This training is in the past.
Optical and SAR Copernicus data for Land applications
RUS Copernicus will provide a two days hands-on training session where participants will access from their own laptop a Virtual Machine to exploit the open source toolboxes available in the RUS environment to download and process Sentinel data.
Please note that the RUS Copernicus Virtual Machines used for this training course can only be provided to citizens/residents of the Copernicus programme member countries (EU plus Iceland and Norway).
RUS hands-on exercises
Crop Mapping using Sentinel-1
and Sentinel-2
A wide range of different and complementary data
(RADAR, optical, IR) from Sentinel-1,2,3 and now also from Sentinel-5P are
nowadays available with an open and free policy. For some applications, such as
agriculture, the synergy between these data has been already shown. For several
applications, there has been an increasing interest in jointly using both RADAR
and optical data to compensate for the limitations of using single data
products alone. The combination of the weather and illumination independence
and the sensitivity to the size, density, orientation and dielectric properties
of SAR sensors together with the multi-spectral information related to the leaf
structure, pigmentation and moisture captured by optical sensors can provide
greater insight and context in many areas of application. This tutorial will
demonstrate the usage of Open Tools available within the RUS environment to run
a supervised classification over an agricultural area using Sentinel-1 GRD and
Sentinel-2 products. You will also get familiar with SAR and optical data
pre-processing using batch processing in SNAP and its command-line
implementation (GPT) as well as using Python scripts.
Flood mapping with Sentinel-1
Amongst the different natural hazards, floods accounts for
almost half of the weather-related disasters recorded during the last 20 years.
Earth observation satellites can be used for flood mapping and assessment (e.g.
early warning systems or post-disaster mapping). The adverse weather conditions
during flooding events make Synthetic Aperture Radar (SAR) a suitable approach
due to its independence on weather and solar illumination. Since the launch of
Sentinel-1, a European C-band SAR satellite, routine collections of large
amount of data with short revisit times are made freely available, enhancing
the capabilities of flood response activities. Taking advantage of the all-weather and
day-and-night sensing capabilities of SAR sensors, in this exercise we will
demonstrate the use of Sentinel-1 GRD data to map the extent of a flooded area.
Burned area mapping with Sentinel-2
Out of control wildfires cause extreme long-term damage to
the environment, wildlife, flora and property every year. Sentinel-2 imagery
provides an accurate post-event analysis of wildfire extents since small areas
can be detected and assessed, while at the same time reducing the need for
ground surveys on often difficult terrain. In addition, the information
obtained can be used to carry out risk assessments of affected and surrounding
areas and Sentinel-2 data collected over time can be used to monitor
environmental recovery, especially in relation to agriculture and forestry. In
this exercise, you will learn the basics of image processing for burned area
mapping: we will show you how to access the RUS service and how to download,
process, analyse and visualise the free data acquired by the Copernicus
satellites constellation. We will employ the ESA SNAP Sentinel-2 Toolbox to
demonstrate the burned area mapping methodology.
Active fire detection with Sentinel-3
Open vegetation fires are critical elements acting as a
driving force by modifying land cover, consuming terrestrial vegetation and
reducing ecosystem services. Such fire activity acts across all vegetated areas
but is usually very dynamic in its magnitude, impact and specific location. Due
to this, frequent satellite Earth Observation data are a key tool to assess
large-scale quantification of biomass burning and its effects. In this
exercise, you will learn the basics of image processing for active fire
detection: we will show you how to access the RUS Service and how to download,
process, analyse and visualize the free data acquired by the Copernicus
satellites. We will use the ESA SNAP Sentinel-3 Toolbox to demonstrate the
methodology to detect active fires with the SLSTR instrument onboard
Sentinel-3.
Schedule
Wednesday 19 February 2020
09:00 – 09:15 RUS
introduction (RUS)
09:15 – 10:30 RUS
session I: Flood Mapping
10:30 – 11:00 Break
11:00 – 12:30 RUS
session I: Flood Mapping
12:30 – 13:30
Lunch (not provided but available on-site, cash only)
13:30 – 15:00 RUS
session II: Crop Mapping using Sentinel-1 and Sentinel-2
15:00 – 15:30
Break
15:30 – 17:00 RUS
session II: Crop Mapping using Sentinel-1 and Sentinel-2
Thursday 20 February 2020
09:00 – 10:30 RUS
session III: Burned Area Mapping
10:30 – 10:50
Break
10:50 – 12:30 RUS
session III: Burned Area Mapping
12:30 – 13:30
Lunch (not provided but available on-site, cash only)
13:30 – 15:30 RUS
session IV: Active fire Detection
15:30 – 16:00
Break
16:00 – 17:00 RUS
session IV: Active fire Detection
17:00 – 17:30 Closing
session
Equipment
Cost & Participation
Attendance to the training course is free of charge, however travel and accommodation expenses are excluded.
Participants will be selected by the local organizers.
Audience & Selection
Space is limited to 25 Participants
Venue & Room
TARTU OBSERVATORY
Faculty of Science and Technology
University of Tartu
Address: Observatooriumi 1, Tõravere,
Nõo parish, 61602 Tartu county, Estonia
https://www.to.ee/eng/about_us/contacts
Room: Maa (Earth)
Training date
Wednesday 19th of February 2020 - Thursday 20th of February 2020
Location
Observatooriumi 1Observatooriumi 1, Tõravere, 61602 Tartu maakond, Estonia