Keller G H, Lambert D, Rowe G, Staresinic N
Science. 1973 Apr 13;180(4082):181-3. doi: 10.1126/science.180.4082.181.
In-place measurements of the bottom currents in the Hudson Canyon reveal that the current regime is characterized by a pronounced reversal of flow up and down the canyon. Velocities are commonly of the order of 8 to 15 centimeters per second, reaching 27 centimeters per second on occasion in the upper and central portion of the canyon. Although alpha 2.5-day recording of currents showed a net transport upcanyon, a combination of 66 current measurements from the submersible Alvin, the analysis of sediment texture and organic carbon, and the determination of the benthic fauna-nutrient relationship indicate that over the long term there is a net transport of fine material through the canyon to the outer continenital rise.
对哈得孙峡谷底部海流进行的现场测量显示,该海流状态的特点是海流沿峡谷上下游明显反向流动。流速通常在每秒8至15厘米左右,在峡谷上部和中部有时可达每秒27厘米。尽管对海流进行的2.5天记录显示有向上游峡谷的净输运,但来自阿尔文号潜水器的66次海流测量、沉积物纹理和有机碳分析以及底栖动物与营养物质关系的测定综合表明,长期来看,有细粒物质通过峡谷向大陆架外缘净输运。