Scientific Results

This catalogue is obtained by conducting a systematic literature review of scientific studies and reviews related to monitoring, forecasting, and simulating the inland water cycle. The analysis maps scientific expertise across research groups and classifies findings by the type of inland water studied, application focus, and geographical scope. A gap analysis will identify missing research areas and assess their relevance to policymaking.

ID â–˛ Type Year Authors Title Venue/Journal DOI Research type Water System Technical Focus Abstract Link with Projects Link with Tools Related policies ID
publications-3101 Conference proceedings 2021 Bardají Benach, Raúl; Carbonell, Albert; Castells Sanabra, Marcel·la; Figuerola, Albert; Mateu Llevadot, Jordi; Ortigosa Barragán, Inma; Pelegrí Llopart, Josep Lluís; Piera Fernández, Jaume; Rodero García, Carlos; Salvador Castiella, Joaquín Ignacio; Simon, Carine; Vallès Casanova, Ignasi Development of a citizen monitoring program for the Barcelona coastal waters: The Scientific Patí Vela (Patí Científic) IoT & Sensors Irrigation Systems No abstract available 776480
publications-3102 Other 2021 Wright, Adam; Simis, Stefan Construction of the Solar-tracking Radiometry platform (So-Rad) 10.5281/zenodo.4485804 IoT & Sensors Irrigation Systems No abstract available 776480
publications-3103 Other 2019 Lubbers, Marcel; Van der Vaeren, Stanislas; Raym, Marketa; De Keukelaere, Liesbeth; Simis, Stefan; Burggraaff, Olivier; Peters, Steef D.2.3 MONOCLE sensor integration materials. Deliverable report of project H2020 MONOCLE (grant 776480) Zenodo 10.5281/zenodo.2578127 IoT & Sensors Irrigation Systems No abstract available 776480
publications-3104 Other 2022 Jiang, Dalin; Hunter, Peter; Tyler, Andrew; Riddick, Caitlin; Simis, Stefan; Spyrakos, Evangelos; Mascarenhas, Veloisa; De Keukelaere, Liesbeth; Wood, John; Burggraaff, Olivier; Rodero GarcĂ­a; Peters, Steef; Loiselle, Steven D4.3 Final report on laboratory and in situ sensor performance. Deliverable report of project H2020 MONOCLE (grant 776480) 10.5281/zenodo.5702338 Control Systems Irrigation Systems No abstract available 776480
publications-3105 Conference proceedings 2020 Peters, Steef; Ghezehegn, Semhar; Spaias, Lazaros; Laanen, Marnix; Hommersom, Annelies Validation of S3 OLCI observations using one year of semi-continuous WISPstation measurementsin the high dynamic area of the Eems Estuary 10.5281/zenodo.4570188 Uncategorized Uncategorized No abstract available 776480
publications-3106 Non-peer reviewed articles 2021 Carlos Rodero; Estrella Olmedo; Raúl Bardají; Jaume Piera New Radiometric Approaches to Compute Underwater Irradiances: Potential Applications for High-Resolution and Citizen Science-Based Water Quality Monitoring Programs Sensors 10.3390/s21165537 Data Management & Analytics Uncategorized Measuring the diffuse attenuation coefficient (Kd) allows for monitoring the water body’s environmental status. This parameter is of particular interest in water quality monitoring programs because it quantifies the presence of light and the euphotic zone’s depth. Citizen scientists can meaningfully contribute by monitoring water quality, complementing traditional methods by reducing monitoring costs and significantly improving data coverage, empowering and supporting decision-making. However, the quality of the acquisition of in situ underwater irradiance measurements has some limitations, especially in areas where stratification phenomena occur in the first meters of depth. This vertical layering introduces a gradient of properties in the vertical direction, affecting the associated Kd. To detect and characterize these variations of Kd in the water column, it needs a system of optical sensors, ideally placed in a range of a few cm, improving the low vertical accuracy. Despite that, the problem of self-shading on the instrumentation becomes critical. Here, we introduce a new concept that aims to improve the vertical accuracy of the irradiance measurements: the underwater annular irradiance (Ea). This new concept consists of measuring the irradiance in an annular-shaped distribution. We first compute the optimal annular angle that avoids self-shading and maximizes the light captured by the sensors. Second, we use different scenarios of water types, solar zenith angle, and cloud coverage to assess the robustness of the corresponding diffuse attenuation coefficient, Ka. Finally, we derive empirical functions for computing Kd from Ka. This new concept opens the possibility to a new generation of optical sensors in an annular-shaped distribution which is expected to (a) increase the vertical resolution of the irradiance measurements and (b) be easy to deploy and maintain and thus to be more suitable for citizen scientists. 776480
publications-3107 Other 2018 Heard, Jessica; White, Jon D9.2 Project Website. Deliverable 9.2 of project H2020 MONOCLE (grant 776480) 10.5281/zenodo.1492147 Uncategorized Uncategorized No abstract available 776480
publications-3108 Conference proceedings 2020 Olivier Burggraaff, Armand B. Perduijn, Robert F. van Hek, Norbert Schmidt, Christoph U. Keller, Frans Snik A universal smartphone add-on for portable spectroscopy and polarimetry: iSPEX 2 Micro- and Nanotechnology Sensors, Systems, and Applications XII 10.1117/12.2558562 IoT & Sensors Uncategorized No abstract available 776480
publications-3109 Other 2018 De Keukelaere, Liesbeth; Piera, Jaume; Tyler, Andrew; Riddick, Caitlin; Spyrakos, Evangelos; Jackson, Thomas; Sterckx, Sindy D7.1 Report on existing EO services, existing in situ data resources and protocols. Deliverable report of project H2020 MONOCLE (grant 776480) 10.5281/zenodo.1492282 IoT & Sensors Irrigation Systems No abstract available 776480
publications-3110 Other 2021 Simis, Stefan; Poser, Kathrin; Peters, Steef; Ghezehegn, Semhar; Clements, Oliver; Snee, Darren; Rodero, Carlos; Wood, John; De Keukelaere, Liesbeth; Schmidt, Norbert D1.5 Data Management Plan (v1.3 Feb 2021). Deliverable report of project H2020 MONOCLE (grant 776480) 10.5281/zenodo.1492264 IoT & Sensors Irrigation Systems No abstract available 776480