Welcome to the METABARPARK Project website. The project aims to apply the new high throughput sequencing technologies to characterize benthic communities in the Spanish Marine National Parks using environmental DNA (metabarcoding). Our main objective is to characterize the hidden biodiversity which is usually overlooked by traditional methods. We will also try to assess the community impacts of invasive seaweeds.

Monday, March 13, 2017

Metabarpark at the meeting "Developing new genetic tools for bioassessment of aquatic ecosystems in Europe"

Metabarpark was present at the meeting on metabarcoding held in Essen (Germany) in March 7th-9th 2017. This was the kick-off conference of the European Union COST action DNAqua-Net (http://dnaqua.net/).

This project aims at integrating a group of researchers across disciplines with the task to identify gold-standard genomic tools and novel eco-genomic indices and metrics for routine application for biodiversity assessments and biomonitoring of European water bodies. It also envisages training and dissemination activities. The objectives of Metabarpark are fully compatible with the goals of DNAqua-Net and we wanted to be counted in and contribute.

Xavier Turon is one of the Spanish members of DNAqua-Net and attended this conference, where ca. 200 researchers gathered together to present results, discuss hot topics, and delineate the way forward for achieving a wide acceptance by management bodies of genetic methods for biodiversity assessment in the European context.

Xavier presented the communication "Under the canopy: community-wide effects of invasive algae in marine protected areas revealed by metabarcoding", by Xavier Turon, Owen Wangensteen, Emma Cebrian and Creu Palacín. In this contribution the main results concerning the effects of three invasive algae (Caulerpa cylindracea and Lophocladia lallemandii in Cabrera, and Asparagopsis armata in the Atlantic) on the benthic communities were exposed. We have also drafted and sent a manuscript for publication with these results. This contribution is also the first result of the collaboration between the National Park projects Metabarpark and Corclim.

The logo of DNAqua-Net




A heatmap representation of the samples of communities with and without Asparagopsis armata from Cíes Islands, separated by invasion status (green: non-invaded, red: invaded) and fraction (blue: macrobenthos; turquoise: meiobenthos)

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