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Astronomy in Focus XXXI: As Presented at the IAU XXXI General Assembly, 2022 [Kõva köide]

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Astronomy in Focus XXXI: As Presented at the IAU XXXI General Assembly, 2022
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Astronomy in Focus presents selected contributions from the scientific Focus Meetings chosen to be held at IAU General Assemblies. This edition is for the XXXI General Assembly for which the non-business sessions were held in Busan, 211 August 2022 following a one-year delay in consequence of the COVID pandemic. Focus Meetings are proposed by groups of scientists with an aim to promote cross-disciplinary interactions while maintaining a well-defined focus on a particular topic. They often address a new scientific area or an emerging field. At the IAU XXXI General Assembly, ten focus meetings complemented the scientific program of seven Symposia that are published separately. The Focus Meetings represented here cover dark and quiet sky protection, together with phenomena related to the Solar System and exoplanets, stars and star clusters, relativistic jets, the intracluster medium, and cosmic shear.

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Presents selected contributions from the 10 Focus Meetings included during the XXXI IAU General Assembly in Busan, 2022.
FM1:
1. Relativistic jets on all scales Monica Orienti; FM2:
2. Impact
of diffuse artificial light for different kinds of observations: optical wide
field surveys Sarah Brough;
3. Active Shutter as a new universal tool to
protect astronomical observations in the optical range from the effects of
outdoor lighting systems and bright LEO-satellites Vladimir Pashkovsky;
4.
Measurement for regional monitoring Salvador J. Ribas;
5. Applying
astronomical techniques to characterise ground-based light pollution
Christian Adam;
6. Monitoring light pollution at Kottamia Astronomical
Observatory Abd El Fady Morcos;
7. Astronomical site protection in Ethiopia
Alemiye Yacob;
8. Dark sky without borders: besides astronomers, how to
interact and build consensus with stakeholders from other disciplines? Exodus
Chun Long Sit;
9. The status of light pollution in Japan and its relation to
astrotourism Hidehiko Agata;
10. The Opticon-Radionet effort towards the
protection of the dark and quiet skies Gyula Józsa;
11. The OTPC (Technical
Office for the Protection of the Quality of the Sky) of the IAC: experience
on sky law regulation Francisco Javier Diaz Castro;
12. An international dark
sky place in Uruguay: the first steps Andrea Sosa;
13. Legal protection of
dark skies above major observatories Yana Yakushina;
14. Overview of
artificial light at night and D&QS recommendations James Lowenthal;
15. Light
pollution: a unified global solution is needed for a global environmental
problem John Hearnshaw;
16. How to pass a lighting ordinance M. Oey;
17.
National policy and regulations Richard Green;
18. IDA's international
program for dark sky preserves as a model Ruskin Hartley;
19. SAAO site
protection against light and dust pollution Ramotholo Sefako;
20. The Chilean
Norma Lum ìnica and the research group on ALAN Pedro Sanhueza;
21. The
Gaia4Sustainability project: assessing light pollution aided by natural night
sky brightness modelling Ana Ulla-Miguel;
22. Site protection in Morocco:
modelling the light pollution Hamz Ait Abdelaali;
23. How radio frequency
interference affects astronomy Gyula Józsa;
24. Update on activities of the
US National Academies' Committee on Radio Frequencies (CORF) Karen Masters;
25. Characteristics of radio quiet zones Carol Wilson;
26. Dark Skies and
Bright Satellites Priya Shah;
27. The industry hub of the IAU Centre for the
Protection of the Dark and Quiet Sky Tim Stevenson;
28. Impact of LEO
megaconstellations on the Zwicky Transient Facility survey observations
Przemek Mróz;
29. On the space debris component in meteoroid models Svitlana
Kolomiyets;
30. The brightness and colours of OneWeb satellites Olga Zamora;
31. Observations, analysis and characterisation of satellites in Low Earth
Orbit megaconstellations Angel Otarola;
32. Optical and NIR magnitude
measurements of Low Earth Orbit satellites, from a global observing network
Jeremy Tregloan-Reed;
33. Quantifying the effect of satellite constellations
on optical observations Olivier Hainaut;
34. Large LEO satellite
constellations: prospects for interference and threats to radio astronomy
Federico Di Vruno;
35. Radio astronomy and the quest for quiet skies Federico
Di Vruno;
36. Software needs to mitigate the satellite constellation
challenge Jonathan McDowell;
37. Toward a standard for dark and quiet sky
protection: conclusions Constance Walker; FM3:
38. Consensus cosmic shear in
the 2020s: focus meeting summary Angus Wright;
39. Weak lensing cosmology
from Subaru Hyper Suprime-Cam Survey Hironao Miyatake;
40. Weak lensing
analysis of the 3600 deg2 of the CFIS-UNIONS data Axel Guinot;
41.
Weak-lensing mass reconstruction of galaxy clusters with a convolutional
neural network Sungwook Hong;
42. Shear measurement strategy in CSST Jun
Zhang;
43. On the road to percent accuracy: The Reaction Way Matteo Cataneo;
44. Optimal estimators for weak gravitational l