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–Č Type Year Authors Title Venue/Journal DOI Research type Water System Technical Focus Abstract Link with Projects Link with Tools Related policies ID
publications-2891 Conference proceedings 2021 Suhad A. A. A. N. Almuktar, Miklas Scholz Farm Constructed Wetlands for Nutrient Recovery and Reuse in Agriculture WETPOL 2021, Book of Abstract, 9th International Symposium, Uncategorized Irrigation Systems No abstract available 858375
publications-2892 Conference proceedings 2021 A. Nagy, A. Szabó, Cs. Juhåsz, B. Gålya Farkasné, Á. Kövesdi and J. Tamås Combined traffic control of irrigation on heterogenous field Control Systems Irrigation Systems No abstract available 858375
publications-2893 Other 2020 Burszta-Adamiak E. and FiaƂkiewicz W. Projekt WATERAGRI – Jak zatrzymać wodę w glebie (The WATERAGRI project – How to stop water in the soil). Entrepreneur Agriculture (Printed Magazine in Polish) Uncategorized Precipitation & Ecological Systems No abstract available 858375
publications-2894 Conference proceedings 2023 Alexey Khakalo, Aayush Kumar Jaiswal, Katariina Solin, Hanna-Leena Alakomi, Mona Arnold, Tekla Tammelin Nanocellulose-Based Membranes for Nutrient Capture Uncategorized Wastewater Treatment Plants No abstract available 858375
publications-2895 Conference proceedings 2021 Sabrina GrĂŒner, Alba Canet-Marti, Stevo Lavrnic, Attilio Toscano, Thilo Streck, GĂŒnter Langergraber Comparison of simple models for free water surface wetlands Simulation & Modeling Natural Water Bodies No abstract available 858375
publications-2896 Conference proceedings 2023 Arnold, M, Canga, E. Biochar for agricultural water management Data Management & Analytics Uncategorized No abstract available 858375
publications-2897 Conference proceedings 2022 ReisenbĂŒchler, Markus; Marti, Beatrice; Siegfried, Tobias; Anarbekov, Oyture; Alapfy, Bertalan; RĂŒther, Nils Integration of small-scale hydropower in water management: A case study from Shakimardan, Uzbekistan 7th IAHR Europe Congress: Innovative Water Management in a Changing Climate | Abstract Book AI & Machine Learning Wastewater Treatment Plants No abstract available 101022905
publications-2898 Other 2023 Gruber, R., & Eder, T. Kaplan EVO – Rethinking the Kaplan Turbine with the bigger picture in mind (German title: Kaplan EVO – mit dem Blick aufs Ganze die Kaplan-Turbine neu gedacht) zek HYDRO 10.5281/zenodo.11235131 AI & Machine Learning Wastewater Treatment Plants No abstract available 101022905
publications-2899 Conference proceedings 2023 Schwedhelm, Hannah; Zhumabaev, Aidar; Siegfried, Tobias; HĂ€gele, Tobias; Kopecki, Ianina; Alapfy, Bertalan; Hayes, Daniel S.; Zeiringer, Bernhard; Jorde, Klaus; RĂŒther, Nils Wasserkraftplanung Badam – ein Fallbeispiel fĂŒr nachhaltige Wasserkraft an bestehender BewĂ€sserungsinfrastruktur mit Potential zur Replikation BeitrĂ€ge zum 21. Wasserbau-Symposium der Wasserbauinstitute TU MĂŒnchen, TU Graz und ETH ZĂŒrich 10.5281/zenodo.10635078 Uncategorized Wastewater Treatment Plants No abstract available 101022905
publications-2900 Other 2023 Tobias Siegfried, Aziz Ul Haq Mujahid, Beatrice Sabine Marti, Peter Molnar, Dirk Nikolaus Karger and Andrey Yakovlev Assessing Future Hydrological Impacts of Climate Change on High-Mountain Central Asia: Insights from a Stochastic Soil Moisture Water Balance Model The EGU interactive community platform 10.5194/egusphere-2023-520 Uncategorized Wastewater Treatment Plants Abstract. We use a new set of data available to compute 21st century climate impacts on the hydrology of 221 catchments in high-mountain Central Asia. For each of these subcatchments, a parsimonious steady state stochastic soil moisture water balance model was set up and the partitioning of available water from precipitation into runoff and evaporation computed for different climate futures using the Budyko framework. Climate change sensitivity coefficients are analytically derived for the first time using the total differential method. Relative changes in discharge for three future periods 2011–2040, 2041–2070, and 2071–2100 were computed in relation to the baseline period from 1979–2011. For the baseline observation period, climate data from a global high-resolution climatology data set (CHELSA V21) were used to extract mean daily subcatchment-specific temperature and precipitation values. Data from the coupled model intercomparison project phase 6 (CMIP6) were used to compute catchment mean future climate data using 4 GCM models with 4 scenario runs each. CMIP6 data were bias corrected with CHELSA V21 observation data. For the spatial distribution of soil parameters, different global products were utilized. The robustness of the soil water balance model results was assessed using a comprehensive sensitivity analysis in relation to variations of these soil parameters over typically observed ranges for each subcatchment. The analysis of climate change suggests increasing precipitation over the three periods (+4.44 %, +5.89 %, and +8.51 % relative increases in median total precipitation averaged over subcatchment and scenarios). Median values of temperatures changes between periods relative to the baseline are +1.33 °C, +2.44 °C, and +3.55 °C. Results of the hydrological soil water balance model runs suggest a median increase of discharge of +4.71 %, +7.44 % and +10.87 % for the corresponding periods. This is a strong indication of a wetter and hotter future in Central Asia, relative to today’s hydroclimate. Modelling results suggest that decreasing contributions from glacier melt over the course of the 21st century will be offset by increases in discharge consistently throughout the region, despite increasing potential evapotranspiration. Increases in relative discharge will be most pronounced in the Afghan Murghab-Harirud basin and in the Amu Darya. Changes in precipitation characteristics in terms of frequency and event depth also indicate possible impacts on hydrological extremes which remains a heavily under researched topic in Central Asia. 101022905