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ÀÚ¿¬±âÈļַç¼Ç(Natural Climate Solutions)°ú ź¼Ò¹èÃâ±Ç ÆǸÅ
When done with integrity, Natural Climate Solutions (NCS) can empower communities and other landholders to capitalise on their carbon rights to fund development and conserve local ecosystems. NCS projects reduce emissions and sequester carbon by protecting, restoring and sustainably managing forests and other natural ecosystems. These projects are often funded by selling carbon credits on the voluntary carbon market to buyers looking to counterbalance their remaining greenhouse-gas emissions in the transition to net zero. The diversity of projects on the VCM can seem daunting to buyers looking to find high-integrity credits that not only mitigate climate change but also protect biodiversity and deliver social benefits to local communities. The underlying story is important, not just that emission reductions or removals occurred, but also how, where, what other co-benefits did the project bring about. That story is written during the development of the NCS project. The Natural Climate Solution Carbon Credits: The role of project developers and communities guide, developed by the NCS Alliance, walks the reader through the steps taken by project developers and communities once an initial project idea is identified, all the way to the issuance of credits. The guide explains how delivering emissions results through NCS projects is a long-term, complex, and technical process that requires collaboration between a project developer with scientific and operational expertise; investors with a long-term outlook and financial resources; and the communities that own the land or will be directly affected by the project activities. Ãâó: https://tinyurl.com/3xwdyw87 ÷ºÎÆÄÀÏ: https://tinyurl.com/496rva93
2024.07.16
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As cities grow in population and importance, urban construction will continue to gather pace. It is estimated that global floor area is expected to double by 2060, the equivalent of adding New York City every month for the next 40 years. This white paper highlights case studies and nine innovative solutions that provide models for cities seeking to meet sustainable development goals. Addressing the amount of carbon released due to new construction and infrastructure development, as well as the decommissioning of obsolete buildings, is critical to decarbonizing the built environment. Collectively referred to as ¡°embodied carbon emissions¡±, this is the next frontier in mitigating climate change. The paper identifies common challenges cities face in the effort to reduce embodied carbon emissions and outlines best practices that have been developed and tested by pioneer cities, and which are are adaptable, scalable and designed to accelerate innovation across the construction industry. There are nine solutions. Solution 1 : Requirements for low-carbon materials Solution 2 : Mandates for whole-life carbon assessments Solution 3 : Executive orders for clean construction Solution 4 : Large-scale adaptive reuse Solution 5 : Citywide circular economy strategy Solution 6 : Programmes to electrify heavy transport and machinery Solution 7 : Innovation hub for clean construction Solution 8 : Programmes for residential deconstruction and workforce development Solution 9 : Online marketplace for a circular built environment Ãâó :https://tinyurl.com/mrwzhyd6 ÷ºÎÆÄÀÏ :WEF_Reducing_Embodied_Carbon_in_Cities_2024.pdf
2024.05.16
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