• 00:00 1.
    海洋環境
  • 00:11 2.
    海洋盆地-五大洋或四大洋
  • 05:24 3.
    地球構造 I
  • 07:00 4.
    地磁
  • 13:05 5.
    影片欣賞 火山
  • 22:21 6.
    地球構造 II
  • 24:39 7.
    海洋與陸地地殼
  • 29:09 8.
    板塊運動
  • 32:26 9.
    地磁紀錄
  • 34:03 10.
    地震與火山
  • 34:45 11.
    Slide 49
  • 37:14 12.
    ** after 2020 Chap02.ppt
  • 42:04 13.
    Slide 49
  • 42:05 14.
    Slide 50
  • 42:05 15.
    Slide 51
  • 42:06 16.
    Slide 52
  • 42:06 17.
    Slide 53
  • 43:13 18.
    Slide 54
  • 43:15 19.
    Slide 55
  • 47:07 20.
    Slide 56
  • 47:09 21.
    Slide 55
  • 47:09 22.
    Slide 56
  • 47:10 23.
    Geologic History
  • 47:10 24.
    Geologic History
  • 47:12 25.
    Geologic History
  • 47:12 26.
    Geologic History
  • 47:13 27.
    Marine Sediments
  • 47:13 28.
    Marine Sediments
  • 47:14 29.
    What Can We Learn from Marine Sediments?
  • 47:14 30.
    Continental Margins
  • 47:17 31.
    Slide 65
  • 51:50 32.
    Continental Margins
  • 51:53 33.
    What Can We Learn from Marine Sediments?
  • 51:54 34.
    Marine Sediments
  • 51:55 35.
    Marine Sediments
  • 51:55 36.
    Geologic History
  • 51:56 37.
    Geologic History
  • 51:56 38.
    Geologic History
  • 51:56 39.
    Geologic History
  • 51:57 40.
    Slide 56
  • 51:57 41.
    Slide 55
  • 51:58 42.
    Slide 54
  • 51:58 43.
    Slide 53
  • 51:59 44.
    Slide 54
  • 52:00 45.
    Slide 55
  • 52:00 46.
    Slide 56
  • 52:57 47.
    ** after 2020 Chap02.ppt
  • 54:43 48.
    Slide 55
  • 55:15 49.
    Slide 56
  • 56:32 50.
    Geologic History
  • 56:34 51.
    Geologic History
  • 56:35 52.
    Geologic History
  • 56:53 53.
    Geologic History
  • 56:54 54.
    Marine Sediments
  • 57:41 55.
    Marine Sediments
  • 1:00:18 56.
    What Can We Learn from Marine Sediments?
  • 1:02:27 57.
    Continental Margins
  • 1:03:23 58.
    Slide 65
  • 1:04:27 59.
    Slide 66
  • 1:04:29 60.
    Slide 67
  • 1:04:30 61.
    Slide 66
  • 1:05:04 62.
    Slide 67
  • 1:05:05 63.
    Slide 68
  • 1:05:05 64.
    Slide 69
  • 1:05:10 65.
    Slide 70
  • 1:05:17 66.
    Slide 69
  • 1:06:35 67.
    Slide 70
  • 1:08:57 68.
    Slide 71
  • 1:09:00 69.
    Slide 72
  • 1:09:57 70.
    Slide 73
  • 1:10:29 71.
    Slide 74
  • 1:10:29 72.
    The Continental Shelf
  • 1:10:32 73.
    Continental Slope
  • 1:10:33 74.
    Continental Rise
  • 1:10:34 75.
    Types of Continental Margins
  • 1:11:05 76.
    Types of Margins
  • 1:11:07 77.
    Slide 80
  • 1:11:41 78.
    ** after 2020 Chap02.ppt
  • 1:11:52 79.
    Chapter 3
  • 1:11:59 80.
    The Chemistry of Water
  • 1:12:14 81.
    Unique Nature of Water
  • 1:12:55 82.
    Slide 4
  • 1:13:11 83.
    Unique Nature of Water
  • 1:13:15 84.
    Unique Nature of Water
  • 1:13:17 85.
    Slide 7
  • 1:14:20 86.
    Nature of Water
  • 1:14:38 87.
    Slide 9
  • 1:15:22 88.
    Unique Nature of Water
  • 1:15:25 89.
    Unique Nature of Water
  • 1:15:26 90.
    Unique Nature of Water
  • 1:15:35 91.
    Unique Nature of Water
  • 1:15:40 92.
    Unique Nature of Water
  • 1:15:46 93.
    Unique Nature of Water
  • 1:15:47 94.
    Unique Nature of Water
  • 1:15:50 95.
    Unique Nature of Water
  • 1:15:53 96.
    Properties of Water-8
  • 1:15:56 97.
    Unique Nature of Water
  • 1:15:57 98.
    Properties of Water-8
  • 1:16:20 99.
    Unique Nature of Water
  • 1:16:21 100.
    Unique Nature of Water
  • 1:16:24 101.
    Unique Nature of Water
  • 1:16:24 102.
    Unique Nature of Water
  • 1:16:25 103.
    Unique Nature of Water
  • 1:16:26 104.
    Unique Nature of Water
  • 1:16:28 105.
    Unique Nature of Water
  • 1:17:06 106.
    Slide 24
  • 1:17:13 107.
    The Composition of Seawater at 35 0/00 Salinity
  • 1:19:30 108.
    Unique Nature of Water
  • 1:19:42 109.
    Adding Water and Solutes to the Oceans
  • 1:19:56 110.
    Slide 28
  • 1:19:59 111.
    Adding Water and Solutes to the Oceans
  • 1:20:25 112.
    Slide 28
  • 1:20:29 113.
    Salt Water
  • 1:21:11 114.
    Slide 30
  • 1:21:55 115.
    Salt Water
  • 1:21:57 116.
    Slide 30
  • 1:22:34 117.
    Salt Water
  • 1:22:46 118.
    Salt Water
  • 1:25:10 119.
    Slide 33
  • 1:28:50 120.
    Conditions Are Not the Same at All Depths
  • 1:28:50 121.
    Ocean Layers and Ocean Mixing
  • 1:29:07 122.
    Slide 36
  • 1:29:08 123.
    Ocean Layers and Ocean Mixing
  • 1:29:51 124.
    Slide 38
  • 1:30:06 125.
    Ocean Layers and Ocean Mixing
  • 1:30:17 126.
    Slide 40
  • 1:30:19 127.
    Ocean Layers and Ocean Mixing
  • 1:31:02 128.
    Slide 40
  • 1:33:32 129.
    Slide 41
  • 1:34:01 130.
    Ocean Layers and Ocean Mixing
  • 1:34:32 131.
    Ocean Layers and Ocean Mixing
  • 1:35:08 132.
    Slide 44
  • 1:35:09 133.
    Ocean Layers and Ocean Mixing
  • 1:35:40 134.
    Slide 46
  • 1:35:41 135.
    Slide 47
  • 1:35:42 136.
    Slide 48
  • 1:35:42 137.
    Slide 49
  • 1:37:11 138.
    Slide 50
  • 1:37:37 139.
    Slide 51
  • 1:38:54 140.
    Slide 52
  • 1:39:50 141.
    Slide 53
  • 1:39:51 142.
    Unique Nature of Water
  • 1:39:52 143.
    Slide 53
  • 1:40:36 144.
    Unique Nature of Water
  • 1:40:36 145.
    Slide 55
  • 1:42:07 146.
    Slide 56
  • 1:42:44 147.
    Slide 57
  • 1:44:54 148.
    ** after 2020 chapter 3.ppt
  • 1:54:52 149.
    Pressure Increases with Increasing Depth
  • 1:56:49 150.
    Slide 59
  • 1:57:37 151.
    Gases in Seawater
  • 1:57:47 152.
    Salt Water
  • 1:59:32 153.
    Salt Water
  • 2:00:22 154.
    Slide 63
  • 2:00:23 155.
    Salt Water
  • 2:00:36 156.
    Ocean Layers and Ocean Mixing
  • 2:01:31 157.
    Slide 66
  • 2:02:13 158.
    Slide 67
  • 2:02:15 159.
    Major Surface Currents of the Ocean
  • 2:06:20 160.
    Ocean Circulation
  • 2:06:21 161.
    Ocean Circulation
  • 2:06:21 162.
    Ocean Circulation
  • 2:06:24 163.
    Slide 72
  • 2:06:26 164.
    Slide 73
  • 2:06:26 165.
    Slide 74
  • 2:06:27 166.
    Slide 75
  • 2:06:28 167.
    Slide 76
  • 2:06:29 168.
    Slide 77
  • 2:06:30 169.
    Ocean Circulation
  • 2:06:31 170.
    Coriolis Effect
  • 2:06:31 171.
    Slide 80
  • 2:06:33 172.
    Slide 81
  • 2:06:34 173.
    Slide 82
  • 2:06:35 174.
    Slide 83
  • 2:06:35 175.
    Slide 82
  • 2:06:36 176.
    Slide 81
  • 2:07:19 177.
    Slide 82
  • 2:07:29 178.
    Slide 83
  • 2:07:43 179.
    Winds and Currents
  • 2:07:45 180.
    Ocean Circulation
  • 2:07:45 181.
    Ocean Circulation
  • 2:07:46 182.
    Ocean Circulation
  • 2:07:47 183.
    Ocean Circulation
  • 2:07:48 184.
    Ocean Circulation
  • 2:07:48 185.
    Ocean Circulation
  • 2:07:49 186.
    Major Surface Currents
  • 2:07:51 187.
    Slide 92
  • 2:07:53 188.
    Slide 93
  • 2:07:53 189.
    Slide 94
  • 2:07:54 190.
    Ocean Layers and Ocean Mixing
  • 2:07:55 191.
    Slide 94
  • 2:08:04 192.
    Ocean Layers and Ocean Mixing
  • 2:08:09 193.
    Slide 96
  • 2:08:15 194.
    Slide 97
  • 2:08:25 195.
    Slide 98
  • 2:08:54 196.
    Slide 99
  • 2:11:29 197.
    Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
  • 2:11:30 198.
    Winds and Currents
  • 2:11:30 199.
    Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
  • 2:11:34 200.
    ** after 2020 chapter 3.ppt
  • 2:11:51 201.
    Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
  • 2:12:02 202.
    Winds and Currents
  • 2:12:09 203.
    Slide 102
  • 2:12:39 204.
    Winds and Currents
  • 2:12:39 205.
    Winds and Currents
  • 2:13:05 206.
    Slide 105
  • 2:14:25 207.
    Slide 106
  • 2:14:30 208.
    Weddell Sea
  • 2:14:42 209.
    Slide 108
  • 2:14:43 210.
    Tides
  • 2:14:44 211.
    Tides
  • 2:14:45 212.
    Tides
  • 2:14:45 213.
    ** after 2020 chapter 3.ppt
  • 索引
  • 筆記
  • 討論
  • 全螢幕
MB1 海洋環境介紹
長度: 2:17:04, 瀏覽: 394, 最近修訂: 2022-03-03
    上一篇
    • 00:00 1.
      海洋環境
    • 00:11 2.
      海洋盆地-五大洋或四大洋
    • 05:24 3.
      地球構造 I
    • 07:00 4.
      地磁
    • 13:05 5.
      影片欣賞 火山
    • 22:21 6.
      地球構造 II
    • 24:39 7.
      海洋與陸地地殼
    • 29:09 8.
      板塊運動
    • 32:26 9.
      地磁紀錄
    • 34:03 10.
      地震與火山
    • 34:45 11.
      Slide 49
    • 37:14 12.
      ** after 2020 Chap02.ppt
    • 42:04 13.
      Slide 49
    • 42:05 14.
      Slide 50
    • 42:05 15.
      Slide 51
    • 42:06 16.
      Slide 52
    • 42:06 17.
      Slide 53
    • 43:13 18.
      Slide 54
    • 43:15 19.
      Slide 55
    • 47:07 20.
      Slide 56
    • 47:09 21.
      Slide 55
    • 47:09 22.
      Slide 56
    • 47:10 23.
      Geologic History
    • 47:10 24.
      Geologic History
    • 47:12 25.
      Geologic History
    • 47:12 26.
      Geologic History
    • 47:13 27.
      Marine Sediments
    • 47:13 28.
      Marine Sediments
    • 47:14 29.
      What Can We Learn from Marine Sediments?
    • 47:14 30.
      Continental Margins
    • 47:17 31.
      Slide 65
    • 51:50 32.
      Continental Margins
    • 51:53 33.
      What Can We Learn from Marine Sediments?
    • 51:54 34.
      Marine Sediments
    • 51:55 35.
      Marine Sediments
    • 51:55 36.
      Geologic History
    • 51:56 37.
      Geologic History
    • 51:56 38.
      Geologic History
    • 51:56 39.
      Geologic History
    • 51:57 40.
      Slide 56
    • 51:57 41.
      Slide 55
    • 51:58 42.
      Slide 54
    • 51:58 43.
      Slide 53
    • 51:59 44.
      Slide 54
    • 52:00 45.
      Slide 55
    • 52:00 46.
      Slide 56
    • 52:57 47.
      ** after 2020 Chap02.ppt
    • 54:43 48.
      Slide 55
    • 55:15 49.
      Slide 56
    • 56:32 50.
      Geologic History
    • 56:34 51.
      Geologic History
    • 56:35 52.
      Geologic History
    • 56:53 53.
      Geologic History
    • 56:54 54.
      Marine Sediments
    • 57:41 55.
      Marine Sediments
    • 1:00:18 56.
      What Can We Learn from Marine Sediments?
    • 1:02:27 57.
      Continental Margins
    • 1:03:23 58.
      Slide 65
    • 1:04:27 59.
      Slide 66
    • 1:04:29 60.
      Slide 67
    • 1:04:30 61.
      Slide 66
    • 1:05:04 62.
      Slide 67
    • 1:05:05 63.
      Slide 68
    • 1:05:05 64.
      Slide 69
    • 1:05:10 65.
      Slide 70
    • 1:05:17 66.
      Slide 69
    • 1:06:35 67.
      Slide 70
    • 1:08:57 68.
      Slide 71
    • 1:09:00 69.
      Slide 72
    • 1:09:57 70.
      Slide 73
    • 1:10:29 71.
      Slide 74
    • 1:10:29 72.
      The Continental Shelf
    • 1:10:32 73.
      Continental Slope
    • 1:10:33 74.
      Continental Rise
    • 1:10:34 75.
      Types of Continental Margins
    • 1:11:05 76.
      Types of Margins
    • 1:11:07 77.
      Slide 80
    • 1:11:41 78.
      ** after 2020 Chap02.ppt
    • 1:11:52 79.
      Chapter 3
    • 1:11:59 80.
      The Chemistry of Water
    • 1:12:14 81.
      Unique Nature of Water
    • 1:12:55 82.
      Slide 4
    • 1:13:11 83.
      Unique Nature of Water
    • 1:13:15 84.
      Unique Nature of Water
    • 1:13:17 85.
      Slide 7
    • 1:14:20 86.
      Nature of Water
    • 1:14:38 87.
      Slide 9
    • 1:15:22 88.
      Unique Nature of Water
    • 1:15:25 89.
      Unique Nature of Water
    • 1:15:26 90.
      Unique Nature of Water
    • 1:15:35 91.
      Unique Nature of Water
    • 1:15:40 92.
      Unique Nature of Water
    • 1:15:46 93.
      Unique Nature of Water
    • 1:15:47 94.
      Unique Nature of Water
    • 1:15:50 95.
      Unique Nature of Water
    • 1:15:53 96.
      Properties of Water-8
    • 1:15:56 97.
      Unique Nature of Water
    • 1:15:57 98.
      Properties of Water-8
    • 1:16:20 99.
      Unique Nature of Water
    • 1:16:21 100.
      Unique Nature of Water
    • 1:16:24 101.
      Unique Nature of Water
    • 1:16:24 102.
      Unique Nature of Water
    • 1:16:25 103.
      Unique Nature of Water
    • 1:16:26 104.
      Unique Nature of Water
    • 1:16:28 105.
      Unique Nature of Water
    • 1:17:06 106.
      Slide 24
    • 1:17:13 107.
      The Composition of Seawater at 35 0/00 Salinity
    • 1:19:30 108.
      Unique Nature of Water
    • 1:19:42 109.
      Adding Water and Solutes to the Oceans
    • 1:19:56 110.
      Slide 28
    • 1:19:59 111.
      Adding Water and Solutes to the Oceans
    • 1:20:25 112.
      Slide 28
    • 1:20:29 113.
      Salt Water
    • 1:21:11 114.
      Slide 30
    • 1:21:55 115.
      Salt Water
    • 1:21:57 116.
      Slide 30
    • 1:22:34 117.
      Salt Water
    • 1:22:46 118.
      Salt Water
    • 1:25:10 119.
      Slide 33
    • 1:28:50 120.
      Conditions Are Not the Same at All Depths
    • 1:28:50 121.
      Ocean Layers and Ocean Mixing
    • 1:29:07 122.
      Slide 36
    • 1:29:08 123.
      Ocean Layers and Ocean Mixing
    • 1:29:51 124.
      Slide 38
    • 1:30:06 125.
      Ocean Layers and Ocean Mixing
    • 1:30:17 126.
      Slide 40
    • 1:30:19 127.
      Ocean Layers and Ocean Mixing
    • 1:31:02 128.
      Slide 40
    • 1:33:32 129.
      Slide 41
    • 1:34:01 130.
      Ocean Layers and Ocean Mixing
    • 1:34:32 131.
      Ocean Layers and Ocean Mixing
    • 1:35:08 132.
      Slide 44
    • 1:35:09 133.
      Ocean Layers and Ocean Mixing
    • 1:35:40 134.
      Slide 46
    • 1:35:41 135.
      Slide 47
    • 1:35:42 136.
      Slide 48
    • 1:35:42 137.
      Slide 49
    • 1:37:11 138.
      Slide 50
    • 1:37:37 139.
      Slide 51
    • 1:38:54 140.
      Slide 52
    • 1:39:50 141.
      Slide 53
    • 1:39:51 142.
      Unique Nature of Water
    • 1:39:52 143.
      Slide 53
    • 1:40:36 144.
      Unique Nature of Water
    • 1:40:36 145.
      Slide 55
    • 1:42:07 146.
      Slide 56
    • 1:42:44 147.
      Slide 57
    • 1:44:54 148.
      ** after 2020 chapter 3.ppt
    • 1:54:52 149.
      Pressure Increases with Increasing Depth
    • 1:56:49 150.
      Slide 59
    • 1:57:37 151.
      Gases in Seawater
    • 1:57:47 152.
      Salt Water
    • 1:59:32 153.
      Salt Water
    • 2:00:22 154.
      Slide 63
    • 2:00:23 155.
      Salt Water
    • 2:00:36 156.
      Ocean Layers and Ocean Mixing
    • 2:01:31 157.
      Slide 66
    • 2:02:13 158.
      Slide 67
    • 2:02:15 159.
      Major Surface Currents of the Ocean
    • 2:06:20 160.
      Ocean Circulation
    • 2:06:21 161.
      Ocean Circulation
    • 2:06:21 162.
      Ocean Circulation
    • 2:06:24 163.
      Slide 72
    • 2:06:26 164.
      Slide 73
    • 2:06:26 165.
      Slide 74
    • 2:06:27 166.
      Slide 75
    • 2:06:28 167.
      Slide 76
    • 2:06:29 168.
      Slide 77
    • 2:06:30 169.
      Ocean Circulation
    • 2:06:31 170.
      Coriolis Effect
    • 2:06:31 171.
      Slide 80
    • 2:06:33 172.
      Slide 81
    • 2:06:34 173.
      Slide 82
    • 2:06:35 174.
      Slide 83
    • 2:06:35 175.
      Slide 82
    • 2:06:36 176.
      Slide 81
    • 2:07:19 177.
      Slide 82
    • 2:07:29 178.
      Slide 83
    • 2:07:43 179.
      Winds and Currents
    • 2:07:45 180.
      Ocean Circulation
    • 2:07:45 181.
      Ocean Circulation
    • 2:07:46 182.
      Ocean Circulation
    • 2:07:47 183.
      Ocean Circulation
    • 2:07:48 184.
      Ocean Circulation
    • 2:07:48 185.
      Ocean Circulation
    • 2:07:49 186.
      Major Surface Currents
    • 2:07:51 187.
      Slide 92
    • 2:07:53 188.
      Slide 93
    • 2:07:53 189.
      Slide 94
    • 2:07:54 190.
      Ocean Layers and Ocean Mixing
    • 2:07:55 191.
      Slide 94
    • 2:08:04 192.
      Ocean Layers and Ocean Mixing
    • 2:08:09 193.
      Slide 96
    • 2:08:15 194.
      Slide 97
    • 2:08:25 195.
      Slide 98
    • 2:08:54 196.
      Slide 99
    • 2:11:29 197.
      Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
    • 2:11:30 198.
      Winds and Currents
    • 2:11:30 199.
      Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
    • 2:11:34 200.
      ** after 2020 chapter 3.ppt
    • 2:11:51 201.
      Classification of currentswestern-boundary currents: fastest, deepest currents that move warm water toward the poles in each gyre (e.g. Gulf Stream)eastern-boundary currents: slow moving, carry cold water toward the equatortransverse currents: connect eas
    • 2:12:02 202.
      Winds and Currents
    • 2:12:09 203.
      Slide 102
    • 2:12:39 204.
      Winds and Currents
    • 2:12:39 205.
      Winds and Currents
    • 2:13:05 206.
      Slide 105
    • 2:14:25 207.
      Slide 106
    • 2:14:30 208.
      Weddell Sea
    • 2:14:42 209.
      Slide 108
    • 2:14:43 210.
      Tides
    • 2:14:44 211.
      Tides
    • 2:14:45 212.
      Tides
    • 2:14:45 213.
      ** after 2020 chapter 3.ppt
    位置
    1. 知識庫
    2. ...
    3. 李思賢
    資料夾名稱
    李思賢
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    建立
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    長度
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    1. 知識庫
    2. ...
    3. 李思賢
    1. 1.
      海洋保育
      1. 海洋星球
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    2. 2.
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