Project

BIOMONITOR

The overall objective of the Monitoring the Bioeconomy (BioMonitor) project is to establish a statistics and modelling framework for the bioeconomy that is effective (supported by a stakeholders platform) and robust (compatible with and implementable in existing systems of statistical and customs offices, laboratories and industries).

The framework will enable the quantification of bioeconomy and its economic, environmental and social impacts in the EU and its Member States via a wide range of indicators. Interlinks with current CEN standardisation work related to bio-based products will be established from the outset of the project.

For more information: http://biomonitor.eu/

Publicaties

• D4.2 Model gap analysis and prioritization of development needs for bioeconomy modelling.

  Lovrić, Marko , Verkerk, H. , Hassegawa, M. , Varacca, A. , Sckokai, P. , van Leeuwen, M.G.A. , Sturm, V. , Vrachioli, Maria (2020)

• D4.1 Existing models that investigate the bioeconomy.

  Varacca, A. , Sckokai, P. , Chakrabarti, A. , Verkerk, H. , Lovrić, Marko , Hassegawa, M. , van Leeuwen, M.G.A. , Gonzalez Martinez, A.R. , Banse, Martin , Salamon, Peter , Sturm, V. , Vrachioli, Maria , Zhu, B. , Sauer, Johannes (2020)

• BioMonitor Tools for policy makers and industries : analysing and implementing bioeconomy strategies. BioMonitor Infopack

  van Leeuwen, M.G.A. , Verkerk, H. , Philippidis, G. , Sturm, G. (2020)

• Emerging bio-based industries and products for integration in statistics. A base for developing the material flow monitor.

  van Leeuwen, Myrna (2020)

• D6.1: Report on description of baseline scenario for EU bioeconomy and of alternative scenarios for EU’s bioeconomy future : Revised version 06/20

  Panoutsou, Calliope , Arrekul, O. , Christensen, T. , Singh, Asha , Verkerk, H. , Philippidis, G. , van Leeuwen, M.G.A. , Sturm, V. , M'Barek, Robert , Wesseler, J.H.H. (2020)

• Input-Output methodology in BioMonitor. : Milestone 5.1

  van Leeuwen, M.G.A. , Wesseler, J.H.H. , Cingiz, K. , Verhoog, A.D. (2020)

• Operationalising the first stage of the BioMonitor Model Toolbox

  van Zeist, W. , Verkerk, Hans , Gonzalez Martinez, A.R. , van Leeuwen, M.G.A. , M'barek, Robert , Moiseyev, Alexander , Philippidis, G. , Sturm, Viktoriya , Varacca, Alessandro (2021)

• Development of the circular bioeconomy : Drivers and indicators

  Kardung, Maximilian , Cingiz, Kutay , Costenoble, Ortwin , Delahaye, Roel , Heijman, Wim , Lovrić, Marko , van Leeuwen, Myrna , M’barek, Robert , van Meijl, Hans , Piotrowski, Stephan , Ronzon, Tévécia , Sauer, Johannes , Verhoog, David , Verkerk, Pieter Johannes , Vrachioli, Maria , Wesseler, Justus H.H. , Zhu, Benz Xinqi (2021) Sustainability (2021), Volume: 13, Issue: 1 - ISSN 2071-1050 - p. 1-24.

• Operational enhanced BioMonitor Model Toolbox : D5.4

  van Zeist, W. , Verkerk, H. , Gonzalez Martinez, A.R. , van Leeuwen, M.G.A. , Maximo, Y. , Moiseyev, A. , Philippidis, G. , M'Barek, R. , Sturm, V. , Alvarez, R.X. , Gonzalez‐Hermoso, H. , Zudin, S. (2022)

• Long-term data collection methodology: proposals for better integration of new bio-based products and industries into statistics : D3.2

  van Leeuwen, M.G.A. , Baldoni, Edoardo , Gurria Albusac, P. , Delahaye, Roel , Hark, H. , Hassegawa, M. , Meeusen, M.J.G. , Oudendag, D.A. , Parisi, C. , Piotrowski, S. , Tunn, V.S.C. , Verkerk, H. , van Zomeren, A. (2022)

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