Modeling wind fields in tall canopies -towards better momentum distributionusing 3D vegetation scans in high resolution

Ronald Queck; Anne Bienert; Stefan Harmansa

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Modeling wind fields in tall canopies -towards better momentum distributionusing 3D vegetation scans in high resolution

机译：建模高檐篷中的风场-使用高分辨率的3D植被扫描实现更好的动量分布

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DFG priority program MetStrom was launched with the focus to improve methods for modelingatmospheric processes. The aim of the subproject TurbEFA is to describe the inhomogeneity ofturbulent exchange processes in and over a real forest canopy. A crucial step is the use of moredetailed information about vegetation structure. A method is presented how to record vegetationstructure and make this information applicable for model use and deriving turbulence parame-ters as well.

机译：推出了DFG优先项目MetStrom，其重点是改进大气过程建模的方法。 TurbEFA子项目的目的是描述真实森林冠层内外的湍流交换过程的不均匀性。至关重要的一步是使用有关植被结构的更多详细信息。提出了一种如何记录植被结构并使该信息适用于模型使用以及推导湍流参数的方法。

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《Berichte des Meteorologischen Institutes der Universitat Freiburg》 |2009年第19期|共8页
作者
Ronald Queck; Anne Bienert; Stefan Harmansa;
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正文语种 eng
中图分类大气科学（气象学）;
关键词
fields; vegetation; DFG;

机译：田野;植被;DFG;

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专利

1. Ekman动量近似下中间边界层模式中的风场结构 [J] . 谈哲敏, 王元大气科学进展（英文版） . 2002,第002期
2. Modeling wind fields in tall canopies -towards better momentum distributionusing 3D vegetation scans in high resolution [J] . Ronald Queck, Anne Bienert, Stefan Harmansa Berichte des Meteorologischen Institutes der Universitat Freiburg . 2009,第19期

机译：建模高檐篷中的风场-使用高分辨率的3D植被扫描实现更好的动量分布
3. Wind fields in heterogeneous conifer canopies: parameterisation of momentum absorption using high-resolution 3D vegetation scans [J] . Ronald Queck, Anne Bienert, Hans-Gerd Maas, European journal of forest research . 2012,第1期

机译：异类针叶林冠层中的风场：使用高分辨率3D植被扫描对动量吸收进行参数化
4. Wind fields in heterogeneous conifer canopies: parameterisation of momentum absorption using high-resolution 3D vegetation scans [J] . Ronald Queck, Anne Bienert, Hans-Gerd Maas, European Journal of Forest Research . 2012,第1期

机译：异类针叶林冠层中的风场：使用高分辨率3D植被扫描对动量吸收进行参数化
5. Using laser echo recovery and a scannable field-of-view telescope to determine vegetation structure and sub-canopy topography over wide swaths [C] . Blair, J.B., Harding, Geoscience and Remote Sensing Symposium, 1996. IGARSS '96. 'Remote Sensing for a Sustainable Future.', International . 1996

机译：使用激光回波恢复和可扫描视场望远镜确定大范围的植被结构和子冠层地形
6. Performance-Based Design Framework for 3D Coupled Wind-Induced Response of Tall Buildings in Turbulent Winds. [D] . Cui, Wei. 2017

机译：基于性能的高层建筑在湍流风中3D耦合风致响应的设计框架。
7. Terrestrial 3D laser scanning to track the increase in canopy height of both monocot and dicot crop species under field conditions [O] . Michael Friedli, Norbert Kirchgessner, Christoph Grieder, 2016

机译：陆地3D激光扫描以跟踪田间条件下单子叶植物和双子叶植物物种的冠层高度增加
8. Scanflow: High-resolution full-scale wind field measurements of the ECN’s 2.5 MW aerodynamic research wind turbine using DTU’s 3D WindScanner and SpinnerLidar for IRPWind’s and EERA’s benchmark [O] . Hasager Charlotte Bay, Mikkelsen Torben Krogh, Angelou Nikolas, 2016

机译：scanflow：ECN的2.5兆瓦空气动力学研究风力涡轮机的高分辨率全尺寸风场测量，使用DTU的3D Windscanner和spinnerLidar进行IRpWind和EERa的基准测试
9. Wind Profiles in Gentle Terrains and Vegetative Canopies for a Three- Dimensional Wind Field (3DWF) Model [R] . Wang, Y. , Cionco, R. 2007

机译：用于三维风场（3DWF）模型的温和地形和植被檐篷中的风廓线

Modeling wind fields in tall canopies -towards better momentum distributionusing 3D vegetation scans in high resolution

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