This technical note describes data and methods that enable communities in the United States to include forests and trees outside forests in their greenhouse gas (GHG) inventories using the Land Emissions and Removals Navigator (LEARN) tool. LEARN is an interactive web tool that provides automated analysis of the GHG impacts of forests and trees at the community scale. This is a living document that will be updated as improvements to the tool and its data sources are completed.
This technical note describes data and methods that enable communities in the United States to include forests and trees outside forests in their greenhouse gas (GHG) inventories using the Land Emissions and Removals Navigator (LEARN) tool. LEARN is an interactive web tool that provides automated analysis of the GHG impacts of forests and trees at the community scale. This is a living document that will be updated as improvements to the tool and its data sources are completed.
国际能源署今天发布了一个新的交互式工具,允许用户探索使用不同动力系统(电池电动、传统和插电式混合动力)的乘用车的温室气体排放。该计算器考虑了汽车的整个生命周期,从原材料和采矿到生产和最终用途,以准确估计不同类型车辆的直接和间接排放。
本技术说明描述了使美国社区能够使用土地排放和清除导航器(LEARN)工具将森林和森林外树木纳入其温室气体清单的数据和方法。LEARN是一个交互式网络工具,可在社区范围内自动分析森林和树木的温室气体影响。这是一个活文档,将随着工具及其数据源的改进完成而更新。
国际能源署(IEA)的最新分析发现,在未来几个月里,各国有一个重要的机会制定明确的可再生能源发展计划,这可能有助于推动世界更接近于实现到2030年将全球产能增加两倍的COP28目标。