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The discussions involve detailed references to the genetic study results, emphasizing the high differentiation among cheetah subspecies and their perilous conservation status. Posts use urgent and technical language, reflecting deep interest and recognition of the study's potential to influence conservation strategies and policies.
Most discussions acknowledge the seriousness of the cheetah conservation issues based on the genomic findings, with some emphasizing the urgency and novelty of the research.
Participants display high interest, referencing multiple studies and expressing curiosity about genetic differentiation and conservation implications.
Posts actively discuss complex topics such as genetic differentiation and conservation strategies, utilizing technical language and sharing links, showing deep engagement.
The discussions highlight significant ecological and conservation impacts, with some posts questioning methods and urging action, indicating high perceived significance.
Relevant for the planned reintroduction of cheetah to India. Decision-making for these interventions needs to be science-based and transparent. Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) https://t.co/LRwsjt0uzw
Cheetah genetic study: "We found strong genetic differentiation between all classically recognized subspecies, thus refuting earlier findings that cheetahs show only little differentiation."#cheetahisback https://t.co/qBFFJQ22pO
"Although differentiation between #cheetah subspecies has previously been suggested to be low (...), the genome-wide FST values of the present study show a high differentiation between the subspecies." Well done Stefan & team from @geobiodiversity! https://t.co/5XEIBGHMTx
New paper: Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) @SBSatEd https://t.co/8muewscgfz https://t.co/QmKGzOUOVl
My question for behavioral genetics is: is there enough genetic variation in humans to make meaningful studies? We have nucleotide diversity (π) of 0.001, which is less than cheetahs, 0.069. Our gene pool seems puddle small. https://t.co/adsvQqSXhG https://t.co/SDVZyBKVRn https://t.co/3mUnsd2YZt
Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) | Molecular Ecology https://t.co/oOcZCV4edn
The African cheetah's genome reveals severe genetic depletion, low genetic variation, and high homozygosity, indicating past bottlenecks. It has lost many immune genes, reducing immune diversity, and carries mutations…
Current environmental changes and biodiversity loss threaten ecosystems. The study reveals complex cheetah phylogeography, high inbreeding, and low genetic diversity, emphasizing the urgent need for conservation to…
Caça ilegal e perda de habitat são os principais fatores de extermínio da espécie. > Referências: https://t.co/QZNSrKVX9t https://t.co/bVRPXV1XAc https://t.co/rhzMKxN0BZ
My question for behavioral genetics is: is there enough genetic variation in humans to make meaningful studies? We have nucleotide diversity (π) of 0.001, which is less than cheetahs, 0.069. Our gene pool seems puddle small. https://t.co/adsvQqSXhG https://t.co/SDVZyBKVRn https://t.co/3mUnsd2YZt
@AdrianTordiffe @NatureEcoEvo Hi @AdrianTordiffe see these studies https://t.co/xBx7apu4wt and https://t.co/4UbmsYWYFs among others
RT @ArjunGswamy: Cheetah genetic study: "We found strong genetic differentiation between all classically recognized subspecies, thus refuti…
Cheetah genetic study: "We found strong genetic differentiation between all classically recognized subspecies, thus refuting earlier findings that cheetahs show only little differentiation."#cheetahisback https://t.co/qBFFJQ22pO
Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) https://t.co/HJp4IlURtu
"Although differentiation between #cheetah subspecies has previously been suggested to be low (...), the genome-wide FST values of the present study show a high differentiation between the subspecies." Well done Stefan & team from @geobiodiversity! https://t.co/5XEIBGHMTx
RT @GenomicsEdi: New paper: Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus…
Not sure I follow the logic of conserving species by keeping critically endangered subspecies separate. You can't solve inbreeding by keeping it in the family
RT @LauraDBertola: Relevant for the planned reintroduction of cheetah to India. Decision-making for these interventions needs to be science…
Relevant for the planned reintroduction of cheetah to India. Decision-making for these interventions needs to be science-based and transparent. Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) https://t.co/LRwsjt0uzw
Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) | Molecular Ecology https://t.co/oOcZCV4edn
New paper: Genomic Analyses Show Extremely Perilous Conservation Status of African and Asiatic cheetahs (Acinonyx jubatus) @SBSatEd https://t.co/8muewscgfz https://t.co/QmKGzOUOVl