6月15日是2022年“全国低碳日”
海洋rna病毒可能在对抗全球变暖中发挥关键作用
一些新发现的病毒物种可以通过在海底储存碳来 助减缓气候变化
ocean waters are home to a huge array of rna virus species, and incredibly, some of them may in fact help store carbon on the ocean floor.
海水是大量rna病毒物种的家园，令人难以置信的是，其中一些病毒实际上可能有助于在海底储存碳。
further analysis identified 1,243 species of rna viruses related to carbon export. 11 of these appeared to play a role in driving carbon export towards the seafloor.?
进一步分析发现了1243种与碳输出相关的rna病毒。其中11个似乎在推动碳排放到海底方面发挥了作用。
” a group of 11 rna viruses that significantly influence ocean carbon flux were identified 发现了一组对海洋碳通量有显著影响的11种rna病毒”?
-d
iversity and ecological footprint of global ocean rna viruses (science.org)
“the findings are important for model development and predicting what is happening with carbon in the correct direction and at the correct magnitude,”
“这些发现对于模型开发和预测碳在正确方向和正确量级上的变化非常重要，”
the study made note of a significant presence of marine rna viruses in the arctic and antarctic oceans.
这项研究指出，在北极和南极海洋中存在大量海洋rna病毒。
病毒对生态系统碳循环的调节作用
frontiers | the “regulator” function of viruses on ecosystem carbon cycling in the anthropocene | public health (frontiersin.org)
viruses are a regulator of the global ecosystem c cycle network.
病毒是全球生态系统c循环网络的监管人
frontiers | the “regulator” function of viruses on ecosystem carbon cycling in the anthropocene | public health (frontiersin.org)
by infecting and lysing microorganisms, viruses remove biomass from the main food chain and convert particulate organic carbon (poc) to dissolved organic carbon (doc), forming a “viral shunt” pathway which accelerates the flow of energy and carbon in the microbial loops of ecosystems
病毒通过侵染和裂解微生物，从主食物链中去除生物量，将颗粒有机碳(poc)转化为溶解有机碳(doc)，形成病毒分流途径，加速生态系统微生物循环中的能量和碳流动
