Aalborg Universitet
SUMMER SCHOOL - SATELLITE-BASED HYDROLOGICAL DATA ASSIMILATION

CREATE
The venue for The Summer School is the ‘CREATE’ campus building, at Aalborg University, located in the heart of Aalborg and right on the harbour front.
DEPARTMENT OF SUSTAINABILITY AND PLANNING
AALBORG
Rendsburggade 14, Level 3, 9000 Aalborg
26.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:00
Tilmeldingsfrist: 08.08.2025English
On location
CREATE
The venue for The Summer School is the ‘CREATE’ campus building, at Aalborg University, located in the heart of Aalborg and right on the harbour front.
DEPARTMENT OF SUSTAINABILITY AND PLANNING
AALBORG
Rendsburggade 14, Level 3, 9000 Aalborg
26.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:0026.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:00
Tilmeldingsfrist: 08.08.2025
English
On location
Aalborg Universitet
SUMMER SCHOOL - SATELLITE-BASED HYDROLOGICAL DATA ASSIMILATION

CREATE
The venue for The Summer School is the ‘CREATE’ campus building, at Aalborg University, located in the heart of Aalborg and right on the harbour front.
DEPARTMENT OF SUSTAINABILITY AND PLANNING
AALBORG
Rendsburggade 14, Level 3, 9000 Aalborg
26.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:00
Tilmeldingsfrist: 08.08.2025English
On location
CREATE
The venue for The Summer School is the ‘CREATE’ campus building, at Aalborg University, located in the heart of Aalborg and right on the harbour front.
DEPARTMENT OF SUSTAINABILITY AND PLANNING
AALBORG
Rendsburggade 14, Level 3, 9000 Aalborg
26.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:0026.08.2025 Kl. 12:00 - 28.08.2025 Kl. 16:00
Tilmeldingsfrist: 08.08.2025
English
On location
This Summer School offers early career researchers interested in large-scale hydrology research an opportunity to engage in dedicated lectures and practical sessions. The focus will be on advanced techniques for measuring and modeling the water cycle, as well as integrating Satellite Gravity, Satellite Altimetry, and Soil Remote Sensing into large-scale hydrological models. Participants will be introduced to ensemble-based sequential Data Assimilation (DA) techniques for merging satellite data with models. The school emphasizes hands-on learning, featuring practical exercises in Matlab/Octave and Python, along with various interactive activities.