Interactive Report: SAR Applications in Climate Change

This project is a single-page interactive web application that transforms a technical research paper, "Synthetic Aperture Radar (SAR) Applications in Addressing Climate Change Challenges," into an engaging and explorable digital experience. The application provides a comprehensive, NASA-oriented perspective on how SAR technology is used to monitor and address a wide range of climate-induced and geological challenges.

🚀 Project Overview

The primary goal of this application is to make the complex information within the research paper accessible and understandable to a broader audience. Instead of a static document, users can navigate through different climate challenges, view dynamic data visualizations, and explore real-world historical case studies where SAR technology played a crucial role.

✨ Features

• Interactive Dashboard: Explore 10 distinct climate and geological challenges through a clean, card-based interface.

• Dynamic Content: Selecting a topic instantly updates all relevant content on the page, including:

  • Detailed Analysis: In-depth text explaining the problem and SAR's role.

  • Data Visualization: A unique chart (line or bar) for each topic, rendered with Chart.js, illustrating key data and trends.

• Historical Event Deep Dive: An immersive case study section for each topic, featuring:

  • Impact Statistics: Key metrics to show the scale of the event.

  • Multi-Image Gallery: A visual "Before," "SAR Detection," and "Analysis Product" comparison to explain exactly how SAR works in that scenario.

• Comprehensive Analysis Cards:

  • Challenges & Mitigation: Dynamically displays the technical limitations of SAR for the selected topic and how they are overcome.

  • Stakeholder Impact: Highlights the specific people, organizations, and sectors that benefit from the SAR-based solution.

• Methodology Flow Map: A clear, non-interactive visual guide that breaks down the complex SAR data processing pipeline into easy-to-understand steps.

• Fully Responsive Design: The layout adapts seamlessly for optimal viewing on desktops, tablets, and mobile devices.

🛠️ Technologies Used

This project is built as a self-contained single-file application, demonstrating the power of modern web standards.

• HTML5: For the core structure and content.

• Tailwind CSS: For all styling, layout, and responsive design.

• Vanilla JavaScript: To handle all interactivity, DOM manipulation, and dynamic content updates.

• Chart.js: For creating responsive and animated data visualizations.

• Lucide Icons: For clean and modern iconography throughout the application.

📂 How to Use

As this is a single-file project, there is no need for a local server or complex setup.

1. Clone the repository:

   git clone https://github.com/Daku3011/SAR
   
   

2. Navigate to the directory:

   cd MAIN
   
   

3. Open the file: Simply open the SAR.html file in any modern web browser (like Chrome, Firefox, or Edge).

OR

open this link https://seeing-through-the-glass-vpl6hzv.gamma.site/ for full pictorial explanation

OR

open this link to get abstract of our project https://seeing-through-t-jv437ig.gamma.site/

📄 Data Source

The content, data points, and case studies presented in this application are synthesized from the comprehensive research papers provided:

• Synthetic Aperture Radar (SAR) Applications in Addressing Climate Change Challenges: A NASA-Oriented Perspective

• Enhancing SAR Climate Research Paper

The application aims to be a faithful and engaging visualization of the information contained within these documents.