d X) T3 c CO •H te> 5 GO 2 •d •H d cs cd S cd «"-\ 53 So v-' l CO o tJ •U ,-t (!) "4-1 X cu o a ■M II ct) c n !3 o «w 5-i O > m 4J 4J s

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