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john andrew nyman - LSU School of Renewable Natural Resources ...

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J.A. Nyman<br />

Figure 2. The number <strong>of</strong> times 27 <strong>of</strong> my<br />

peer-reviewed articles have been cited since<br />

they were published as <strong>of</strong> April 2011.<br />

One indication <strong>of</strong> the impact <strong>of</strong> my research is citation <strong>of</strong> my research by fellow<br />

researchers. As <strong>of</strong> August 2011, the Web <strong>of</strong> Science recognized 27 <strong>of</strong> my 53 peer-reviewed<br />

publications (some were not recognized because they are book chapters; others because they are<br />

in journals that are too small or regional). The Web <strong>of</strong> Science recognized 447 citations (402<br />

omitting self-citations) <strong>of</strong> those 27 publications. Those 27 publications were cited by 349<br />

publications that they recognize (296 omitting self-citations). Data from Web <strong>of</strong> Science<br />

indicated that my work was cited with increasing frequency (Figure 1) but recent papers had not<br />

yet contributed many citations (Figure 2). The five most cited papers were cited 38 to 55 times.<br />

The average citation was 16.56 per publication. The h-index for these 27 publications was 12,<br />

which means that 12 had been cited at least 12 times. According to the Web <strong>of</strong> Science, the h-<br />

index is useful because it discounts the disproportionate weight <strong>of</strong> highly cited papers and the<br />

weight <strong>of</strong> papers that have not yet been cited. I am unaware <strong>of</strong> information that can be used to<br />

determine how these statistics compare to those <strong>of</strong> other faculty.<br />

Another indication <strong>of</strong> the impact <strong>of</strong> my research can be found in the requests for<br />

information and advice that I receive from wetland managers and restoration planners. Some <strong>of</strong><br />

these efforts are extensive enough that they require contractual agreements with the university,<br />

such as my current assistance with the Louisiana 2012 Master Plan for a Sustainable Coast.<br />

Others require only a presentation, email, or phone call. Until 2010, these requests focused on<br />

sea level rise and restoration in coastal wetlands but since then have been dominated by crude oil<br />

and dispersants. The applied impact <strong>of</strong> my research also is reflected in the Coastal America<br />

Partnership Award that I received for my work with the Breaux Act Task Force’s Academic<br />

Advisory Group in 2004; in the Team Achievement Award that I received from the US Army<br />

Corps <strong>of</strong> Engineers and the State <strong>of</strong> Louisiana for my contribution to the Louisiana Coastal Area,<br />

Louisiana Ecosystem Restoration Study in 2005; in my invitation from the Louisiana Department<br />

<strong>of</strong> Coastal Protection and Restoration to help them revise the models used to select restoration<br />

plans in 2009; and in my invitation from the Louisiana Department <strong>of</strong> Coastal Protection and<br />

Restoration to lead a group <strong>of</strong> fish and wildlife modelers within the effort to update the state’s<br />

2012 master plan for coastal protection and restoration. Recently, I’ve been invited to make<br />

numerous presentations regarding my studies <strong>of</strong> the way coastal wetlands respond to sea level<br />

rise and to oil spills.<br />

25

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