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Development of a Marine Sediment Data Management Platform

djangostars.com

Education

Environmental Services

Data Accessibility and Research Efficiency

Marine environment researchers face challenges in accessing, analyzing, and collaborating on a vast and complex dataset of marine sediment information. Existing data silos and lack of user-friendly tools hinder efficient research workflows and limit the potential for comprehensive environmental assessments. Difficulty in handling projections and data transformations further complicates analysis.

About the Client

A leading Swiss university focused on research and education, particularly in science and technology.

Project Goals

Develop a centralized, curated, and harmonized database of marine sediment data.
Create an interactive map interface for easy data exploration and visualization.
Enable filtering and data download capabilities for scientific analysis.
Facilitate collaborative data contribution and database maintenance.
Ensure a user-friendly experience for both technical and non-technical users.

System Functionality

Interactive map visualization with multiple projection options (equator, south, north poles).
Advanced filtering capabilities based on variable, sampling depth, and sampling year.
Data download functionality for individual sediment cores.
User-friendly interface for data contribution via pre-configured templates.
Role-based access control for data management and collaboration.
Search and query functionality for efficient data retrieval.

Technology Preferences

Django

Interactive mapping libraries (e.g., Leaflet, Mapbox)

Database (e.g., PostgreSQL)

Frontend frameworks (e.g., React, Vue.js)

Non-Functional Requirements

Scalability to accommodate a growing dataset.
High performance for rapid data retrieval and map rendering.
Data security and integrity.
Maintainability and ease of updating the system.
Accessibility for users with disabilities.

Expected Business Impact

This platform will significantly accelerate marine environment research by providing researchers with easy access to a comprehensive and well-organized dataset. Improved data accessibility and collaboration will lead to more efficient research workflows, enhanced data-driven insights, and ultimately, a better understanding of marine ecosystems. The platform will empower researchers to conduct local, regional, and global scale assessments.