Can channel banks be the dominant source of fine sediment in a UK river?: an example using Cs-137 to interpret sediment yield and sediment source

Pulley Simon; Foster Ian

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Can channel banks be the dominant source of fine sediment in a UK river?: an example using Cs-137 to interpret sediment yield and sediment source

机译：渠道银行可以是英国河流中精细沉积物的主导来源吗？：使用CS-137的一个例子来解释沉积物产量和沉积物来源

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Cultivated fields have been shown to be the dominant sources of sediment in almost all investigated UK catchments, typically contributing 85 to 95% of sediment inputs. As a result, most catchment management strategies are directed towards mitigating these sediment inputs. However, in many regions of the UK such as the Nene basin there is a paucity of sediment provenance data. This study used the caesium-137 (Cs-137) inventories of lake and floodplain cores as well as the Cs-137 activities of present day sediment to determine sediment provenance. Sediment yields were also reconstructed in a small lake catchment.

机译：已经显示出培养的领域是几乎所有调查的英国集水区中沉积物的主要沉积物来源，通常有助于85％至95％的沉积物投入。因此，大多数集水管理策略都针对减轻了这些沉积物。然而，在英国的许多地区，如Nene盆地存在沉积物的沉积物。本研究使用了湖泊和洪泛区的Cesium-137（CS-137）库存以及当今沉积物的CS-137活性，以确定沉积物来源。在一个小湖集水区内也重建了沉积物产量。

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来源
《Earth Surface Processes and Landforms: The journal of the British Geomorphological Research Group》 |2017年第4期|共11页
作者
Pulley Simon; Foster Ian;
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作者单位

Univ Northampton Sch Sci &

Technol Northampton England;

Univ Northampton Sch Sci &

Technol Northampton England;

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原文格式 PDF
正文语种 eng
中图分类地球物理学;
关键词
fine sediment; channel banks; sediment yield; sediment sources;

机译：细沉积物;渠道银行;沉积物产量;沉积物来源;

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1. Can channel banks be the dominant source of fine sediment in a UK river?: an example using Cs-137 to interpret sediment yield and sediment source [J] . Pulley Simon, Foster Ian Earth Surface Processes and Landforms: The journal of the British Geomorphological Research Group . 2017,第4期

机译：渠道银行可以是英国河流中精细沉积物的主导来源吗？：使用CS-137的一个例子来解释沉积物产量和沉积物来源
2. Hysteresis effects of suspended sediment transport in relation to geomorphic conditions and dominant sediment sources in medium and large rivers of the Russian Arctic [J] . Nikita I. Tananaev Nordic hydrology . 2015,第2期

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3. Determining sources of fine-grained sediment for a reach of the Lower Little Bow River, Alberta, using a colour-based sediment fingerprinting approach [J] . Kui Liu, David A. Lobb, Jim J. Miller, Canadian journal of soil science . 2018,第1期

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机译：使用〜（239）PU作为Daly River，北澳大利亚北部的细沉积物来源的示踪剂
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6. Sediment‐associated organic matter sources and sediment oxygen demand in a Special Area of Conservation (SAC): A case study of the River Axe UK [O] . A. L. Collins, Y. Zhang, S. McMillan, -1

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7. The sources and dynamics of fine-grained sediment degrading the Freshwater Pearl Mussel (Margaritifera margaritifera) beds of the River Torridge, Devon, UK [O] . S. Pulley, A. Goubet, I. Moser, 2019

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8. Recommended Investigations of Sediment Transport and Deposition for Predicting Future Configurations of Upper Mississippi River System Channels and Floodplain, Workshop Report. Long Term Resource Monitoring Program [R] . Gaugush, R. F., Wilcox, D. B. 2002

机译：推荐调查沉积物运移和沉积预测密西西比河上游河道系统河道和洪泛区的未来结构，研讨会报告。长期资源监测计划

Can channel banks be the dominant source of fine sediment in a UK river?: an example using Cs-137 to interpret sediment yield and sediment source

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