Water Remote Sensing

Remote sensing enables to study big areas and withdraw data much faster and cheaper than with in situ measurements. Although the entire spectrum of electromagnetic radiation is used in remote sensing, water studies mostly only use the visible part of the spectrum. Water remote sensing helps to find the values of the parameters under observation from the colour of the water. The global carbon cycle and algae blooms are some of the phenomena that can be detected and observed with remote sensing.

One of the fields of Tartu Observatory's water remote sensing work group is working towards implementing the European Union Water Framework Directive. The purpose of the directive is to create a uniform evaluation system for inland waters and increase the quality of the water bodies. 

To achieve that goal, Tartu Observatory is collecting regular field data from Estonian lakes and coastal areas, in co-operation with external partners. This data enables to create algorithms that can be used to derive necessary information from data collected with satellites, airborne machines and marine vessels.

EXOHOST Seminar: Prof. Sara Seager "Planetary Atmospheres and the Search for Signs of Life Beyond Earth"

Join us for a captivating EXOHOST seminar featuring Professor Sara Seager, a leading authority on exoplanets and our very own EXOHOST advisory board member!
Tartu observatooriumi teaduskonverents - Tartu Ülikool

On 27 March, Tartu Observatory will hold a scientific conference

4-year PhD position in space research and technology: Retrieval of leaf angle distribution information from multi-angle remote sensing data

This doctoral thesis will devise, test, and implement a novel methodology exploiting multi-angle sensors to retrieve leaf angle distribution (LAD).