Cameron Stern

@plantpolyploidy.bsky.social

PhD student @MacquarieUni. Aspiring ornamental plant breeder studying biochemistry and genetics of Anigozanthos flower color (blue). MSc @AucklandUni. BSc @Cornell. Science, creativity, education, daylilies, and plants. He/Him

I want an electronic seal I can place on any of my work that prevents AI from reading/reviewing the document. I have certain works where I don’t want anyone reviewing it to put it through AI systems. How do you protect your work from AI? How do you trust others won’t misuse your work?

I want an electronic seal I can place on any of my work that prevents AI from reading/reviewing the document. I have certain works where I don’t want anyone reviewing it to put it through AI systems. How do you protect your work from AI? How do you trust others won’t misuse your work?

My co-founded company, Silvec, gets nice write up in Wall Street Journal for our solution to citrus greening using benign virus delivery of anti-bacterial peptides. Good field trials and EPA approval for technology. Virus delivery of siRNAs & peptides is finally here! www.wsj.com/business/rac...

The Race to Save Florida Orange Industry From Total Collapse

After groves were ravaged for decades by a disease, new EPA-approved genetic technologies are giving citrus growers a chance to rebuild.

wsj.com

Based on locality and leaf shape possibly Synaphea flabelliformis. These small shrubs are a diverse group, tho some cryptically so, with many looking at first glance very similar to each other! They also have the wonderful feature of Ballistic pollination and that’s just very cool in my opinion!

My first harvest of dried lima beans for 2026. I've been growing the yellow and magenta varieties together for several years, hoping the local pollinators would make a hybrid for me. The dark population of seeds all seem to have come from one very productive F1 plant.

About three handfuls of dried lima beans. Those at left are yellow, with a few immature white seeds. Those in the middle are magenta, with a few immature pink seeds. Those at right are dark maroon with various amounts of yellow markings. At the top-middle is a small pile of five blue dry beans.

Here's a bit more about the developed resistant #Cavendish variety: www.abc.net.au/news/science... It carries a resistance gene (MamRGA2) from a wild #Banana relative - an NLR that structurally could be part of a #resistosome: www.mdpi.com/2073-4425/17... #PlantScience #PlantImmunity #Fusarium

Could an Australian banana prevent a global crop collapse?

Australia's first genetically modified banana has been tweaked to protect it from a disease that's on the verge of wiping out crops around the world. Researchers hope it may be on our shelves by 2027.

abc.net.au

Marc Somssich@somssich.bsky.social · last mo.

#Fusarium oxysporum TR4 is spreading in Australia, threatening to destroy the local #Banana industry. Meanwhile, we already have a resistant variety - developed in Australia - but growers don't use it, because of people's irrational fear of GMOs. We first need a disaster, it seems. #PlantScience

Looking for sci comm opportunities? Join us as a writer for American Naturalist press releases! These write-ups are primarily written by graduate students and other early-career scientists. No experience required; we have editors to help along the way. Apps due Sept 1. Please share widely :D

Looking for Press Release Writers & Editors for The American Naturalist

Sign up for the opportunity to write and/or edit for The American Naturalist! We are seeking authors to write press releases for new journal articles. See examples of recent press releases here. We a...

forms.gle

This is one of my early versions of a figure depicting the anthocyanin biosynthesis pathway in plants. Newer versions don't have the thick arrows and have removed the uncertain brown pigments from the yellow branch of the pathway.

Schematic diagram of the anthocyanin biosynthesis pathway in plants. Early uncolored metabolites are at the top, and then the pathway progresses downwards and eventually splits into three branches that produce red, blue, and yellow pigments. Brown pigments are produced by further steps, starting with the red and blue pigments.

This is Penny. She found the perfect stick today and is determined to retrieve it. Hasn’t moved an inch so far, but her human didn't raise a quitter. 13/10 (IG: aussies_exploregon)

A tungsten microparticle slurry can be directly applied to the mesh and dried before shooting - showing delivery onto a 20µm paper target (piece of Silver grade Rizla cigarette paper) - but would a thin support film improve the mesh performance?

BildBild