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Griffith University's study created a framework to implement global theories of change for human-nature harmony. Published in Nature Sustainability, the research translates theories into steps for ecosystem conservation. The framework considers economic and political conditions of each nation for effective conservation. Lead author Dr. Christina Buelow emphasizes considering enabling conditions such as social, economic, and political factors for successful conservation. The study outlines a three-step framework, categorizing nations based on sustainable ecosystem management capacity. It focuses on coastal blue carbon ecosystems, offering tailored conservation approaches. The framework aims to achieve global biodiversity and sustainable development targets by coordinating actions across nations., Mangrove, wetland, UAE,Indonesia, Future-climate.online, mj dastouri, green environment,dubai, saudi, qatar, wetland, oman, riyadh, jeddah, kish, bandar lengeh,بندر لنگه,جدة,سعودية, دستوری, Kish,Qeshm,Mahoor,حراء,گیاه
Translating global theories of change into tangible steps for conservation of ecosystems - Credits: Colin Hutchins - https://phys.org/news/2023-11-global-theories-tangible-ecosystems.html

The Framework for Harmonious Coexistence: Operationalizing Global Theories of Change


A new study led by Griffith University has developed a framework for operationalizing global theories of change in order to achieve harmonious coexistence between humans and nature. The research, published in Nature Sustainability, translates these global theories into tangible steps for the conservation of ecosystems. The framework takes into account the economic and political conditions of each nation to ensure the effectiveness of conservation actions. Lead author Dr. Christina Buelow emphasizes the importance of considering enabling conditions such as social, economic, and political factors that contribute to the successful implementation of conservation actions. The study outlines a three-step framework for applying global theories of change and classifies nations based on their capacity for sustainable ecosystem management. The research focuses specifically on coastal blue carbon ecosystems and provides conservation approaches tailored to the unique circumstances of different nations. By coordinating actions across nations, the framework aims to achieve conservation and biodiversity targets set by global frameworks like the Kunming-Montreal Global Biodiversity Framework and the Sustainable Development Goals.

Griffith University s study created a framework to implement global theories of change for human-nature harmony. Published in Nature Sustainability, the research translates theories into steps for ecosystem conservation. The framework considers economic and political conditions of each nation for effective conservation. Lead author Dr. Christina Buelow emphasizes considering enabling conditions such as social, economic, and political factors for successful conservation. The study outlines a three-step framework, categorizing nations based on sustainable ecosystem management capacity. It focuses on coastal blue carbon ecosystems, offering tailored conservation approaches. The framework aims to achieve global biodiversity and sustainable development targets by coordinating actions across nations.

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Mangroves and wetlands help mitigate climate change by sequestering carbon. Freshwater mangroves emit more methane than seawater mangroves. Preserving and restoring these ecosystems can reduce greenhouse gas emissions. A study says mangroves and saltmarshes sequester carbon twice as effectively as previously believed. Mangroves capture and store carbon efficiently. Protecting wetlands and mangroves requires conservation efforts and involving local communities. Wetlands are disappearing due to agriculture and construction, but India is restoring them. Blue carbon ecosystems can significantly reduce emissions. A comprehensive approach including emission reduction, ecosystem restoration, and conservation is needed for effective climate change mitigation., Mangrove, wetland, UAE,Indonesia, Future-climate.online, mj dastouri, green environment,dubai, saudi, qatar, wetland, oman, riyadh, jeddah, kish, bandar lengeh,بندر لنگه,جدة,سعودية, دستوری, Kish,Qeshm,Mahoor,حراء,گیاه

Mangroves and Wetlands: Key for Carbon Sequestration and Climate Change Mitigation

Mangroves and wetlands help mitigate climate change by sequestering carbon. Freshwater mangroves emit more methane than seawater mangroves. Preserving and restoring these ecosystems can reduce greenhouse gas emissions. A study says mangroves and saltmarshes sequester carbon twice as effectively as previously believed. Mangroves capture and store carbon efficiently. Protecting wetlands and mangroves requires conservation efforts and involving local communities. Wetlands are disappearing due to agriculture and construction, but India is restoring them. Blue carbon ecosystems can significantly reduce emissions. A comprehensive approach including emission reduction, ecosystem restoration, and conservation is needed for effective climate change mitigation.

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FDEP_qualified_PMTs_Professional_Mangrove_Trimmer_Info_1996_Act

The Florida Department of Environmental Protection (FDEP) guides individuals looking to become a Professional Mangrove Trimmer (PMT) under the 1996 Mangrove Trimming and Preservation Act. This Act dictates regulations for mangrove trimming on both public and private lands, with certain trimming acti

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Removing mangroves does not lead to sediment build-up as anticipated. Small-scale coastal restoration efforts require larger changes in the surrounding area. The study emphasizes holistic management approaches to restore coastal ecosystems. Instead of removing mangroves, efforts should focus on reducing sedimentation from upstream land use practices., Mangrove, Future-climate.online, mj dastouri, green environment,dubai, saudi, qatar, wetland, oman, riyadh, jeddah, kish, bandar lengeh,بندر لنگه,جدة,سعودية, دستوری

Small-scale coastal restoration requires upstream land use changes

Removing mangroves does not lead to sediment build-up as anticipated. Small-scale coastal restoration efforts require larger changes in the surrounding area. The study emphasizes holistic management approaches to restore coastal ecosystems. Instead of removing mangroves, efforts should focus on reducing sedimentation from upstream land use practices.

Read More »