Thu, 9.09 at 11.15, webinar
The presentation will give an overview of the results of Shaohui Zhang's master studies in France (GEDI LiDAR for Forest Inventory) and introduction to plans for doctoral studies in Finland regarding Leaf Area Index.
Everybody can join the webinar from the link below which will become active 15 minutes before the start of the seminar
Join the webinar
Thu, 22.04 at 14.15, webinar
Jan Peter George
In this talk Jan Peter George will introduce the datasets used in the Mobilitas Project “How dry is too dry? Quantifying the adverse effects of droughts for European forests across the last two decades”. He will talk about latest MODIS products that provide integrated land information such as net primary productivity and show illustrative examples how to link those data with environmental variables. Secondly, I will present tree mortality data from the ICP Forest network covering entire Europe and show how these data can be utilized for monitoring a prominent tree disease (ash dieback) at continental scale.
Everybody can join the webinar from the link below which will become active half an hour before the start of the seminar
We, 21.04 at 16.15, webinar
Remote sensing applications in agriculture, land cover change monitoring and vegetation phenology can benefit from higher temporal frequency radiometrically accurate imaging. Therefore, at UT Tartu Observatory, we are developing the new scientific-grade miniaturised multispectral imager Theia. Generally, when nanosatellites fly cameras, they are meant for aesthetic images without considering the data's radiometric quality. With Theia, we are developing an instrument with a 5% radiometric accuracy throughout its three-year lifetime. In this presentation, I will introduce Theia, how we plan to achieve our goals and what the future holds for the imager. The instrument website is at http://tospexgroup.space/node/9.
Meeting ID: 970 0087 8994Passcode: 083573
We, 14.04 at 16.15, webinar
Geraint Jones, UCL Mullard Space Science Laboratory
In 2019, the European Space Agency selected its latest planetary mission: the multi-spacecraft Comet Interceptor. The project’s primary goal after launch in 2029 is to characterise, for the first time, a long-period comet, preferably approaching the Sun for the first time. This planned flyby promises to provide us with valuable data to complement information gathered by all previous comet missions; all past projects have studied comets that have been altered by passing near the Sun many times. The mission will comprise a main spacecraft and two smaller probes, one of which will be provided by the Japanese space agency, JAXA. We’ll explore the challenges of planning a mission to an unknown target, how our comet target is to be selected, and the exciting measurements that the mission team plan to make. The mission website is at www.cometinterceptor.space.
Loodus- ja täppisteaduste valdkond / The University of Tartu Observatory
Observatory is looking for a mechatronics engineer
Apply until September 24
Submission for Tartu Observatory grants is opened!
Apply until September 15