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A cutting-edge workshop and resources for population genomics
eDNA explained: unlocking nature’s hidden biodiversity
A roadmap for integrating eDNA science into marine parks
Environomics newsletter July 2023
The long and short of fish lifespans
Revolutionising environmental monitoring using eDNA
Plastic munching microbes for biorecycling
Perfect match: DNA library to help identify species
Environomics Newsletter October 2022
Guiding best practice with a synthesis of 10 years of environmental DNA science
Pollinator networks in nature
dartR Version 2 release
Environomics Newsletter October 2021
Recovery of good quality DNA from preserved specimens
Non-lethal age estimation helps manage wild fish populations
Testing DNA in Australian honey reveals floral sources
Environomics newsletter May 2021
Understanding the function of marine microbes
Uncovering the genomes of sea turtles
Making environmental DNA (eDNA) biodiversity records globally accessible
A study on recovering useable DNA from formalin-fixed fish specimens
Age prediction in zebrafish
Passive eDNA collection is fast and effective
Environomics Newsletter October 2020
Patents pending – Some Novel Environmental Applications for DNA
Lifespans of marine turtle species range from 50 to 90 years
Redefining life expectancy and maximum lifespan for wildlife management
Rust is an expensive problem
Mainstreaming Microbes across Biomes
Measuring Biodiversity with eDNA
Environomics Newsletter June 2020
Museum epigenetics: Charting the future by unlocking the past
The first evidence is in, in the case of mysterious microbes
A genomic predictor of lifespan in vertebrates
Unlocking the secrets of mysterious microbes
Subscribe to our news snippets
Environomics Newsletter December 2019
Environomics Newsletter May 2019
Gold-coated fungi are the new gold diggers
Nature unites us
Marine eDNA can be used to monitor biodiversity in the world’s oceans
A Superabundance of Antarctic Algae Killers
Environmental health monitoring would benefit from eDNA biobanking
Microscopic DNA analyses on a gigantic scale
How does temperature determine sex?
New R software for population genomics
How fisheries interact with seabirds
Measuring animal age with DNA methylation
The soil remembers
Understanding how sea turtles react to heat stress
Sex changes in reptiles
Workshops and training
Amplicon Analysis Workshop 2019
Environomics Science Showcase
A course on Population Genomics of SNP data in R
Molecular Sensing Symposium
FSP Intranet
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Environomics in practice
eDNA guidelines
eDNA roadmap
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Completed research projects
Our people
Our research team
Team research projects
Exploring the Biodiscovery Potential of Natural History Collections
Early career researchers
Genomic resources
Dr Samuel Andrew
Our science portfolio
Science Advisory Group
Environomics in practice
eDNA guidelines
Plastic munching microbes for biorecycling
Dr Floriaan Devloo-Delva
eDNA roadmap
Dr Katrina West
Our research projects
News
Environment
Early career researchers projects
Amplicon Analysis Workshop 2019
High-throughput collection genomics of highly variable DNA samples
Abstract – Online species maps from environmental DNA
Dr Renee Catullo
Dr Maarten Brauwer
Alumni early career researchers
Advanced environmental applications
Dr Miwa Takahashi
Contact us
DNA Ageing: Rapid epigenetic age estimation for animals
Biosecurity & Forensics
Workshops and training
Environomics Science Showcase
Accelerating bio-discovery: a collection genomics pipeline for high-throughput target enrichment
Abstract – Mapping pollinator networks
Dr Xin-Yi Chua
Next-generation bioinformatics
Dr Erin Hill
eCells: Developing novel ways to estimate animal abundance
Technology
A course on Population Genomics of SNP data in R
Close-Kin Mark-Recapture: widening the scope with new genomics
Abstract – Understanding stress in Australia’s animals and plants
Dr Xiao Deng
Dr Elise Furlan
Dr Dan Dashevsky
Exploring algal bioproducts: through a new streamlined characterisation screening platform
Cutting-edge Symposium on Molecular Sensing of Biological Environments
Health
Restoring seagrass meadows with the help of microbes
What bug is that? Mobile DNA sequencing in your pocket
Bio-prospecting for natural biosensors that detect pollution
Abstract – Mobilising collections through genomics
Dr Madi Green
Dr Erin Hahn
I spy with my little hive: area-wide bio-surveillance with honeybees
Dr Livia Gerber
eDNA Collection with Porous Conductive Membranes
Symposium photo gallery
Estimating species’ rank abundance by improving eDNA techniques
Museum Epigenomics
Abstract – Environmental DNA for mapping biodiversity, detecting pests and characterising food-webs
The dartR package: a platform for population genomics
Dr Kristen Karsh
The National Biodiversity DNA Library
Harnessing the versatility of target capture in natural resource management
Dr Todd McLay
Dr Luana Lins
The CSIRO Stopwatch: A Pan-Animal Epigenetic Clock
Abstract – Bioinformatics for Environomics
Algae bioprospecting prediction through ‘omics characterisation and machine learning
Dr Diane Purcell
Bioinformatic methods for estimating animal abundance from eDNA
Novel eDNA Collection Technology Enabling Bio-monitoring and Estimation of Species Abundance
Dr Liz Milla
Next-Generation Surveillance: Building affordable non-invasive “AIR-borne DNA and RNA tRAP” (AIRDRAP) technology
Materials for the collection of eDNA from air
Pollen DNA Metabarcoding
Electric microbes: new methods of cultivating subsurface life
Australian Microbiome Initiative
Dr Eric Raes
Biomarkers for animal life history
Mobilising collections through genomics
Using microbes to estimate the health of estuaries
Dr Haylea Miller
Optimising metagenomic bioprospecting in microbiomes for novel enzymes and proteins
Rapid assessment of environmental stress for major Australian plant groups
Biodiversity informatics for conservation and biosecurity
Estimating the adaptive capacity of plant species with transcriptome and phenotypic traits
Dr Flavia Tarquinio
Development and application of environmental indicators; beyond compliance targeted metrics, toward causative understanding
Understanding stress in Australia’s animals and plants
Completed projects – Abstracts
Gearing high-throughput collection genomics to production
Mapping pollinator networks
Measuring and managing the health of estuaries and coasts through microbial DNA
Seafood provenance through population-specific DNA methylation
Online species maps from environmental DNA
Reconstructing Fisheries Catch using eDNA
Estimating animal abundance by genotyping single cells from the environment
Bioinformatics for Environomics
Environmental DNA in practice: a roadmap for integrating eDNA in Australian marine park monitoring
Managing our biodiversity into the future
The CSIRO Stopwatch: Reloaded
Microbes and healthy waterways
Environmental DNA for mapping biodiversity, detecting pests and characterising food-webs
Using DNA sequences to estimate lifespan
Completed early career researcher projects
CSIRO.au
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Author archive for
Fiona McFarlane
Posts by
Fiona McFarlane
eDNA explained: unlocking nature’s hidden biodiversity
A roadmap for integrating eDNA science into marine parks
Environomics newsletter July 2023
The long and short of fish lifespans
Revolutionising environmental monitoring using eDNA
Environomics Newsletter October 2022
Pollinator networks in nature
dartR Version 2 release
Environomics Newsletter October 2021
Recovery of good quality DNA from preserved specimens
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