Global status on water-related ecosystems and acceleration needs to achieve SDG6 target 6 by 2030

Page 73

In a similar manner, it is recommended that indicator 6.6.1 focal points participate in the multi-stakeholder reporting process under indicator 6.5.1 so that they have the opportunity to communicate with stakeholders from across the water community (subsectors) on the importance of the management of freshwater ecosystems for achieving multiple development objectives. For more information on ecosystem management tools that countries can use, please refer to annex IV of this report.

4.2. Advancing the protection of freshwater ecosystems By globally mapping both river basins and known protected areas21 it is possible to observe the number of “protected river basins”, i.e. basins with more than 25 per cent of their area under formally designated protection. A global analysis of all 8,518 river basins shows that 1,766 are within existing protected areas. Assessing the extent of surface-water changes within these 1,766 protected basins reveals that 722 basins (40 per cent) are experiencing high surfacewater changes (Figure 34). High surface-water extent changes are most commonly due to human intervention in natural hydrological regimes. The observation that 40 per cent of protected basins are experiencing high degrees of surface-water change suggests that freshwater ecosystem protection is currently insufficient and largely ineffective.

Tettegouche State Park, Silver Bay, United States of America by Josh Hild on Unsplash

21 The World Database on Protected Areas (WDPA) includes all sites designated at a national level (e.g. national parks), under regional agreements (e.g. the Natura 2000 network in the European Union) and under international conventions and agreements (e.g. natural World Heritage and Ramsar sites). As in other global protected area assessments, the following areas were excluded from the analysis: sites with a “proposed” or “not reported” status, sites without an associated reported area, and UNESCO Man and the Biosphere reserves (as their buffer areas and transition zones may not meet the IUCN protected area definition, and because most of their core areas overlap with other protected areas).

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PROGRESS ON FRESHWATER ECOSYSTEMS - 2021


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Annex IV. Ecosystem management tools

21min
pages 81-95

Annex III. Globally mapping river basin vulnerability

2min
page 80

Annex II. Methodological approaches used to analyse water data

3min
pages 78-79

4.3. Increasing the uptake of freshwater data into water-dependent sectoral processes

2min
pages 74-76

4.2. Advancing the protection of freshwater ecosystems

1min
page 73

management

2min
pages 71-72

African wetlands: part of our global commons

4min
pages 67-70

3.6. Mangrove trends

3min
pages 60-62

3.7. Vegetated wetland trends

4min
pages 64-66

Lake Turkana: a UNESCO World Heritage Site in danger

1min
page 59

Mangroves: a bio-shield against tropical storms

2min
page 63

Global boom in reservoirs: what are the consequences?

4min
pages 49-52

Pollution and climate change threaten the cradle of Andean civilization

1min
pages 57-58

3.4. Reservoir water trends

4min
pages 45-48

Flood-hit United Kingdom

1min
pages 43-44

3.1. Surface-water trends

1min
page 27

Drought-hit Australia

2min
pages 33-34

Siberia’s thawing permafrost

1min
pages 41-42

The Texas High Plains: a story of two parts

1min
pages 35-36

2.1. Types of freshwater ecosystems and the properties used to monitor changes

0
page 19

2.5. National approval process of indicator 6.6.1 data

5min
pages 23-26

1. Advancing integrated water resources management to achieve good ecosystem

7min
pages 12-18
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