乔治亚潮汐溪的生物和物理动力学

Chesapeake Science Pub Date : 1976-12-01 DOI:10.2307/1350514
C. Hackney, W. D. Burbanck, O. P. Hackney
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引用次数: 79

摘要

本文对一条潮溪内及其附近的五个监测站进行了为期18个月的物理和生物特性研究。对潮溪和潮河进行了划分和界定。溶解氧和温度的昼夜波动最大,潮汐引起的盐度波动最小。小的盐度波动促进了小溪源头鱼类的整体多样性,尽管很少有鱼类在那里保持永久种群。夏秋两季幼鱼丰富。极端的温度和低溶解氧水平促使这些地区的鱼类在夏末迁徙。在河口和附近的一条潮汐河中发现了永久的鱼群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biological and physical dynamics of a Georgia tidal creek
The physical and biological characteristics of five stations in and near a tidal creek were studied for 18 months. Tidal creeks and tidal rivers are differentiated and defined. Diel fluctuations of dissolved oxygen and temperature were greatest and tidal-induced salinity oscillations the least at the headwaters of the creek. Small salinity oscillations promoted a high overall diversity of fishes at the head-waters of the creek, even though few fish species maintained permanent populations there. Juvenile fishes were abundant in the summer and fall. Extreme temperature and low dissolved oxygen levels prompted a migration of fishes from these areas in late summer. Permanent fish populations were found at the mouth of the creek and in an adjacent tidal river.
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