2017 – M.S. Fisheries, Wildlife, and Conservation Biology, NC State
2013 – B.S. (Dual) Biology, Fisheries Science, Summa Cum Laude, Virginia Tech
For decades, fishery managers in the US southeast and around the globe have struggled to find a solution to the downward trend in stocks of deepwater reef fishes. This fishery is comprised of generally long-lived bottom-dwelling species, many of which have historical value as food fish. High rates of bycatch and associated mortality have resulted in the decline and near-extirpation of some species that were once prevalent, which has caused a paradigm shift in the availability of these fish to recreational and commercial fishers alike. My dissertation research compares two management options that are frequently touted as solutions to a variety of problems in marine fisheries (including imperilment of deepwater reef fishes): spatial closures and modification to gear or release procedure.
For investigating spatial closures, I am leading a study to evaluate the effect of the Snowy Wreck Marine Protected Area relative to a control area. This study incorporates historical (pre-MPA-designation) data from both sites. This study is a collaborative effort between NCSU, National Marine Fisheries Service, UNC Wilmington, and local commercial and charter fishermen.
Descender Devices and Groupers
Many species of reef fish have experienced declines in population for a variety of reasons. Groupers such as snowy grouper (Hyporthodus niveatus) and speckled hind (Epinephelus drummondhayi) are some of the most notorious. Due to their low numbers, these fish are the subject of strict harvest restrictions. These species frequently inhabit waters of 400’ or more, meaning when they are caught and brought to the surface they often suffer from severe barotrauma. Possibly the most detrimental effect of barotrauma in these species is their inability to resubmerge below the surface due to expanded internal gases. A section of my research is dedicated to learning whether it is possible to significantly increase the chances of survival after release of such individuals by forcing recompression using a tool called a descender device. Fish are attached to a weighted tool called a SeaQualizerTM that is programmed to release the fish at a certain depth. We tag fish with acoustic transmitters and track their movements to determine whether they survived the capture and release event. We recently published our first round of results of this study – see Runde and Buckel (2018) publication below.
Recompression of Red Grouper using SeaQualizer descender device
Watch the Red grouper with barotrauma recompressed with SeaQualizer descender device video on YouTube.
- K.W. Shertzer, N.M. Bacheler, W.E. Pine III, B.J. Runde, J.A. Buckel, P.J. Rudershausen, and J.H. MacMahan. Estimating population abundance at a site in the open ocean: Combining information from conventional and telemetry tags with application to gray triggerfish (Balistes capriscus). Canadian Journal of Fisheries and Aquatic Sciences. In press.
- B.J. Runde. 2019. Student angle: Stakeholder engagement is the path to successful management. Fisheries 44: 209-211. doi: 10.1002/fsh.10251. View PDF
- N.M. Bacheler, K.W. Shertzer, J.A. Buckel, P.J. Rudershausen, and B.J. Runde. 2018. Behavior of gray triggerfish Balistes capriscus around baited fish traps determined from fine-scale acoustic tracking. Marine Ecology Progress Series 606:133-150. View PDF
- B.J. Runde, J.E. Harris, and J.A. Buckel. 2018. Symposium review: using electronic tags to estimate vital rates in fishes. Fisheries 43: 268-270. View PDF
- B.J. Runde and J.A. Buckel. 2018. Descender devices are promising tools for increasing survival in deepwater groupers. Marine and Coastal Fisheries 10: 100-117. View PDF.
In the News
- Brendan Runde wins Best Student Paper award at the American Fisheries Society meeting
- Brendan Runde Awarded Steven Berkeley Marine Conservation Fellowship
- NC State Researches Catch-and-Release
- Tag, You’re It!
- Two CMASTers awarded CCA NC Scholarship