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dsh-future-climate-engineering

Web Tools Updated 2026.08.21

Run the following command in DeepSeek Harness:

dsh plugin install uckkk/dsh-future-climate-engineering

Paste the following prompt into your AI chat to install this plugin:

Run the following command in DeepSeek Harness to install this plugin; the source repository is https://github.com/uckkk/dsh-future-climate-engineering

About this plugin

Climate engineering spans atmospheric science, geochemistry, and public policy, and its reference entries are often scattered across disparate sources. Pulling up a full overview or drilling into a single record in detail usually means tab-hopping between web pages. dsh-future-climate-engineering solves this by bringing climate-engineering entries directly into a DeepSeek Harness session, so you can browse and query without leaving your conversation and without any external API call.

The plugin exposes two core tools: list_climate-eng returns every climate-engineering entry at a glance, making it easy to scan and filter; get_climate-eng looks up a single entry by id or by name and returns its complete details. The entire implementation is pure Node with zero network dependencies, meaning it boots instantly and works perfectly offline.

Whether you are a researcher drafting climate-policy briefs, a university instructor preparing course material on solar radiation management and carbon removal, or a curious learner exploring the field, this plugin saves you the back-and-forth of web lookups and keeps your focus on the content itself.

Use Cases

  • Scan the full list of climate engineering entries and filter by topic of interest
  • Retrieve a single entry by name or id for quick reference while drafting a brief
  • Browse the climate engineering knowledge base offline without any network connection

Best For

  • Researchers drafting climate policy or environmental governance briefs
  • University instructors preparing course material in atmospheric science or geochemistry
  • Self-learners exploring solar radiation management and carbon removal topics