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The Green Ocean: precipitation insights from the GoAmazon2014/5 experiment

机译:绿色的海洋:来自GoAmazon2014 / 5实验的降水见解

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摘要

This study summarizes the precipitation properties collected during the GoAmazon2014/5 campaign near Manaus in central Amazonia, Brazil. Precipitation breakdowns, summary radar rainfall relationships and self-consistency concepts from a coupled disdrometer and radar wind profiler measurements are presented. The properties of Amazon cumulus and associated stratiform precipitation are discussed, including segregations according to seasonal (wet or dry regime) variability, cloud echo-top height and possible aerosol influences on the apparent oceanic characteristics of the precipitation drop size distributions. Overall, we observe that the Amazon precipitation straddles behaviors found during previous U.S. Department of Energy Atmospheric Radiation Measurement (ARM) program tropical deployments, with distributions favoring higher concentrations of smaller drops than ARM continental examples. Oceanic-type precipitation characteristics are predominantly observed during the Amazon wet seasons. An exploration of the controls on wet season precipitation properties reveals that wind direction, compared with other standard radiosonde thermodynamic parameters or aerosol count/regime classifications performed at the ARM site, provides a good indicator for those wet season Amazon events having an oceanic character for their precipitation drop size distributions.
机译:本研究总结了巴西中部亚马察州马瑙河附近的戈阿马顿2014/5竞选期间收集的降水性质。提出了降水故障,摘要雷达降雨关系和来自耦合抑制器和雷达风分析器测量的自我一致性概念。讨论了亚马逊积云和相关层状沉淀的性质,包括根据季节性(湿或干燥的制度)变异性,云回波顶部高度和可能的气溶胶对沉淀滴尺寸分布的表观海洋特征的影响的分离。总体而言,我们观察到以前的美国能源大气辐射测量(ARM)的热带部署中发现的亚马逊降水障碍行为,具有比ARM大陆实例更高浓度的较高浓度的分布。在亚马逊潮湿季节期间主要观察到海洋式沉淀特性。探索湿季沉淀性能的控制揭示了风向,与其他标准无线电探测器热力学参数或Aerosol计数/制度分类相比,为武器站点进行,为那些具有海洋角色的亚马逊活动提供了良好的指标降水滴尺寸分布。

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