# Yu.G. Shafer Institute of Cosmophysical Research and Aeronomy

> facility in Yakutsk, Russia

**Wikidata**: [Q30289840](https://www.wikidata.org/wiki/Q30289840)  
**Source**: https://4ort.xyz/entity/yu-g-shafer-institute-of-cosmophysical-research-and-aeronomy

## Summary
The Yu.G. Shafer Institute of Cosmophysical Research and Aeronomy is a research institute based in Yakutsk, Russia, established in 1962. Named after Yuri Shafer, it operates under the Siberian Branch of the Russian Academy of Sciences, focusing on studies of the Earth's atmosphere, space environment, and aeronomy. It serves as a key scientific institution in Siberia, conducting geophysical research and monitoring cosmic phenomena.

## Key Facts
- Founded in 1962 in Yakutsk, Russia (formerly part of the Soviet Union).
- Named after Yuri Shafer, a prominent scientist in the field.
- Part of the Siberian Branch of the Russian Academy of Sciences (SB RAS) and affiliated with the Yakut Scientific Center.
- Coordinates: 62.024762° N, 129.72561° E.
- Official websites: [English](https://ikfia.ysn.ru/en/) and [Russian](https://ikfia.ysn.ru/).
- Identifiers: ISNI 0000000404516098, ROR 01v5rbf40, GRID grid.435157.1.
- Focus areas include cosmophysical research, aeronomy, and geophysical monitoring.

## FAQs
### Q: When was the Yu.G. Shafer Institute founded?
A: The institute was established in 1962 in Yakutsk, Russia.

### Q: What is the institute named after?
A: It is named after Yuri Shafer, a scientist recognized for contributions to cosmophysical research.

### Q: What organization oversees the institute?
A: It operates under the Siberian Branch of the Russian Academy of Sciences (SB RAS).

## Why It Matters
The Yu.G. Shafer Institute plays a critical role in advancing scientific understanding of the Earth’s upper atmosphere, space weather, and cosmic phenomena. Located in Yakutsk—a strategic region for observing auroral activity and high-latitude geophysical processes—the institute contributes to global research on climate dynamics, solar-terrestrial interactions, and the impacts of space weather on technology and ecosystems. As part of the Russian Academy of Sciences, it supports national and international scientific initiatives, providing long-term datasets and expertise that inform both fundamental research and practical applications in environmental monitoring and aerospace security.

## Notable For
- **Strategic Location**: Situated in Yakutsk, enabling unique studies of high-latitude atmospheric and space phenomena.
- **Longstanding Research Legacy**: Over 60 years of continuous scientific operation, with deep expertise in Siberian and polar geophysics.
- **Affiliation with Russian Academy of Sciences**: Part of a prestigious network of research institutions driving scientific advancement in Russia.
- **Interdisciplinary Focus**: Combines cosmophysics, aeronomy, and geophysical studies to address complex environmental and space-related challenges.

## Body
### Founding and History
The institute was established in 1962 as a research facility under the Soviet Union, later transitioning to the Russian Academy of Sciences. It was named in honor of Yuri Shafer, reflecting his contributions to the field of cosmophysics.

### Research Focus
Key areas of study include:
- Upper atmospheric physics and aeronomy.
- Space weather and solar-terrestrial relations.
- Geophysical monitoring of seismic and cosmic activity.
- Climate and environmental change in Siberian and polar regions.

### Organization and Affiliations
- **Parent Organizations**: Siberian Branch of the Russian Academy of Sciences (SB RAS), Yakut Scientific Center SB RAS.
- **Identifiers**: ISNI 0000000404516098, ROR 01v5rbf40, GRID grid.435157.1.
- **International Collaboration**: Participates in global research networks, contributing data and analysis to studies on space physics and climate science.

### Location and Facilities
- **Coordinates**: 62.024762° N, 129.72561° E.
- **Facilities**: Equipped for ground-based and satellite-linked observations, including radar, lidar, and magnetometer systems for monitoring atmospheric and space conditions.

### Legacy and Impact
The institute’s work supports technological innovation, environmental policy, and international scientific dialogue, ensuring Russia’s continued leadership in Arctic and space research. Its long-term datasets are vital for understanding global climate patterns and mitigating risks from space weather events.

## References

1. GRID Release 2017-05-22
2. Virtual International Authority File