Complex fisheries models are like weather forecasts for fish populations: they gather together all the available data about fish trends in numbers over time, numbers at each age, and other information, and then predict the level of sustainable catch that can be taken from the population. Over time, as computing power has grown, these models have also become more complex, and run time has remained consistently high. 

We are proud and thrilled to share the news that School of Aquatic and Fishery Science faculty member Dr. Jacqueline Padilla-Gamiño has been selected by the Latino Center for Health at UW to be recognized at the Latinx Faculty Recognition Event. This annual event honors the scholarly achievements of Latina and Latino faculty across the tri-campuses of the University of Washington for the academic year 2018-2019.

SAFS is excited to announce that Mark Scheuerell will be joining us as the USGS Washington Cooperative Fish and Wildlife Research Unit’s new Assistant Unit Leader and as an Associate professor.

Tuna fisheries supply nutrients, food, employment, and other economic benefits to coastal states and global industrial fleets. A new analysis now examines the causes for variability in economic performance among regions and management types through Fishery Performance Indicators, which score performance on 68 questions answered on a scale from 1 (worst) to 5 (best). Benefits were greatest for tuna caught for canning and for sashimi (raw fish) markets, since these were the highest quality fish, and had access to the most valuable markets; and success was largely determined by the post-harvest sector. 

Recent advances allow for the editing of any part of the DNA of individuals (their genome), offering a chance for ecologists and conservationists to radically transform individuals and ecosystems, as outlined in a new review. The new genome-editing tools are being driven by technology called CRISPR that allows for the precise editing of DNA letters coding for key genes within an organism. 

I have good memories of my time at the College of Fisheries; I made many friends and had excellent sensei (teachers) (Doug Gregory, Joan Hardy, David Fluharty, Marcus Duke, Loh-Lee Low [BS, 1970; MS 1972; PhD, 1974), Dan Ito [BS, 1979; MS, 1982; PhD, 1999], Loveday Conquest, Marianna Alexandersdottir, Steve Millard, Al Shimada [BS, 1978] and many others). I also had good experiences as a student helper for Don Bevan (I was assigned to the ADF&G, Kodiak Island office in summer) and for Ric Fleming (College of Oceanography). I also gained experience as both a TA and an RA. I enjoyed my private life, which included an American girlfriend from Renton, being a member and a trumpeter in the Seattle Japanese Baptist Church on Capital Hill (AFSC’s Don Kimura-san’s family was there), acting as a weekend math and science teacher at the Seattle Japanese School on Beacon Hill, and shopping for Japanese foods (sake is my fuel) at Uwajimaya. To make my dream to stay in the USA possible, I applied for a biometrician post at ADF&G, but was not offered the position, although I was one of the finalists. After 10 years in the USA and no job because of the competitive market, it was time to look internationally.

My work on the swimming physiology of adult salmon largely took place in the field, aboard a brand new floating laboratory, the R/V Kumtuks. “Kumtuks” means “to know or to understand” in native Chinook jargon. So later that year when Lynwood launched the new floating laboratory, Dean Richard Van Cleve christened it the R/V Kumtuks.

Some of us cannot help doing in retirement what we’ve loved doing throughout our working lives—indeed, since childhood. When I was a boy, I treasured exploring and learning about Ohio’s forests, fields, and streams; I kept exploring regional ecological systems in the Pacific Northwest on arriving at UW in 1991; and after becoming emeritus in 2006, I am still happiest exploring, learning, and teaching.

More than 15 years after graduating, I am constantly reminded of my time at SAFS. I often drive to Seattle for work, and I intentionally time my drive so that I can avoid traffic, which inevitably means driving through the night. Approaching Seattle at night from the south is fascinating. The city skyline evokes memories. The sight of the SAFS building from the I-5 Bridge gives me the odd sensation of being at home, but far from it. I like and cherish this feeling. I am reminded of homing fish, coming back to familiar grounds. Happy anniversary SAFS!

Tracking changes in diseases over time is an increasingly important topic given changes in global temperature. Put simply, is a warmer world a sicker world? Reported rates of disease may increase over time but it is difficult to distinguish between better reporting of disease, and true increases in disease prevalence. A new study in Frontiers in Ecology and the Environment now highlights the critical role of natural history collections, which contain many millions of specimens, in piecing together true rates of disease over deep time (many centuries).