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manikumarreddyu / AgroTech-AI

AgroTech AI platform is a comprehensive web-based tool where users can access various machine learning models for making accurate predictions related to agriculture
https://agro-tech-ai.vercel.app
MIT License
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[Feature Request]: Sustainable Water Management Solutions Tools for AgroTech AI Platform #943

Closed Shariq2003 closed 2 weeks ago

Shariq2003 commented 2 weeks ago

Description:

This umbrella issue focuses on implementing Sustainable Water Management Solutions Tools on the AgroTech AI platform. The goal is to empower farmers to conserve water, implement rainwater harvesting systems, and optimize water usage with a set of interactive tools and educational resources.

The implementation will be broken down into several PRs, each representing a key tool or resource for water management.

Child PRs Under This Umbrella Issue:

  1. Add Rainwater Harvesting Calculator (Backend Logic & UI)
  2. Add Water Usage Estimator Tool (Inputs & Calculation Logic)
  3. Add Irrigation System Efficiency Tracker (Input Fields & Suggestions)
  4. Add Local Supplier Search & Filter (Backend & UI)
  5. Add Water Conservation Tips & Best Practices Section (UI & Content)
  6. Add Rainwater Harvesting System Design Tool (Logic & Interactive UI)
  1. Rainwater Harvesting Calculators Description: A tool to help users calculate the potential water savings from setting up a rainwater harvesting system. This would include factors like roof area, rainfall patterns, and storage capacity. Components/Tasks: Backend Calculation Logic: Implement the logic for calculating the total water savings based on user inputs (roof area, average rainfall, etc.). UI Components: Create input fields for the user to enter data (e.g., roof size, rainfall data), and display the result (e.g., potential water collection). Display Results: Show the estimated amount of water that can be harvested and stored. PR Example: Add Rainwater Harvesting Calculator (Backend Logic & UI).
  2. Water Usage Estimator Description: A tool to estimate the current water usage on a farm, based on variables like farm size, crop type, and irrigation method. Components/Tasks: Backend Logic for Water Estimation: Develop logic for calculating water usage based on input data (e.g., crop types, irrigation systems, and climate). UI Inputs: Provide fields for users to input farm size, crop type, irrigation method, and any other relevant data. Estimation Results: Display the total water usage and potentially offer suggestions for reduction. PR Example: Add Water Usage Estimator Tool (Inputs & Calculation Logic).
  3. Efficiency Tracker for Irrigation Systems Description: A tool that helps users calculate the efficiency of their existing irrigation systems and provides recommendations for improvement (e.g., switching to drip irrigation). Components/Tasks: Efficiency Scoring System: Develop a scoring system based on irrigation method efficiency. Data Input Fields: Allow users to enter data about their current irrigation system (e.g., sprinklers, drip lines, flood irrigation). Suggestions for Improvement: Based on the efficiency score, suggest improvements like system upgrades or maintenance tips. PR Example: Add Irrigation System Efficiency Tracker (Input Fields & Suggestions).
  4. Local Supplier Database Description: A searchable database of local suppliers and installers for rainwater harvesting and water-efficient systems. Components/Tasks: Database Integration: Implement a backend database for storing supplier information (location, services offered, contact info). Search & Filter Functionality: Develop search and filter capabilities (e.g., by location, services provided). UI for Supplier Search: Create a user-friendly interface for users to search for and view suppliers in their area. PR Example: Add Local Supplier Search & Filter (Backend & UI).
  5. Water Conservation Tips and Best Practices Description: A tool or section providing tips and best practices for water conservation tailored to agriculture, with content like water-efficient irrigation methods, soil moisture retention techniques, etc. Components/Tasks: Content Aggregation: Collect or create educational content related to water conservation techniques (articles, videos, guides). UI for Displaying Content: Design a clean, navigable section for users to browse tips and resources. Interactive Elements: Allow users to interact with content (e.g., rate tips, share, or ask questions). PR Example: Add Water Conservation Tips & Best Practices Section (UI & Content).
  6. Rainwater Harvesting System Design Tool Description: A tool that helps users design a rainwater harvesting system based on their farm's specific needs (e.g., size, roof area, average rainfall). Components/Tasks: Design Logic: Develop a system design logic that takes user inputs (e.g., roof area, rainfall) and suggests a design for the system (e.g., gutter size, tank volume). Interactive Design UI: Create an interactive UI where users can input data and visually see their design recommendations. Suggestions for Components: Provide recommendations for components such as tanks, filters, and pumps based on the user's needs.
github-actions[bot] commented 2 weeks ago

Thank you for creating this issue! 🎉 We'll look into it as soon as possible. In the meantime, please make sure to provide all the necessary details and context. If you have any questions or additional information, feel free to add them here. Your contributions are highly appreciated! 😊

You can also check our CONTRIBUTING.md for guidelines on contributing to this project.

manikumarreddyu commented 2 weeks ago

are these machine learning models ..? @Shariq2003

github-actions[bot] commented 2 weeks ago

Hello @Shariq2003! Your issue #943 has been closed. Thank you for your contribution!