Join the Molecular Ecologist team in 2021!

Posted on 12 Nov, 2020 by Jeremy Yoder
Blue skies and white clouds mirrored in a broad bay
One of Kelle Freel’s fieldwork nostalgia photos, from Kāneʻohe Bay, Oʻahu, Hawaiʻi

The Molecular Ecologist is seeking two new regular contributors for 2021! Join us in blogging about “ecology, evolution, and everything in between.”

Ideal candidates should have expertise and experience in our core topic, the use of genetic data to understand the past and future of the living world. We’re particularly interested in senior graduate students, postdoctoral researchers, and other working scientists who can discuss basic science on a level that engages research biologists, as well as explaining fundamental molecular ecology concepts to the general public. The two contributors in the 2021 cohort will receive small stipends for their first year with the blog, in exchange for committing to posting on a monthly basis, helping to manage social media for TME — either our Twitter account or our presence on Facebook — and contributing to the Molecular Ecologist Podcast.

In addition to the direct compensation, blogging for The Molecular Ecologist can be an excellent way to hone familiarity with current molecular ecology research, establish connections within the scientific community, and build a portfolio of science writing for a broader audience. In light of this, we are particularly interested in applications from candidates whose racial, ethnic, sexual, or gender identities are underrepresented in science careers.

To apply, please e-mail Jeremy Yoder at jbyoder@gmail.com with a brief cover letter explaining (1) why you want to write for The Molecular Ecologist and (2) what topics you would write about for the site, along with (3) an appropriate sample of your writing. Applications should be received by the end of the day on 11 December, 2020 to ensure consideration.

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Hosts select symbionts for greater mutual benefit, an evolutionary experiment shows

Posted on 5 Nov, 2020 by Jeremy Yoder
The roots of a barrel medick plant, with pink nodules housing rhizobia. (Wikimedia Commons: Ninjatacoshell)

Who’s in charge of a symbiotic mutualism? You might think the host organism, whose body is the venue for an exchange of nutrients or services with a microbial symbiont, is running the show, able to evict or punish symbionts that don’t play nice. However, there are many examples of hosts making do with symbionts that aren’t particularly good partners, and some evolutionary theory has suggested that competing symbionts can gain the upper hand. Results from an evolutionary experiment recently reported in the journal Science lend support to the host-in-the-driver-seat view, though — bacterial symbionts selected by five generations of hosts evolved to be better mutualists.

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Take the Molecular Ecologist reader survey!

Posted on 29 Oct, 2020 by Jeremy Yoder

Following up on this being our tenth year of blogging operations, we thought it was past time to check in with you, our readers. To that end, we’ve put together a brief survey about how you read The Molecular Ecologist, what kinds of posts you follow us for and what you’d like to see more of, and who you are — in terms of career stage and scientific interests. There’s also an open-ended suggestion box, to tell us what we should have asked about but didn’t think to.

In total it should take less than ten minutes, and if you’ve got the time to spare, it’ll be very helpful. You can fill the survey form in right here on the blog, or follow this link to the Google Form. Thanks in advance!

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Marmots, seasons, and climate change

Posted on 15 Oct, 2020 by Kathleen Grogan

I love when nostalgia for a project, place, or species intersects with a current interest, as happened this week for me with a paper by Cordes et al. 2020, about the contrasting effects of climate change on the seasonal survival of yellow-bellied marmots in the Colorado Rocky Mountains.

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Simple rules for organizing data in a spreadsheet

Posted on 30 Sep, 2020 by Kathleen Grogan

Most scientists collect and organize at least some data in spreadsheets, usually Excel or Google Sheets, despite the potential pitfalls of using such products (there are even archives of spreadsheet horror stories). The most commonly bemoaned problem in Biology, that of Excel converting some gene names to dates, even caused the HGNC (HUGO Gene Nomenclature Committee) to change the names of at least 27 gene this year to avoid this issue. No matter your feelings about spreadsheets, they are generally the first program students learn to use for creating a database of samples, recording data, or doing simple calculations. Furthermore, for people without extensive coding or experience, spreadsheets are the default. Fortunately, by following some simple guidelines, we can avoid most of the hassles as well as countless hours re-formatting data tables for analysis and endless confusion trying to decipher color-codes from 10 years ago.

This paper by Broman & Wu is from 2018, but it came to my attention this week and I have now added it to my canon of “Must read” literature for future students.

Karl W. Broman, lead author

Many of these tips seem obvious, but I’m guessing if you think back, you will recall an instance(s) where you (or a co-author) violated each of these tips and in retrospect knew you had erred. These days you are wiser but could probably use a refresher. This paper prevents the re-invention of the wheel during every PhD. I urge you to read the full paper, but here I’m providing the lightly edited (I combined some tips and re-arranged them a bit) cliffs notes. These guidelines, if implemented across the lab, also allow for easy hand-off and transfer of data between students and colleagues.

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Molecular Ecology and Molecular Ecology Resources are recruiting new Associate Editors

Posted on 23 Sep, 2020 by Jeremy Yoder

Molecular Ecology and Molecular Ecology Resources are looking for new Editorial Board members to join the journals as Associate Editors in the key subject areas below:

  • Eco-immunology/emerging diseases/disease resistance
  • Proteomics/protein evolution
  • Computer programs/statistical approaches
  • Environmental DNA/metabarcoding

Experience with genome assemblies would also be advantageous.  

Nominations and personal applications are welcome, and whilst scientific qualifications are paramount, we would particularly appreciate nominations and applications from suitably qualified researchers in underrepresented groups, including women, ethnic minority scientists, and scientists with disabilities, among others. Please email nominations/applications by October 15th, 2020 to manager.molecol@wiley.com with the following items:

  • Cover letter stating the reasons for your nomination, of if applying for yourself, your interest in the role and familiarity with the journals,
  • Abbreviated CV (Education, Publications, Outreach) if you have it.
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Genetic Rescue – Fitness and genomic consequences

Posted on 22 Sep, 2020 by Kathleen Grogan
Dr. Sarah Fitzpatrick, lead author.
Photo Credit:
https://www.kbs.msu.edu/people/sarah-fitzpatrick/

As a PhD student studying the effects of genetic diversity overall and immunogenetic diversity specifically on survival and reproductive success in an endangered primate in captive and wild populations, I thought a lot about the potential effects of inbreeding and outbreeding depression. I read literally 100s of papers on the topic. Inbreeding depression describes the negative fitness effects that can occur in small populations when relatives breed with each other for multiple generations, thus genetic diversity is lost through genetic drift and negative alleles are expressed. Outbreeding depression, by contrast, is the negative consequence of breeding two genetically distinct populations leading to a loss of local adaptation.

Concerns about outbreeding depression are one of the major theoretical limitations to re-introductions and attempts at ‘genetic rescues’ when small populations and/or endangered species might be suffering from inbreeding depression. For the most part, however, evidence of outbreeding depression has mostly been limited to plants and captive or laboratory studies. Earlier this year, however, Dr. Sarah Fitzpatrick and her co-authors documented an extremely cool example of genetic rescue in populations of wild Trinidadian guppies, contradicting the hypothesis about the potential for maladaptive gene flow in population introductions (Fitzpatrick et al. 2020).

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The Molecular Ecologist Podcast: What do you look for in a journal?

Posted on 14 Sep, 2020 by Jeremy Yoder
The Boston Public Library (Flickr: Little Koshka)

A new episode of The Molecular Ecologist Podcast is now out on Anchor.fm. In this episode, we turn to a question that every academic scientist has to answer at some point: How do you choose a scientific journal to receive your paper? Kelle Freel, Shawn Abrahams, Katie Grogan and Jeremy Yoder chat about what they like in a journal, what they consider when picking a publication venue for a new paper, and the various meanings of an “impact factor.”

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Sparrows and spiders and aggression, oh my!

Posted on 11 Sep, 2020 by Kathleen Grogan

One of the major goals of evolutionary biology is to link phenotypic variation with specific genetic variation, yet for behavioral phenotypes in non-model species, this task remains daunting and generally elusive. Although behaviors are heritable and clearly acted upon by evolutionary forces, they are generally polygenic, flexibly expressed, and context-dependent. Two recent papers, however, accomplished this very thing, in white-throated sparrows (Zonotrichia albicolis; Merritt et al. 2020) and in a species of jumping spider from southeastern Asia (Portia labiata; Chang et al. 2020)!

Top left: Dr. Jennifer Merritt. Top Right: Dr. Chia-Chen Chang
Bottom left: White-striped and tan-striped morphs of the white-throated sparrow, Photo Credit Jennifer Merritt
Bottom right: White-mustached Portia Jumping Spider, Photo Credit Richard Ong on Project Noah
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A genomic march of the penguins

Posted on 4 Sep, 2020 by Kelle Freel

It’s undeniable that penguins are a marine representative of the charismatic megafauna group. I have an affinity for stuff we need microscopes to see, BUT I agree that penguins are cute (just LOOK at these National Geographic photos…they’re even in comics). I’m guessing that many of us have also watched “March of the Penguins”, although maybe you also were today years old when you learned the original French version was narrated in first-penguin by the stars of the show themselves in “La Marche de l’Empereur”.

Our hearts all melt a tiny bit when we see a fluffy baby chick waddle around on the ice. But. Have you ever contemplated how many different penguin species there are, where exactly they’re found on the globe and how they ended up where they currently reside? If you’re like me, (and don’t work on anything remotely related to penguins), you might not be well versed in the diversity of these flightless diving birds.

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Posted in adaptation, association genetics, bioinformatics, birds, ecology, evolution, genomics, phylogeography | Leave a comment