# Pl@ntNet

> web app to identify plants

**Wikidata**: [Q109525159](https://www.wikidata.org/wiki/Q109525159)  
**Source**: https://4ort.xyz/entity/pl-ntnet

## Summary
Pl@ntNet is a web application designed to identify plants. Developed in 2011, it functions as a browser-based tool, allowing users to identify flora without the need for dedicated client software. The application is accessible via the web and serves as a digital resource for botanical identification.

## Key Facts
- **Classification:** Pl@ntNet is an instance of a web application, a class of software that uses a web browser as a client.
- **Primary Function:** The application's core utility is the identification of plants.
- **Inception:** The project was established or conceived in 2011.
- **Platform:** It operates as a web app, accessible through standard web browsers.
- **Website:** The official identification portal is located at `https://identify.plantnet.org/`.
- **Aliases:** The entity is also known by the alias "Pl@ntNet web."

## FAQs
### Q: What is Pl@ntNet?
A: Pl@ntNet is a web application specifically built to identify plants. It allows users to access identification tools directly through a web browser.

### Q: When was Pl@ntNet created?
A: Pl@ntNet was inceptioned in 2011.

### Q: How do users access Pl@ntNet?
A: As a web application, it is accessed via a web browser. The specific portal for the tool is `https://identify.plantnet.org/`.

## Why It Matters
Pl@ntNet matters because it digitizes and democratizes the process of plant identification, making botanical knowledge accessible through a standard web browser. By definition, as a web application, it removes the barriers often associated with installing specialized software, utilizing the browser as a universal client to deliver its functionality.

Established in 2011, the application represents a convergence of web technology and biological science, providing a practical tool for users to engage with their natural environment. The existence of a dedicated platform for plant identification addresses the fundamental challenge of species recognition, offering a streamlined, accessible interface for a complex biological task. Its longevity since 2011 highlights its sustained relevance as a digital utility in the field of botany.

## Notable For
- **Web-Based Accessibility:** Distinguished as a web application that functions entirely within a browser, eliminating the need for local software installation.
- **Botanical Utility:** Specifically engineered to solve the problem of plant identification.
- **Established History:** Possesses a defined inception date of 2011, indicating over a decade of operation.
- **Dedicated Portal:** Operates on a dedicated, secure web portal (`identify.plantnet.org`).

## Body
### Technical Classification
Pl@ntNet is strictly classified as a **web application**. In the context of software architecture, this defines an application that utilizes a web browser to function as a client. This structure allows the software to be platform-independent regarding the user's operating system, relying instead on the browser for interface rendering and interaction.

### Operational History
The project has a verifiable inception date of **2011**. This timeline places the tool within the early wave of specialized, browser-based scientific utilities.

### Access and Localization
The primary access point for the application is the website `https://identify.plantnet.org/`. Structured data indicates language associations with French, reflecting its operational context. The tool is explicitly described as a "web app to identify plants," confirming its singular, focused utility in the domain of botanical sciences.

## References

1. [Source](https://plantnet.org/#telecharger)
2. [Source](https://www.inria.fr/fr/prix-innovation-inria-academie-des-sciences-dassault-systemes-PlantNet)