初秋的隆宝滩湿地，白云低垂、草原如毯，几只黑颈鹤振翅而起。 湿地中央，青海省生态环境监测中心副主任许庆民正手持取土器，蹲在地上仔细观察土壤状况。 隆宝滩地处青海省玉树藏族自治州，平均海拔超过4200米。它位于隆宝国家级自然保护区，是世界上海拔最高的高原湿地之一，2023年入选国际 重要湿地名录。 "隆宝滩包含高原湖泊、沼泽及草甸等多样化生态系统，区域内还分布着黑颈鹤等珍稀野生动物，具有很高的生态监测价值。"许庆民介绍，他和 团队此次从西宁驱车12个小时，专程来到隆宝滩湿地开展生态状况地面监测。 8月19日，许庆民（中）在隆宝滩湿地进行生态状况地面监测。（受访者供图） 分析植被的群落结构与盖度、检测地上地下的生物量、分析土壤元素、开展物种鉴定……许庆民介绍，生态监测是一项复杂、专业的系统性工 作，需要耐心和细心。 "青藏高原地区生态环境脆弱而又重要，但我们实地调研发现，青藏高原的生态环境监测水平、能力都比较薄弱。为此，我们向有关部门建议，加 大青藏高原生态环境监测与评估工作力度，同时推动相关部门生态数据的共享。"许庆民介绍，相关建议得到采纳，并被写入《中华人民共和国青 藏高原生态保护法》。 目前，许庆民团队又有 ...

Core Viewpoint - The Liaoning Provincial Ecological Environment Monitoring Center has announced multiple government procurement intentions for the "Ecological Environment Monitoring Instrument and Equipment Filling and Supplementing Project," with a total budget exceeding 120 million yuan, involving 1,032 sets of instruments and equipment [1][2]. Summary by Sections Project Overview - The project consists of 12 sub-projects, with a total budget of over 120 million yuan, and the procurement is expected to take place in June [2][3]. Detailed Project Breakdown - **Project One**: Budget of 7.6583 million yuan, involving 42 types of equipment, totaling 294 units, including portable centrifuges, measuring instruments, and various water quality sampling devices [3]. - **Project Two**: Budget of 14.3386 million yuan, involving 20 types of equipment, totaling 109 units, including portable X-ray fluorescence spectrometers and various gas analyzers [4]. - **Project Three**: Budget of 5.0684 million yuan, involving 6 types of equipment, totaling 108 units, including automatic air monitoring instruments and particulate matter samplers [5]. - **Project Four**: Budget of 7.654 million yuan, involving 17 types of equipment, totaling 124 units, including smoke and gas sampling devices [6]. - **Project Five**: Budget of 8.44 million yuan, involving 5 types of equipment, totaling 18 units, including automatic mercury analyzers and atomic absorption spectrophotometers [7]. - **Project Six**: Budget of 7.165 million yuan, involving 16 types of equipment, totaling 60 units, including various analytical instruments and sample storage devices [8]. - **Project Seven**: Budget of 7.7 million yuan, involving 5 types of equipment, totaling 29 units, including automatic analysis instruments for various environmental parameters [8]. - **Project Eight**: Budget of 5.09 million yuan, involving 4 types of equipment, totaling 16 units, including gas chromatography systems [8]. - **Project Nine**: Budget of 25 million yuan, involving 5 types of equipment, totaling 19 units, including liquid chromatography and mass spectrometry systems [8]. - **Project Ten**: Budget of 10.4968 million yuan, involving 25 types of equipment, totaling 123 units, including various laboratory instruments [8]. - **Project Eleven**: Budget of 14.467 million yuan, involving 20 types of equipment, totaling 89 units, including automatic sampling and extraction devices [8]. - **Project Twelve**: Budget of 10.8005 million yuan, involving 34 types of equipment, totaling 43 units, including various analytical and sampling instruments [8]. Total Summary - The total budget for all projects amounts to approximately 123.879 million yuan, with a total of 1,032 units of equipment planned for procurement [8].

Core Viewpoint - The "Go2 Ecological Environment Monitoring Robot Dog" represents a significant advancement in environmental monitoring technology, showcasing the integration of robotics and environmental science to enhance ecological monitoring capabilities [1][2][5]. Group 1: Technological Innovation - The Go2 robot is equipped with multi-parameter sensors that allow it to monitor air quality, humidity, temperature, noise levels, and more in complex terrains [2][5]. - It can operate independently in environments without internet connectivity, demonstrating high endurance and edge computing capabilities [5]. - Future plans include collaboration with drones and unmanned boats for integrated ecological monitoring across land, sea, and air [5]. Group 2: Public Engagement and Education - The event attracted students and the public, providing hands-on experiences with the Go2 robot and other monitoring technologies, fostering interest in environmental science [1][9]. - Interactive exhibits and educational sessions were designed to enhance public understanding of ecological monitoring and the importance of environmental protection [10][14]. - Activities such as quizzes and interactive displays encouraged participants to engage with environmental issues and express their commitment to ecological conservation [16]. Group 3: Comprehensive Monitoring System - The ecological monitoring network integrates various technologies, including satellite remote sensing, drones, and automatic monitoring stations, creating a multi-dimensional monitoring framework [6][9]. - This system supports pollution prevention, ecological restoration, and emergency responses to severe weather events, providing a scientific basis for environmental management [9][10]. - Recent case studies from key regions highlight the effectiveness of this monitoring system in addressing environmental challenges [9].