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Absorption properties in shoal dominated regions of the Atchafalaya shelf, Louisiana,USA

机译：阿妥塞亚架子座座位座位的吸收特性，美国路易斯安那州路易斯安那州

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The shoal dominated region of the Atchafalaya shelf in the northern Gulf of Mexico is an important resource for sand mining in Louisiana, USA. Algal blooms are seen each year in the study area like most of the northern Gulf of Mexico. Absorption measurements carried out in this region are presented and analyzed. The freshwater input from the Atchafalaya River and the surrounding coastal wetlands and submerged shoals make this area optically complex. Case 1 Ocean Color Algorithms (OCA) do not perform well in these complex case 2 waters. This is because these algorithms do not account for strong blue wavelength absorption by CDOM (colored dissolved organic matter) and NAP (non-algal particulate matter) as observed in our study area. Also the specific phytoplankton absorption a*_PHY(lambda) was found to be variable which indicated the pigment packaging effect would influence retrieval of chlorophyll concentration from standard OCA. OCA's that can separate contributions of CDOM and NAP and based on the red region of the spectrum where interference of CDOM and NAP is less will work better towards remote monitoring of blooms.

机译：墨西哥北湾阿特克费拉架的浅埋地区是美国路易斯安那州沙坑的重要资源。每年在墨西哥北部大部分北部的研究区域看到藻类绽放。提出和分析了该区域中进行的吸收测量。来自阿特彻法拉河和周围的沿海湿地和潜水浅滩的淡水投入使这个区域是光学复杂的。案例1海洋颜色算法（OCA）在这些复杂的情况下，在这些复杂的情况下不太良好。这是因为这些算法不考虑在我们的研究区域中观察到的CDOM（彩色溶解有机物）和午睡（非藻类颗粒物）的强大蓝色波长吸收。此外，发现特定的植物浮游植物A * _{phy （λ）是可变的，这表明颜料包装效果会影响来自标准OCA的叶绿素浓度的检索。 OCA可以将CDOM和NAP的贡献分开，并基于CDOM的干扰的频谱的红色区域较少将更好地用于远程监控绽放。}

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《OCEANS》|2008年||共6页
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Naik P.; DSa E.;
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中图分类 P75-53;
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1. Absorption properties of shoal-dominated waters in the Atchafalaya Shelf, Louisiana, USA [J] . PUNEETA NAIK, EURICO J. DSA, MARK GRIPPO, International journal of remote sensing . 2011,第15a16期

机译：美国路易斯安那州Atchafalaya Shelf的浅滩优势水域的吸收特性
2. Nonlinear wave dynamics in the presence of mud-induced dissipation on Atchafalaya Shelf, Louisiana, USA [J] . Safak Ilgar, Sheremet Alex, Davis Justin, Coastal engineering . 2017,第deca期

机译：美国路易斯安那州阿查法拉拉架上存在泥浆引起的耗散的非线性波浪动力学
3. Bottom turbulence on the muddy Atchafalaya Shelf, Louisiana, USA [J] . Ilgar Safak, Alexandru Sheremet, Mead A. Allison, Journal of Geophysical Research, C. Oceans: JGR . 2010,第C12期

机译：美国路易斯安那州泥泞的阿查法拉拉架上的底部湍流
4. Absorption properties in shoal dominated regions of the Atchafalaya shelf, Louisiana,USA [C] . Naik P., DSa E. OCEANS 2008 . 2008

机译：美国路易斯安那州阿查法拉雅大陆架浅滩占主导地位的地区的吸收特性
5. Muddy sea-floor response to wave action, Atchafalaya Shelf, Louisiana, USA [D] . Sahin, Cihan. 2012

机译：泥泞的海底反应波动动作，atchafalaya架子，路易斯安那州，美国
6. Photophysiological and light absorption properties of phytoplankton communities in the river‐dominated margin of the northern Gulf of Mexico [O] . Sumit Chakraborty, Steven E. Lohrenz, Kjell Gundersen -1

机译：墨西哥湾北部以河为主导的边缘浮游植物群落的光生理和光吸收特性
7. Current–wave interaction in the Mississippi–Atchafalaya river plume on the Texas–Louisiana shelf [O] . Rong Zengrui, Hetland Robert D., Zhang Wenxia, 2014

机译：德州-路易斯安那架子上的密西西比州-阿恰法拉亚河羽流中的电流-波相互作用
8. Collection of Reprints (Temperature and Salinity Variability within the Louisiana Bight. Summer Current Observations off the Alabama Coast. Sediment Transport on the Central Louisiana Continental Shelf: Implications for the Developing Atchafalaya River Delta. Coastal Sea Level Response to Frontal Passages on the Louisiana-Texas Shelf. Lagoon Sediment Transport: The Significant Effect of Callianassa Bioturbation). [R] . Wiseman, W. J., Murray, S. P., Bane, J. M., 1983

机译：重印的集合（路易斯安那州海湾的温度和盐度变化。阿拉巴马州海岸的夏季当前观测。路易斯安那州中部大陆架的沉积物运输：对发展中的阿查法拉亚河三角洲的影响。沿海海平面对路易斯安那州 - 德克萨斯州正面通道的响应货架。泻湖沉积物运输：Callianassa生物扰动的显着影响）。

Absorption properties in shoal dominated regions of the Atchafalaya shelf, Louisiana,USA

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