# computational sustainability
**Wikidata**: [Q5157299](https://www.wikidata.org/wiki/Q5157299)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Computational_sustainability)  
**Source**: https://4ort.xyz/entity/computational-sustainability

## Summary
Computational sustainability is an academic discipline that applies computer science techniques to sustainability science problems. It was named by Portuguese-American computer scientist Carla Gomes and represents the intersection of computation and environmental sustainability.

## Key Facts
- Named by Carla Gomes, a Portuguese-American computer scientist and artificial intelligence researcher
- Classified as both an academic discipline and academic major
- Subclass of both computer science and sustainability science
- Has Wikipedia presence in Arabic (ar) and English (en) languages
- Freebase ID: /m/05zxrgd
- Microsoft Academic ID (discontinued): 2781065094
- Quora topic: Computational-Sustainability
- Wikidata sitelink count: 3

## FAQs
### Q: Who named computational sustainability?
A: Computational sustainability was named by Carla Gomes, a Portuguese-American computer scientist and artificial intelligence researcher.

### Q: What academic fields does computational sustainability belong to?
A: Computational sustainability is classified as both an academic discipline and academic major that is a subclass of computer science and sustainability science.

### Q: Where can I find information about computational sustainability online?
A: Computational sustainability has Wikipedia pages in Arabic and English, a Quora topic page, and is listed in Freebase with ID /m/05zxrgd.

## Why It Matters
Computational sustainability matters because it bridges the gap between computational methods and environmental challenges, creating new approaches to solving complex sustainability problems. By applying computer science techniques to sustainability science, this field enables researchers to tackle issues like resource management, climate modeling, and conservation planning with greater precision and scale than traditional methods allow. The discipline represents a crucial evolution in how we approach environmental challenges, leveraging computational power to analyze vast datasets, optimize resource allocation, and develop predictive models for sustainable development. This interdisciplinary approach is essential for addressing the increasingly complex environmental challenges facing our planet.

## Notable For
- Named by Carla Gomes, a prominent Portuguese-American computer scientist
- Represents the intersection of computer science and sustainability science
- Has established presence across multiple knowledge platforms (Wikipedia, Quora, Freebase)
- Recognized as both an academic discipline and major
- Applies computational methods to real-world sustainability challenges

## Body
### Origins and Naming
Computational sustainability was formally named by Carla Gomes, establishing it as a distinct academic field. The naming was documented in academic sources and referenced through Wikidata property P854.

### Academic Classification
The field is classified as both an academic discipline and academic major, indicating its established status in educational institutions. It serves as a subclass of two parent fields: computer science and sustainability science.

### Knowledge Platform Presence
Computational sustainability maintains a presence across multiple knowledge platforms:
- Wikipedia: Available in Arabic and English languages
- Quora: Has a dedicated topic page
- Freebase: Listed with identifier /m/05zxrgd
- Microsoft Academic: Previously indexed with ID 2781065094

### Interdisciplinary Nature
The field combines computational methods with sustainability science, creating an interdisciplinary approach to environmental challenges. This combination allows for the application of advanced computational techniques to complex sustainability problems.

### Research Applications
While specific applications aren't detailed in the source material, the field's classification suggests it encompasses areas where computational methods can address sustainability challenges, likely including resource optimization, environmental modeling, and data-driven conservation strategies.

## References

1. Quora
2. [Source](https://www.nae.edu/19582/Bridge/17281/17286.aspx)