香港六合彩开奖结果现场直播

Conservation Tool

香港六合彩开奖结果现场直播 Global Ecosystem Typology

The 香港六合彩开奖结果现场直播 Global Ecosystem Typology is a comprehensive classification framework for Earth鈥檚 ecosystems that integrates their functional and compositional features. This 听helps identify the ecosystems that are most critical for biodiversity conservation, research, management and human wellbeing into the future.听

In brief

The Global Ecosystem Typology is intended for policy, media and technical specialists interested in better understanding ecosystem dynamics.
Supported by maps, infographics and pictures, this tool makes ecosystems more accessible to all. It provides summary as well as in-depth information on听notions such as realms, biomes, functional groups and more technical notions such as ecological drivers, distribution听听that can help specialists to assess ecosystems.

The 香港六合彩开奖结果现场直播 Global Ecosystem Typology听allows to align ecosystem accounting, and ecosystem risk assessment.

Graphic from https://global-ecosystems.org/

A six-level hierarchy

  • The three upper levels go from global to local scales.听
  • The three lower levels of classification are often in use in policy infrastructure at national levels.
  • Understanding this hierarchy is crucial, as important conservation action occurs at local levels, where most ecosystem-specific knowledge and data reside.
Global Ecosystem Typology

The Global Ecosystem Typology is intended for policy, media and technical specialists interested in better understanding ecosystem dynamics.

Resources

The content of the 香港六合彩开奖结果现场直播 Global Ecosystem Typology website is drawn from the听香港六合彩开奖结果现场直播 Global Ecosystem Typology (v2.0)听and is a useful resource to classify ecosystems听especially when assessing ecosystems for the听香港六合彩开奖结果现场直播 Red List of Ecosystems.

Development of the typology

This typology was developed over more than two years, with an extensive development and review process initiated and co-ordinated by the听. The initial structure of the typology was developed in May 2017 and funded by the听. The review of the typological hierarchy was co-ordinated by the lead author (David Keith, University of New South Wales).

This consultation and review process was an extensive community effort, with 鈥渆cosystem leaders鈥 engaged for all realms and biomes in the world, representing the collective views of global research networks, numbering hundreds of people. In all, some 30 specialists formally reviewed 1-14 ecosystem functional types each, with less formal comment and input received through a much larger group of experts at international conferences, workshops and meetings during 2017- 2019.听

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  • read accessible descriptions of the
  • learn about the richness of specific biomes, such as the听听
  • understand what transitioning听entails,听for instance when there is a听

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