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  1. Vertical drop (1,741 bytes)
    1: '''[[Vertical drop]]''' the total difference expressed in meter...
    7: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  2. Vertical Axis (626 bytes)
  3. Vertical axis (26 bytes)
    1: #REDIRECT[[vertical Axis]]
  4. Vertical Drop (26 bytes)
    1: #redirect[[Vertical drop]]
  5. Vertical rise (762 bytes)
    1: '''[[Vertical rise]]''' This is the difference in '''[[elevatio...
    16: ...l Feet Totals in North nAmerica of a Roof [http://verticalfeet.com/]
  6. Vertical Transport Feet Per Hour (1,149 bytes)
    1: ... people lifted 1,000 vertical feet per hour ('''[[vertical rise]]''' of a lift, times the lift capacity per ...
  7. Vertical Demand (1,783 bytes)
    1: ...ated separately for each skill class. The average vertical demand has been increasing for all skill levels.|...
    3: '''[[Vertical Demand]]''' is the amount of vertical terrain that skiers/riders can be expected to ski...
    7: The average vertical demand has been increasing for all skill levels.
    19: *'''[[Vertical Transport Feet Per Hour]]'''
  8. Vertical Banner Frame (613 bytes)
    1: [[Image:Vertical banner frame.png|Vertical Banner Frame|thumb|250px]]
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  9. Banner Frame Vertical pole (633 bytes)
    1: ...:Banner Frame Vertical pole.jpg|'''[[Banner Frame Vertical pole]]'''|thumb|250px]]
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''

Page text matches

  1. Mogul Jump Definitions (11,634 bytes)
    12: *'''[[Vertical Axis]]''': Runs from the top of the body to the ...
    24: ...dy pass through during dynamic movement, the '''[[vertical plane]]''', '''[[lateral plane]]''' and '''[[hori...
    62: ... axis. An additional axis of rotation on the '''[[vertical axis]]''' is initiated with the rotation of the u...
    64: ... horizontal axis and '''[[720]]''' degrees on the vertical secondary axis, then the skiers extends and prepa...
    78: ...egrees in the lateral axis and 360 degrees in the vertical axis. Then the skier flexes and prepares for the ...
  2. Snow and Weather Glossary (125,201 bytes)
    104: ...on the newly formed '''[[water vapor]]''' travels vertically by way of diffusion from a higher concentration...
    286: '''[[Height]]''' is the measurement of vertical distance, but has two meanings in common use.
    344: ...marked by a concentration of isotherms and strong vertical shear.
    444: ...ogy]]), the nadir at a given point is the local [[vertical direction]] pointing in the direction of the forc...
    768: The vertical and horizontal transport of '''[[water]]''' in al...
  3. Ski Related Definitions (44,445 bytes)
    21: ... of the '''[[ski lifts]]'''. Walking distance and vertical differential between the base area facilities and...
    159: ...s. Additionally, it should be understood that the vertical rise and length of ski lifts for a particular '''...
    190: ...Hanging from the rope overhead are equally-spaced vertical cables attached to a plastic button or platter th...
    258: ...at one end. Hanging from the rope are a series of vertical recoiling cables attached to a T-shaped bar, abou...
    290: ...ated separately for each skill class. The average vertical demand has been increasing for all skill levels.
  4. Half-Pipe Glossary (6,093 bytes)
    30: '''[[Flips]]''': when a rider rotates over the vertical axis.
    32: ...[[Hybrids]]''': when the rider uses mixes between vertical and horizontal axis.
    88: ... over [[360]]° (Around [[horizontal axis]] and [[vertical axis]]''': ==
    91: ...[Caballerials]]''' (Cabs): Fakie 360º around the vertical axis.
    93: '''[[Backflip]]''': One rotation over the [[vertical axis]], backwards.
  5. Ski Cross Course Specifications (1,750 bytes)
    5: == [[4501.1]] '''[[Vertical Drop]]''' ==
    7: ...a minimum of 130 vertical meters to a maximum 250 vertical meters. The same course may be used for, men and ...
    18: Vertical Drop: '''215m ± 35m'''
    24: Vertical Drop: minimum '''165m'''
    30: Vertical Drop: minimum '''130m'''
  6. Freestyle Equipment List (48,188 bytes)
    68: | '''[[Vertical Banner Frame]]'''
    76: | '''[[Banner Frame Vertical pole]]'''
    865: ...:Banner Frame Vertical pole.jpg|'''[[Banner Frame Vertical pole]]'''
    867: Image:Vertical banner frame.png|'''[[Vertical Banner Frame]]'''
    1106: ...asurements – '''[[elevation]]''' change or '''[[vertical drop]]'''.
  7. Vertical Demand (1,783 bytes)
    1: ...ated separately for each skill class. The average vertical demand has been increasing for all skill levels.|...
    3: '''[[Vertical Demand]]''' is the amount of vertical terrain that skiers/riders can be expected to ski...
    7: The average vertical demand has been increasing for all skill levels.
    19: *'''[[Vertical Transport Feet Per Hour]]'''
  8. Main Page (2,156 bytes)
    8: |style="vertical-align:top" |
    25: |style="vertical-align:top" |
    33: |style="vertical-align:top" |
    42: |style="vertical-align:top" |
    51: |style="vertical-align:top" |
  9. Course Description Ski Cross (11,593 bytes)
    7: ...''2400m''', '''[[Finish]]''' at '''2170m''' '''[[Vertical Drop]]''' '''230 M'''
    24: '''[[Start]]''' '''[[Vertical Drop]]''' '''200 M''' Length '''1004 M'''
    33: Vertical Drop 260 meters, 2428M start / 2168M finish
    43: Vertical Drop: 185 meters
    53: Vertical Drop 200 meters, start 1520m / finish 1330m
  10. 4501 (4,139 bytes)
    6: == '''[[4501.1]]''' '''[[Vertical Drop]]''' ==
    7: ... '''130''' vertical meters to a maximum '''250''' vertical meters. The same course may be used for, men and ...
    17: '''[[Vertical Drop]]''': '''215m ± 35m'''
    23: '''[[Vertical Drop]]''': minimum '''165m'''
    29: '''[[Vertical Drop]]''': minimum '''130m'''
  11. Ski Cross Technical Data (1,067 bytes)
    1: == '''[[4501.1]]''' '''Vertical Drop''' ==
    2: ... '''130''' vertical meters to a maximum '''250''' vertical meters. The same course may be used for, men and ...
    12: Vertical Drop: '''215m ± 35m'''
    18: Vertical Drop: minimum '''165m'''
    24: Vertical Drop: minimum '''130m'''
  12. 1952 Olympic Report Norefjell (15,541 bytes)
    10: provide sufficient vertical differences.
    33: and a vertical rise of 1680 feet,
    74: 630 ft. a. s. l. The vertical descent thus was almost 2,500 ft. and the total l...
    77: The vertical descent thus was 1,265 ft. and total length 1,480...
    79: ...the finish beside the TC-house was at 630 ft. The vertical descent thus was 1,570 ft.
  13. Nadir (2,530 bytes)
    1: ...n; that is, it is one of two [[Vertical direction|vertical]] directions at a specified location, [[orthogona...
    3: ...ogy]]), the nadir at a given point is the local [[vertical direction]] pointing in the direction of the forc...
    11: *'''[[Vertical drop]]'''
  14. 4501.1 (844 bytes)
    1: ...a minimum of 130 vertical meters to a maximum 250 vertical meters. The same course may be used for, men and ...
    11: Vertical Drop: '''215m ± 35m'''
    17: Vertical Drop: minimum '''165m'''
    23: Vertical Drop: minimum '''130m'''
  15. Inclinometer (1,754 bytes)
    1: ...asurements – '''[[elevation]]''' change or '''[[vertical drop]]'''.|thumb|300px]]
    4: ...asurements – '''[[elevation]]''' change or '''[[vertical drop]]'''.
    22: *'''[[Vertical rise]]'''
  16. Capacity Analysis and Design (857 bytes)
    1: ...lculated by dividing vertical supply (VTF/Day) by Vertical Demand.
  17. Aerial Glossary (7,246 bytes)
    146: ...t]]''': A spin (rotation of the body around the [[vertical axis]]).
    148: ...: Three hundred and sixty (360) spin around the [[vertical axis]].
    150: ...Seven hundred and twenty (720) spins around the [[vertical axis]].
    152: ...red and twenty (720) spins Off-axis, around the [[vertical axis]].
  18. Ski lift (21,776 bytes)
    152: ...ated separately for each skill class. The average vertical demand has been increasing for all skill levels.
  19. Basic Snow Grooming (26,970 bytes)
    54: snowcats. Down pressure and blade trim (vertical angle) are all hydraulically controlled. “C-Bar...
    173: vertical cutting knives, which leave a finer textured prod...
    179: foot widths. Two rows of 2-inch long vertical cutter teeth are deployed by cranking the front o...
    188: for deeper renovation. The Ginzu’s vertical cutter teeth are mounted on a rotatable spring-te...
  20. Mountain Glossary (23,133 bytes)
    21: ...picuous isolated '''[[hill]]''' with steep, often vertical sides and a small, relatively flat top; it is sma...
    35: ...''[[Cliff]]''' is a significant vertical, or near vertical, '''[[rock]]''' exposure. Cliffs are formed as er...
    50: ...rlying soil, which applies a load that limits its vertical growth and promotes the formation of a lens-shape...
  21. Cliff (1,435 bytes)
    1: ...''[[Cliff]]''' is a significant vertical, or near vertical, '''[[rock]]''' exposure. Cliffs are formed as er...
    3: ...''[[Cliff]]''' is a significant vertical, or near vertical, '''[[rock]]''' exposure.
  22. Height (1,050 bytes)
    1: ...humb|200px|'''[[Height]]''' is the measurement of vertical distance, but has two meanings in common use. ]]
    2: '''[[Height]]''' is the measurement of vertical distance, but has two meanings in common use.
    4: ... '''[[altitude]]'''. Height is measured along the vertical (y) axis between a specified point and another po...
    12: * '''[[Vertical drop]]'''
  23. Vertical Banner Frame (613 bytes)
    1: [[Image:Vertical banner frame.png|Vertical Banner Frame|thumb|250px]]
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  24. Banner Frame Vertical pole (633 bytes)
    1: ...:Banner Frame Vertical pole.jpg|'''[[Banner Frame Vertical pole]]'''|thumb|250px]]
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  25. Moguls (7,694 bytes)
    37: ...tilted '''[[primary rotation]]''' off of the '''[[vertical axis]]'''. The upper body rotates in the directio...
    39: ... a tilted '''[[primary rotation]]''' off of the [[vertical axis]]. The upper body rotates in the direction o...
    41: ... axis. An additional axis of rotation on the '''[[vertical axis]]''' is initiated with the rotation of the u...
  26. Zenith (1,758 bytes)
    4: ...rticular location; that is, it is one of two '''[[vertical]]''' directions at the location, orthogonal to a ...
    6: ...s and related sciences (e.g., meteorology) as the vertical direction opposite to the net gravitational force...
    12: *'''[[Vertical drop]]'''
  27. Landform (17,327 bytes)
    31: ...''[[Cliff]]''' is a significant vertical, or near vertical, '''[[rock]]''' exposure. Cliffs are formed as er...
    35: ...''. A couloir may be a seam, scar, or fissure, or vertical [[crevasse]] in an otherwise '''[[solid]]''' '''[...
  28. Ravine (2,930 bytes)
    2: ...lowland. 3. '''[[Gully]]''': A newly formed, near-vertical-walled channel. '''4. Headwater''' '''[[Erosion]]...
  29. Vertical Transport Feet Per Hour (1,149 bytes)
    1: ... people lifted 1,000 vertical feet per hour ('''[[vertical rise]]''' of a lift, times the lift capacity per ...
  30. Landform Gallery (16,989 bytes)
    23: ...''[[Cliff]]''' is a significant vertical, or near vertical, '''[[rock]]''' exposure. Cliffs are formed as er...
    25: ...''. A couloir may be a seam, scar, or fissure, or vertical [[crevasse]] in an otherwise '''[[solid]]''' '''[...
  31. Rosa Khutor RUS (4,542 bytes)
    13: ...Peak at 2,320 meters (7,610 ft), yielding a total vertical drop of over a mile at 1,760 meters (5,770 ft).
    15: ... is at Roza Plateau at 1,170 meters (3,840 ft), a vertical drop of 1,150 meters (3,770 ft) from the summit. ...
    17: ... alpine racing events at 940 meters (3,080 ft), a vertical drop of 1,380 meters (4,530 ft) from the summit o...
  32. Vertical drop (1,741 bytes)
    1: '''[[Vertical drop]]''' the total difference expressed in meter...
    7: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  33. General Definitions (54,356 bytes)
    211: ...asurements – '''[[elevation]]''' change or '''[[vertical drop]]'''.
  34. Ski Cross Reaction Time Measurement (2,704 bytes)
    26: ...eters down the course as measured from the closed vertical gate (maybe it becomes 3 meters)
    54: ...eters down the course as measured from the closed vertical gate (maybe it becomes 3 meters)
  35. Back Full (2,309 bytes)
    1: ... axis. An additional axis of rotation on the '''[[vertical axis]]''' is initiated with the rotation of the u...
    8: An additional axis of rotation on the '''[[vertical axis]]''' is initiated with the rotation of the u...
  36. 7O (1,873 bytes)
    1: ...tilted '''[[primary rotation]]''' off of the '''[[vertical axis]]'''. The upper body rotates in the directio...
    4: ... a tilted '''[[primary rotation]]''' off of the [[vertical axis]]. The upper body rotates in the direction o...
  37. Loop Full (551 bytes)
    1: ...egrees in the lateral axis and 360 degrees in the vertical axis. Then the skier flexes and prepares for the ...
  38. 4501.1.1 (276 bytes)
    1: ...a minimum of 130 vertical meters to a maximum 250 vertical meters. The same course may be used for, men and ...
  39. Wind (1,386 bytes)
    5: ...note almost exclusively the horizontal component. Vertical winds are usually identified as such.
  40. Altitude (1,300 bytes)
    3: Vertical distance measurements in the "down" direction are...
    14: * '''[[Vertical drop]]'''
  41. Jet Stream (2,985 bytes)
    1: ...ed by a concentration of [[isotherms]] and strong vertical shear.]]
    6: ...ed by a concentration of [[isotherms]] and strong vertical shear.
  42. TV Glossary of Terms (88,877 bytes)
    25: ...eby aligning the output. The signal is made up of vertical and horizontal sync. and Chroma burst information...
    202: ...xtended arc. A jib permits the camera to be moved vertically, horizontally, or a combination of the two. A j...
    489: ...eby aligning the output. The signal is made up of vertical and horizontal sync. and Chroma burst information...
    549: ...xtended arc. A jib permits the camera to be moved vertically, horizontally, or a combination of the two. A j...
  43. Banner Frame (639 bytes)
    6: *'''[[Vertical Banner Frame]]'''
    10: *'''[[Banner Frame Vertical pole]]'''
  44. Black Burst (2,380 bytes)
    1: ...eby aligning the output. The signal is made up of vertical and horizontal sync. and Chroma burst information...
    3: ...eby aligning the output. The signal is made up of vertical and horizontal sync. and Chroma burst information...
  45. Global Positioning System (2,537 bytes)
    11: *'''[[Vertical drop]]'''
    17: *'''[[Vertical drop]]'''
  46. Couloir (1,927 bytes)
    1: ...''. A couloir may be a seam, scar, or fissure, or vertical [[crevasse]] in an otherwise '''[[solid]]''' '''[...
    6: ...''. A couloir may be a seam, scar, or fissure, or vertical [[crevasse]] in an otherwise '''[[solid]]''' '''[...
  47. Butte (2,182 bytes)
    1: ...picuous isolated '''[[hill]]''' with steep, often vertical sides and a small, relatively flat top; it is sma...
    3: ...picuous isolated '''[[hill]]''' with steep, often vertical sides and a small, relatively flat top; it is sma...
  48. 1. Freestyle Skiing Competition Format (6,994 bytes)
    40: ...eboarding, where competitors take off from a near-vertical wall and perform a variety of tricks in the air.
    46: ... the skis in the air. '''[[Rotations]]''' involve vertical flips, horizontal '''[[spins]]''' and '''[[twists...
  49. 4601 (1,398 bytes)
    41: | Vertical
    110: | Vertical
  50. Lift Design (1,439 bytes)
    1: ...s. Additionally, it should be understood that the vertical rise and length of ski lifts for a particular '''...
    6: *'''[[Vertical Transport Feet Per Hour]]'''
  51. Maximum Grade (2,168 bytes)
    7: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
    30: *'''[[Vertical drop]]'''
  52. Vertical rise (762 bytes)
    1: '''[[Vertical rise]]''' This is the difference in '''[[elevatio...
    16: ...l Feet Totals in North nAmerica of a Roof [http://verticalfeet.com/]
  53. 7OP (1,871 bytes)
    1: ... a tilted '''[[primary rotation]]''' off of the [[vertical axis]]. The upper body rotates in the direction o...
    6: ... a tilted '''[[primary rotation]]''' off of the [[vertical axis]].
  54. Ski Cross vs. Snowboard Cross times, speeds and percentage differences Vancouver 2010 (7,353 bytes)
    12: ...e. The course was same lenght, (1144 meters) '''[[vertical drop]]''' and start and '''[[finish line]]'''s we...
    138: '''[[Vertical Drop]]''': 216 m
  55. Base Lands Slope Analysis (2,551 bytes)
    25: *'''[[Vertical Transport Feet Per Hour]]'''
    34: *'''[[Vertical Demand]]'''
  56. Park Features (22,807 bytes)
    196: ...pipe pipe should be between 2-4 degrees back from vertical, slightly more than the laid back lip of a Quarte...
  57. Pole bag (692 bytes)
    7: *'''[[Vertical Banner Frame]]'''
    11: *'''[[Banner Frame Vertical pole]]'''
  58. Banner Frame 4 meters (623 bytes)
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  59. T Connector Banner Frame (630 bytes)
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  60. Banner Frame Extension 1 meter (641 bytes)
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  61. Beach flag banner frame (657 bytes)
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  62. Coil winding reel (643 bytes)
    4: *'''[[Vertical Banner Frame]]'''
    8: *'''[[Banner Frame Vertical pole]]'''
  63. Course setters measuring tape (678 bytes)
    5: *'''[[Vertical Banner Frame]]'''
    9: *'''[[Banner Frame Vertical pole]]'''
  64. Flex pole - screw base (630 bytes)
    6: *'''[[Vertical Banner Frame]]'''
    10: *'''[[Banner Frame Vertical pole]]'''
  65. Ski Cross (4,767 bytes)
    24: *150 to 250 meters vertical drop
  66. Ski Cross Glossary (12,871 bytes)
    242: '''[[Vertical drop]]:''' the total difference expressed in mete...
  67. Finish line (2,462 bytes)
    52: *'''[[Vertical drop]]'''
  68. Mogul Glossary (5,695 bytes)
    61: ...is]]''': A [[titled]] rotation to one side of the vertical axis, which is the results of a forwards and side...
  69. Plane (440 bytes)
    1: ...dy pass through during dynamic movement, the '''[[vertical plane]]''', '''[[lateral plane]]''' and '''[[hori...
  70. Center of Balance (417 bytes)
    5: *'''[[Vertical Axis]]'''
  71. Competition Details (6,651 bytes)
    63: [[Vertical Drop]]:
  72. 360 (996 bytes)
    3: ...vertically which starts a primary rotation in the vertical axis. The upper and lower body then fully extends...
  73. Mogul Course Specification (1,473 bytes)
    21: *'''[[Vertical rise]]'''
  74. Aerial Course Specification (1,137 bytes)
    31: *'''[[Vertical rise]]'''
  75. Ski Cross Start Gate Standards (3,179 bytes)
    41: #'''Door board angle drop past vertical in degrees(°)''':
  76. Freestyle Course Homologation Program (1,295 bytes)
    25: *'''[[Vertical rise]]'''
  77. Freestyle Course Homologation Procedures (5,770 bytes)
    96: *'''[[Vertical drop]]'''
  78. Fall line (758 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  79. Off-Axis (316 bytes)
    1: ...'''[[titled]]''' rotation to one side of the '''[[vertical axis]]''', which is the results of a forwards and...
  80. 3 (240 bytes)
    1: Three hundred and sixty (360) spin around the vertical axis.
  81. 7 (241 bytes)
    1: Seven hundred and twenty (720) spins around the vertical axis.
  82. 70 (215 bytes)
    1: ...twenty ([[720]]) spins [[Off-axis]], around the [[vertical axis]].
  83. Twist (204 bytes)
    1: A [[spin]] (rotation of the body around the [[vertical axis]]).
  84. Vertical axis (26 bytes)
    1: #REDIRECT[[vertical Axis]]
  85. 720 (966 bytes)
    1: ...ically which starts a [[primary rotation]] in the vertical axis. The upper and lower body then fully extends...
  86. 1080 (954 bytes)
    1: ...rtically which starts a primary rotation in the [[vertical axis]]. The upper and lower body then extends and...
  87. Course length (416 bytes)
    8: *'''[[Vertical Drop]]'''
  88. Ski Cross Course Development (2,837 bytes)
    9: * '''[[Vertical Drop]]'''
  89. Chief of Scoring (3,388 bytes)
    76: *'''[[Vertical Drop]]''':
  90. Freestyle Skiing Basic Course Information (2,684 bytes)
    7: | '''Vertical Drop'''
  91. Bring Children to the Snow (7,667 bytes)
    64: |style="vertical-align:top" |
  92. 4507.8.3 (1,634 bytes)
    14: ...ski cross gate opens outwards and moves from a '''vertical''' position, past '''horizontal''' position to a ...
  93. When have the FIS Freestyle World Championships been held? (982 bytes)
    9: TimeAxis = orientation:vertical
  94. Ski Cross Details (2,833 bytes)
    50: [[Vertical Drop]]:
  95. 4501.1.3.2 (185 bytes)
    5: Vertical Drop: minimum 165m
  96. Landing Angle (734 bytes)
    17: *'''[[Vertical drop]]'''
  97. Air Mass (1,623 bytes)
    1: ...a concentration of '''[[isotherms]]''' and strong vertical shear.]]
  98. Altimeter (1,301 bytes)
    12: * '''[[Vertical drop]]'''
  99. Elevation (1,329 bytes)
    11: *'''[[Vertical drop]]'''
  100. Mountain Wave (1,498 bytes)
    6: ...ic '''[[height]]''' in a current of air caused by vertical displacement, for example orographic lift when th...
  101. Latitude (1,137 bytes)
    9: *'''[[Vertical drop]]'''
  102. Longitude (1,349 bytes)
    11: *'''[[Vertical drop]]'''
  103. Water Cycle (8,330 bytes)
    1: The vertical and horizontal transport of '''[[water]]''' in al...
  104. Utah Olympic Park (2,123 bytes)
    145: | Vertical Drop   (Water = 0.00')
  105. Water Ramp Background Information (387 bytes)
    3: Vertical drop of the ramp(s)
  106. Park City Utah Aerail Info (1,247 bytes)
    118: | Vertical Drop   (Water = 0.00')
  107. Vertical Drop (26 bytes)
    1: #redirect[[Vertical drop]]
  108. Time (1,235 bytes)
    8: *'''[[Vertical drop]]'''
  109. Innichen - San Candido ITA (4,669 bytes)
    23: ...rs skiers a respectable 425 metres (1394 feet) of vertical descent. San Candido/Innichen has 19 pistes. Ther...
  110. Genlock (2,131 bytes)
    5: Genlock performs four main functions: vertical, horizontal, frame, and color synchronization. Th...
  111. Vancouver 2010 OWG Competition Details (6,827 bytes)
    78: [[Vertical Drop]]:
  112. Homologation (1,710 bytes)
    27: *'''[[Vertical drop]]'''
  113. Slope (2,925 bytes)
    10: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  114. Cut and Fill (891 bytes)
    7: *'''[[Vertical Drop]]'''
  115. Gravitational acceleration (1,133 bytes)
    6: *'''[[Vertical drop]]'''
  116. Three-dimensional (1,041 bytes)
    9: * '''[[Vertical drop]]'''
  117. 661.4 (1,505 bytes)
    10: ...e event that a competitor removes a pole from its vertical position before both the competitor's ski tips an...
  118. Palandöken Mountain Erzurum TUR Site Inspection August 2009 (6,980 bytes)
    66: ...um TUR '''[[Ski Cross]]''' track and course. '''[[Vertical drop]]''' of 201 meters ((Altitude from 2,488 to ...
  119. Freestyle Course Layout (1,417 bytes)
    4: | '''[[Vertical Drop]]'''
  120. Platter Lift (1,354 bytes)
    4: Hanging from the rope overhead are equally-spaced vertical cables attached to a plastic button or platter th...
  121. T-bar Lift (1,694 bytes)
    6: ...at one end. Hanging from the rope are a series of vertical recoiling cables attached to a T-shaped bar, abou...
  122. Standards the For Homologation of the Ski Cross Start Gates (932 bytes)
    8: #'''Door board angle drop past vertical in degrees(°)''':
  123. Grooming (7,101 bytes)
    59: *'''[[Vertical drop]]'''
  124. Base Elevation (844 bytes)
    12: *'''[[Vertical Transport Feet Per Hour]]'''
  125. Blue Mountain CAN (3,860 bytes)
    21: Vertical Drop; 180 M
  126. L'Alpe d'Huez FRA (4,131 bytes)
    12: : '''Vertical Drop''' 198 meters
  127. Branas SWE (4,212 bytes)
    18: ...rs skiers a respectable 415 metres (1362 feet) of vertical descent. Branas has 23 pistes. Branas is best sui...
  128. What Is Required in a FIS Freestyle Start and Result Sheet (2,452 bytes)
    25: *'''[[Vertical Drop]]''':
  129. Course Data (580 bytes)
    9: *'''[[Vertical Drop]]''':
  130. Videolan (5,325 bytes)
    81: |style="width:50%;vertical-align:top;color:#000"|
  131. Insolation (1,436 bytes)
    14: *'''[[Vertical drop]]'''
  132. Azimuth (1,426 bytes)
    13: *'''[[Vertical drop]]'''
  133. Mont Gabriel CAN (1,473 bytes)
    14: *Vertical drop: 200 m (656 ft from base)
  134. Lake Placid USA (3,282 bytes)
    6: ...e mountain is home to a ski area with the highest vertical drop in the eastern United States (3430 feet, or ...
  135. FIS World Ski Championships (833 bytes)
    8: |style="vertical-align:top" |
  136. Lighting Installation (20,632 bytes)
    23: ...nas require special design considerations such as vertical and horizontal illuminance values not covered by ...
  137. Loading Area (1,149 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  138. Trail grooming (1,873 bytes)
    18: *'''[[Vertical Transport Feet Per Hour]]'''
  139. Ski area (2,637 bytes)
    23: *'''[[Vertical Transport Feet Per Hour]]'''
  140. Snowmaking guns (2,903 bytes)
    20: ...operate, max. '''[[windspeed]]''', horizontal and vertical orientation, sweeping angle to cover a wider area...
  141. High-altitude (1,319 bytes)
    8: * '''[[Vertical drop]]'''
  142. Escarpment (2,791 bytes)
    7: ... differential erosion of sedimentary rocks, or by vertical movement of the Earth's crust along a fault (faul...
  143. Grasgehren GER (1,765 bytes)
    16: *'''[[Vertical Drop]]''': 230 M
  144. Frost heaving (1,331 bytes)
    5: ...rlying soil, which applies a load that limits its vertical growth and promotes the formation of a lens-shape...
  145. Summit (972 bytes)
    12: *'''[[Vertical Drop]]'''
  146. Trail designation system (6,631 bytes)
    19: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  147. Georeference (1,702 bytes)
    15: *'''[[Vertical drop]]'''
  148. Mountain master planning process (2,353 bytes)
    16: *'''[[Vertical Transport Feet Per Hour]]'''
  149. Contour line (1,763 bytes)
    12: *'''[[Vertical drop]]'''
  150. Base Area Design (1,781 bytes)
    7: Walking distance and vertical differential between the base area facilities and...
  151. Rated Uphill Capacity (1,084 bytes)
    7: *'''[[Vertical Transport Feet Per Hour]]'''
  152. VTF/Hour (45 bytes)
    1: #redirect[[Vertical Transport Feet Per Hour]]
  153. VTF (172 bytes)
    1: #redirect[[Vertical Transport Feet Per Hour]]
  154. Trail System (3,357 bytes)
    15: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  155. Geographic information systems (1,774 bytes)
    11: *'''[[Vertical drop]]'''
  156. Terrain Pod (1,356 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  157. Meiringen SUI (5,461 bytes)
    3: ...fts that offers skiers 1606 metres (5269 feet) of vertical descent. Meiringen has 25 pistes with a total len...
  158. Full homologation (1,028 bytes)
    20: *'''[[Vertical drop]]'''
  159. Provisional homologation (1,084 bytes)
    19: *'''[[Vertical drop]]'''
  160. 4202.1.1 Homologation of Moguls Courses (1,348 bytes)
    23: *'''[[Vertical drop]]'''
  161. Cardrona NZE (5,646 bytes)
    15: [[Image:Cardrona nze sx course verticaldrop.PNG|400px]]
    18: * '''[[Vertical Drop]]''' 164 Meter (Altitude from 1,662 Meter to...
  162. 2009 FIS World Cup OWG Test Competition OWG SX vs SBX times and speeds (3,541 bytes)
    66: '''[[Vertical Drop]]''': 208 m
  163. Assisted GPS (3,433 bytes)
    27: *'''[[Vertical drop]]'''
  164. Summary Table Ski Cross Courses - WC 2003 - 2010 and the WSC (9,208 bytes)
    9: | '''[[Vertical Drop]]''' (M)
  165. Tillers (1,811 bytes)
    25: *'''[[Vertical drop]]'''
  166. Ski resort (2,894 bytes)
    25: *'''[[Vertical Transport Feet Per Hour]]'''
  167. Destination Mountain Resort (2,674 bytes)
    19: *'''[[Vertical Transport Feet Per Hour]]'''
  168. Regional Mountain Resort (1,901 bytes)
    18: *'''[[Vertical Transport Feet Per Hour]]'''
  169. Ski trail capacity (2,029 bytes)
    28: *'''[[Vertical Transport Feet Per Hour]]'''
  170. Rope Speed (1,350 bytes)
    12: *'''[[Vertical Transport Feet Per Hour]]'''
  171. Hourly Capacity (1,290 bytes)
    14: *'''[[Vertical Transport Feet Per Hour]]'''
  172. Lift lines (1,884 bytes)
    16: *'''[[Vertical Transport Feet Per Hour]]'''
  173. Access Route (1,494 bytes)
    14: *'''[[Vertical Transport Feet Per Hour]]'''
  174. Backcountry (1,324 bytes)
    14: *'''[[Vertical Transport Feet Per Hour]]'''
  175. Front country (1,507 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  176. Balanced Resort Capacity (1,514 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  177. Cold Bed (1,459 bytes)
    16: *'''[[Vertical Transport Feet Per Hour]]'''
  178. Bed Unit (1,883 bytes)
    22: *'''[[Vertical Transport Feet Per Hour]]'''
  179. Commercial Bed (1,333 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  180. Controlled Recreation Area (1,353 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  181. Warm Bed (1,572 bytes)
    18: *'''[[Vertical Transport Feet Per Hour]]'''
  182. Private Bed Unit (1,294 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  183. Base Area (1,726 bytes)
    17: *'''[[Vertical Transport Feet Per Hour]]'''
  184. Environmentally sensitive (1,747 bytes)
    18: *'''[[Vertical Transport Feet Per Hour]]'''
  185. Lift ticket (2,163 bytes)
    19: *'''[[Vertical Transport Feet Per Hour]]'''
  186. Public Bed Unit (1,283 bytes)
    16: *'''[[Vertical Transport Feet Per Hour]]'''
  187. All Seasons Resort (2,236 bytes)
    26: *'''[[Vertical Transport Feet Per Hour]]'''
  188. Resort (1,194 bytes)
    14: *'''[[Vertical Transport Feet Per Hour]]'''
  189. Regulatory Authorities (1,242 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  190. Corresponding Base Area Phase (1,390 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  191. Corresponding Mountain Phase (1,368 bytes)
    15: *'''[[Vertical Transport Feet Per Hour]]'''
  192. Green circle (2,642 bytes)
    9: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  193. Blue square (2,380 bytes)
    11: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  194. Black diamond (2,544 bytes)
    9: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  195. Double black diamond (2,969 bytes)
    14: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  196. Terrain parks (3,536 bytes)
    16: ...lated using the formula 100*rise/run. Rise is the vertical change and run is the horizontal distance. A 100%...
  197. Degree (2,207 bytes)
    28: *'''[[Vertical drop]]'''
  198. Snow gun (6,196 bytes)
    9: ... which to operate, max. windspeed, horizontal and vertical orientation, sweeping angle to cover a wider area...
  199. Snow probe (717 bytes)
    8: * '''[[Vertical drop]]'''
  200. Maze (1,427 bytes)
    16: *'''[[Vertical Transport Feet Per Hour]]'''
  201. Sun chart (1,698 bytes)
    13: *'''[[Vertical drop]]'''

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