Apparent absence of fungal pathogen #Bsal in wild UK #amphibians. Need for stringent biosecurity to prevent pathogen spillover from captive UK amphibians (where Bsal has been detected). Our work by @ZSLScience and @UniofExeter is #OpenAccess in @SciReports https://t.co/WLZunsdge5
Absolutely buzzing🐝to share my first research article! Using the BEEHAVE model, we found that antibiotic treatments can dramatically reduce honey bee colony-level fitness. So grateful to have been able to work alongside these great co-authors! https://t.co/ozURFnm13W
@asab_tweets first virtual conference - motivated by climate concerns & stimulated by covid.
Appropriately entitled "How pathogens affect behaviour"
🪰🐛🪱🤧 -> -> 🐝🐸🐭🐒🤮😷
16 July. FREE to all.
All welcome
4 years and 1,388 behavioural trials after, first paper from my PhD is officially out in @SciReports ! Leadership during cooperation in #guppies is heritable and linked to social traits in males.
With @DarrenPCroft and @DardenSafi#openaccess#fishsci https://t.co/EJCwEbbxAf
.@thomasnprice@DrBecky_B, *eye* am sure you've... seen... this by now, but keep an eye open (but not too open!) for this next time you're on sweat bee field work.
(Actually, you should *bee* okay: as @HaukeKoch points out, probably Meliponini rather than Halictidae)
@parasiteecology @ParasiteSIG Late to this thread, but one is the mountain chicken frog. Extirpations and declines from over exploitation and other threats then introduction of chytrid leads to near extinction. See work by @DrMike_Hudson and others. https://t.co/DCQYoGDrgC
A team of researchers, led by scientists @OfficialZSL & including experts from the
@UniofExeter , are urging private #amphibian owners to protect the UK’s wild #newt population from the catastrophic devastation that #Bsal could cause. https://t.co/KHa2dKAUAn
Our findings show that the wild UK amphibians are likely naive to Bsal infection, and that introduction of the pathogen could potentially have catastrophic effects, as seen in mainland Europe. Vigilance, surveillance and increased biosecurity in amphibian trade are essential.
We also used a Bayesian hierarchical model to estimate the true prevalence of Bsal infection in the newts and ponds that were sampled, given that all of the swabs came back negative. The results of this model show that Bsal is unlikely to have been present in the sampled ponds.
We re-screened archived samples originally collected from wild UK newts as part of the Big Swab in 2011, with none of the newts testing positive for Bsal, which combined with ongoing surveillance work by @wildlife_health show an apparent absence of Bsal in wild UK amphibians.
Our new paper out today shows that wild UK #amphibians appear to be free of #Bsal. However, as we know Bsal is present in captive collections across Europe, biosecurity measures need to be increased to prevent infection spilling over. #chytrid@BsalEurope https://t.co/nvfC9qhcVC
Private #amphibian traders urged to help prevent the spread of #Bsal, a lethal flesh-eating fungus, after new study finds the UK’s wild #newt populations seem to be safe for now: https://t.co/FyHUi0Q2zV
Important new @ZSLScience paper on the 'Apparent absence of Batrachochytrium salamandrivorans in wild urodeles in the United Kingdom' out today in @SciReports - findings are also summarised in our updated factsheet: https://t.co/JB8tDnUtgV #wildlifehealth#bsal#chytrid
A jumping spider native to southeastern Asia secretes a nutritious fluid to feed her spiderlings—and they continue drinking even after reaching sexual maturity https://t.co/pgtrTZ20sV