Movement ecology

versiunea în limba Română

Argos based applications for real time wildlife monitoring in Romania (BioMoveFix)

Project ID: PN-III-P2-2.1-PED-2016-0568

Contract number: 72PED/3.01.2017

Funding body: Executive Agency for Higher Education, Research, Development and Innovation Funding (UEFISCDI)

Budget: 662096 RON (68000 RON contribution)

Period: 2017-2018

Partners: University of Bucharest, Multidimension SRL

Aim:

The project aims to develop demonstrative applications for Argos platform transmitters (hereafter, Argos PTT) in Romania, with the aim of providing tools for improving data quality, to promote state of the art research in movement ecology, and to encourage the involvement of the local industry in real-time wildlife monitoring.

We will use standard Argos PTT’s data to (1) test the reception quality conditions in Romania, (2) develop an open-source filter for data obtained from Romania, and (3) to develop a blueprint for real-time wildlife monitoring in Romania.

Objectives:

O.1. To review the potential use, costs, and technical reliability of existing satellite platform transmitters;

O.2. To perform field experimental usage of Argos transmitters in order to assess their potential use and effectiveness in the conditions in Romania;

O.3. To develop corrections filters locations suitable in Romanian territory;

O.4. Develop movement ecology services for real-time wildlife monitoring in Romania and Eastern Europe.

Workflow:

 

Activities:

WP1 – Testing the quality of Argos data in Romania

Deliverable: Comprehensive database – onsite acquired Argos locations and relevant GPS data.

WP2 – Evaluation of errors and filters performance the data

Deliverables: Databases with filtered data and full report on the effects of communication conditions on data quality: specifications for an open-source filter for data obtained from Romania.

WP3 – Developing an open-source script for filtering data obtained from Romania

Deliverables: R-language script available to the public on GitHub; user manual; working example.

WP4 – Develop a blueprint of real-time wildlife monitoring in Romania and dissemination of results

Deliverables: workshop on real-time wildlife monitoring in Romania; online manual – based on Argos platform transmitters for wildlife in varying conditions in Romania; a presentation a conference attended by wildlife ecologists in Romania; 2 two oral presentations or posters at renowned prominent international conferences; 2 two submitted open access papers.

Research team:

  • Laurentiu Rozylowicz (UB)
  • Paul Bodescu (Multidimension)
  • Viorel Popescu (UB)
  • Marius Matache (UB)
  • Athanasios Gavrilids (Multidimension)
  • Cristiana Ciocanea (UB)
  • Andreea Nita (UB)
  • Iulia Miu (UB)
  • Steluta Manolache (UB)
  • Vizante Andrei George (Multidimension)
  • Costin Enache (Multidimension)
  • Ionut Cristian Moale (Multidimension)

Results:

  • Data from field tests:

 

  • Reports:
  1. Report 2017 (pdf in Romanian)
  2. Report 2018 (pdf in Romanian)
  3. Final Report (pdf in Romanian)

Conferences:

  1. Cristiana Pioarca-Ciocanea, Florian Bodescu, Steluța Manolache, Athanasios Gavrilidis, Iulia Miu, Marius Matache, Cristian Moale, Andreea Nita – Monitoring Wildlife in Romania. Empirical Evaluation of Argos Location Errors in Romania, 4th Annual International Conference on Geography, 4-7 June 2018, The Athens Institute for Education and Research (ATINER), Greece: Athens.
  2. Andreea Nita – Modeling Argos based locations using network analysis. short talk at the workshop Complex networks: theory, methods, and applications, 14-18 May 2018, Fondazione Alessandro Volta, Italy: Como.
  3. Laurentiu Rozylowicz, Athanasios Gavrilidis, Iulia Miu, Marius Matache, Steluta Manolache, Cristiana Pioarca-Ciocanea, Cristian Moale, Andreea Nita, Florian Bodescu – Evaluation of Argos telemetry accuracy in Romania compared with GPS dataInternational Zoological Congress “Grigore Antipa”, November 2017, Bucharest
  4. Florian Bodescu, Steluța Manolache, Athanasios Gavrilidis, Iulia Miu, Marius Matache, Cristiana Pioarca-Ciocanea, Cristian Moale, Andreea Nita – Argos based applications for real time wildlife monitoring in Romania (BioMoveFix), International Zoological Congress “Grigore Antipa”, November 2017, Bucharest

Publications:

  1. Rozylowicz L., Bodescu, F.P., Ciocanea C.M., Gavrilidis A.A., Manolache S., Matache M.L., Miu I.V., Moale C., Nita A, Popescu V.D., (2018) Empirical analysis and modelling of Argos Doppler location errors in Romania. bioRxiv 397364; doi:10.1101/397364
  2. Rozylowicz, L., Bodescu, F. P., Gavrilidis, A. A., Miu, I. V., Moale, C., Manolache, S., Nita, A., Matache, M. L., Ciocanea, C. M. (2018). Tehnici de monitorizare a deplasărilor animalelor sălbatice. Manual. Bucuresti: Universitatea din Bucuresti. Centrul de Cercetare a Mediului și Efectuare a Studiilor de Impact. Zenodo. doi:10.5281/zenodo.1344840
  3. Pop I.M., Bereczky L., Chiriac S., Iosif R., Nita A., Popescu V.D., Rozylowicz L. (2018) Movement ecology of brown bears (Ursus arctos) in the Romanian Eastern Carpathians, Nature Conservation 26: 15-31, doi: 10.3897/natureconservation.26.22955.
  4. Memedemin, D., Tudor, M., Cogălniceanu, D., Skolka, M., Bănică, G., Rozylowicz, L. 2017. Update on the Geographic Distribution of Lutra lutra at the Romanian Black Sea Coast. Travaux du Muséum National d’Histoire Naturelle «Grigore Antipa» Vol. 60 (1): 413-417

Workshop:

  1. Monitorizarea în timp real a speciilor sălbatice din România (Real time wildlife monitoring in Romania), 22 mai 2018, Grand Hotel Continental, Romania: Bucharest

Open source R script for filtering and cleaning Argos Doppler data:

  1. Rozylowicz  L. (2018). Filtrare si prelucrare date localizare ARGOS Doppler (Version 1.0.1). Zenodo. doi: 10.5281/zenodo.1321250, available at: https://github.com/rlaurentiu/BioMoveFix.git

Working example for analyzing movement data (open source R script):

  1. Pop IM, Bereczky L, Chiriac S, Iosif R, Nita A, Popescu VD, Rozylowicz L (2018) Data from: Movement ecology of brown bears (Ursus arctos) in the Romanian Eastern Carpathians. Dryad Digital Repository. doi: 10.5061/dryad.jk127ng