Title
Curriculum vitae of the LOTOS–EUROS (v2.0) chemistry transport model
Author
Manders, A.M.M.
Builtjes, P.J.H.
Curier, L.
Denier van der Gon, H.A.C.
Hendriks, C.
Jonkers, S.
Kranenburg, R.
Kuenen, J.J.P.
Segers, A.J.
Timmermans, R.M.A.
Visschedijk, A.J.H.
Wichink Kruit, R.J.
van Pul, W.A.J.
Sauter, F.J.
van der Swaluw, E.
Swart, D.P.J.
Douros, J.
Eskes, H.
van Meijgaard, E.
van Ulft, B.
van Velthoven, P.
Banzhaf, S.
Mues, A.C.
Stern, R.
Fu, G.
Lu, S.
Heemink, A.
van Velzen, N.
Schaap, M.
Publication year
2017
Abstract
The development and application of chemistry transpor tmodels has a long tradition. Within the Netherlands the LOTOS–EUROS model has been developed by a consortium of institutes, after combining its independently developed predecessors in 2005. Recently, version 2.0 of the model was released as an open-source version. This paper presents the curriculum vitae of the model system, describing the model’s history, model philosophy, basic features and a validation with EMEP stations for thenew benchmark year 2012, and presents cases with the model’s most recent and key developments. By setting the model developments in context and providing an outlook for directions for further development, the paper goes beyond the common model description. With an origin in ozone and sulfur modelling for the models LOTOS and EUROS, the application areas were gradually extended with persistent organic pollutants, reactive nitrogen, and primary and secondary particulate matter. After the combination of the models to LOTOS–EUROS in 2005,the model was further developed to include new source parametrizations (e.g. road resuspension, desert dust, wildfires), applied for operational smog forecasts in the Netherlands and Europe, and has been used for emission scenarios source apportionment, and long-term hindcast and climate change scenarios. LOTOS–EUROS has been a front-runner in data assimilation of ground-based and satellite observations and has participated in many model intercomparison studies. The model is no longer confined to applications over Europe but is also applied to other regions of the world, e.g. China. The increasing interaction with emission experts has also contributed to the improvement of the model’s performance. The philosophy for model development has always been to use knowledge that is state of the art and proven, to keep a good balance in the level of detail of process description and accuracy of input and output, and to keep a good record on the effect of model changes using benchmarking and validation. The performance of v2.0 with respect to EMEP observations is good, with spatial correlations around 0.8 or higher for concentrations and wet deposition. Temporal correlations are around 0.5 or higher. Recent innovative applications include source apportionment and data assimilation, particle number modelling, and energy transition scenarios including corresponding land use changes as well as Saharan dust forecasting. Future developments would enable more flexibility with respect to model horizontal and vertical resolution and further detailing of model input data.
Subject
Environment
Environment & Sustainability
Urbanisation
2015 Urban Mobility & Environment
CAS - Climate, Air and Sustainability
ELSS - Earth, Life and Social Sciences
To reference this document use:
http://resolver.tudelft.nl/uuid:3a2405cc-a626-4307-aa03-14e54a226e6f
TNO identifier
875705
Source
Geoscientific Model Development, 4145-4173
Document type
article