联合国贸易和发展会议10月9日发布的最新全球贸易报告指出，2025年上半年，全球贸易额较2024年同 期增长约5000亿美元，增长推动力主要来源于发展中国家间的贸易扩张和制造业出口的回升。报告预 计，如果下半年无重大冲击，2025全年全球贸易额或将超越2024年创下的纪录。 报告关注中国在全球贸易中发挥积极作用 报告指出，中国出口在2025年上半年保持韧性，尤其在电子产品和绿色交通领域表现突出。中国在新能 源汽车产业上的投入，带动本国制造业出口，推动中国在全球汽车贸易中的份额上升。与此同时，报告 强调，中国在外贸领域开拓多元市场，加强与发展中国家，尤其是共建"一带一路"国家的经贸联系，帮 助中国在全球贸易波动中保持稳定。 报告预计，2025年第三季度，全球货物贸易有望环比增长约2.5%，服务贸易则有可能环比增长近4%。 中国的制造与出口能力，以及对外贸易政策的灵活性，将成为全球贸易继续扩张的重要变量。 (责任编辑：王晨曦) ...

联合国贸易和发展会议（UNCTAD）9日发布的最新全球贸易报告指出，2025年上半年全球贸易额较去 年同期增长约5000亿美元，增长推动力主要来源于发展中国家间的贸易扩张和制造业出口的回升。报告 预计，若下半年无重大冲击，2025全年全球贸易额或将超越2024年纪录。 报告指出，中国出口在2025年上半年保持韧性，尤其在电子产品和绿色交通领域表现突出。中国在混合 动力和电动车辆产业上的投入，不仅带动本国制造业出口，也推动其在全球汽车贸易中的份额上升。与 此同时，报告强调中国在外贸政策上的应对方式——通过开拓多元市场、加强与发展中国家的经贸联系 ——帮助其在全球贸易波动中保持稳定。 报告预计，2025年第三季度货物贸易环比有望增长约2.5%，服务贸易增长则有可能加速至近4%。在这 一背景下，中国的制造与出口能力以及其对外贸易政策的灵活性，将成为全球贸易继续扩张的重要变 量。（总台记者 杨春） 责编：张荣耀、卢思宇 ...

Core Insights - Shenzhen is actively promoting the 2025 International Low Carbon City Forum, continuing its commitment to green and low-carbon development since the inception of the forum in 2013 [1][2] - The forum has recognized multiple urban green low-carbon scenario demonstration bases, with a total of eight projects announced in the 2024 forum, showcasing significant advancements in low-carbon initiatives [1][2] Group 1: Forum and Initiatives - The Shenzhen International Low Carbon City Forum has been held for 12 consecutive years, serving as a prominent platform for green low-carbon development [1] - The 2024 forum highlighted eight demonstration projects, including the Shenzhen International Low Carbon City Exhibition Center and various community and educational initiatives aimed at achieving near-zero carbon emissions [1][2] Group 2: Call for Participation - The Shenzhen Development and Reform Commission is soliciting proposals for urban green low-carbon scenario demonstration bases and annual activity plans, focusing on areas such as clean energy, industrial energy conservation, and green transportation [2] - Eligible applicants must be independent legal entities committed to green low-carbon transformation, with the requirement to complete construction by August 31, 2025, and possess a robust energy measurement and management system [2] Group 3: Annual Activities - The proposed annual activity plans should include at least four events, which may encompass professional seminars, investment roadshows, industry collaborations, and public awareness campaigns, scheduled from October 2025 to September 2026 [3]

Core Insights - Precious metals have been a symbol of wealth and power throughout history, and they play a crucial role in various modern industries, including technology, healthcare, and electronics [1] Group 1: Characteristics of Precious Metals - Precious metals are defined as rare, high-density metals with significant economic value, including Ruthenium (Ru), Rhodium (Rh), Palladium (Pd), Osmium (Os), Iridium (Ir), Platinum (Pt), Silver (Ag), and Gold (Au) [1] - The abundance of these metals in the Earth's crust is extremely low, with concentrations measured in grams per ton: Silver 0.1, Palladium 0.01, Gold and Platinum 0.005, and Rhodium, Iridium, Ruthenium, Osmium 0.001 [1] - Silver excels in electrical and thermal conductivity, while Gold ranks third, and Platinum group metals are known for their thermal stability in electronic applications [3] - Gold and Silver possess exceptional malleability, with 1 gram of Gold capable of being drawn into a wire measuring 3420 meters [3] Group 2: Applications of Precious Metals - Precious metals are ideal for jewelry due to their aesthetic qualities, with Silver reflecting white light most effectively and Gold reflecting infrared light strongly [4] - The ability of precious metals to absorb gases like oxygen and hydrogen makes them valuable in catalytic reactions and gas purification processes [6] - Precious metals exhibit high corrosion resistance, with Iridium being the most resistant, making them suitable for use in harsh chemical environments [7] - Palladium catalysts can enhance organic reaction rates by up to 1 million times, playing a vital role in automotive emissions control and petroleum refining [9] Group 3: Industry Impact - In the electronics industry, Gold, Silver, and Platinum are used for their excellent conductivity and stability, with Gold ensuring stable electronic signal transmission [13] - Platinum and Palladium are increasingly in demand for automotive catalytic converters due to stricter environmental regulations [14] - In aerospace, precious metals are used in high-temperature alloys for critical engine components, capable of withstanding extreme conditions [15] - Precious metals are essential in the chemical industry for processes like nitric acid production and petroleum reforming, improving reaction efficiency and reducing costs [18] Group 4: Financial and Economic Role - Historically, Gold and Silver served as currency and continue to influence monetary value, with central banks holding significant Gold reserves to enhance currency credibility [19] - The precious metals market is vast, with Gold being the largest segment, and prices are influenced by various factors, including economic uncertainty and geopolitical tensions [21] - Platinum and Palladium prices are closely tied to the automotive industry, with demand driven by vehicle sales and environmental regulations [21] Group 5: Future Outlook - Precious metals are positioned as key players in future technological advancements and sustainable development, serving as catalysts in energy and life sciences [22]