*concentrations of mercury ARE increasing...The typo is killing me...π
*concentrations of mercury ARE increasing...The typo is killing me...π
π£New paper out today!
Weβve found concentrations of mercury in UK-harbour porpoises is increasing. ππ¬
We also found concentrations of mercury were associated with an increased risk of dying from infectious disease.β οΈ
pubs.acs.org/doi/10.1021/...
You can read more about our new paper which shows levels of mercury are increasing in UK-stranded harbour porpoises here theconversation.com/mercury-poll...
@strandings-man.bsky.social
Also thanks to
@DefraGovUK
@WelshGovernment
and
@ScotGovMarine
for supporting this research and wider monitoring through the long-term UK strandings programmes.
Many thanks as well to
@NatResWales
and
@ascobans
for providing funding for additional samples
This work was a huge collaborative effort between several partner organisations as part of the ChemPOP project
ceh.ac.uk/our-science/...
@strandings.bsky.social
@cefasgovuk.bsky.social
@MfrcATU
@UofGlasgow
@nhm.org
@zslscience.bsky.social
@zslofficial.bsky.social
@OceanPredatorLabUK
@UK_CEH
Thanks to the brilliant co-authors!
@strandings-man.bsky.social
@davidcurnick.bsky.social
@mariel-td.bsky.social
Jon Barber
Andrew Brownlow
Ruth Williams
Andrew Baillie
James Barnett
Nick Davison
Rod Penrose
Simon Spiro
Lee Warford
Andrew Cunningham
Andrew Johnson
π£New paper out today!
Weβve found concentrations of mercury in UK-harbour porpoises is increasing. ππ¬
We also found concentrations of mercury were associated with an increased risk of dying from infectious disease.β οΈ
pubs.acs.org/doi/10.1021/...
π¨New Paperπ¨
Excited to share my latest @sbohvm.gla.ac.uk PhD research with @strandings.bsky.social which used machine learning to reveal patterns in harbour porpoise pathology, showing how necropsy data can provide population level insights into cetacean health
π doi.org/10.1002/ece3...
π’ New paper out!
Cetacean strandings in Scotland have risen 125% over the past 30 years. Our study gives the first comprehensive picture of when, where, and which species strand, providing a baseline to guide conservation.
π www.nature.com/articles/s41...
@sbohvm.gla.ac.uk @strandings.bsky.social
Efforts to change the PFAS definition appear to be politically rather than scientifically motivated. Please add your signature to the link below if you agree.
Super happy to see our new article on how pharmaceutical pollution can influence salmon migration out in @science.org!
This was a huge effort by a great team of researchers over the last few years!
You can read the paper here: science.org/doi/10.1126/scβ¦!
π¬Analysis of 836 UK-stranded common dolphins found that PCB concentration & sea temperature are linked to increased risk of infectious disease death, highlighting the need for integrated strategies to address these threats @rosiewilliams.bsky.social
@zslscience.bsky.social
doi.org/10.1038/s420...
π’οΈ Oil spills are terrible for the #ocean, but how exactly do they affect marine #wildlife? π
How does oil #pollution impact human health? π©Ί
π We find out exactly that and more in our latest blog with research scientist, Dr @rosiewilliams.bsky.social. 1/2
π°π uk.oceana.org/blog/a-toxic...
Also thanks to
@DefraGovUK
@welshgovernment.bsky.social
and
@ScotGovMarine
for supporting this research and wider monitoring through the long-term UK strandings programmes.
Many thanks as well to @natreswales.bsky.social and @ascobans.bsky.social
for providing funding for additional samples π
Thanks to all of the collaborators and co-authors,!
@strandings_man
@Mar_tDoeschate
@Perkins16Matt
@mjw_marine
@davidcurnick.bsky.social
@simon11235
@mjw_marine
@sophteall
This work was a huge collaborative effort between several partner organisations as part of the ChemPOP project
www.ceh.ac.uk/our-science/...
@strandings.bsky.social
@cefasgovuk.bsky.social
@UofGlasgow
@NHM_London
@CwallWildlife
@zslscience.bsky.social
@ZSLMarine
@OceanPredatorLb
@UK_CEH
π’New paper!
Why are we seeing an increase in infectious disease cases in UK-stranded common dolphins?π¬β οΈ
We found sea surface temperature and pollution are both associated with an increased risk of dying from infectious disease.
πhttps://tinyurl.com/3beckuaz
Published in @commsbio.bsky.social
π’Interested in a funded interdisciplinary #PhD researching how antibiotics in the marine environment can affect marine mammals and the ecosystem? Hear more about the aims of PhD project CDTS315 with me at Bangor Uni, @rosiewilliams.bsky.social and co-supervisors via video link π
youtu.be/fwwc8XZmI10