Every few years, the Federal government issues a “state of the climate” report, and for the first time ever, this will detail the impacts and expected impacts of climate change on marine ecosystem services. The technical report (Malin is a co-author) is now online at the National Climate Assessment website, the PDF is here.
Malin will talk about his ongoing research on climate and marine range shifts at the Ecological Society of America: August 6, 1:30pm, COS 5-1.
Malin will be talking about his larval dispersal research at the International Coral Reef Symposium, July 11, 10:15am, Session 14A. This will cover both the use of genetics to estimate larval dispersal kernels, and the interaction between those kernels and habitat patchiness.
Larvae disperse across patchy seascapes, and yet we typically assume that those seascapes are uniform. In a new paper in Ecological Applications, Malin and co-authors tease apart the consequences of this seemingly simple fact: Pinsky et al. 2012 Open and closed seascapes: Where does habitat patchiness create populations with high fractions of self-recruitment? As the title suggests, isolated habitat patches can have high self-recruitment, even without unusually short dispersal distances.
Malin’s talk at the “Effects of Climate Change on the World’s Oceans” conference (May 2012, Yeosu, South Korea) went over well: it won Best Oral Presentation. The talk was titled, “How predictable are species distribution shifts? Testing hypotheses against four decades of observations.”
Guerry et al. 2012 Modeling benefits from nature: using ecosystem services to inform coastal and marine spatial planning is now out in the International Journal of Biodiversity Science, Ecosystem Services, and Management. The paper describes a suite of tools for calculating marine ecosystem services from a seascape and sets the stage for the rest of the Marine Natural Capital Project.