It is machine learning project. That predict fire in forest based on algerian forest fire data.
# π₯ Forest Fire Prediction Web Application
A machine learning-based web application that predicts **forest fire-related values** using environmental and fire-weather indices. The application uses a trained **Ridge Regression** model and a **StandardScaler** for preprocessing, with a **Flask** web interface for taking user inputs and displaying predictions.
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## π Project Overview
Forest fires can cause significant environmental and economic damage. Predicting fire-related conditions using weather and fire-weather indicators can help in early assessment and monitoring.
This project implements a **machine learning regression model** that takes environmental parameters as input and predicts the target fire-related value.
The trained model is integrated into a **Flask web application**, allowing users to enter the required parameters through a web form and receive predictions in real time.
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## β¨ Features
* π₯ Forest fire prediction using Machine Learning
* π Uses environmental and fire-weather parameters
* π€ Ridge Regression model
* βοΈ Feature standardization using `StandardScaler`
* π Flask-based web application
* π HTML form for user input
* β‘ Real-time prediction
* πΎ Pre-trained model and scaler stored using Pickle
* π Can be deployed as a web application
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## π οΈ Technologies Used
| Technology | Purpose |
| ---------------- | ---------------------------------- |
| Python | Programming language |
| Flask | Web application framework |
| Scikit-learn | Machine learning and preprocessing |
| Pandas | Data manipulation |
| NumPy | Numerical operations |
| Ridge Regression | Prediction model |
| StandardScaler | Feature normalization |
| HTML/CSS | Frontend |
| Pickle | Model serialization |
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## π§ Machine Learning Model
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