cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.57760/sciencedb.46
title: Chemical Thermodynamic Dataset including Low Temperature Data below 200K
title: 包括200K以下低温数据的化学热力学数据集

description: Study on the thermodynamic properties of a material is the substance a physical or chemical process based. A full set of chemical thermodynamic data for scientists and improve research efficiency and related industries improve production efficiency is of extremely important significance. Although since the late 80 's, start working on thermodynamic database construction in our country, but abroad, domestic thermodynamic database still has many many problems. More important is, whether foreign or domestic databases of chemical thermodynamics, temperature range is 200K-6000K or higher, without the 200K of chemical thermodynamics data. And often 200K scientific and engineering application of thermodynamic data, and is very important. Based on the formula of NASA received specific heat at constant pressure, entropy and enthalpy parameter data. Will be 200K the data input parameters to REFPROP under low temperature thermodynamic data. The obtained data with the real gas equation is used to calculate thermodynamic data, using the NASA interpolation-extrapolation of data for comparison, confirmed the data obtained by this method with good accuracy.
description: Study on the thermodynamic properties of a material is the substance a physical or chemical process based. A full set of chemical thermodynamic data for scientists and improve research efficiency and related industries improve production efficiency is of extremely important significance. Although since the late 80 's, start working on thermodynamic database construction in our country, but abroad, domestic thermodynamic database still has many many problems. More important is, whether foreign or domestic databases of chemical thermodynamics, temperature range is 200K-6000K or higher, without the 200K of chemical thermodynamics data. And often 200K scientific and engineering application of thermodynamic data, and is very important. Based on the formula of NASA received specific heat at constant pressure, entropy and enthalpy parameter data. Will be 200K the data input parameters to REFPROP under low temperature thermodynamic data. The obtained data with the real gas equation is used to calculate thermodynamic data, using the NASA interpolation-extrapolation of data for comparison, confirmed the data obtained by this method with good accuracy.
DOI: 10.57760/sciencedb.489
title: The dataset of seed plants catalogue in Yunnan Province
title: 云南省种子植物名录数据集

description: Species catalogue is a basic biota data of a natural geographical region or administrative division, and is premises of biodiversity research, conservation and rational utilization. However, argument on taxonomic opinion and systems lead to inconsistency between various species checklists. Ongoing taxonomic and systematic research can also often cause different taxonomic treatment. Moreover, new taxa and new record taxa is keeping on publishing and finding.Therefore, species catalogue needs continuous updating. Based on information from Flora of Yunnan, Checklist of Yunnan Seed Plants, Flora of China and other sources of taxonomic references such as monograph, herbarium specimen, plant expedition, we archived the dataset of Catalogue of Yunnan Seed Plants version 2016 by means of scientific data treatment and expert review, according to the newest plant systems and researches. This is by far the most authoritative and most accurate seed plants catalogue, and will facilitate seed plants research, conservation, rational utilization, and also present scientific basis for biodiversity management and policy.
description: Species catalogue is a basic biota data of a natural geographical region or administrative division, and is premises of biodiversity research, conservation and rational utilization. However, argument on taxonomic opinion and systems lead to inconsistency between various species checklists. Ongoing taxonomic and systematic research can also often cause different taxonomic treatment. Moreover, new taxa and new record taxa is keeping on publishing and finding.Therefore, species catalogue needs continuous updating. Based on information from Flora of Yunnan, Checklist of Yunnan Seed Plants, Flora of China and other sources of taxonomic references such as monograph, herbarium specimen, plant expedition, we archived the dataset of Catalogue of Yunnan Seed Plants version 2016 by means of scientific data treatment and expert review, according to the newest plant systems and researches. This is by far the most authoritative and most accurate seed plants catalogue, and will facilitate seed plants research, conservation, rational utilization, and also present scientific basis for biodiversity management and policy.
DOI: 10.57760/sciencedb.499
title: Plant Biodiversity Data Set of Myanmar
title: 缅甸植物多样性数据集

description: In order to support the Southeast Asian biodiversity research Institute Chinese Academy of Sciences to carry out botanical research, the scientific and IT work team of Kunming Institute of Botany has constructed a data set and developed an information service platform of plant biodiversity in Myanmar. The data set has systematically filtered and integrated most of published biodiversity data and information scattered in different platforms in the world. Including plant checklist, chorography, specimen records and literature, the data set contains about 15 thousand of plant species in Myanmar, and 450 thousand data records totally. The integrated scientific data and service will support for the botanical research in this area.
description: In order to support the Southeast Asian biodiversity research Institute Chinese Academy of Sciences to carry out botanical research, the scientific and IT work team of Kunming Institute of Botany has constructed a data set and developed an information service platform of plant biodiversity in Myanmar. The data set has systematically filtered and integrated most of published biodiversity data and information scattered in different platforms in the world. Including plant checklist, chorography, specimen records and literature, the data set contains about 15 thousand of plant species in Myanmar, and 450 thousand data records totally. The integrated scientific data and service will support for the botanical research in this area.
DOI: 10.57760/sciencedb.29
title: Ionospheric TEC and scintillation index dataset in 2012 from Peking Universtiy station
title: 北大北京本校站电离层TEC和闪烁2012年数据集

description: Ionospheric TEC and scintillation are important parameters in ionosphere morphology. They have great significance in description of the ionospheric state based on ionospheric TEC and scintillation index data. Ionospheric TEC and scintillation index data from Peking University station in 2012 are acquired according to the observation data of GPS pseudo-range and carrier phase, signal power and signal-to-noise ratio. This dataset contains the ionosphere vertical TEC, intensity scintillation index and phase scintillation index. Through the dataset, the relationships between ionospheric TEC and solar activity, geomagnetic storm, ionospheric storm can be derived, as well as and the daily variations and response characteristics during storms of ionospheric irregularity. The dataset will provide support for related research and projects on space environment.
description: Ionospheric TEC and scintillation are important parameters in ionosphere morphology. They have great significance in description of the ionospheric state based on ionospheric TEC and scintillation index data. Ionospheric TEC and scintillation index data from Peking University station in 2012 are acquired according to the observation data of GPS pseudo-range and carrier phase, signal power and signal-to-noise ratio. This dataset contains the ionosphere vertical TEC, intensity scintillation index and phase scintillation index. Through the dataset, the relationships between ionospheric TEC and solar activity, geomagnetic storm, ionospheric storm can be derived, as well as and the daily variations and response characteristics during storms of ionospheric irregularity. The dataset will provide support for related research and projects on space environment.
DOI: 10.57760/sciencedb.3
title: Atmospheric Physics Data of Field Observation Stations on the Tibetean Plateau
title: 青藏高原野外台站大气物理观测数据

description: Nam Co Station for Multisphere Observation and Research, Qomolangma Atmospheric and Environmental Observation and Research Station, Southeast Tibet Station for Alpine Environment Observation and Research, Ngari Station for Desert Environment Observation and Research, Muztagh Ata Station for Westerly Environment Observation and Research have been established by Institute of Tibetan Plateau Research, Chinese Academy of Sciences. In order to monitor land atmosphere exchange processes and natural environment change, the five field stations carry out long-term and continuous atmospheric physics observation. We provide online access service for these data. These data provide support for the earth system science and the impact of global change and response research.
description: Nam Co Station for Multisphere Observation and Research, Qomolangma Atmospheric and Environmental Observation and Research Station, Southeast Tibet Station for Alpine Environment Observation and Research, Ngari Station for Desert Environment Observation and Research, Muztagh Ata Station for Westerly Environment Observation and Research have been established by Institute of Tibetan Plateau Research, Chinese Academy of Sciences. In order to monitor land atmosphere exchange processes and natural environment change, the five field stations carry out long-term and continuous atmospheric physics observation. We provide online access service for these data. These data provide support for the earth system science and the impact of global change and response research.
DOI: 10.57760/sciencedb.313
title: A Soil Moisture Dataset Monitored by CERN during 2005-2014
title: 2005～2014年CERN野外台站气象观测场土壤含水量数据集

description: Soil moisture is an important variable to influence land-atmosphere interactions by modifying energy and water fluxes in the boundary layer. It is one of the most important variables long-term monitored by Chinese Ecosystem Research Network (CERN). The soil moisture in-situ monitoring instruments have been set up in 34 sites of terrestrial ecosystems according to the CERN’s protocols of observation and quality assurance. The dataset released is about the collections of soil moisture observed in weather station from 34 sites across China, during 2005 to 2014. The raw data have been processed through basic quality control approaches and general format translation. Changes and differences of monitoring instruments are also recorded. This time-series dataset can provide a general profile, spatial and temporal dynamics of soil moisture over China since 2005. It also can be used for validating of remote sensing retrieval, calibrating and validating models.
description: Soil moisture is an important variable to influence land-atmosphere interactions by modifying energy and water fluxes in the boundary layer. It is one of the most important variables long-term monitored by Chinese Ecosystem Research Network (CERN). The soil moisture in-situ monitoring instruments have been set up in 34 sites of terrestrial ecosystems according to the CERN’s protocols of observation and quality assurance. The dataset released is about the collections of soil moisture observed in weather station from 34 sites across China, during 2005 to 2014. The raw data have been processed through basic quality control approaches and general format translation. Changes and differences of monitoring instruments are also recorded. This time-series dataset can provide a general profile, spatial and temporal dynamics of soil moisture over China since 2005. It also can be used for validating of remote sensing retrieval, calibrating and validating models.
DOI: 10.57760/sciencedb.318
title: CERN plant phenological observation data sets
title: 2003～2015年CERN植物物候观测数据集

description: CERN plant phenological observation data sets is the plant phenological observation data integration of CERN ecological station, which contains 22 CERN ecological station phenological observation datas, more than 660 species of 2003-2015. As the difference of phenological stages between woody and herbaceous plants, the subset data set is divided into subsets of Woody and herbaceous. Woody plant subset mainly record the leaf bud breaking phase, leaf unfolding phase, first bloom phase, full flowering phase, fruit or seed ripened phase, leaf turning to autumn color phase and leaf falling phase. Herbaceous plant subset records the germination or turning green phase, flowering phase, fruit or seed ripened phase, seed dispersal phase, autumn wilting phase. In addition, the data set also contains the ecological station code, year, plot code, plot name, plot type, species name, Latin name, and so on. The data set could provide data support for climate change, carbon cycle, plant response to environmental change, etc.
description: CERN plant phenological observation data sets is the plant phenological observation data integration of CERN ecological station, which contains 22 CERN ecological station phenological observation datas, more than 660 species of 2003-2015. As the difference of phenological stages between woody and herbaceous plants, the subset data set is divided into subsets of Woody and herbaceous. Woody plant subset mainly record the leaf bud breaking phase, leaf unfolding phase, first bloom phase, full flowering phase, fruit or seed ripened phase, leaf turning to autumn color phase and leaf falling phase. Herbaceous plant subset records the germination or turning green phase, flowering phase, fruit or seed ripened phase, seed dispersal phase, autumn wilting phase. In addition, the data set also contains the ecological station code, year, plot code, plot name, plot type, species name, Latin name, and so on. The data set could provide data support for climate change, carbon cycle, plant response to environmental change, etc.
DOI: 10.57760/sciencedb.383
title: Time and space distribution of monthly drought dataset in One Belt One Road area (1998 – 2015)
title: 1998～2015年“一带一路”地区逐月干旱时空分布数据集

description: The Tropical Rainfall Measuring Mission Satellite (TRMM) 3B43 precipitation data was used to calculate the spatio-temporal distribution of monthly drought in 216 months in One Belt One Road area from 1998 to 2015 based on the Precipitation Abnormity Percentage model, which provided reliable basic input data for analyzing the distribution patterns and dynamic changes of drought in the region. The total 324 MB drought distributions are in TIF format, and TRMM dataset has high authenticity when verified by ground station point data.
description: The Tropical Rainfall Measuring Mission Satellite (TRMM) 3B43 precipitation data was used to calculate the spatio-temporal distribution of monthly drought in 216 months in One Belt One Road area from 1998 to 2015 based on the Precipitation Abnormity Percentage model, which provided reliable basic input data for analyzing the distribution patterns and dynamic changes of drought in the region. The total 324 MB drought distributions are in TIF format, and TRMM dataset has high authenticity when verified by ground station point data.
DOI: 10.57760/sciencedb.42
title: The Inner Mongolia and Qinghai-Tibet Grassland Soil Biota Dataset
title: 内蒙古及青藏高原草地土壤生物数据集

description: The grassland ecosystem is the important part of the terrestrial ecosystem. In China, most grasslands locate in Inner Mongolia and Qinghai-Tibet. As a subset of Soil Biota database, the Inner Mongolia and Qinghai-Tibet grassland soil biota dataset is used to collect and integrate community compositions of soil biota (fauna, fungi, bacteria, and archaea) from these areas. Moreover, the environmental factors related to the sampling sites and soil samples are also collected, such as geographic positions, climates, plants, soil types, and soil physical and chemical properties.
description: The grassland ecosystem is the important part of the terrestrial ecosystem. In China, most grasslands locate in Inner Mongolia and Qinghai-Tibet. As a subset of Soil Biota database, the Inner Mongolia and Qinghai-Tibet grassland soil biota dataset is used to collect and integrate community compositions of soil biota (fauna, fungi, bacteria, and archaea) from these areas. Moreover, the environmental factors related to the sampling sites and soil samples are also collected, such as geographic positions, climates, plants, soil types, and soil physical and chemical properties.
DOI: 10.57760/sciencedb.01664
title: Geological parameters , settlement values and predicted values.
title: Geological parameters , settlement values and predicted values.

description: This is a dataset of geological parameters, settlement value data, and predicted values from four models of excavation measurement points.
description: This is a dataset of geological parameters, settlement value data, and predicted values from four models of excavation measurement points.
DOI: 10.57760/sciencedb.01669
title: Ultrafast isolated molecule imaging without crystallization
title: Ultrafast isolated molecule imaging without crystallization

description: #This folder contains 100 scans which include the pattern before time zeros（filename&gt;1420000） and the pattern around the alignment peak after four pluses. #The filename of each pattern is the position (the unit is 0.1 micrometer) of the delayline.#The patterns for the reconstruction are the third pattern (filename≈1187867) in each folder.
description: #This folder contains 100 scans which include the pattern before time zeros（filename&gt;1420000） and the pattern around the alignment peak after four pluses. #The filename of each pattern is the position (the unit is 0.1 micrometer) of the delayline.#The patterns for the reconstruction are the third pattern (filename≈1187867) in each folder.
DOI: 10.57760/sciencedb.1011
title: A dataset of water holding capacities of ground covers and soils in a typical forest-shrub ecotone on the eastern Qinghai-Tibet Plateau
title: 青藏高原东部典型林灌交错带地被物和土壤持水量数据集

description: Ground covers (i.e., litter and moss) and soils play a key role in water conservation and hydrological regulation of forest ecosystem. The changes of forest water conservation function in the source area of Minjiang River on the eastern Qinghai-Tibet Plateau are of great significances to the ecological environment construction and water resource security of the whole Minjiang River basin and even the upper reaches of the Yangtze River. Through field investigation and laboratory experiment, this dataset integrates the storage and maximum water holding capacity of ground covers and the bulk density, maximum water holding capacity and capillary water holding capacity of 0—20 cm soils of a typical alpine forest-shrub ecotone in the source area of Minjiang River. It is expected to provide scientific basis for further understanding the ecohydrological effect of the upper reaches of the Yangtze River, which is of great significance for sustainable management and water environment improvement of the regional forest ecosystem.
description: Ground covers (i.e., litter and moss) and soils play a key role in water conservation and hydrological regulation of forest ecosystem. The changes of forest water conservation function in the source area of Minjiang River on the eastern Qinghai-Tibet Plateau are of great significances to the ecological environment construction and water resource security of the whole Minjiang River basin and even the upper reaches of the Yangtze River. Through field investigation and laboratory experiment, this dataset integrates the storage and maximum water holding capacity of ground covers and the bulk density, maximum water holding capacity and capillary water holding capacity of 0—20 cm soils of a typical alpine forest-shrub ecotone in the source area of Minjiang River. It is expected to provide scientific basis for further understanding the ecohydrological effect of the upper reaches of the Yangtze River, which is of great significance for sustainable management and water environment improvement of the regional forest ecosystem.
DOI: 10.57760/sciencedb.23
title: Data Archive of the Multi-channel Infrared Solar Spectrograph（2001-2015）
title: 多通道近红外太阳光谱仪观测数据集（2001-2015年）

description: The observation and study of solar spectrum can help us to know the physical parameters, such as the plasma velocity, electron temperatures, electron density, etc. of the line formation layers of solar atmosphere, because different spectral lines are formed in different layers of the solar atmosphere. Simultaneous observations in multiple lines are important for establishing and testifying atmosphere models. The multi-channel infrared solar spectrograph (MISS) at Purple Mountain Observation records slit-jaw Hα monochromatic images and obtains spectral data in three spectral lines, namely, the Hα (6563Å) line、the CaII 8542Å line and the HeI 10830Å line. From MISS observation data, we can get information about the intensity at the line center, line wings and nearby continuum of the three lines, as well as line profiles and plasma velocity. So far, we have collected the observation data of MISS in the period from 2001up to now.
description: The observation and study of solar spectrum can help us to know the physical parameters, such as the plasma velocity, electron temperatures, electron density, etc. of the line formation layers of solar atmosphere, because different spectral lines are formed in different layers of the solar atmosphere. Simultaneous observations in multiple lines are important for establishing and testifying atmosphere models. The multi-channel infrared solar spectrograph (MISS) at Purple Mountain Observation records slit-jaw Hα monochromatic images and obtains spectral data in three spectral lines, namely, the Hα (6563Å) line、the CaII 8542Å line and the HeI 10830Å line. From MISS observation data, we can get information about the intensity at the line center, line wings and nearby continuum of the three lines, as well as line profiles and plasma velocity. So far, we have collected the observation data of MISS in the period from 2001up to now.
DOI: 10.57760/sciencedb.490
title: 中国西南野生生物种质资源数据库
title: 中国西南野生生物种质资源数据库

description: 数据库由野生植物种子数据71200多条，植物离体材料数据2000多条，植物DNA样品数据43300多条，动物材料数据53800多条，微生物资源数据2200多条等组成。
description: 数据库由野生植物种子数据71200多条，植物离体材料数据2000多条，植物DNA样品数据43300多条，动物材料数据53800多条，微生物资源数据2200多条等组成。
DOI: 10.57760/sciencedb.503
title: 民国南京城市历史地名数据集
title: 民国南京城市历史地名数据集

description: 民国南京城市历史地名记录着南京城市系统演变的历史，对南京城市史研究，南京民国史研究乃至中国近代史研究均有重要意义。本文选取1909，1927和1937年为时间轴截面，以对应时期的南京古旧地图为研究工作底图，收集并数字化民国南京三个时期的古旧地图和地方志，提取地名数据，对城市历史地名进行区分和分类，建立地名分类体系，并构建民国南京历史地名数据集。
description: 民国南京城市历史地名记录着南京城市系统演变的历史，对南京城市史研究，南京民国史研究乃至中国近代史研究均有重要意义。本文选取1909，1927和1937年为时间轴截面，以对应时期的南京古旧地图为研究工作底图，收集并数字化民国南京三个时期的古旧地图和地方志，提取地名数据，对城市历史地名进行区分和分类，建立地名分类体系，并构建民国南京历史地名数据集。