Hello All!
I am a Malouf Scholar coming to the end of this season, known as graduate school. I have been working very hard to complete my data analysis in the past months. In addition, I have begun to wrap up my study on the impacts of the razor clam fishery on Oregon coastal communities. I am so close to completing my study and will be defending my master’s this summer! (I know everyone says this, but honestly, where does the time go?)
I have learned so much; for instance, I found that razor clams are an important resource to Northern Oregon, with many examples of multi-generational harvesters. Also, the razor clam fishery helps keep coastal businesses alive during the winter months when there are not many other fisheries open. These are just two examples of the outcomes of my research, and there is so much more that I wish I could share with you!
From the beginning of this project, I wanted to produce elements that razor clam managers could use and harvesters. Through interviews with coastal communities, many research participants commented that they wanted to know more about biotoxin closures (a biotoxin is a poisonous substance produced by a living organism). Many also commented that they wanted to learn more about domoic acid (in the past decade, it has shorted the razor clam harvest season 6 years in a row, from 2015 to 2020). With this in mind, I started drafting an infographic about domoic acid, where it comes from, and why it happens. While that’s not quite finished yet, I am excited to be able to share it with the communities when it is completed.
I also have been working on other small deliverables, such as a small poster showing the life cycle of a razor clam. The life cycle is below, there’s still some fine-tuning left, but I would love any input you might have!
Thanks for the great post, Laura and for sharing your razor clam life-cycle graphic. I have actually wondered about the razor clam life history and think that this is great! It could be interesting to include approximate depths on your image to show where each section is relative to the high-tide mark. I look forward to learning more about the outcomes of your research!
Any thoughts about sharing this schematic with ODFW’s shellfisheries program? They might have some great insight for you.
May I use your poster above for my students at Seaside High School?