3.2. Ensure that protected and conserved area networks are representative of all natural ecosystems and well connected.
Subactions
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3.2.1. Analyse gaps in existing protected and conserved area networks for species. - ru
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3.2.2. Identify, report, and maintain Other Effective Area-based Conservation Measures (OECMs) to benefit species. - ru
Other tools and resources
A stocktaking report on other effective area-based conservation measures in China : first edition
Other effective area-based conservation measures (OECMs) have been long recognised as an effective approach for safeguarding biodiversity at local, national and global levels. This report takes stock of the policies and practices relevant to OECMs in China. The report explores the critical role of OECMs in China’s conservation efforts, emphasising their potential contribution to the country’s commitment to Target 3 of the Kunming-Montreal Global Biodiversity Framework (KMGBF). With well-established policies and practical evidence base in place, China is poised to embrace OECMs through both top-down and bottom-up approaches.
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3.2.3. Focus expansion of protected and conserved areas on sites of high importance for species, including ecological corridors. - ru
Solutions and case studies
Building a protected areas network in the world’s largest freshwater ecosystem.
North America’s Laurentian Great Lakes truly are great. These “inland seas” represent the world’s largest freshwater ecosystem, with over 21% of the earth’s surface freshwater. And yet for all their importance these lakes have suffered much. Climate change, invasive species, contaminants and habitat loss are just some of the stresses that have profoundly impacted and altered them.
It is a challenging context for conservation, and accordingly, protected area agencies and partners across the lakes have sought ways to strengthen and enhance the effectiveness of their efforts. To this end, the Great Lakes Protected Areas Network (GLPAN) was established to improve communication and facilitate collaboration at the binational (Canada-United States) scale. One outcome of this partnership has been better profile and awareness of protected and conserved areas on other binational platforms, most notably the Great Lakes Water Quality Agreement.
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3.2.4. Support transboundary conservation areas where species’ populations cross national borders. - ru
Solutions and case studies
Building a protected areas network in the world’s largest freshwater ecosystem.
North America’s Laurentian Great Lakes truly are great. These “inland seas” represent the world’s largest freshwater ecosystem, with over 21% of the earth’s surface freshwater. And yet for all their importance these lakes have suffered much. Climate change, invasive species, contaminants and habitat loss are just some of the stresses that have profoundly impacted and altered them.
It is a challenging context for conservation, and accordingly, protected area agencies and partners across the lakes have sought ways to strengthen and enhance the effectiveness of their efforts. To this end, the Great Lakes Protected Areas Network (GLPAN) was established to improve communication and facilitate collaboration at the binational (Canada-United States) scale. One outcome of this partnership has been better profile and awareness of protected and conserved areas on other binational platforms, most notably the Great Lakes Water Quality Agreement.