Documents & Preliminary Results

The following list shows our collected documents detailing the project, as well as some preliminary data & results. For protocols, please visit our protocols page. Stay posted! This page will be updated as the project develops with ongoing results, presentations, and other useful documents.

 
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Collaborative science for estuaries webinar

In February 2019, our team presented on our project and preliminary results through the NERRS Science Collaborative’s webinar series, Collaborative Science for Estuaries.

Webinar

Webinar slides

 
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eDna data & Results newsletters

Newsletter series presenting brief, user-friendly explanations of our preliminary results.

Newsletter #1 - eDNA at Wells & Hake - July 31, 2018

Newsletter #2 - eDNA at Great Bay & River Herring - August 24, 2018

Newsletter #3 - 18S Primer & Microscope Taxonomy - September 28, 2018

Newsletter #4 - Sample Variance at Great Bay - October 11, 2018

Newsletter #5 - Biodiversity Metrics from 18S - December 03, 2018

Newsletter #6 - Primers & Oregon Lamprey - January 22, 2019

 
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QIIME DATA

At the links below you can access some parts of our data directly. QIIME 2 (Quantitative Insights Into Microbial Ecology) is the software we use for processing and analyzing our data. You can learn more about the QIIME 2 software here. We will be updating this section regularly. If you have issues accessing the data, or if you have thoughts or questions about it, please reach out to us directly on our contact page.

South Slough Phylogenetic Diversity Data

South Slough PCoA Analysis

 
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nerrs science collaborative 2-page project fact sheet

"Biological monitoring programs are essential foundations for effective management of estuaries and coasts, but they can be expensive to conduct and may be traumatic for the target species. Advancements in DNA methods now make it possible to identify the organisms in an area by the DNA they leave behind. Environmental DNA (eDNA) comes from feces, gametes, scales, and cells that an organism sheds, and is easily collected from water and sediment samples. Rapid reductions in analytical costs now allow scientists to analyze eDNA in water samples and identify..."

Download Project Fact Sheet