Nicolas Dussex
@nicolasdussex.bsky.social
Researcher in evolutionary and conservation genomics 🐟🦭🐬🦢
Swedish Museum of Natural History (NRM)
#aDNA #museomics #climatechange
#conservationgenomics #macrogenetics #marinebiodiversity
https://nicolasdussex.wixsite.com/ndevol
ORCID: 0000-0002-9179-8593
Swedish Museum of Natural History (NRM)
#aDNA #museomics #climatechange
#conservationgenomics #macrogenetics #marinebiodiversity
https://nicolasdussex.wixsite.com/ndevol
ORCID: 0000-0002-9179-8593
Collaboration with Ingela Jansson, Göran Spong, @tvdvalk.bsky.social , Craig Packer, Bernard Kissui, Ernest Mjingo.
Extremely grateful to the Government of Tanzania, TAWIRI, Ngorongoro Conservation Area Authority, kopelion.org and lioncenter.umn.edu, without which this would not have been possible
Extremely grateful to the Government of Tanzania, TAWIRI, Ngorongoro Conservation Area Authority, kopelion.org and lioncenter.umn.edu, without which this would not have been possible
KopeLion - Enabling lasting coexistence between people and lions
KopeLion works to find solutions so pastoralist communities and lions in Ngorongoro can coexist and prosper together.
kopelion.org
April 21, 2025 at 6:10 PM
Collaboration with Ingela Jansson, Göran Spong, @tvdvalk.bsky.social , Craig Packer, Bernard Kissui, Ernest Mjingo.
Extremely grateful to the Government of Tanzania, TAWIRI, Ngorongoro Conservation Area Authority, kopelion.org and lioncenter.umn.edu, without which this would not have been possible
Extremely grateful to the Government of Tanzania, TAWIRI, Ngorongoro Conservation Area Authority, kopelion.org and lioncenter.umn.edu, without which this would not have been possible
We also used simulations to predict the number of mating males required to mitigate the negative effects of genome erosion. One to five males per decade would be needed to remain within a 5% window of genetic change.
April 21, 2025 at 6:09 PM
We also used simulations to predict the number of mating males required to mitigate the negative effects of genome erosion. One to five males per decade would be needed to remain within a 5% window of genetic change.
However, our results and field data suggest that high male territoriality in the Crater and few mating opportunities for immigrant males could have exacerbated the effects genome erosion.
April 21, 2025 at 6:08 PM
However, our results and field data suggest that high male territoriality in the Crater and few mating opportunities for immigrant males could have exacerbated the effects genome erosion.
I would also add kakī (black stilts), but most likely there are other examples of NZ birds with different types of genomic data...
November 22, 2024 at 12:11 PM
I would also add kakī (black stilts), but most likely there are other examples of NZ birds with different types of genomic data...
Hi 🙂 Could I be added too, please?
November 22, 2024 at 9:34 AM
Hi 🙂 Could I be added too, please?