Personal research grants

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Dean's Office

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+ 372 737 5341

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hv.dekanaat [at] ut.ee

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Jakobi 2, rooms 116–121, 51005 Tartu
Institute of History and Archaeology

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Jakobi 2, 51005 Tartu
Institute of Estonian and General Linguistics

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Jakobi 2, 51005 Tartu
Institute of Philosophy and Semiotics

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filosoofia.semiootika [at] ut.ee

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Jakobi 2, rooms 309–352, 51005 Tartu
Institute of Cultural Research

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kultuuriteadused [at] ut.ee

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Ülikooli 16, 51003 Tartu
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us [at] ut.ee

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Ülikooli 18–310, 50090 Tartu
College of Foreign Languages and Cultures

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maailmakeeled.ut.ee

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keeled [at] ut.ee

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J. Liivi 4, 50409, Tartu
Viljandi Culture Academy

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Posti 1, 71004 Viljandi

Dean's Office

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sotsiaalteadused [at] ut.ee

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Lossi 36, 51003 Tartu
Institute of Education

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haridus [at] ut.ee

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Salme 1a–29, 50103 Tartu
Johan Skytte Institute of Political Studies

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skytte [at] ut.ee

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Lossi 36–301, 51003 Tartu
School of Economics and Business Administration

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Narva mnt 18, 51009 Tartu
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psychology.ut.ee

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+372 737 5902

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psyhholoogia [at] ut.ee

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Näituse 2, 50409 Tartu
School of Law

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+372 737 5390

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oi [at] ut.ee

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Näituse 20–324, 50409 Tartu
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+372 737 5188

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yhiskonnateadused [at] ut.ee

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Lossi 36, 51003 Tartu
Narva College

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+372 740 1900

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college [at] narva.ut.ee

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Raekoja plats 2, 20307 Narva
Pärnu College

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+372 445 0520

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info [at] pc.ut.ee

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Ringi 35, 80012 Pärnu

Dean's Office

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+372 737 5326

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med [at] ut.ee

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Ravila 19, 50411 Tartu
Institute of Biomedicine and Translational Medicine

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biomeditsiin.ut.ee

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+372 737 4210

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bsmi [at] ut.ee

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Biomeedikum, Ravila 19, 50411 Tartu
Institute of Pharmacy

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farmaatsia.ut.ee

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+372 737 5286

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pharmacy [at] ut.ee

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Nooruse 1, 50411 Tartu
Institute of Dentistry

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hambaarstiteadus.ut.ee

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+372 731 9856

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Raekoja plats 6, 51003 Tartu
Institute of Clinical Medicine

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clinicalmedicine.ut.ee

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+372 737 5323

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kmi [at] ut.ee

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L. Puusepa 8, 50406 Tartu
Institute of Family Medicine and Public Health

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tervis.ut.ee

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+372 737 4190

Faculty email:
dph [at] ut.ee

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Ravila 19, 50411 Tartu
Institute of Sport Sciences and Physiotherapy

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+372 737 5360

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kkdek [at] ut.ee

Faculty address:
Jakobi 5–205, 51005 Tartu

Dean's Office

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+372 737 5820

Faculty email:
ltt [at] ut.ee

Faculty address:
Vanemuise 46–208, 51003 Tartu
Institute of Computer Science

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cs.ut.ee

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+372 737 5445

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ics [at] ut.ee

Faculty address:
Narva mnt 18, 51009 Tartu
Estonian Marine Institute

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mereinstituut.ut.ee

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+372 671 8902

Faculty address:
Mäealuse 14, 12618 Tallinn
Institute of Physics

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www.fi.ut.ee

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W. Ostwaldi 1, 50411 Tartu
Institute of Chemistry

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chem.ut.ee

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+372 737 5261

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chemistry [at] ut.ee

Faculty address:
Ravila 14a, 50411 Tartu
Institute of Genomics

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genomics.ut.ee

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+372 737 4000

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info.genoomika [at] ut.ee

Faculty address:
Riia 23b, 51010 Tartu
Institute of Mathematics and Statistics

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+372 737 5860

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ltms [at] ut.ee

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Narva mnt 18, 51009 Tartu
Institute of Molecular and Cell Biology

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Riia 23, 23b–134, 51010 Tartu
Tartu Observatory

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Observatooriumi 1, Tõravere, 61602 Tartumaa
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Faculty address:
Nooruse 1, 50411 Tartu
Institute of Ecology and Earth Sciences

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Vanemuise 46, 51003 Tartu

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Library

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W. Struve 1, 50091 Tartu
Youth Academy

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Uppsala 10, 51003 Tartu
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University of Tartu Natural History Museum and Botanical Garden

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iro [at] ut.ee

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Rector's Office
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Ülikooli 18b, 51005 Tartu
University of Tartu Press

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sport.ut.ee

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+372 737 5371

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Ujula 4, 51008 Tartu
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campus.ee

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Narva mnt 25, 51013 Tartu
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tym [at] ut.ee

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Kalevi 24, 51010 Tartu
Tartu University Hospital

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L. Puusepa 1a, 50406 Tartu
University of Tartu Foundation

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sihtasutus.ut.ee/en

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+372 737 5852

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triin.vakker [at] ut.ee

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Ülikooli 18, 50090 Tartu
View all other units

Faculty link:
www.ut.ee/en/other-units

PUT1355: GLobAl Mapping Of forest undeRstory with ApplicationS (GLAMORAS)

Jan Pisek

Understory vegetation is the most diverse and least understood component of forests worldwide. Understory communities are important as they act as drivers of overstory succession and nutrient cycling. Satellite remote sensing is the only technology currently able to provide consistent data over large areas and longer period of time. Multi-angle remote sensing enables us now to describe surface properties by means that are not possible using mono-angle data. A novel methodology working with multi-angle remote sensing data will be implemented to retrieve reflectance and track seasonal changes of forest understory structure globally. Our previously compiled unique collection of understory measurements from diverse types of forests both in Estonia and around the world would provide an excellent platform to study the dynamics and validate our results. Inclusion of understory variability in ecological models will improve prediction and forecast horizons of vegetation dynamics globally.

Start date: 1.1.2017
End date: 31.12.2020

Total amount: 180 000 € (Estonian Research Council)

Estonian Research Information System webpage

PUT 1627: The evolution of galaxies in the cosmic web – from voids to Great Walls

H. Lietzen

In this project we study galaxies and groups of galaxies in different large-scale environments. Our goal is to find out how the large-scale environment of the cosmic web affects the formation and evolution of galaxies. The large-scale structure of the Universe can be seen as the cosmic web, where the dense superclusters and filaments surround the large underdense regions, voids. Superclusters are the largest galaxy systems known in the Universe and on large scales superclusters are the densest regions in the Universe where galaxy formation theories can be tested. We will use the best available spectroscopic galaxy surveys to study the large-scale structure of the Universe and the galaxies within. We expect to find out how the galaxy populations in superclusters differ from those in voids, and what are the characteristics of the largest supercluster systems as galaxy environments.

Start date: 1.1.2017
End date: 31.12.2020

Total amount: 182 400 € (Estonian Research Council)

Estonian Research Information System webpage

PUTJD 719: Study of suspended particles characteristics in rivers regions of freshwater influence, using in-situ and satellite data

M. Ligi

Estonian coastal waters are shallow, with soft bottom and significantly influenced by rivers. This means that the optical properties of the water are strongly affected by suspended matter, transported to the sea by rivers or re-suspended due to strong winds. Pärnu River is the biggest in Estonia. It flows into Pärnu Bay. Although it is not well studied, it can be said the suspension characteristics and origin vary in great extent. Dynamics of the sediments at the coastal areas can have an important effect on the local ecosystems and managing ship routes. Therefore further studies are needed. In co-operation with CEFREM (Centre de Formation et de Recherche sur les Environnements Méditerranéens) laboratory (France), fieldworks during spring and summer period will be organised in the same way as was first conducted at River Rhone ROFI (Region of freshwater influence). To receive additional optical data, instruments from Estonian partners will be used. To analyse the peculiarity of sediment cloud in Pärnu River ROFI, caused by climate and salinity (brackish water of the Baltic Sea) effects, the gathered info is compared with two French river's mouths in subtropic climate: torrential mountain river of Têt and one of the biggest rivers in Europe - the Rhone river, that both are flowing into the Mediterranean Sea in southern France. The host institute has previous experience with these rivers and fieldwork will be continued on these two rivers also during this project. In addition to fieldwork data, satellite results from Sentinel-2 and Landsat-8 will be used to calculate concentrations of suspended matter and colored dissolved organic carbon; to differ mineral suspension from organic; and to test new approaches to identify particle size, geometry, concentrations and origin.

Start date: 1.3.2018
End date: 28.2.2021

Total amount: 125 370 € (Estonian Research Council)

Estonian Research Information System webpage

MOBTP151: Optical navigation for small solar system body proximity operations and mapping

M. Pajusalu

The general research is optical navigation (sometimes called visual-inertial odometry, although optical navigation is a better term), which means the use of optical observations, i.e. camera images, in conjunction with other sensor data and either structure from motion or simulataneous locazization and mapping algorithms to autonomously infer the movement of a observer. The methods also provide a 3D reconstruction of the environment or a target, which can be used to create a topographic angle sensitive multispectral map, providing information about target chemical and physical composition. The specific use case for this mission is asteroid or comet fly-by missions (the project is closely integrated to a planned F class ESA comet interceptor mission, currently in Phase 2) with possible technology transfer to unmanned ground vehicle or drone operations.

Start date: 1.9.2019
End date: 31.8.2021

Total amount: 86 117 € (Estonian Research Council)

Estonian Research Information System webpage

PSG10: WFD reporting enhancement and improved Earth Observation applications through better characterisation of absorption properties in lakes

K. Kangro

EU Copernicus programme provides an enhanced capabilities of Earth observation due to new optical instruments on board of Sentinels (2A, 2B and 3), allowing to focus besides large lakes also to smaller lakes. EO has been proposed as an operational means to support the monitoring of parameters required by WFD (transparency, extent and intensity of cyanobacterial (CY) blooms, the amount of phytoplankton, CY and Chl a). Our previous work about L. Peipsi has proved it is possible to monitor these parameters with sufficient accuracy by EO methods, thus we plan further development of suitable algorithms for estimating annual and seasonal variations of these parameters in lakes, which belong to different WFD types. This project aims to extend the knowledge of the spatio-temporal variability of the optical properties and in-water constituents of boreal lakes. New products will be validated through a number of field studies and outcome is used for fulfilling WFD reporting needs for lakes.

Start date: 1.1.2018
End date: 31.12.2021

Total amount: 368 180 € (Estonian Research Council)

Estonian Research Information System webpage

MOBJD588: How dry is too dry? Quantifying the adverse effects of droughts for European forests across the last two decades

J.-P. George

Forests are currently experiencing an unprecedented period of progressively drier growing conditions around the globe, which is threatening many of the functions forest ecosystems need to fulfill for human society. Yet, our understanding of how long and how severe a drought needs to be in order to provoke substantial decline in net primary productivity or even lead to ultimate death of trees is still poorly understood. Here, we combine remotely sensed data (MODIS EURO) with observations on tree mortality (ICP level I forest observations) throughout the last two decades (2000-2019). The project aims at unraveling the complex relationship between drought duration/intensity and forest growth and mortality for entire Europe at 1x1Km resolution. For this, we will apply the random forest algorithm as well as Cox proportional hazard models, both permitting us to additionally test for the effects of important co-variables (e.g. tree age, pre-drought climate, etc.).

Start date: 1.11.2020
End date: 31.10.2022

Total amount: 97 060 € (Estonian Research Council)

Estonian Research Information System webpage

PRG1006: Co-evolution of galaxies and the cosmic web

E. Tempel

One of the main unsolved fundamental puzzles in astrophysics is the question how galaxies form and evolve in the Universe. One of the challenges is to understand whether galaxy evolution is driven by nature or nurture, i.e. what is the relative importance of the cosmic web environment to the evolution of galaxies? In this project, we will develop new mathematical methods in order to study the co-evolution of galaxies and cosmic web. The developed methods will be applied to the currently available observational and simulated datasets, but clear focus is also set to the new upcoming large galaxy surveys. One of the next generation large galaxy surveys is the European Southern Observatory (ESO) flagship large survey 4MOST, which observes Galactic and extra-Galactic objects simultaneously. Among many fascinating topics, 4MOST allows to study the galaxy evolution in the cosmic web environment with unprecedented details and from angles never possible before. We will take full advange of this!

Start date: 1.1.2021
End date: 31.12.2025

Total amount: 237 875 € (Estonian Research Council)

Estonian Research Information System webpage

MOBJD: Superclusters, Voids and the Giant Radio Galaxy Environments

S. Sankhyayan

Superclusters of galaxies are the largest structures in the Universe with large concentration of matter in them. While the physics of clusters of galaxies has been very well studied, the same is not true in the case of superclusters. Voids, which are large empty regions in the Universe, are one of the best candidates to explain the formation of superclusters as the dark energy is higher in voids than the matter and expands the space faster inside the voids. In other words, the matter accumulates along the edges of voids to form the superclusters. We will calculate the cross-correlation between voids and superclusters and compare it with the simulations. We will also use simulations to answer the long debated question on the definition of supercluster in galaxy redshift surveys using velocity flow field of galaxies. The Giant Radio Galaxies (GRGs) are the largest structure of the radio Universe. We will measure the effects of surrounding environment on the large radio jets of GRGs.

Start date: 1.5.2021
End date: 30.04.2023

Total amount: 102 294 € (Estonian Research Council)

Estonian Research Information System webpage

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