September 2020

Life in Internal Waves; A Review of Secchi's Contributions; Advancing Ocean Observation with an AI-Driven Mobile Robotic Explorer; The Story of Plastic Pollution; and More…

Oceanography | September 2020

Reflections

Reflections

This September 2020 Oceanography doesn’t have a special issue

section, but if I had to provide a title for the issue, it would be

“Reflections.” Subjects the articles and commentaries ask us to

reflect on include racism and gender bias in the ocean sciences,

the benefits and pitfalls of conducting conferences virtually, les-

sons learned while developing broader impact activities, and the

optical oceanography legacy of Angelo Secchi, among others.

Some of the topics addressed here may take us out of our

comfort zones. Hardy and Rozwadowski reexamine the legacy

of nineteenth-century naval officer and early ocean scientist

Matthew Fontaine Maury. While Maury did not own slaves, his

actions supported the institution of slavery. Our authors pose the

question, what should ocean scientists “do with this new found

awakening to Maury’s dual admirable and reprehensible lega-

cies?” Applying contemporary standards to centuries-old conduct

is a challenging exercise, but we need to take the time to reflect on

how we teach about such historical figures as we simultaneously

develop strategies to increase diversity in the geosciences.

Glüder’s commentary addresses gender bias by examining an

extremely tangible example: why don’t many research vessels have

an adequate supply of survival equipment in smaller sizes suit-

able for women—and also for men who do not fit the “50th per-

centile North American male” physique. The issue here concerns

not only survival in frigid ocean waters but also the feeling of not

belonging caused by the lack of proper safety equipment.

The inclusion of “broader impact” activities is a requirement

for many science proposals submitted to US federal agencies.

Orellana et al. describe how they developed successful high

school ocean science curriculum modules and leveraged several

grants to retain continuity of the project. They also reflect on the

solutions that enabled the success of their broader impacts proj-

ect and share those lessons learned.

Thrust into this COVID world of relative isolation, conferences

have had to test the waters of the virtual world. Power et al. share

their experiences conducting a Young Coastal Scientists and

Engineers Conference online. They reflect on the numerous pos-

itive outcomes of holding a virtual conference, some unexpected,

and note that even when in-person conferences are again possi-

ble, they will likely always incorporate some online component.

The hands-on oceanography activity, “Sound and the Seafloor,”

by Levine et al. introduces students to the concept of acous-

tic reflection (sorry) by having them build their own simplified

echosounders, deploy their instruments to map a transect, and

use the data to explore sampling resolution. The article does have

a section called Reflection (really) in which the authors suggest

questions that can stimulate students to consider the implications

of their observations and the sources of variability.

Pitarch illuminates the optical oceanographic legacy of

Angelo Secchi, the nineteenth century Italian astrophysicist

widely known for the reflective (sorry again) white disk that

bears his name. In this article, Pitarch calls attention to a mostly

ignored 1865 cruise report in which Secchi addresses such ques-

tions as “how the angle of the sun, the disk’s color and direc-

tional reflectance, the disk’s diameter, the ship’s shadow, and

cloudiness influence the transparency measurements.”

In her Revelle Lecture article, Rochman tells the story the his-

tory of research surrounding plastic pollution in the ocean. She

reflects on how a little more than a dozen years ago, the words

plastic and pollution were not yet linked as an environmental

issue, but today plastic pollution has become a global policy

issue with research going in many new directions.

Other articles in this issue describe new and exciting ocean

science and engineering areas and take look at an important

topic of study that has been largely neglected. In their Breaking

Waves article, Saad et al. demonstrate how it is possible to inte-

grate artificial intelligence methods into an autonomous under-

water vehicle to accelerate the analysis of the spatiotemporal dis-

tribution of microorganisms in the ocean. In their Regular Issue

Feature, Garwood et al. use idealized numerical simulations to

show the importance of accounting for horizontal motions in

internal waves when studying coastal ecosystems.

If I may provide a couple of other important reflections from

this September issue: I am particularly pleased and proud to see

the number of graduate students and early career scientists who

are first authors (Garwood, Glüder, Levine, Saad) or coauthors

(in Levine et al., Power et al., Saad et al.) of articles. I am also

very encouraged that women are first authors (Garwood, Glüder,

Hardy, Orellana, Power, Rochman, Saad) on seven of the nine

articles—perhaps a counterbalance to some of the data coming

out that indicates women are publishing less during COVID.

One final reflection. While Oceanography has “grown up”

considerably since it was first published in 1988, this September

issue also displays how we have remained true to our roots.

As the first Oceanography editor David A. Brooks wrote in

the inaugural magazine issue, “the guiding principle and edi-

torial policy of Oceanography Magazine will remain steadfast

and inviolate: we intend to serve, promote, and chronicle all

aspects of ocean science and its applications, and we invite you

to join in the adventure.”

Ellen S. Kappel, Editor

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