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Urban stormwater management from the perspective of nature-based solutions: a bibliometric review 从自然解决方案的角度看城市雨水管理:文献计量学综述
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-11-27 DOI: 10.1080/24705357.2023.2284392
Ronaldo Adriano Alves, A. Rudke, Leila Droprinchinski Martins, Sueli Tavares de Melo Souza, Alessandro Botelho Bovo, Marcos Jeronimo Goroski Rambalducci, Jorge Alberto Martins
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引用次数: 0
Low-cost field particle image velocimetry for quantifying environmental turbulence 用于量化环境湍流的低成本场粒子图像测速
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-08-22 DOI: 10.1080/24705357.2023.2248986
Kaylin Jones, A. Cotel
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引用次数: 0
Flood dynamics and its spatial prediction using open-channel hydraulics and hydrodynamic model in the dam-controlled river of India 基于明渠水力学和水动力模型的印度坝控河洪水动力学及其空间预测
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-06-26 DOI: 10.1080/24705357.2023.2225521
Sandipan Ghosh
Abstract The spatial prediction of flood inundation, in the monsoon months (July–October), around the downstream southern part of the Damodar River Basin (Hooghly and Howrah districts of West Bengal) is very uncertain due to analytical lack of database, channel hydraulics and steady or unsteady flow anomaly. Using techniques of flood hydrology and HEC-RAS module of flood prediction, this study estimated the critical hydrological range of recurrent floods (1651–1822 m3 s−1 peak discharge) which are annually observed in the low-lying active floodplains of lower basin. The four days heavy rainfall (52.5 to 268 mm), yielded a runoff range of 10–207 mm which triggered maximum discharge of 7035 m3 s−1, causing havoc flood at downstream. There is possibility of channel shifting and embankmnet breaching during floods in the Mundeswari and Damodar/Amta channel, as Unit Stream Power can exceed 30 Wm−2 in tweleve cross-section stations. During 5-year and 10-year flood event (6676 m3 s−1) the floodplain inundation depth can reach 4–12 m in the Khanakul, and Udaynarayanpur region, having maximum chance of overbank flow. The most vulnerable site of embankment failure and overbank flow is stretch between Rajbalhat and Udaynarayanpur where the flood depth can cross 10 m limit for the critical discharge of 1811 m3 s−1. The flood risk is aggravated because within 42.5 km stretch of lower Damodar the channel can accommodate maximum flow of 1378 m3 s−1 (average flow area of 687 m2) at upstream cross-sections, but at downstream cross-sections the carrying capacity of channel is reduced to 1081 m3 s−1 (21.55 percent reduction) due to increasing siltation and decreasing average flow area (478 m2).
由于缺乏数据库分析、渠道水力学分析以及稳定或非稳定流动异常,Damodar河下游南部(西孟加拉邦Hooghly和Howrah地区)季风月份(7 - 10月)洪水淹没的空间预测存在很大的不确定性。利用洪水水文学技术和洪水预测的HEC-RAS模块,估算了下游盆地低洼活动洪泛区每年观测到的周期性洪水(1651 ~ 1822 m3 s−1洪峰流量)的临界水文范围。4天的强降雨(52.5 ~ 268毫米)产生了10 ~ 207毫米的径流量,最大流量为7035 m3 s - 1,造成了下游的严重洪灾。由于12个断面站的单位流功率超过30 Wm−2,在蒙德瓦里和Damodar/Amta河道洪水期间有可能发生河道移动和河堤决口。在5年和10年洪水事件(6676 m3 s−1)中,Khanakul和Udaynarayanpur地区洪泛区淹没深度可达4-12 m,发生溢水的可能性最大。在Rajbalhat和Udaynarayanpur之间的路段,洪水深度可以超过10 m的极限,达到1811 m3 s - 1的临界流量。在达摩达尔下游42.5 km区间内,上游断面最大流量为1378 m3 s−1(平均流面积为687 m2),而下游断面由于淤积增加,平均流面积减少(478 m2),河道的承载能力减少至1081 m3 s−1(减少21.55%),从而加剧了洪水风险。
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引用次数: 0
Forecasting green tide events in a semi-closed tidal flat using artificial intelligence and environmental big data 基于人工智能和环境大数据的半封闭潮滩绿潮事件预测
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-04-27 DOI: 10.1080/24705357.2023.2204107
Eiji Yauchi, Shun Wakabayashi, R. Oda
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引用次数: 0
Evaluating Apple iPhone LiDAR measurements of topography and roughness elements in coarse bedded streams 评估苹果iPhone激光雷达测量的地形和粗糙元素在粗层状溪流
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-04-23 DOI: 10.1080/24705357.2023.2204087
A. Monsalve, E. Yager, D. Tonina
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引用次数: 1
Flood impacts on vegetation and hydraulics in ephemeral channels and dynamics of recovery 洪水对短暂河道植被和水力学的影响及恢复动力学
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-03-23 DOI: 10.1080/24705357.2023.2189168
J. Hooke
Abstract Vegetation can have a particularly strong effect on hydraulics and processes in dryland, ephemeral channels, where plants often occupy the channel bed. To understand the hydraulics, feedback effects and ecological dynamics for use in modelling and management, data on flow effects and vegetation dynamics are needed. Evidence from sites in southeast Spain, monitored for decades, is analysed here in relation to an extreme flood in September 2012 to identify thresholds for damage and destruction of plants, to assess rates of recovery, and to quantify effects of varying vegetation density and height on channel hydraulics. Repeated quadrat measurements provide data on vegetation cover, health and heights of plants, and were analysed in relation to measured flow stage and cross-section topographic surveys before, after and since the 2012 flood. Much of the vegetation was destroyed in the flood event, including the dominant Retama, resetting the vegetation. Threshold levels of shear stress for mortality and removal of the plants have been calculated. Rates of recovery have varied spatially, with little regrowth in main channels or on elevated floodplains, but strong growth occurring on bars. The different degrees of vegetation cover and height are calculated to have a very large effect on the flow hydraulics. The results support the proposal that dense vegetation cover can be highly effective in channel management by slowing flow, reducing erosion and increasing sedimentation.
在旱地,植物经常占据河床的短暂河道中,植被对水力学和过程具有特别强的影响。为了了解用于建模和管理的水力学、反馈效应和生态动力学,需要有关流量效应和植被动力学的数据。本文对来自西班牙东南部地区的证据进行了数十年的监测,并与2012年9月的一场极端洪水进行了分析,以确定植物破坏和破坏的阈值,评估恢复速度,并量化不同植被密度和高度对河道水力的影响。重复的样方测量提供了关于植被覆盖、健康和植物高度的数据,并与2012年洪水之前、之后和之后测量的流量阶段和横断面地形调查进行了分析。大部分植被在洪水事件中被破坏,包括主要的雷塔玛,重新设置植被。已经计算了造成植物死亡和移除的剪应力阈值水平。恢复速率在空间上存在差异,主河道或高架洪泛区几乎没有再生长,而沙洲则有较强的再生长。不同程度的植被覆盖和高度对水流水力学有很大的影响。研究结果支持了这样一种观点,即茂密的植被覆盖可以通过减缓水流、减少侵蚀和增加沉积来非常有效地管理河道。
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引用次数: 0
Wall diffuser velocity effects on American Shad (Alosa sapidissima) inside a fishway entrance channel 鱼道入口通道内壁面扩散器速度对美洲鲥鱼的影响
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-03-09 DOI: 10.1080/24705357.2023.2176376
Kevin B. Mulligan, M. Rojas, B. Towler, B. Lake, R. Palmer
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引用次数: 0
How to build vegetation patches in hydraulic studies: a hydrodynamic-ecological perspective on a biological object 如何在水力学研究中建立植被斑块:一个生物对象的水动力生态学视角
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-02-13 DOI: 10.1080/24705357.2023.2176375
Loreta Cornacchia, Garance Lapetoule, S. Licci, Hugo Basquin, S. Puijalon
Abstract Vegetation in freshwater and coastal ecosystems modifies flows, retains sediment, protects banks and shorelines from erosion. Hydraulic laboratory studies with live vegetation or artificial plant mimics, or numerical models with abstracted patches, are often used to quantify the effects of vegetation on water flow and sedimentation. However, the choice of plant and patch characteristics is often not supported by field observations of patch dimensions, density or spacing between consecutive patches. The discrepancy between plants in natural conditions and in flume experiments or numerical studies may affect the relevance of these findings for natural ecosystems. In this study, we provide guidelines for building realistic vegetation patches in hydraulic studies. We collected data on four species of fully submerged freshwater aquatic macrophytes that can grow into well-defined patches. We considered three relevant levels: individual plants (inside patches), isolated patches and multiple neighbouring patches. At the plant level, we observed significant differences in biomechanical traits (Young’s modulus, flexural stiffness), resulting in stem Cauchy numbers ranging from 85.25 to 325.84, and leaf Cauchy numbers from 163.81 to 2003.97. At the patch level, we found significant relationships between patch length, width and height, showing covariation among different patch characteristics. The relationships among patch dimensions differed significantly among sampling sites for three of the four species, suggesting high intraspecific variability in patch sizes. By providing a first set of guidelines for choosing correct and ecologically relevant plant characteristics, this dataset aims to improve our understanding of the complex processes occurring inside and around submerged vegetated patches.
淡水和沿海生态系统中的植被改变水流,保留沉积物,保护河岸和海岸线免受侵蚀。利用活植被或人工植物模拟物或抽象斑块的数值模型进行水力实验室研究,通常用于量化植被对水流和沉积的影响。然而,植物和斑块特征的选择往往没有斑块尺寸、密度或连续斑块之间的间距的实地观测支持。植物在自然条件下与水槽实验或数值研究之间的差异可能会影响这些发现对自然生态系统的相关性。在本研究中,我们提供了在水力研究中建立真实植被斑块的指导方针。我们收集了四种完全淹没的淡水水生植物的数据,它们可以生长成明确的斑块。我们考虑了三个相关的水平:单个植物(内部斑块),孤立斑块和多个邻近斑块。在植株水平上,我们观察到生物力学性状(杨氏模量、抗弯刚度)的显著差异,导致茎柯西数在85.25 ~ 325.84之间,叶柯西数在163.81 ~ 2003.97之间。在斑块水平上,斑块长度、宽度和高度之间存在显著的相关关系,不同斑块特征之间存在协变。4个物种中有3个物种的斑块大小在不同的采样点之间存在显著差异,表明斑块大小在种内具有较高的可变性。通过提供第一套选择正确和生态相关的植物特征的指南,该数据集旨在提高我们对淹没植被斑块内部和周围发生的复杂过程的理解。
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引用次数: 1
Chinook Salmon habitat evolution following river restoration, drought, and flood 奇努克鲑鱼栖息地在河流恢复、干旱和洪水后的演变
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-01-16 DOI: 10.1080/24705357.2022.2162987
Rocko A. Brown, K. Sellheim, Jesse T. Anderson, J. Merz
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引用次数: 0
Exploring willow decline in an over-greening riparian corridor (River Jarama, Spain) 探索过度绿化的河岸走廊中柳树的衰落(西班牙,贾拉马河)
Q2 ENVIRONMENTAL SCIENCES Pub Date : 2023-01-04 DOI: 10.1080/24705357.2022.2162988
D. García de Jalón, Daniel Díaz-Alba, V. Martínez-fernández, Paula Lucía-Núñez, M. González del Tánago
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引用次数: 0
期刊
Journal of ecohydraulics
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