Data mobilization of Vietnamese herbarium Cryptogam collections

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Bryum capillare leaf cells
Pyrrhobryum spiniforme, a species of moss found in the Bidoup-Nui Ba National park, Lam Dong Province, Vietnam. Photo by Thien-Tam LUONG licensed under CC BY-NC-SA 2.0.

Compared to vascular plants, cryptogams i.e. bryophytes and lichens have received considerably less attention in biological surveys, especially in tropical biomes. The number of cryptogams in Vietnamese data records in GBIF.org is underepresented considering the size of the country. This project will capitalize on existing data in the collection of over 15,000 bryophyte and lichen specimens in the Herbarium managed by the University of Science, Vietnam National University Ho Chi Minh City.

This unique opportunity to fill taxonomic and geographical gaps in the GBIF database will identify, clean and digitize existing data alongside the production of taxonomic articles based on the updated identification. An international team of experienced researchers will assist with the preliminary sorting and identification of specimens and will help to build the capacity for local researchers to provide more observations in the future via GBIF.org.

Project Progress

This project started with a meeting of stakeholders from the University of Science, VNUHCM and experts from HYO and TUR, Tokyo in April 2018 to agree and discuss methods of data transfer to GBIF. Progress has been made to update and identify specimens from records with a large part of the collection having been divided into duplicates, sent out and identified by expert recorders from various institutions that will improve the utility of the taxonomic studies and research. Work has also been made with digitizing and databasing specimens for the local Brahms database in PHH. More than 70% of the cryptogram collection at the PHH herbarium has been databased. The team will continue to update the database and carry out data cleaning in October in order to prepare and publish georeferenced species and occurrence data in GBIF.

With the final goal of the project to deliver species information from the PHH Herbarium to the researcher community through GBIF, an agreement has been made between project partners and the GBIF Finland node who will host the data. Currently, a trial dataset is being prepared for testing the data transfer. It is hoped that the experiences and outcome of these tests will help guide the final submission of the data. Once a specimen list has been finalised, the team has planned a written report and joint publications. This activity will finalize the project and utilize the scientific value of the Cryptogam collection in PHH and species occurrence data in Vietnam.

The project held a seminar and training workshop in November 2018 at PHH, University of Science, VNUHCM to contribute in promoting the project, GBIF-BIFA, biodiversity data mobilization and providing skills in bryophyte and lichen taxonomy.

Additional to the project, a web page of the Cryptogam collections in PHH has been made. The web page contains species information and images of the specimens. The web page will continuously be developed and updated post project.

With the project closed and finalized, 90% of the total specimens of the bryophyte and lichen in PHH-Cryptogams has been digitized in BRAHMS and published on GBIF. The remaining 10% of the specimens are either used for teaching or has incomplete label information. The project will continue to update identifications for the specimens. About 40% of the bryophytes and 20% of lichens are identified up to species level.

The report and joint publications has not yet been finished but they will be published when the identification is ready as well as the checklist of bryophytes and lichens in Vietnam.

€ {{ 14918 | localNumber }}
€ {{ 13774 | localNumber }}
Duration
1 Apr 2018 - 31 Mar 2019
Project identifier
BIFA3_032
Contact details

Thien Tam LUONG, Project Coordinator
University of Science, Vietnam National University Ho Chi Minh City
227 Nguyen Van Cu, District 5
Ho Chi Minh City
Vietnam