Moler

Tweet about #eDNA #environmentalDNA paper for the advancement of technology. Not bot. bsky:

[Moler @envDNA]

I started using Bluesky in 2025. The posts mainly focus on #eDNA and #environmentalDNA, sharing research paper. Feel free to follow me on Bluesky if you're interested in #eDNA and #environmentalDNA!

Moler: https://t.co/ckWa9ZnjwC

[Moler @envDNA]

The biodiversity of aquatic ecosystems reflected by eDNA in the middle reaches of the Yangtze River after drought

#eDNA #environmentalDNA

https://t.co/VTVItxqQdP

[Moler @envDNA]

eDNA-Based Evaluation of the Haplotypic Diversity of Orange-Spotted Grouper (Epinephelus coioides) in Stock Enhancement Areas of Wanshan Archipelago

#eDNA #environmentalDNA

https://t.co/1Jvvq2Xak3

[Moler @envDNA]

Method development: testing the efficiency of six DNA extraction kits on ten drug adulterants

#eDNA #environmentalDNA

https://t.co/PztQsDwDtx

[Moler @envDNA]

Of Biogeography, Fishes and Kelp: Environmental DNA Metabarcoding the Great African Seaforest

#eDNA #environmentalDNA

https://t.co/X0sqVRXlR9

[Moler @envDNA]

Network dynamics revealed from eDNA highlight seasonal variation in urban mammal communities

#eDNA #environmentalDNA

https://t.co/pkNFrM0FKO

[Moler @envDNA]

Passive Sampling of Urban Runoff Solids to Capture Environmental DNA for the Detection of Rodents in Urban Spaces

#eDNA #environmentalDNA

https://t.co/kdxkCiL1JD

[Moler @envDNA]

High-frequency eDNA metabarcoding survey data of coastal fish across the Japanese Archipelago

#eDNA #environmentalDNA

https://t.co/qOznE35AFE

[Moler @envDNA]

Elucidation of the life cycle of the trematode Curtuteria arguinae (Digenea: Himasthlidae), using environmental DNA detection methods

#eDNA #environmentalDNA

https://t.co/Rg8dEXwvZE

[Moler @envDNA]

Integrating eDNA and acoustic-trawl data to provide small pelagic biomass estimates for fisheries assessment

#eDNA #environmentalDNA

https://t.co/XIWTC0hXun

[Moler @envDNA]

Real-time Malaria Detection in the Amazon Rainforest via Drone-Collected eDNA and Portable qPCR

#eDNA #environmentalDNA

https://t.co/LrtGLSFGrh

[Moler @envDNA]

Opportunistic diver-assisted eDNA sampling unpicks fine-scale ecological and conservation signals in tropical reef fishes

#eDNA #environmentalDNA

https://t.co/LIZ98blo6b

[Moler @envDNA]

The combined negative effect of temperature, UV radiation and salinity on eDNA detection: A global meta-analysis on aquatic ecosystems

#eDNA #environmentalDNA

https://t.co/YOt2JQp28Z

[Moler @envDNA]

Diversity and dynamics of potentially harmful algal bloom species in the Qinhuangdao region revealed by high-frequency environmental DNA metabarcoding

#eDNA #environmentalDNA

https://t.co/03L0flEbBk

[Moler @envDNA]

Green and blue infrastructure but not anthropogenic drivers affect invertebrate communities in urban ecosystems

#eDNA #environmentalDNA

https://t.co/GrlWd0Q4oD

[Moler @envDNA]

Merging eDNA and ecological network analysis to assess aquatic ecosystem status

#eDNA #environmentalDNA

https://t.co/10lwbzVyBn

[Moler @envDNA]

Branched-Chain Polyamine Beads for Sensitive Recovery and Detection of Low-Copy DNA in Aqueous Solutions

#eDNA #environmentalDNA

https://t.co/8LhXhVwWbg

[Moler @envDNA]

Monitoring Methods for the Protection of Connectivity in Forest Ecosystems

#eDNA #environmentalDNA

https://t.co/zwdp2QYgGW

[Moler @envDNA]

Sponge-based environmental DNA detection as a useful tool in monitoring Mycobacterium tuberculosis complex markers in European bison (Bison bonasus)

#eDNA #environmentalDNA

https://t.co/i4xX7tspMi

[Moler @envDNA]

Shotgun sequencing of airborne eDNA achieves rapid assessment of whole biomes, population genetics and genomic variation

#eDNA #environmentalDNA

https://t.co/OZ1laCGyDm

[Moler @envDNA]

Underwater drone-based eDNA metabarcoding reveals regional differences in fish communities and early detection of alien species around the Korean Peninsula

#eDNA #environmentalDNA

https://t.co/lVAaxandf6