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Marine Aerosols and Clouds
Annual Review of Marine Science ( IF 17.3 ) Pub Date : 2018-01-03 00:00:00 , DOI: 10.1146/annurev-marine-121916-063148
Sarah D. Brooks 1 , Daniel C.O. Thornton 2
Affiliation  

The role of marine bioaerosols in cloud formation and climate is currently so uncertain that even the sign of the climate forcing is unclear. Marine aerosols form through direct emissions and through the conversion of gas-phase emissions to aerosols in the atmosphere. The composition and size of aerosols determine how effective they are in catalyzing the formation of water droplets and ice crystals in clouds by acting as cloud condensation nuclei and ice nucleating particles, respectively. Marine organic aerosols may be sourced both from recent regional phytoplankton blooms that add labile organic matter to the surface ocean and from long-term global processes, such as the upwelling of old refractory dissolved organic matter from the deep ocean. Understanding the formation of marine aerosols and their propensity to catalyze cloud formation processes are challenges that must be addressed given the major uncertainties associated with aerosols in climate models.

中文翻译:


海洋气溶胶和云

目前,海洋生物气溶胶在云形成和气候中的作用尚不确定,以至于气候强迫的迹象也不清楚。海洋气溶胶是通过直接排放以及通过将气相排放物转化为大气中的气溶胶而形成的。气溶胶的成分和大小决定了它们分别通过充当云凝结核和成冰核颗粒,在催化云中的水滴和冰晶形成方面的效果如何。海洋有机气溶胶既可以来自最近使区域海洋增加了不稳定有机物的区域浮游植物大花,又可以来自长期的全球过程,例如来自深海的老难熔溶解有机物的上升。

更新日期:2018-01-03
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