{"code":"200","message":"操作成功","errorData":null,"context":{"metadataVO":{"id":"5b09afd1-d11b-4150-a291-50f0484dddf1","userId":"48985","realName":"谢志鹏","author":null,"authorEn":null,"email":"zp_xie@itpcas.ac.cn","applicationVolume":346,"title":"西藏吉隆高寒山区地气相互作用逐小时综合观测数据集（2021–2026）","titleEn":"Hourly Integrated Land–Atmosphere Interaction Observation Dataset for the High-Altitude Mountainous Region of Gyirong, Tibet (2021–2026)","description":"西藏日喀则市吉隆县地处喜马拉雅山南缘，地形高差大、山地地形复杂，极端天气及由其诱发或加剧的山洪、泥石流、滑坡等自然灾害风险较高。2026年8月26日，吉隆县吉隆口岸发生重大泥石流灾害，造成重大人员伤亡，引发了社会各界对喜马拉雅高寒山区极端天气与自然灾害风险的广泛关注。此次灾害也进一步凸显了高寒山区开展长期连续气象观测、加强灾害天气监测与科学研究的重要性。\n\n为充分发挥长期科学观测资料的社会和科研价值，本数据集整理并开放共享西藏日喀则市吉隆县高寒山区气象塔2021–2026年的逐小时连续观测资料，旨在为科研机构、高校、相关业务部门及防灾减灾领域用户提供可获取、可利用的基础气象观测数据。一方面，数据可用于分析吉隆及其周边高寒山区大气边界层结构、天气过程及极端气象事件特征，为认识复杂山区天气系统演变及其环境背景提供长期观测依据；另一方面，可与卫星遥感、再分析资料、天气预报产品和数值模式结果相结合，为区域极端天气监测、灾害天气过程分析、风险识别及防灾减灾研究提供基础数据支撑。\n\n本数据集观测站位于吉隆县城（北纬28.86°，东经85.29°，海拔4140m），距离受灾区吉隆口岸直线距离约65km。数据包含5层（1.0、2.0、4.0、10.0、20.0米）风速风向、气温、相对湿度，近地面气压、降水、辐射四分量，以及5层土壤水热参数（0.1、0.2、0.4、0.8和1.6米）。数据时间范围为2021年4月26日至2026年8月27日，时间分辨率为1小时，数据时间采用北京时间（UTC+8），各观测记录按照统一时间格式进行整理。对于原始数据中的缺测、异常或无效记录，按照统一质量控制标准进行标识和处理（0：正确，1：可疑，2：错误，4：插补数据，8：数据缺失，9：未进行质量控制）。\n\n需要说明的是，本数据集不宜直接用于表征灾区局地降水及其他微尺度气象条件，也不用于直接判定此次泥石流的触发机制。但是，长期连续观测资料能够从区域大气环境和边界层过程角度，为认识吉隆地区极端天气活动、大气热力和动力结构变化以及高寒山区自然灾害天气背景提供重要参考，并可用于展示长期科学观测在重大自然灾害事件研究中的潜在应用价值。","instructions":"本套数据集文件包括气象梯度数据（MET）、辐射数据（RADM）、土壤数据（SOIL）以及湍流数据（FLUX）。数据文件命名规则为：数据类型_站点名称_年份.csv。数据文件的表头信息包括变量的缩写、观测的高度/深度及单位，其格式为变量名_观测高度/深度（单位）。缺失数据为9999.9。","useTerms":"为尊重知识产权、保障数据作者的权益、扩展数据中心的服务、评估数据的应用潜力，请数据使用者在使用数据所产生的研究成果中（包括公开发表的论文、论著、数据产品和未公开发表的研究报告、数据产品等成果），明确注明数据来源和数据作者。对于转载（二次或多次发布）的数据，作者还须注明原始数据来源。","east":85.29,"west":85.29,"south":28.86,"north":28.86,"startTime":"2021-04-26 20:00:00","endTime":"2026-08-27 08:00:00","reviewTime":null,"scale":null,"fileSize":2.4952146E7,"crs":null,"cstr":"18406.11.Atmos.tpdc.303600","doi":"10.11888/Atmos.tpdc.303600","projection":"","tsCreated":"2026-08-27 11:35:57","tsUpdated":"2026-09-07 15:11:34","createType":2,"dataFormat":null,"status":6,"reviewEditorId":"21054","dataSources":null,"license":"1","spatialResolution":"<= 1m","temporalResolution":"Hourly","timeDescription":"","doiId":null,"protectedDescribe":"","protectedDuration":null,"shareType":"online","timeDescriptionEn":"","doiType":"1","nameOfSubmittedPaper":"","journalName":"","instructionsEn":null,"download":null,"hitCount":null,"isTemplate":null,"language":"zh","userLimit":null,"sharePolicy":"A","delFlag":false,"latestSort":null,"protectedTime":null,"url":null,"metadataMediaId":"58851452-e6ca-4b70-b043-551d4ea77221","originName":null,"tsPublish":"2026-09-08 09:10:43","reference":null,"importantType":null,"isPush":false,"modelId":null,"isEntity":null,"source":null,"codeRelated":null},"metadataWordVO":{"id":"868e4736-da74-40b8-9738-dc568ffe189e","metadataId":"5b09afd1-d11b-4150-a291-50f0484dddf1","title":"Hourly Integrated Land–Atmosphere Interaction Observation Dataset for the High-Altitude Mountainous Region of Gyirong, Tibet (2021–2026)","description":"Gyirong County, located in Shigatse City along the southern margin of the Himalayas in Tibet, is characterized by large elevation differences and highly complex mountainous terrain. The region is exposed to considerable risks from extreme weather events and associated natural hazards, including flash floods, debris flows, and landslides. On 26 August 2026, a major debris-flow disaster occurred at the Gyirong Port in Gyirong County, resulting in significant casualties and attracting widespread public attention to the risks associated with extreme weather and natural hazards in the high-altitude mountainous regions of the Himalayas. This event further highlights the importance of long-term continuous meteorological observations and strengthened monitoring and scientific research on hazardous weather processes in high-altitude mountainous regions.\n\nTo maximize the scientific and societal value of long-term observations, this dataset compiles and openly provides hourly continuous meteorological observations collected from a meteorological tower in the high-altitude mountainous region of Gyirong County, Shigatse, Tibet, covering the period from 2021 to 2026. The dataset is intended to provide accessible and usable basic meteorological observations for research institutions, universities, operational agencies, and users engaged in disaster prevention and mitigation. The observations can be used to investigate the structure of the atmospheric boundary layer, weather processes, and characteristics of extreme weather events in Gyirong and the surrounding high-altitude mountainous regions, thereby providing long-term observational evidence for understanding the evolution of weather systems and their environmental conditions over complex mountainous terrain. In addition, the observations can be integrated with satellite remote sensing products, reanalysis datasets, weather forecast products, and numerical model simulations to support regional extreme-weather monitoring, analysis of hazardous weather processes, risk identification, and research on disaster prevention and mitigation.\n\nThe observation station is located in Gyirong County (28.26°N, 85.29°E; elevation: 4140 m), approximately 65 km in a straight-line distance from Gyirong Port, where the aforementioned disaster occurred. The dataset includes wind speed and wind direction, air temperature, and relative humidity observed at five levels (1.0, 2.0, 4.0, 10.0, and 20.0 m); near-surface atmospheric pressure; precipitation; four components of radiation; and soil hydrothermal parameters at five depths (0.1, 0.2, 0.4, 0.8, and 1.6 m). The dataset covers the period from 26 April 2021 to 27 August 2026, with a temporal resolution of 1 hour. All timestamps are reported in Beijing Time (UTC+8), and the observations have been organized using a standardized time format. Missing, anomalous, or invalid records in the original observations have been identified and processed according to unified quality-control criteria, with quality-control flags defined as follows: 0, correct; 1, questionable; 2, erroneous; 4, interpolated; 8, missing; and 9, quality control not performed.\n\nIt should be noted that this dataset is not intended to directly characterize local precipitation or other microscale meteorological conditions at the disaster site, nor should it be used to directly determine the triggering mechanism of the debris flow that occurred on 26 August 2026. Nevertheless, the long-term continuous observations provide important information on the regional atmospheric environment and boundary-layer processes, which can contribute to understanding extreme weather activity, changes in atmospheric thermodynamic and dynamic structures, and the meteorological background of natural hazards in the high-altitude mountainous region of Gyirong. The dataset also demonstrates the potential value of long-term scientific observations for investigating major natural hazard events.","language":"en","userLimit":null,"instructions":"The dataset files include meteorological gradient data (MET), radiation data (RADM), soil data (SOIL), and turbulent flux data (FLUX). The files are named according to the following convention: DataType_StationName_Year.csv. The header of each data file provides the variable abbreviation, observation height/depth, and unit, following the format VariableName_ObservationHeight/Depth (Unit). Missing data are represented by 9999.9.","useTerms":"To respect the intellectual property rights, protect the rights of data authors, expand services of the data center, and evaluate the application potential of data, data users should clearly indicate the source of the data and the author of the data in the research results generated by using the data (including published papers, articles, data products, and unpublished research reports, data products and other results). For re-posting (second or multiple releases) data, the author must also indicate the source of the original data.","reference":null,"tsCreated":"2026-08-27 11:35:57","tsUpdated":null},"authorVOList":[{"id":"da56c8a3-0482-4c0c-896f-05a1f6691e19","metadataId":null,"title":null,"titleEn":null,"name":"马耀明","nameEn":"MA Yaoming","unit":"中国科学院青藏高原研究所","unitEn":"Institute of Tibetan Plateau Research, Chinese Academy of Sciences","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"ymma@itpcas.ac.cn","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0847-2021","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null},{"id":"51246f7f-3530-4b80-bea7-993cfc47a9d5","metadataId":null,"title":null,"titleEn":null,"name":"马伟强","nameEn":"MA Weiqiang*","unit":"中国科学院青藏高原研究所","unitEn":"Institute of Tibetan Plateau Research, Chinese Academy of Sciences","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"wqma@itpcas.ac.cn","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0199-2018","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null},{"id":"c26f9147-6301-4de8-a468-15ee42445e91","metadataId":null,"title":null,"titleEn":null,"name":"谢志鹏","nameEn":"XIE Zhipeng ","unit":"中国科学院青藏高原研究所","unitEn":"Institute of Tibetan Plateau Research, CAS","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"zp_xie@itpcas.ac.cn","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0472-2022","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null},{"id":"5f2f1fea-1235-429e-aeaa-4942f6dd51d4","metadataId":null,"title":null,"titleEn":null,"name":"王宾宾","nameEn":"WANG Binbin","unit":"中国科学院青藏高原研究所","unitEn":"","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"wangbinbin@itpcas.ac.cn","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0083-2020","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null},{"id":"d474dc46-4410-499e-8d78-26e746a1abd6","metadataId":null,"title":null,"titleEn":null,"name":"陈学龙","nameEn":"CHEN Xuelong","unit":"中国科学院青藏高原研究所","unitEn":"","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"x.chen@itpcas.ac.cn","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0065-2021","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null},{"id":"3d324218-f4ea-44d4-b748-b1e57086ae20","metadataId":null,"title":null,"titleEn":null,"name":"韩存博","nameEn":"HAN Cunbo","unit":"中国科学院青藏高原研究所","unitEn":"Institute of Tibetan Plateau Research, CAS","country":null,"countryEn":null,"address":null,"addressEn":null,"state":null,"zipcode":null,"city":null,"phone":null,"email":"cunbo.han@hotmail.com","tsCreated":null,"tsUpdated":null,"offlineAppEmail":null,"tsDeleted":null,"delFlag":null,"eventDate":null,"sort":null,"orcid":null,"daid":"D-0082-2020","wosid":null,"avatar":null,"translations":[],"sortRel":null,"unitFlag":false,"abbreviation":null,"firstName":null,"middleName":null,"lastName":null}],"literatureVOList":[{"id":"7ac1cc3b-bebd-44e2-b651-f1a7f6a202f8","idRel":"9efa4b91-447c-4ca4-89c0-2839f17c084e","title":"A comprehensive hourly land-atmosphere interaction dataset from a coordinated 15-station network spanning the environmental gradients of the Tibetan Plateau (2021-2024)","titleEn":null,"reference":"Xie, Z. 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Quantifying the spatial-seasonal patterns of land–atmosphere water, heat and CO2 flux exchange over the Tibetan Plateau from an observational perspective. Earth Syst. Sci. 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