由高坤山教授邀请的，来自南加州大学的David Hutchins教授于2015年7月-9月访问厦门大学，并将于7月16日做学术报告，详情如下：

Abstract:

The Hutchins lab works on how phytoplankton communities and the marine biogeochemistry of carbon, nutrients and trace metals may be affected by future environmental change.  One current project is using experimental evolution techniques to examine the effects of long-term selection by high CO₂ on the physiology, gene expression and protein expression of a key player in the ocean nitrogen cycle, the N₂-fixing cyanobacterium Trichodesmium.  This cyanobacterium adapts to high CO₂ in a manner that is completely unprecedented in the microbial evolution literature, and does so based on a set of surprising and unexpected mechanisms.  These results will be discussed in light of their implications for marine microbial evolution and the biogeochemical cycles of a rapidly changing ocean.

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