Does this skill support automatic linking?

The skill provides the framework and templates for creating bidirectional links and suggests discovery paths to connect related notes and memory palaces.

What is a digital garden in this context?

A digital garden is an interconnected collection of notes that evolves organically over time, focusing on the growth and refinement of ideas rather than static, finished documents.

How does the content maturity system work?

Notes are categorized into three stages: Seedlings (incomplete thoughts), Growing (refined ideas), and Evergreen (stable, mature content) to help you prioritize which areas need more work.

Can I track the health of my digital garden?

Yes, the skill includes a garden_metrics.py script that calculates link density, bidirectional coverage, and content freshness to ensure your knowledge base stays healthy.

Digital Garden Cultivator

Name: Digital Garden Cultivator
Author: athola

byathola

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Learning & Documentation

Manages and evolves digital gardens as dynamic, interconnected knowledge bases using a structured content maturity framework.

About

The Digital Garden Cultivator is a specialized skill designed to transform static documentation into a living ecosystem of knowledge within the memory palace framework. By implementing a digital garden methodology, it facilitates the organic growth of ideas from initial 'seedlings' to 'evergreen' content through bidirectional linking and automated maintenance tracking. This skill is essential for users who need to incubate complex thoughts, track information freshness, and create navigable discovery paths for their personal or project-related knowledge bases.

Key Features

Maintenance cadence scheduling to prune dead links and refresh stale content
Automated content maturity tracking from seedling to evergreen status
Python-driven garden metrics for analyzing link density and freshness
Bidirectional linking patterns for enhanced information discovery
10 GitHub stars
Structured YAML templates for standardized garden organization

Use Cases

Managing a personal knowledge management (PKM) system within a memory palace
Incubating rough ideas and snippets into formal documentation
Building an evolving research repository for long-term technical projects

About

Key Features

Maintenance cadence scheduling to prune dead links and refresh stale content
Automated content maturity tracking from seedling to evergreen status
Python-driven garden metrics for analyzing link density and freshness
Bidirectional linking patterns for enhanced information discovery
10 GitHub stars
Structured YAML templates for standardized garden organization

Use Cases

Managing a personal knowledge management (PKM) system within a memory palace
Incubating rough ideas and snippets into formal documentation
Building an evolving research repository for long-term technical projects