About Us

Sustainable Seas began in 2018 at the proposed Fulbright project of the founder, Kim Sawicki. For the first three years, the project was known as Sustainable Seas.

In 2021, the project became the full-time focus of the author of the blog, Kim Sawicki. (PhD research at the University of Massachusetts-Dartmouth)

Our Vision: To promote the use of innovation and technology to advance safe and sustainable harvest of pot and trap caught seafood. 

Our Mission: Sustainable Seas shapes the future of sustainable oceans and seas through discovery, understanding, and action. These goals are realized through research in the application of innovative technologies that protect marine species from unnecessary anthropogenic and pathologic causes of death. It is our further goal to share and promote the education and reasonable and appropriate use of these technologies to fishing communities, fisheries management, scientists, and the general public.


The Board of Directors

Our Volunteers

The Project Founders:

The Sustainable Seas Team circa 2019.

Annika Toth is a German-born artist and marine biologist living and
working in Denmark. She graduated with a Masters in Marine Biology from the University of Southern Denmark and currently works at the Nordsøen Aquarium and in the past has performed extensive research to rebuild the population of endangered European eels. Annika has joined the Sustainable Seas project in an effort to reduce the vast suffering she has seen in many of the marine mammals she has worked with in necropsy; both whales and porpoises which were accidental casualties of fishing gear. She is an exceptionally talented artist creating both artistic and technical renderings of the animals we are working to protect as well as the innovations we share with entanglement experts and fishing communities. She is also working on several fundraising projects with her art to aid in research that mitigates these entanglements. Annika is the creator of numerous technical illustrations of the ropeless fishing gears Sustainable Seas Technology uses in a variety of materials. Annika is also the designer of the beautiful Sustainable Seas Technology logo.

Kim Sawicki is a Ph.D. student studying conservation engineering at UMASS-Dartmouth’s School of Marine Science and Technology. As the founder and the president and founder of Sustainable Seas Technology 501 (c) (3), she is dedicated to working with innovative technology, fishers, and engineers to save marine mammals from unnecessary human-induced deaths, and to preserve coastal fishing communities as they are. She is recognized as a leading expert of subsea buoy retrieval systems for fishing applications and has extensive experience working one on one with fishers wishing to adopt on-demand fishing technologies. She was a funded Fulbright-Schuman Program Alumni affiliated with the University of  Connecticut, the University of St. Andrews, Scotland, and the Marine Institute in the Republic of Ireland to conduct research on marine policy relating to fisheries management, entanglement, gear technology, and fishing innovations. Her nine-month independent research project in 2018–19 required travel along the coasts of both countries, working closely with entanglement experts, pathologists, engineers, policy makers, and fishing communities. In addition to her ongoing research, the author fosters informed discussion of coastal community and cetacean conservation through innovation on her website, Sustainable Seas. Since November 2018, she has served as a liaison between eight underwater technology companies and entrepreneurs that have mature products or are actively developing ropeless technologies.

As the founder of Sustainable Seas, she is dedicated to working with innovative technology, fishers, and engineers to save marine mammals from unnecessary anthropogenic deaths, and to preserve coastal fishing communities as they are.

Sustainable Seas Technology, INC logo, 2021.

Sustainable Seas hopes through the various innovations our project seeks to evaluate and promote that we can help reduce bycatch and entanglements.