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DNA Barcoding Wind Turbines on Bats Mar 2016 Vol.7, Issue 1 DNA Barcoding Uncovers the True Toll of Wind Turbines on Bats Policy Research Access and Colour Benefit-sharing Patterns Considerations in Arctic for Barcoders Bumblebees Image credit: Amanda Hale News Briefs By creating an international network of researchers, water managers, politicians, and other stakeholders, a recently funded EU COST Action will support the development of novel genomic tools for biodiversity assessments in European water bodies. This EU COST Action will involve a number elcome to our March 2016 issue of the Barcode Bulletin. W of iBOL researchers and will allow for a concerted effort in the This issue once again features a wide assortment of protection of aquatic ecosystems. articles on DNA barcoding research and applications, For more information about this with topics ranging from high-level school projects to project, click here. applications in conservation, freshwater assessment, and saffron identification. Add exciting research and some important advice on access and benefit-sharing The sixth offering of the DNA and you have yet another diverse issue of our quarterly Metabarcoding Spring School newsletter. will be held in Kunming, China from August 22 to 26, 2016. It is co-organized by the Enjoy reading. metabarcoding.org team and the Kunming Institute of Zoology, Dirk Steinke with support from the Chinese Editor-in-chief Academy of Sciences, Yunnan. The course is divided into two parts, starting with two days of lectures with no limit on the Table of Contents number of participants, and followed by three days of practical training with participation limited Feature: Bat Fatalities at Wind Farms 2 to 24. For more information and to apply, click here. Earthworm Biodiversity in French Guiana 4 ABS for DNA Barcoders 6 From April 4 to 5, 2016, the Museum DNA Barcoding in the Big City 8 of Natural History in Geneva, Switzerland will host a workshop Assessing Stream Quality with Mayflies 10 on the application of genomic tools Barcoding, Taxonomy, and Nomenclature 12 for the biomonitoring of marine environments. The workshop will Lichens and Air Pollution in Central Park 14 highlight ecological, legal, and Mini-barcodes Uncover Saffron Adulteration 16 socio-economic perspectives, and participants will learn about Colour Patterns in Arctic Bumblebees 18 the advantages and challenges of Exotic Molluscs at Maritime Ports 20 the eDNA method. The workshop is free and open to everyone. For Optimal Sample Sizes for Fish Barcoding 22 more information, click here. Feature Barcoding’s Role in Bat Fatality Monitoring at Wind Farms Written by: Dean Williams, Jennifer Korstian, Victoria Bennett, and Amanda Hale (Texas Christian University, United States) Bats are killed in large numbers In this study, we wanted to by wind turbines each year, The incorrect determine the reliability of and yet, we do not have a DNA barcoding to identify all full understanding of which identification of bats 47 known bat species in the factors are contributing to bats killed by wind turbines United States and Canada, coming into contact with wind and to assess whether it can turbines. Data collected from “...can have potentially improve the identification of fatality searches can be used serious implications bat carcasses salvaged at wind to determine the vulnerability farms. Using barcode sequences of different species, sexes, when threatened and from GenBank and sequences and ages. Nevertheless, we generated ourselves, we this depends upon reliable endangered species found that 80% (N = 38) of bat identification of carcasses are involved...” species had distinct barcodes. based on morphology, and The remaining 20% (N = 9) of this method may not be possible for partial these species belonged to two Myotis species remains or badly decomposed carcasses. complexes. The species within these complexes Incorrect identification decreases the amount have traditionally been difficult to separate using of useable data and can have potentially serious only mtDNA sequence data, which suggests that implications when threatened and endangered these species have either recently diverged or species are involved (e.g. the Indiana bat, Myotis represent a single phenotypically variable species. sodalist, the northern long-eared bat, Myotis The use of an additional nuclear DNA locus or, septentrionalis, and the Hawaiian hoary bat, in some cases, geography could help to identify Lasiurus cinereus semotus). these nine species. 2 Feature We then applied DNA barcoding to samples taken from 892 bats salvaged from wind farms across four states. We identified six species, with the three migratory tree bat species comprising the majority of samples (722 specimens of L. borealis, L. cinereus, and Nycticeius humeralis). We were able to identify 14 carcasses to species that could not be identified in the field due to extensive decomposition and scavenging, and determined that another 18 carcasses had been misidentified in the field. Bat identification based on DNA barcodes indicated that uncommon species (e.g. Lasionycteris noctivagans) can easily be misidentified in the field, as well as species with Above: Wing membrane samples. similar body size Below: Fresh and partially decomposed bat carcasses. “We found that and coloration (e.g. species identification N. humeralis and Perimyotis subflavus, based on morphology small-bodied bats in the field is most with similar pelage). reliable for fresh We found that species carcasses...” but “daily identification based on morphology in the fatality monitoring field is most reliable is economically for fresh carcasses (i.e. bats ≤1 day old), with unfeasible.” a higher likelihood of degradation in carcasses left for longer periods. This is particularly relevant as daily fatality monitoring is economically unfeasible, and so searches often occur at intervals of four or more days. Our study therefore indicates that DNA barcoding has practical applications for bat conservation, such as identifying remains from wind turbine collisions, remains from hibernacula, and fecal samples. For more information on the results discussed in this article, see DOIs: 10.1007/s12686-015-0509-4, 10.1007/ s12686-015-0488-5, 10.1111/1755-0998.12118 Images by Victoria Bennett and Amanda Hale. 3 Landscape of inselbergs in the Tumuk Humak Research massif, extreme south of French Guiana. Image credit: T. Decaëns Highlighting Earthworm Biodiversity Hotspots in French Guiana Written by: Thibaud Decaëns, David Porco (CEFE, University of Montpellier, France), Samuel W. James (University of Iowa, United States), Elodie Da Silva (EMBRAPA Florestas, Brazil), Lise Dupont, Virginie Roy (IEES, Université Paris Est Créteil, France), Emmanuel Lapied (NIBIO, Norwegian University of Life Sciences, Norway), and Rodolphe Rougerie (ISYEB, Muséum national d’Histoire naturelle, France) Earthworms usually represent a significant, the number and composition of which was further if not the dominant, part of the soil biomass. used to describe species richness and community They are involved in a number of soil processes patterns at different spatial scales. During the of vital importance for terrestrial ecosystems following six years, the same approach was used at and play a major role in agroecosystems, six additional study sites (DIADEMA project of the where they improve soil fertility and plant Labex CEBA), resulting in the production of 2826 growth. In different parts of the world, several additional DNA barcodes representing 166 MOTUs earthworm species have become invasive, with within 5 families. This represents an unprecedented significant impact on their new environment. sampling effort, and a great improvement of our Nevertheless, earthworm taxonomy remains knowledge of regional diversity, when compared largely unresolved, and the nearly 6000 species to the 22 species that were reported for French currently recognized worldwide probably Guiana in a recent checklist. represent, at best, half of the actual biodiversity of the group. This taxonomic deficit is particularly Beta-diversity among sites was high, with up to critical in the tropics, resulting in questionable 70% of the MOTUs only found in a single study site. species identifications and a lack of ecological While part of this variability could be attributed to studies of earthworm communities. the high proportion of singletons in our dataset, another part certainly results from the high rate In 2010, we conducted a first survey of the of micro-endemism expected in low-dispersing earthworm communities at two sites of the organisms such as earthworms. As a consequence, Nouragues’ natural reserve in French Guiana the number of species accumulates steadily with (supported by a CNRS grant). A rapid screening of the number of study sites sampled, and a rough earthworm communities in a selection of habitats estimate suggests that at least 400 species can was achieved by using a standardized protocol be found in French Guiana. This region of the based on the systematic harvesting of specimens Amazonian forests could therefore represent one in all types of microhabitats available in a 1 ha area. of the richest hotspots of earthworm diversity, DNA barcodes obtained for a selection of specimens and additional research is critically needed to sorted by morphospecies were clustered to delimit progress toward documenting the actual number molecular operational taxonomic units (MOTUs), of species in this region. 4 Research “Moreover, our Despite the restricted results offer a distribution of
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