超图软件 20250826 摘要 超图组织能力已恢复至变革前水平，自然资源行业应用市占率回升至 2023 年水平，预计组织变革效益将在未来两三年内显现并加速。 公司战略聚焦第一曲线业务（平台软件和自然资源信息化），目标是提 升市场份额和组织能力，巩固领先地位，自然资源领域领先第二名 4 到 5 倍。 超图全面推进解决方案业务出海，已在东北签署数据城市空间数据共享 平台项目，并在其他国家取得新进展，国际化战略取得初步突破。 超图"all in AI"战略，所有产品线深度融合 AI 技术，已推出地理空间智 能体，并在自然资源、水利等行业进行试点应用，AI 订单增速显著。 公司通过整合子公司资源和研发，优化人员结构，提高整体组织能力和 运营效率，增强区域订单销售竞争力，为市场规模增长奠定基础。 二季度收入和利润反弹主要得益于交付进度加快、人员优化和控费政策， 毛利率有所上升，预估 2025 年 AI 订单增速至少 200%以上。 超图 AI 战略核心能力集中在空间数据处理和分析，以及软件使用模式的 赋能，通过视觉模型和自然语言大模型提升用户体验，预计未来几年总 收入中 20%以上将来自于 AI 相关业务。 Q&A ...

据世卫估计，在2030年至2050年期间，气候变化将导致全球每年额外增加25万人死亡。 "气候变化正在迅速重塑西太平洋区域的疾病模式，加剧了病媒传播疾病的扩散，同时，高温和空气污 染也让非传染性疾病形势更加严峻。" 人工智能等科技革命为气候与健康相关监测体系完善提供机遇。皮乌卡拉说，鉴于数据大多已数字化， 人们拥有独特的机会将数据与人工智能（AI）等令人兴奋的新技术相结合，以实现海量数据的高效处 理，实现更强大的预测建模，并可以利用地理信息系统（GIS）等强大的数据可视化平台，在正确的时 间作出正确的决策。 他表示，据世卫估计，在2030年至2050年期间，气候变化将导致全球每年额外增加25万人死亡。尽管西 太平洋区域的国家在全球排放中的占比微乎其微，却由于高度城市化、人口老龄化和极端天气事件频发 等原因，该区域公共卫生体系显得尤为脆弱。气候变化正在给包括中国在内的西太平洋区域国家带来广 泛的卫生风险。 同日，世卫发布的最新数据显示，20年前席卷全球的蚊媒病毒——基孔肯雅热病毒正在全球多地扩散， 已有119个国家报告病例，约550万人面临感染风险。该病毒感染的主要症状包括高热、剧烈关节疼痛和 长期疲乏，约40 ...

Group 1 - The current flood season poses significant challenges for flood prevention tasks in many areas, with some regions neglecting flood control efforts during small watershed management, leading to safety hazards and adverse impacts on local flood prevention work [1] - Small watershed management is a comprehensive and systematic project, where flood prevention during the flood season is crucial for the safety of people's lives and property, as well as the effectiveness and long-term stability of the entire management project [1] - Flood prevention should not be conducted in isolation but should be integrated with various measures such as water conservancy law enforcement, ecological restoration, soil and water conservation, and comprehensive water resource utilization [1] Group 2 - Small watersheds often have significant topographical variations and uneven surface coverage, leading to rapid runoff formation after rainfall, which can trigger sudden disasters like flash floods and mudslides [2] - During small watershed management, it is essential to consider the natural geographical features and historical hydrological data of the watershed to design appropriate drainage systems, flood control dams, and diversion channels [2] - Establishing and improving real-time monitoring and early warning systems for rainfall, water conditions, and disasters is crucial for timely information collection, transmission, and analysis to support emergency responses [2] Group 3 - To ensure the long-term effectiveness and systematic nature of flood prevention efforts, it is necessary to strengthen institutional frameworks and technological support [3] - A sound regulatory framework and responsibility mechanism for small watershed management should be established, clarifying the flood prevention responsibilities of various government levels, relevant departments, and social entities [3] - The introduction of modern information technologies, such as remote sensing monitoring, geographic information systems (GIS), and artificial intelligence prediction models, can enhance the scientific and intelligent level of flood prevention decision-making [3]