Putter Tiatragul

70 Followers
32 Following
12 Posts
PhD candidate studying 🐍 @Keogh_Lab
using genomics/morphology. From 🇹🇭, currently living in Ngunnawal country (Canberra, 🇦🇺)
websitesarintiatragul.com
githubhttps://github.com/stiatragul
We submitted a blindsnake photo taken by Stephen Zozaya and it was featured in the latest issue of Journal of Biogeography

10/10) Finally, I would also like to acknowledge the efforts of the editors at JBI and share these important articles regarding their #WorkStoppage for #BetterPublishing

https://t.co/BeLW9H8XJD

https://t.co/ZzWm06G0IP

(9/10) For more details on the methods, results, and discussion (and acknowledgements!) please have a look at our paper. มีบทคัดย่อภาษาไทยด้วยนะครับ 🇹🇭
(8/10) Overall, arid and tropical biomes are important as sources and sinks of diversification for blindsnakes + the intense aridification linked with increased diversification in other plants and animals appears to have the opposite affect on blindsnakes! 🐍🤷
(7/10) Aridification led to the emergence of two major clades: one in mesic habitats and the other adapting to the expanding arid biome. However, we find that arid-adapted and mesic-adapted lineages showed no difference in diversification rates. 🏜️🌧️

5/10) Australia-specific paleotemperature and paleoaridity were better at explaining the variation in diversification rates than global paleotemperature. This is also the first paleoaridity estimate for Australia! 🌡️

(6/10) Interestingly, the best-fitting model revealed that as aridity increased, speciation rates of blindsnakes decreased. The early Miocene saw rapid diversification of blindsnakes in mesic habitats. But as Australia became more arid, diversification rates declined. 📉☀️

3/10) Using multiple approaches, we estimated ancestral biomes, reconstructed paleoenvironments that is region specific to Australia, fitted models to evaluate the diversification rates of Oz blindsnakes, and compared rates between arid- and mesic-adapted lineages 🌦️☀️

(4/10) We found that ancestral Australian blindsnakes occupied tropical grasslands, but later transitioned into other biomes on the continent, including multiple transitions into the arid biome. #BioGeoBEARS

(1/10) Shifts in diversification rates of animals and plants in "the land Down Under" have long been linked to aridification, but now, for the first time, we have quantified the relationship between diversification rates and aridity! 🏜️

(2/10) We focused on the fabulous Australian blindsnakes, a group that has arrived in Australia prior to the tumultuous Miocene, to understand how changing temperature and increasing aridity influenced their diversification. 📷 Stephen Zozaya

🧵Delighted to share that our study on the impact of aridification on the diversification of Australian blindsnakes is now published at @JBiogeography

w/ Scott Keogh + @AlexDSkeels
Link: https://doi.org/10.1111/jbi.14700

Here's a summary in multiple toots...

Just had to explain to an editor why I would not review for Nature (mostly, Springer-Nature is a parasite on public resources meant for research and humankind interest). Good articles to back-up my claims and have less sweaty hands:

https://zenodo.org/record/6289488

https://www.molbiolcell.org/doi/10.1091/mbc.E19-03-0147

@DAFNEE

Ethical publishing: how do we get there?

The scientific journal publishing model is deeply unethical: today, a few major for-profit conglomerates control more than 50% of all articles in the natural sciences and social sciences, driving subscription and open-access publishing fees above levels that can be sustainably maintained by publicly funded universities, libraries and research institutions worldwide. About a third of the costs paid for publishing papers is profit for these dominant publishers’ shareholders, and about half of them covers costs to maintain the system running, including lobbying, marketing fees and paywalls, which in turn restrict access of scientific outputs from being freely shared to the public and other researchers. Thus, money that the public is told goes into science is actually being funneled away from it, or used to limit its access. Alternatives to this model exist and have increased in popularity in recent years, including diamond open-access journals and community-driven recommendation models that are free of charge for authors and minimize costs for institutions and agencies, while making peer-reviewed scientific results publicly accessible. However, for-profit publishing agents have made change difficult, by co-opting open-access schemes and creating journal-driven incentives that prevent an effective collective transition away from profiteering. Here, we give a brief overview of the current state of the academic publishing system, including its most important systemic problems. We then describe alternative systems. We explain the reasons why the move towards them can be perceived as costly to individual researchers, and demystify common roadblocks to change. Finally, in view of the above, we provide a set of guidelines and recommendations that academics at all levels can implement, in order to enable a more rapid and effective transition towards ethical publishing.

Zenodo