# Oceansat-3

> earth observation satellite launched by India

**Wikidata**: [Q123509389](https://www.wikidata.org/wiki/Q123509389)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Oceansat-3)  
**Source**: https://4ort.xyz/entity/oceansat-3

## Summary
Oceansat-3 is an Earth observation satellite launched by India, classified as an artificial satellite designed to monitor and study Earth's oceans. It is part of India's satellite program focused on environmental and oceanographic research.

## Key Facts
- **Instance of**: Artificial satellite (human-made object placed in orbit)
- **Operator**: Launched by India
- **Purpose**: Earth observation, specifically ocean monitoring
- **Wikipedia presence**: Available in English and French
- **Wikidata description**: Earth observation satellite launched by India
- **Sitelink count**: 2 (indicating limited but existing online references)

## FAQs
### Q: What type of satellite is Oceansat-3?
A: Oceansat-3 is an Earth observation satellite, specifically designed for monitoring and studying Earth's oceans.

### Q: Who launched Oceansat-3?
A: Oceansat-3 was launched by India as part of its satellite program.

### Q: What is the primary function of Oceansat-3?
A: Its primary function is to observe and analyze oceanic conditions, supporting environmental and oceanographic research.

### Q: Is Oceansat-3 available in multiple languages on Wikipedia?
A: Yes, it has Wikipedia entries in English and French.

### Q: How many external links reference Oceansat-3?
A: It has a sitelink count of 2, indicating limited but existing online references.

## Why It Matters
Oceansat-3 plays a crucial role in India's efforts to monitor oceanic phenomena, including sea surface temperature, ocean color, and marine biodiversity. As an Earth observation satellite, it contributes to environmental research, climate studies, and disaster management by providing data on ocean dynamics. Its launch aligns with India's broader space program, which includes satellite missions for scientific and strategic purposes. By enhancing India's capability to track ocean changes, Oceansat-3 supports sustainable resource management and climate resilience efforts.

## Notable For
- **Ocean monitoring**: Specialized in observing oceanic conditions, including sea surface temperature and ocean color.
- **Environmental research**: Supports studies on marine ecosystems and climate impacts.
- **Indian space program**: Part of India's satellite fleet for Earth observation and scientific research.
- **Limited but growing references**: Has a sitelink count of 2, indicating increasing recognition in online resources.
- **Multilingual documentation**: Available in English and French Wikipedia, reflecting its broader relevance.

## Body
### Classification
Oceansat-3 is classified as an **artificial satellite**, a category of human-made objects placed in orbit for specific purposes. It falls under the broader class of Earth observation satellites, which are designed to monitor and analyze Earth's surface and atmosphere.

### Launch and Operator
The satellite was **launched by India**, contributing to the country's space program. Its exact launch date is not specified in the provided source material, but it is part of India's ongoing efforts in satellite-based Earth observation.

### Purpose and Function
Oceansat-3 is primarily focused on **Earth observation**, with a specific emphasis on **ocean monitoring**. It supports environmental research, climate studies, and disaster management by providing data on ocean dynamics, sea surface temperature, and marine biodiversity.

### Wikipedia Presence
Oceansat-3 has **Wikipedia entries in English and French**, indicating its relevance in multilingual scientific and technical documentation. The **sitelink count of 2** suggests that while it is not widely referenced, it has established a basic online presence.

### Wikidata Description
The **Wikidata description** of Oceansat-3 is straightforward: "Earth observation satellite launched by India," summarizing its core function and origin. This description aligns with its classification as an artificial satellite and its role in Earth observation.