16-18.08 all meeting rooms are located in the Tallinn University Mare building | | | | |
(Venue location Tallinn University Mare building address Uus-Sadama 5, Tallinn 10120) | | |
Tuesday, August 16, 2022 | | |
8:00-9:00 | Registration (Mare building first floor) with coffee and snacks (Atrium Mare building 3rd floor) | | |
Location | Tallinn Hall (Auditorium M218, 2nd floor) | | | |
9:00-9:20 | WELCOME | | | |
9:20-10:00 | Keynote1: Tarmo Soomere. Knowledge gaps in the interactions between hydrology, ecosystems and global change | | |
10:00-10:40 | Keynote2: Nathan D. Stansell. Knowledge gaps in the interactions between hydrology, ecosystems and global change (online) | | |
10:40-11:00 | Coffee break (Atrium Mare building 3rd floor) | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 1-A | Session 2-A | | |
Theme I: Water and ecosystems for human well-being | Theme II: Knowledge gaps in the interactions between hydrology, ecosystems and global change | | |
CHAIR: Tor Håkon Bakken | CHAIR: Diana Meilutyte-Lukauskiene | | |
11:00-11:20 | Oral1.1. Linus Zhang; Zhu, Y. From Sponge City to Sponge Earth | Oral2.1. Mäkelä, M., et al. Effect of supplementary subsurface drainage on field scale nutrient fluxes | | |
11:20-11:40 | Oral1.2. Kiraz, M., et al. Signatures of hydrologic services: Quantification for catchments across Great Britain | Oral2.2. He, C., et al. Large-scale vegetation restoration and its feedbacks to land-atmospheric interactions and regional water cycles | | |
11:40-12:10 | Oral1.3. Khodaei, B., et al. Estimating peatland carbon sequestration in southern Sweden using InSAR | Oral2.3. Kriaučiūnienė, J., et al. Impact assessment of hydropower plants and climate change on river runoff and fish habitats in lowland rivers | | |
12:10-13:20 | Lunch (Atrium Mare building 3rd floor) | | |
Location | Tallinn Hall (Auditorium M218, 2nd floor) | | | |
13:20-14:00 | Keynote3: Pertti Ala-aho. Hydrological and ecological modelling | | | |
14:00-14:15 | Break | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 3-A | Session 2-B | | |
Theme III: Hydrological and ecological modelling | Theme II: Knowledge gaps in the interactions between hydrology, ecosystems and global change | | |
CHAIR: Līga Klints | CHAIR: Diana Meilutyte-Lukauskiene | | |
14:15-14:35 | Oral3.1. Akstinas, V., et al. Hydromorphological approach for the evaluation of ecological changes in Lithuanian rivers | Oral2.4. Chen Z., et al. The end-timing of rainfall events modulates post-rainfall sap flow and its environmental controls | | |
14:35-14:55 | Oral3.2. Kmoch, A., et al. Soil and landuse data quality and resolution impact on the uncertainty of the SWAT model in a long-term study watershed Estonia | Oral2.5. Nazarenko, S., et al. Spatial analysis of low flow in Lithuania and its relation to drought indices | | |
14:55-15:15 | Oral3.3. Barna, D. M., et al. Regional Flood-Duration-Frequency Models for Norwegian Catchments | Oral2.6. Pärn, J., et al. Nitrate dynamics and its connection to seasonal groundwater recharge in karst springs of the Sõmeru River catchment, Northern Estonia | | |
15:15-15:35 | Oral3.4. Veinbergs, A.; Lagzdins, A. Can nitrogen concentrations be used for the quantification of runoff components? | Oral2.7. Klante, C., et al. Dependence of browning in Lake Bolmen, Sweden, on physical processes including land use | | |
15:35-15:55 | Oral3.5. Salo, H., et al. FLUSH model – Hydrological simulations with open data resources and recent developments of a hydrological computational platform | Oral2.8. Eensalu, M., et al. Holocene hydro-climate variability record from Lake Nuudsaku, Estonia | | |
15:55 | Coffee break (Atrium Mare building 3rd floor) (together with poster session) | | |
16:00-17:00 | Poster session (Atrium, Mare building 3rd floor) | | |
18:00 | Reception of Tallinn city in City Hall, Old Town (Raekoja plats 1, 10114 Tallinn) | | | |
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Wednesday, August 17, 2022 | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 3-B | Session 2-C | | |
| Theme III: Hydrological and ecological modelling | Theme II: Knowledge gaps in the interactions between hydrology, ecosystems and global change | | |
| CHAIR: Tor Håkon Bakken | CHAIR: Anna-Kaisa Ronkanen | | |
9:00-9:20 | Oral3.6. Salla, A., et al. Controlled drainage in agricultural peatland fields – calibration and validation of FLUSH model | Oral2.9. Nilsson, B.; Orvomaa, M. Knowledge share for protection and restoration of GDE nature sites in The Nordic countries: National monitoring | | |
9:20-9:40 | Oral3.7. Di Natale, C., et al. Climate change adaptation using low impact development techniques in an urban catchment | Oral2.10. Uvo, C. B., et al. The Freshwater Competence Centre in Finland | | |
9:40-10:00 | Oral3.8. Uuemaa, E., et al. ML-based water quality modeling at national level in Estonia | Oral2.11. Briede, A., et al. Trends and regime shifts in climatic parameters and river runoff in Latvia for the period 1951–2020 | | |
10:00-10:20 | Oral 3.9. Lagzdins, A., et al. Implementation of River Basin Management Plans of Latvia towards good surface water status - LIFE GOODWATER IP | Oral2.12. Koit, O., et al. Conceptualizing transboundary aquifer systems using geochemical signatures of springs
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10:20-10:40 | Coffee break | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 3-C | Session 4-A | | |
Theme III: Hydrological and ecological modelling | Theme IV: Approaches for monitoring, assessment, protection and restoration of water and ecosystem services | | |
CHAIR: Līga Klints | CHAIR: Jonas Olsson | | |
10:40-11:00 | Oral3.11. Saaremäe, E., et al. The effect of design storm choice on urban drainage system by using SWMM | Oral4.1. Ronkanen, A-K., et al. Long-term groundwater monitoring can be used to assess changes in climate and land use | | |
11:00-11:20 | Oral3.12. Isomäki, K., et al. Combined effects of controlled drainage and main ditch damming on water table and water balance in a Nordic agricultural field | Oral4.2. van't Veen, S., et al. What affect high-resolution nitrate sensor monitoring in streams? Experiences from four Danish headwater streams | | |
11:20-11:40 | Oral3.13. Blåfield, L., et al. Meander change and sediment connectivity - combining field data and morphodynamic modelling of one hydrological year | Oral4.3. Mayaud, C., et al. Hydrogeology of the shallow karst aquifer of the Pivka Valley (Slovenia) | | |
11:40-12:00 | Oral3.22. Kitterød, N.-O. et al. Nordic Region Hydrogeochemistry | Oral4.4. Vainu, M. Assessment of aquatic ecosystem services in Estonia: methodology and application in Viru subcatchment | | |
12:00-13:00 | Lunch (Atrium Mare building 3rd floor) | | |
Location | Tallinn Hall (Auditorium M218, 2nd floor) | | | |
13:00-13:40 | Keynote4: Håkan Tropp. Water policy and governance | | | |
13:40-13:50 | Break | | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 3-D | Session 4-B | | |
Theme III: Hydrological and ecological modelling | Theme IV: Approaches for monitoring, assessment, protection and restoration of water and ecosystem services | | |
CHAIR: Jonas Olsson | CHAIR: Anna-Kaisa Ronkanen | | |
13:50-14:10 | Oral3.14. Koivusalo, H., et al. Warming winters at the edge of snow-affected conditions in an urban area | Oral4.5. Šimanauskienė R., et al. Assessment of raised bog ecohydrological features by remote sensing methods (case study of Čepkeliai, Lithuania) | | |
14:10-14:30 | Oral3.15. Paavonen, E., et al. Modelling spatio-temporal extent of water level control in an agricultural ditch network | Oral4.6. Kobets, Y.; Reihan, A. Development of harmonised water discharge calculation method of the transboundary Narva River, Estonia | | |
14:30-14:50 | Oral3.16. Engeland, K., et al. Estimation of design values for peak floods | Oral4.7. Schwamback, D., et al. Assessing soil moisture oscillations under different tropical land covers | | |
14:50-15:10 | Bjørn Kløve, Hydrology Research (IWA Publishing) | | | |
15:10-15:30 | Coffee break (Atrium Mare building 3rd floor) | | |
15:30-17:00 | NHF General Assembly | | |
19:30-23:00 | Conference dinner at Lennusadam (Seaplane Harbour Museum, Vesilennuki 6, 10145 Tallinn) Celebrating of NHF 50 anniversary | | |
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Thursday, August 18, 2022 | | |
Location | Tallinn Hall (Auditorium M218) | Auditorium M225 | | |
| Session 3-E | Session 4-C | | |
Theme III: Hydrological and ecological modelling | Theme IV: Approaches for monitoring, assessment, protection and restoration of water and ecosystem services | | |
CHAIR: Kolbjørn Engeland | CHAIR: Elve Lode | | |
10:00-10:20 | Oral3.17. Pons, V., et al. How many extreme events to estimate the density of performance of green infrastructures? | Oral4.8. Paat, R., et al. Assessing vertical hydraulic conductivity of peat with atmospheric pressure movements using buried pressure transducers | | |
10:20-10:40 | Oral3.18. Abdalla, E.M.H., et al. Evaluating the transferability of green roof hydrological models between different cities using Pareto fronts | Oral4.9. Donati, F., et al. (presenter Choffel, Q.) A new vision of the river sections upstream weirs : the weir pool ecotone | | |
10:40-11:00 | Oral3.19. Godara, N., et al. Flash flood modelling in small catchments using a hydrodynamic rainfall-runoff model (HDRRM) | Oral4.10. Pedusaar, T.; Pachel, K. The Role of the Small Urban River in the Past and Present in the City of Tallinn | | |
11:00-11:20 | Oral3.20. Karttunen, K., et al. Modelling and classifying alluvial forests and swamp woods | Oral 4.11. Yiwo, E. et al. Investigating Stakeholders’ Flood Risk Perception In Ghana From A Socio-technical Perspective | | |
11:20-11:40 | Oral3.21. Bakken, T. H., et al. Retrofitting of non-hydropowered dams – Results from three continents | Oral4.12. Terasmaa, J., et al. Citizen science for spring monitoring - an alternative way to collect groundwater data | | |
11:40-12:00 | Coffee break (Atrium Mare building 3rd floor) | | |
Location | Tallinn Hall (Auditorium M218) | | | |
12:00-13:00 | Closing session and invitation to the NHC2024 | | | |
13:00 | Coffee | | |
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| Posters | | |
Theme II: Knowledge gaps in the interactions between hydrology, ecosystems and global change | Theme III: Hydrological and ecological modelling | | |
Poster 2.1.Patro, E. R., et al. A comprehensive assessment of dam and its removal in Finland | Poster 3.1. Andis Kalvans. Run-on contribution to the soil water balance to the temperate forests | | |
Poster 2.2. Lin, Z., et al. Evolution of river system and its hydrological effect: A urban agglomeration perspective | Poster 3.2. Raidla, V., et al. Geochemical processes controlling ionic composition of water in the Kilpisjärvi area, Northern Finland | | |
Poster 2.3. Päkkilä, L. Peatland hydrological changes after restoration activities | Poster 3.3. Hunt, M., et al. Modeling of the water balance in the Selja River basin northern Estonia with the PRMS hydrological model | | |
Poster 2.4. Xu, C.-Y., et al. Variability of Norwegian annual precipitation and its relation to teleconnections | Poster 3.4. Retike, I., et al. The infilling performance of missing data for groundwater hydrographs based on clustered gap patterns | | |
Poster 2.5. Stansell, N., et al. Holocene hydroclimate variability in the eastern Baltic region inferred from open and closed-basin lake sediment stable isotope and pollen records from Estonia | Poster 3.5. Beldring, S., et al. Event-based decision support indicators for hydrological pressure in Norway | | |
Poster 2.6. Pärn, J., et al. Extent of the active water exchange zone in the aquifers of the Viru Sub-basin, NE Estonia | Poster 3.6. Gohari, A., et al. (presenter Torabi Haghighi, A.). A century of variations in extreme flows across Finnish Rivers | | |
Poster 2.7. Mikomägi, A., et al. Water quality of mine water outlets and their impact on surface water | Poster 3.7. Olsson, J. et al. GlobalHydroPressure: model-based global assessment of hydrological pressure | | |
Poster 2.8. Lode, E., et al. Patterns of mire groundwater levels during the hydrological minimum period; Are ecotope analogues applicable? | Theme IV: Approaches for monitoring, assessment, protection and restoration of water and ecosystem services | | |
Poster 2.9. Lintunen, K., et al. Long-term changes of the flood and river ice regimes | Poster 4.1. Nurminen, J., et al. Long-term monitoring of nutrient losses from arable clay fields in southern Finland | | |
Poster 2.10. Linkevičienė, R., et al. Hydrological diversity of raised bog, case study of Čepkeliai (Lithuania) | Poster 4.2. Levachou, Y., et al. Seasonal dynamics of reflectance and vegetation indices in Žuvintas Lake macrophytes | | |
Poster 2.11. Kysely, J.; Beranova, R. Links between large-scale heavy precipitation and atmospheric circulation over Central Europe in CORDEX regional climate models | Poster 4.3. Männik, M., et al. Modification of DRASTIC method according to the geological peculiarities of formerly glaciated areas | | |
Poster 2.12. Kløve, B., et al. A water-energy-food nexus assessment of climate change impacts on biomass and hydropower resources - WatNEX | Poster 4.4. Kasi, S.. Air movements in soil | | |
Poster 2.13. Adžgauskas, G.; Jakimavičius, D. Climate change impact on the hydrokinetic energy resources of Lithuanian rivers | Poster 4.5. Vandel, E.; Vaasma, T. Bathymetric mapping by the Institute of Ecology (Tallinn University, Estonia) | | |
Poster 2.14. Meilutyte-Lukauskiene, D., et al. Changes in hydrological regionalization of Lithuanian rivers | Theme V: Water policy and governance | | |
Poster 2.15. Orvomaa, M., et al. What accumulated snow can reveal of anthropogenic pollution | Poster 5.1. Raidla, V., et al. Quality problems of Quaternary Vasavere groundwater body, northeastern Estonia | | |
Poster2.16. Stefánsdóttir, G. Hydromorphological pressures in Iceland - impact on waterbody types and narural recources | Poster 5.2. Raidla, V., et al. Intrusion of saline water into a coastal paleo-groundwater aquifer in Estonia | | |
Poster 2.17. Xiong B., et al. Improving the Extreme Flood Risk Estimation under Non-stationary Conditions at Downstream of the Three Gorges Reservoir from 1470 to 2017 | Poster 5.3. Siksnane, I.; Lagzdins, A. Impact of the catchment area and land use on nutrient concentrations in the water bodies selected within the LIFE GOODWATER IP project | | |