朝着实时监测过早出生的婴儿教授:Edoardo Charbon教授MC A3.303电子邮件:edoardo.charbon@epfl.ch epffl.ch实验室代理:Claudio Bruschini Office MC A3.307博士MC A3.307电子邮件:类型:主项目部分:微工程官方开始日期:任何时间提交最终报告:小组会议上的TBD演示文稿:TBD单光子雪崩二极管(SPAD)摄像机被广泛用于生物医学应用中,并在破坏临床测量冰的情况下明确方向。与我们来自UZH的合作者一起,我们正在努力将Spad技术实时监测过早婴儿的脑充氧。他们的头骨可以使更多的光线传播,因此更容易扫描图像它们的脑血管。
随着越来越多的城市开始进行气候中立的轨迹,重要的是要了解行动将如何影响城市中的所有利益相关者:公民和工业以及在区域和国家一级运营的政府机构。在这里,我们提供了科学文献的概述,探讨了积极和消极的城市环境中气候行动的共同影响。此外,我们引入了一个分类框架,用于在瑞典城市构建此类共同影响。我们的研究揭示了文献中主要关注气候作用的积极影响,从而忽略了潜在的不利影响。我们发现迫切需要指定哪些城市参与者将从特定的气候干预中受益,哪些可能受到不利影响。通过理解和解决这些影响,城市可以增强气候计划的社会可接受性,从而促进其更快的实施。
CapaCITIES Capacity Building Project on Low Carbon and Climate Resilient City Development in India CCAP City Climate Action Plan C-Cube Climate Centre for Cities CDMP Comprehensive Disaster Management Plan CDRI Coalition of Disaster Resilient Infrastructure CHED Centre for Heritage, Environment and Development CITIIS City Investments to Innovate, Integrate and Sustain Program COP Conference of Parties CRCAP Climate Resilient City Action Plan CSCAF Climate Smart Cities Assessment Framework DIFU German Institute of Urban Affairs DM Disaster Management EKF Energy and Climate Fund EU European Union FAME Faster Adoption and Manufacturing of Hybrid and Electric Vehicles GDCR Gujarat Development Control Rules GEF Global Environment Fund GHG Greenhouse gases GIZ German Agency for International Cooperation GOI Government of India HRIDAY Heritage City Development and Augmentation Yojana IGBC Indian Green Building Council IPCC Intergovernmental Panel on Climate Change KMC Kochi Municipal Corporation KP Kyoto Protocol LCCM Leaders in Climate Change Management LIFE Lifestyle for Environment MBBL Model Building Bye Law MML Model Municipal Law MoEFCC Ministry of Environment Forests and Climate Change MoHUA Ministry of Housing and Urban Affairs NAPCC National Action Plan on Climate Change NCAP National Clean Air Programme NCI National Climate Initiative NDC Nationally Determined Contributions NDMA National Disaster Management Authority NIDM国家灾难管理研究所Niti Aayog国家转型印度NIUA国家城市事务研究所NMSH国家可持续栖息地诺德姆国家城市城市数字任务
由农业部领导的“农业中的AI”项目包括精确耕作,作物识别(甚至发现非法植物)和质量预测。专注于植被跟踪,土壤水分监测和监测土地表面温度,森林覆盖率监测,可持续的森林管理和全面的水文管理
CFF城市融资设施COP会议CPI气候政策倡议DRM灾难风险管理gerics气候服务中心德国GGA适应性GGGI GGGI全球绿色增长研究所GHG GEHG GERNHOUSE GIDRM GIDRM全球灾害灾害全球计划 ICLEI Local Governments for Sustainability IFC International Finance Corporation IFRC International Federation of Red Cross and Red Crescent Societies IPCC Intergovernmental Panel on Climate Change IUCN International Union for Conservation of Nature L&D Loss and Damage LT-LEDS Long-Term Low Emissions Development Strategies NAPs National Adaptation Plans NBS Nature-based Solutions NDCs Nationally Determined Contributions NGOs Non-Governmental Organizations NUA New Urban Agenda OECD Organisation for Economic Co-operation and Development PA Paris Agreement RCPs Representative Concentration Pathways SD Sustainable Development SDGs Sustainable Development Goals SDSN Sustainable Development Solutions Network SDU University of Southern Denmark UAs Urban Areas UCLG United Cities and Local Governments UDC Urban Determined Contributions UN United Nations UNDESA United Nations Department of Economic and Social Affairs UNDP United Nations Development Programme UNEP United Nations Environment Programme UNESCO United Nations教育,科学和文化组织UNFCCC气候变化联合国联合国人类定居点计划计划USD美国Dollar VLRS自愿当地评论VSRS自愿次生审查
在2024年的Innovate4城市会议上由100多个人签署的城市行动,气候研究和治理呼吁征召,这使2023年全球股票的预测远远远远远远远远超过°和1.5 c以下的全球变暖和1.5 c的目标,并朝着不可估计和风险的2.8°C降低了2.8°C的距离。扭转了这一趋势,并避免了气候变化的日益灾难性影响,以统一的行动和统一政府与国家政府之间的协作以世界从未见过的速度和规模进行实施。Since 2018, Innovate4Cities—the Global Covenant of Mayors for Climate and Energy (GCoM) initiative focused on urban research and innovation, and home to the biennial conference co-hosted by GCoM and the United Nations Human Settlements Programme (UN-Habitat)—has responded to the climate crisis with a commitment to co-creating knowledge, generating collaborative partnerships, and empowering cities and local政府作为采取行动和进步的渠道,是必要的系统转变向安全,公正,低碳和气候弹性的未来的渠道。
•巴西的坎皮纳斯(Campinas)正在通过开发线性公园(沿运河,河流或溪流的狭窄公园)来改善其城市环境,以扩大城市的绿色区域。Campinas求助于GAP基金,以支持为该项目设想的基于自然的和园林绿化解决方案的目录。在2023年,GAP基金还开发了一种方法,用于量化环境,经济和社会利益,以及在线性和河口公园实施基于自然解决方案的风险,以及在Campinas沿着Bandeirantes沿线的线性公园的初步设计。
García-Díez,M.,D。Lauwaet,H。Hooyberghs,J。Ballester,K。de Ridder和X.Rodó,2016年。与完整的中尺度模型相比,使用快速城市边界层模型的优势是模拟巴塞罗那的城市热岛。地球科学模型开发,9,4439–4450。https://doi.org/10.5194/gmd-9-4439-2016