首页> 外文OA文献 >Estuary Subwatershed Study Assessment of the Physical and Biological Condition of the Santa Clara River Estuary, Ventura County, California. Final Synthesis Report and the Environmental Effects of the City of Ventura Wastewater Reclamation Facility Discharge to the Santa Clara River Estuary
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Estuary Subwatershed Study Assessment of the Physical and Biological Condition of the Santa Clara River Estuary, Ventura County, California. Final Synthesis Report and the Environmental Effects of the City of Ventura Wastewater Reclamation Facility Discharge to the Santa Clara River Estuary

机译:加利福尼亚州文图拉县圣塔克拉拉河河口物理和生物状况的河口小流域研究评估。最终综合报告和文图拉市废水回收设施向圣克拉拉河河口的排放对环境的影响

摘要

The Santa Clara River Estuary (SCRE) is a seasonally closed estuary. In general, the estuary opens during the wet season when high river flow and ocean waves breach the sand barrier, and then closes in spring when river flow is reduced and ocean waves rebuild the sand barrier. The alternating open and closed conditions of the estuary are essential characteristics for the ecology of the SCRE ecosystem.ududThe natural breaching regime for the estuary is not known (although there is currently a study of the historical ecology of the Santa Clara River that will provide important information about this and related dynamics via the Historical Ecology of Southern California Wetlands under the umbrella of the Southern California Coastal Water Resource Project). In particular, the amount of water (both surface and subsurface) delivered to the estuary during the dry season is not well quantified. This is a critical aspect of the hydrology because it determines the volume of water in the estuary when it is closed, its salinity, and whether it would breach over the summer. As noted below, all of these aspects of the estuary have important consequences for the species living in it.
机译:圣克拉拉河河口(SCRE)是季节性关闭的河口。通常,河口在雨季开放,这时河水流量大,海浪冲破了沙障,然后在春季关闭,当河水流量减少,海浪重新筑起了沙障。河口交替的开放和关闭条件是SCRE生态系统生态的基本特征。 ud ud河口的自然破坏机制尚不清楚(尽管目前对圣塔克拉拉河的历史生态学进行了研究,将在“南加州沿海水资源项目”的框架下,通过“南加州湿地的历史生态学”提供有关此动态和相关动态的重要信息。特别是,在干旱季节输送到河口的水量(地表和地下)都没有得到很好的量化。这是水文学的一个关键方面,因为它决定了河口关闭时的水量,盐度以及夏季是否会破裂。如下所述,河口的所有这些方面对其中的物种都有重要影响。

著录项

  • 作者

    Anderson Sean; Ambrose Richard;

  • 作者单位
  • 年度 2011
  • 总页数
  • 原文格式 PDF
  • 正文语种 en_US
  • 中图分类
  • 入库时间 2022-08-20 20:26:25

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