The BAASP Conferences serve as a platform for establishing and strengthening cross-border partnerships and knowledge exchange within the Baltic region and beyond. This Conference cycle unites astronomers, astrophysicists, space researchers and engineers, as well as experts in related disciplines including informatics, electronics, satellite technologies, geodesy, remote sensing, and environmental sciences.
These disciplines are increasingly driven by the explosion of data, requiring robust data acquisition, management, processing, and interpretation capabilities. The interdisciplinary nature of astroinformatics combines space science with high-performance computing, AI, and machine learning, leading to breakthroughs in observational astronomy, satellite technologies, and Earth-space interactions.
BAASP 2025 was continuing the dialogue on how emerging technologies transform astronomy, space science, geoscience, and remote observation focusing both fundamental and applied research, with the following key areas:
• Astrophysics & Radio Astronomy: Observational data acquisition, processing, interpretation, and theoretical modelling of astrophysical processes.
• Near-Earth Space Research: Studies of solar-terrestrial interactions, space weather, and anthropogenic impacts on near-Earth environments.
• Space Technologies: Developments in satellite systems, communication technologies, space instrumentation, and advanced front-back-end solutions in radio astronomy. Processing and interpretation of data from Earth observation, planetary missions, and solar system object monitoring, supporting both scientific inquiry and societal applications.
The BAASP2025 was organised within the project “Ventspils University of Applied Sciences` International Cooperation and Innovation for the Development of Latvia’s Smart Specialisation” (No. 1.1.1.5/3/25/I/012), co-financed by the European Regional Development Fund.
Editorial Board
Dr. Phys. Ivar Shmeld, Ventspils University of Applied Sciences;
Dr. Phys. Juris Freimanis, Ventspils University of Applied Sciences;
Dr. Phys. Juris Kalvans, Ventspils University of Applied Sciences;
Mg.sc.ing. Vladislavs Bezrukovs,Ventspils University of Applied Sciences.

| Main session |
|---|
|
Advances in Solar Radio Astronomy: Automation and Imaging with the RT-32 Telescope at Irbene
|
|
Microwave Observations of Coronal Holes at the 25th Solar Cycle
|
|
Inspiring the next generation of students through active participation in radio astronomy research via international partnerships ver2
|
|
Asteroid Observations from the Minor Planet Center Database: Opportunities and Challenges for Light Curve Analysis
|
|
Visualization Tools for Real-Time Near-Field RFI Monitoring at the LOFAR Station in Irbene
|
|
The latest developments and patterns related to space debris issues
|
|
Structure and variability of astrophysical masers
|
|
Solar eruptions near elongated region of open magnetic fields
|
|
On the programs of monitoring studies of space weather based on radio
|
|
Ionospheric and magnetospheric responses to the 2025 solar eclipses
|
When the link to the pdf file is not available, the contribution in question has not yet been accepted for publication.