Dr. in Tropical Marine Ecology 🐠 and eDNA 🧬
Combining eDNA 🧬with other methods for 3D conservation planning of deep sea feature's biodiversity can help achieve the CBD #30x30 goal, protecting 30% of marine areas by 2030🐠 #OceanConservation
@UMREntropie @cefemontpellier
https://doi.org/10.1111/cobi.14368
Combining eDNA 🧬with other methods for 3D conservation planning of deep sea feature's biodiversity can help achieve the CBD #30x30 goal, protecting 30% of marine areas by 2030🐠 #OceanConservation
@UMREntropie @cefemontpellier
https://doi.org/10.1111/cobi.14368
#R #DataScience #rstats
#R #DataScience #rstats
We used eDNA to investigate large-scale fish diversity patterns, and impact of human and environmental pressures on fish and sequence diversity 🐠🦈🧬
Many thanks to all collaborators ! https://x.com/ReeFishNews/status/1656242938840506368
We used eDNA to investigate large-scale fish diversity patterns, and impact of human and environmental pressures on fish and sequence diversity 🐠🦈🧬
Many thanks to all collaborators ! https://x.com/ReeFishNews/status/1656242938840506368
Using eDNA to study tropical fish diversity patterns 🐠🧬 https://x.com/ReeFishNews/status/1516704993012862979
Using eDNA to study tropical fish diversity patterns 🐠🧬 https://x.com/ReeFishNews/status/1516704993012862979
We compared the performance of several bioinformatics programs for all steps of the analysis of fish eDNA data. We found differences for the taxonomic assignment step and the computation time ➡️http://doi.org/10.1111/1755-0998.13430
We compared the performance of several bioinformatics programs for all steps of the analysis of fish eDNA data. We found differences for the taxonomic assignment step and the computation time ➡️http://doi.org/10.1111/1755-0998.13430