海洋生态系予报的主要依据是变异性的基础研究。这取决于大面积长期反复调查和采样分析。连续自动浮游生物记录器在海洋生态调查中起着重要的作用。在较短的时问内可以取得浮游生物时间和空间变化的大量资料。但是,它缺乏环境的物理化学资料,难以确定生物变化的原因和机制。为弥补这一不足,英国海洋环境研究所设计了一种新型的浮游生物采样系统——波动海洋学记录仪(简称UOR)。该装置用机动船拖曳,在水深8—70米之间波动,波长3 Marine ecosystems to be reported mainly based on the basic research of variability. It depends on a large area of ​​long-term repeated surveys and sampling analysis. Continuous automatic plankton loggers play an important role in marine ecology investigation. In a short period of time can be obtained plankton time and space changes in a large amount of information. However, it lacks environmental physicochemical data and makes it difficult to determine the causes and mechanisms of biological change. To make up for this deficiency, the British Institute of Marine Environment designed a new plankton sampling system - Wave Oceanography (UOR). The device is towed with a motor boat, fluctuating between 8-70 meters in water depth, with a wavelength of 3