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Evaluation of Salinity-Related Habitat Impacts in the Lower Chesapeake Bay and James River for the Norfolk Harbor and Channels Deepening Study

机译：评估下切萨皮克湾和詹姆斯河对诺福克港和河道深化研究的盐度相关栖息地影响

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Changes in salinities associated with the deepening will result in subtle shifts in habitat, primarily in the oligo- to mesohaline section of the James River. These shifts are quite small and there should be no discernable ecosystem changes according to report. Accompanying maps show effects of salinity changes on distribution of various organisms within the Hampton Roads estuarine system. Keywords: James River, lower Chesapeake Bay, physical model test, environmental impact, habitat loss/gain, hydrodynamic changes, Norfolk Harbor and Channels, deepening, salinity changes, tidal amplitudes, current velocities, estuarine organisms.

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作者
Mayne, K. L.;
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年度 1984
页码 p.1-134
总页数 134
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Salinity; Estuaries; Habitats; Ocean tides; Channel improvements; Amplitude; Chesapeake bay; Environmental impact; Gain; Losses; Microorganisms; Model tests; Physical properties; Tides;

机译：盐度;河口;栖息地;海洋潮汐;河道改良;振幅;切萨皮克湾;环境影响;增益;损失;微生物;模型试验;物理特性;潮汐;

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3. Peptide hydrolysis and uptake of peptide hydrolysis products in the James River estuary and lower Chesapeake Bay [J] . Tang Tiantian, Filippino Katherine C., Liu Zhanfei, Marine Chemistry . 2017,第deca20期

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Evaluation of Salinity-Related Habitat Impacts in the Lower Chesapeake Bay and James River for the Norfolk Harbor and Channels Deepening Study

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