Considering this year's meeting situation, the organizing team has decided it is necessary to post-pone the event by one year to ensure for all participants a successful, safe on-site meeting and good travel conditions.
The new conference date is 19–22 September 2022.
Looking forward to an exciting exchange in the historical center of sunny Naples!
The organizing committee: Günter Blöschl (TU Wien, Austria) Isabelle Braud (Irstea, France) Gabrielle de Lannoy (KU Leuven, Belgium) Karsten Høgh Jensen (University of Copenhagen, Denmark) Laurent Pfister (Luxembourg Institute of Science and Technology LIST, Luxembourg) Nunzio Romano, Salvatore Manfreda and Paolo Nasta (University of Naples Federico II, Italy) Sonia Seneviratne (ETH Zurich, Switzerland) Ana Maria Tarquis (Universidad Politécnica de Madrid, Spain) Ilja van Meerveld (University of Zurich, Switzerland) Harry Vereecken, Heye Bogena, Ralf Kunkel and Roland Baatz (Forschungszentrum Jülich, Germany) Marc Voltz (INRAE, France) Yijian Zeng (Twente University, the Netherlands)
Scope and topics
In the next decades, expected changes in the water cycle will be a major driver in shaping our environment and its ecosystems. Water is the key factor for life and for sustaining food, feed and biomass for energy production in today’s bio-based economies. The water cycle will be strongly affected by climate change but the extent and impact on ecosystems functioning and services are only roughly known. Increasing hydrological extremes, such as floods and droughts, may lead to severe ecological, economic and societal impacts. In a recent review, Vereecken et al. (2015) urged the hydrological science community to establish a network of hydrological observatories in Europe. At present, there is no concerted and dedicated action in the field of hydrology neither in Europe nor world-wide with respect to making hydrological data accessible to the research community and in designing cross-catchment experiments.
Whereas this Galileo conference is therefore centred on the following main themes:
- Soil moisture dynamics across scales;
- Data assimilation and hydrological observations;
- UAS- and satellite-based remote sensing for hydrological observatories;
- Geophysics and isotopes in catchment hydrology;
- Big data science in hydrological research.
A valuable opportunity and undeniable advantage of establishing such observatories are to bring together scientists with different experiences and expertise so that advances can be achieved in both theories and methods. As an example, people working on monitoring evapotranspiration fluxes benefit from recent and detailed studies on root uptake as well as those working with geophysical techniques to better assess groundwater recharge should also share ideas with the ones providing outcomes on pollution vulnerability issues in the critical zone.
We envision this event being itself an "observatory", with participation also of scientists whose current researches are only seemingly at the border of the main themes outlined above.
establishing a network of hydrological observatories in Europe have not been successful as a consequence of the fragmented and dispersed research landscape and lack of community awareness. There are, however, examples of excellent cutting-edge hydrological research being performed at well-established, highly instrumented hydrological observatories, such as the Attert basin in western Luxembourg, the HOBE catchment in Denmark, the UARC catchment in Italy, the HOAL catchment in Austria, and national networks such as the TERENO catchments in Germany, and OZCAR catchments in France (see recent special issue on Hydrologic Observatories in the Vadose Zone Journal). One unique feature of these hydrological observatories is the measurement of relevant hydrologic variables for process driven modeling. These catchments may serve as a community-driven nucleus for a European data and experimentation platform of hydrological observatories. As one step forward in the direction of a larger network of hydrological observatories, this Galileo Conference aims to develop a common data and experimentation platform to make data of different existing hydrological observatories accessible and readily available to the research community. In a next step, such a platform could be expanded to include models and tools to analyze data and to perform hydrological forecasts. This would also allow a model driven design of catchment experiments.
We envision the development of new modelling approaches that rely less on calibration but are rather based on insightful analysis of landscape heterogeneity and process complexity through systematic learning from innovative hydrological observation data and a synergetic data analysis approach using novel data exploration methods. The development of a European model-data driven framework enables the design of hydrological experiments to gain knowledge for the development of new hydrological theories. For example, large-scale labelling and tracer experiments can be conducted, as well as interdisciplinary measurement programs including climatology, hydrology, plant, environment and ecology to embrace new scientific perspectives. Envisaged research partnerships with existing European networks (e.g. International Soil Moisture Network, Global Runoff Data Base) leverage these efforts by the multi-variate catchment-scale observatory focus of this conference.
The conference will consist of plenary sessions with talks by invited speakers, early career talks and panel discussions with strong involvement of the audience, poster session combined with flash talks, open workshop spaces in form of break out groups and a wrap-up meeting.
Oral session will include one invited talk, and two talks of early career scientists and a 30 minute panel discussion. Several working groups will be established and the outcome of these working groups will provide the basis for the wrap-up meeting.
There will be five main break-out themes that the participants will work on in three sessions during the conference including lightning talks, world style café discussions, wrap-up:
- Defining hypothesis-driven science questions that require a network of hydrological observatories
- Determine opportunities for experiments that can be repeated at a number of sites
- Highlight data that is already available for cross-site comparisons
- Design and requirements of hydrologic observatories
- Governance of a European network of hydrologic observatories
Sunday: Arrival Monday (full day): Keynotes, Early Career Sessions and Break-out Group Work; evening: Conference Dinner Tuesday (full day): Keynotes, Early Career Sessions and Break-out Group Work Wednesday (full day): Geoscience Excursion Thursday (half day): Break-out Group Work and Wrap-up