cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.57760/sciencedb.iga.00447
title: Spatial Data of Land Cover Change at 30m in the Tumen River Basin (Across China, North Korea, and Russia) (1990-2015)
title: 图们江流域(跨中、朝、俄) 30m土地覆被变化空间数据 (1990-2015年)

description: a. Data content (data file/table name, including observation index content)

The 30m spatial data of land cover change in the Tumen River Basin (spanning China, North Korea, and Russia) from 1990 to 2015 reflects the spatial distribution of land cover change in the Tumen River Basin from 1990 to 2015.

b. Construction purpose

By comparing remote sensing image data from 1990 and 2015, the land cover change situation within the Tumen River Basin is analyzed, providing data support and theoretical basis for land resource management.

c. Service object

It can widely serve scientific researchers in related disciplines such as geography and agriculture.

d. Time range of data

From 1990 to 2015

e. The spatial range of data

Tumen River Basin
description: a. Data content (data file/table name, including observation index content)

The 30m spatial data of land cover change in the Tumen River Basin (spanning China, North Korea, and Russia) from 1990 to 2015 reflects the spatial distribution of land cover change in the Tumen River Basin from 1990 to 2015.

b. Construction purpose

By comparing remote sensing image data from 1990 and 2015, the land cover change situation within the Tumen River Basin is analyzed, providing data support and theoretical basis for land resource management.

c. Service object

It can widely serve scientific researchers in related disciplines such as geography and agriculture.

d. Time range of data

From 1990 to 2015

e. The spatial range of data

Tumen River Basin
DOI: 10.57760/sciencedb.11449
title: 3D Printing of LuAG:Ce transparent ceramics for laser-driven lighting
title: 3D Printing of LuAG:Ce transparent ceramics for laser-driven lighting

description: The fabrication of transparent ceramics with freely designed geometries via 3D printing represents a paradigm shift in molding processes. The application of luminescent transparent ceramics (LTCs) in high-power laser-driven solid-state lighting has been significantly limited by traditional molding methods. Herein, dense cerium activated lutetium aluminum garnet (LuAG:Ce) transparent ceramics with good light transmittance (~40%) and complex structures were successfully fabricated using a digital light processing 3D printing method assisted by vacuum sintering. We developed an ink with a high solid content (~50 vol%) and good shear thinning property, and the optimal dye content (0.002 wt%) and exposure dose (80 mJ cm-2) to achieve 50 μm high-resolution printing were determined. A superhemispherical ceramic device with a convex curvature radius (R) of 11 mm, a concave curvature radius (r) of 10 mm, and a thickness of 1 mm was printed and sintered, which exhibited excellent laser-driven lighting properties and a high laser fluence threshold (19.22 W mm-2) owing to the special structure of surface guide grooves formed by 3D printing. Optical components prepared using 3D-printed LuAG:Ce LTCs with excellent physical and chemical properties have promising applications in next-generation high-power laser-driven solid-state lighting devices.
description: The fabrication of transparent ceramics with freely designed geometries via 3D printing represents a paradigm shift in molding processes. The application of luminescent transparent ceramics (LTCs) in high-power laser-driven solid-state lighting has been significantly limited by traditional molding methods. Herein, dense cerium activated lutetium aluminum garnet (LuAG:Ce) transparent ceramics with good light transmittance (~40%) and complex structures were successfully fabricated using a digital light processing 3D printing method assisted by vacuum sintering. We developed an ink with a high solid content (~50 vol%) and good shear thinning property, and the optimal dye content (0.002 wt%) and exposure dose (80 mJ cm-2) to achieve 50 μm high-resolution printing were determined. A superhemispherical ceramic device with a convex curvature radius (R) of 11 mm, a concave curvature radius (r) of 10 mm, and a thickness of 1 mm was printed and sintered, which exhibited excellent laser-driven lighting properties and a high laser fluence threshold (19.22 W mm-2) owing to the special structure of surface guide grooves formed by 3D printing. Optical components prepared using 3D-printed LuAG:Ce LTCs with excellent physical and chemical properties have promising applications in next-generation high-power laser-driven solid-state lighting devices.
DOI: 10.57760/sciencedb.psych.00159
title: The Impact of COVID-19 on Selective Attention: Impaired Inhibitory Control in Anxious Individuals
title: The Impact of COVID-19 on Selective Attention: Impaired Inhibitory Control in Anxious Individuals

description: two Flanker tasks to explore the characteristics of selective attention in the context of COVID-19
description: two Flanker tasks to explore the characteristics of selective attention in the context of COVID-19
DOI: 10.57760/sciencedb.agriculture.00030
title: Aphid Image Dataset Based on Natural Background(Aphis 13)
title: 基于自然背景的蚜虫图像数据集(Aphis 13)

description: The agricultural pest (aphid) dataset includes 13 categories of aphids, including peach powder aphid, peach aphid, cotton aphid, grain constriction aphid, silk thread aphid, peanut aphid, lettuce finger tube aphid, silver grass grain net aphid, cabbage aphid, radish aphid, corn aphid, walnut whole spot aphid, and pear green aphid, with a total of 6287 high-definition original images. Each type of aphid is stored separately in a folder, including long-distance images, medium distance images, and close range images
description: The agricultural pest (aphid) dataset includes 13 categories of aphids, including peach powder aphid, peach aphid, cotton aphid, grain constriction aphid, silk thread aphid, peanut aphid, lettuce finger tube aphid, silver grass grain net aphid, cabbage aphid, radish aphid, corn aphid, walnut whole spot aphid, and pear green aphid, with a total of 6287 high-definition original images. Each type of aphid is stored separately in a folder, including long-distance images, medium distance images, and close range images
DOI: 10.57760/sciencedb.iga.00448
title: Harbin Changchun Urban Agglomeration 30m Urban Area Expansion Spatial Dataset (2000-2015)
title: 哈尔滨-长春城市群30m城市面积扩张空间数据集(2000-2015年)

description: a. Data content (data file/table name, including observation index content)

The 30m urban area expansion spatial dataset of the Harbin Changchun urban agglomeration (2000-2015) reflects the spatial distribution of urban expansion area in the Harbin Changcheng urban agglomeration from 2000 to 2015.

b. Construction purpose

The strategic positioning of Harbin and Changchun urban agglomerations is an important growth pole for the revitalization and development of the old industrial base in Northeast China, an important gateway for the opening up of the north, a leading area for the innovation of the old industrial base system and mechanism, and a green ecological urban agglomeration. This dataset reflects the expansion of Harbin and Changchun urban agglomerations from 2000 to 2015, providing data support for urban planning and design, socio-economic consulting, social science research, and other fields.

c. Service object

It can widely serve scientific researchers and students in fields such as urban planning and design, socio-economic consultation, and social science research.

d. Time range of data

2000-2015

e. The spatial range of data

Harbin Changchun Urban Agglomeration
description: a. Data content (data file/table name, including observation index content)

The 30m urban area expansion spatial dataset of the Harbin Changchun urban agglomeration (2000-2015) reflects the spatial distribution of urban expansion area in the Harbin Changcheng urban agglomeration from 2000 to 2015.

b. Construction purpose

The strategic positioning of Harbin and Changchun urban agglomerations is an important growth pole for the revitalization and development of the old industrial base in Northeast China, an important gateway for the opening up of the north, a leading area for the innovation of the old industrial base system and mechanism, and a green ecological urban agglomeration. This dataset reflects the expansion of Harbin and Changchun urban agglomerations from 2000 to 2015, providing data support for urban planning and design, socio-economic consulting, social science research, and other fields.

c. Service object

It can widely serve scientific researchers and students in fields such as urban planning and design, socio-economic consultation, and social science research.

d. Time range of data

2000-2015

e. The spatial range of data

Harbin Changchun Urban Agglomeration
DOI: 10.57760/sciencedb.iga.00449
title: Remote Sensing Monitoring Spatial Dataset of 30m Saline Alkaline Land Distribution in Western Jilin Province (2015)
title: 吉林省西部30m盐碱地分布遥感监测空间数据集（2015年）

description: a. Data content (data file/table name, including observation index content)

This dataset includes remote sensing monitoring data from 2015 to understand the distribution of saline alkali land in Jilin Province, providing data support for the study of changes in the distribution of saline alkali land in western Jilin.

b. Construction purpose

Saline alkali land is an important feature of ecological degradation. According to incomplete statistics from UNESCO and FAO, the area of saline alkali land in China reaches 99.13 million hectares.

c. Service object

It can widely serve agricultural managers, producers, and scientific researchers and students in related disciplines such as environmental science and environmental ecology.

d. Time range of data

2015

e. The spatial range of data

Western Jilin Province
description: a. Data content (data file/table name, including observation index content)

This dataset includes remote sensing monitoring data from 2015 to understand the distribution of saline alkali land in Jilin Province, providing data support for the study of changes in the distribution of saline alkali land in western Jilin.

b. Construction purpose

Saline alkali land is an important feature of ecological degradation. According to incomplete statistics from UNESCO and FAO, the area of saline alkali land in China reaches 99.13 million hectares.

c. Service object

It can widely serve agricultural managers, producers, and scientific researchers and students in related disciplines such as environmental science and environmental ecology.

d. Time range of data

2015

e. The spatial range of data

Western Jilin Province
DOI: 10.57760/sciencedb.iga.00450
title: Remote Sensing Monitoring Spatial Dataset of 30m Saline Alkaline Land Distribution in Western Jilin Province (2000)
title: 吉林省西部30m盐碱地分布遥感监测空间数据集（2000年）

description: a. Data content (data file/table name, including observation index content)

This dataset includes remote sensing monitoring data from 2000 to understand the distribution of saline alkali land in Jilin Province, providing data support for the study of changes in the distribution of saline alkali land in western Jilin.

b. Construction purpose

Saline alkali land is an important feature of ecological degradation. According to incomplete statistics from UNESCO and FAO, the area of saline alkali land in China reaches 99.13 million hectares.

c. Service object

It can widely serve agricultural managers, producers, and scientific researchers and students in related disciplines such as environmental science and environmental ecology.

d. Time range of data

2000

e. The spatial range of data

Western Jilin Province
description: a. Data content (data file/table name, including observation index content)

This dataset includes remote sensing monitoring data from 2000 to understand the distribution of saline alkali land in Jilin Province, providing data support for the study of changes in the distribution of saline alkali land in western Jilin.

b. Construction purpose

Saline alkali land is an important feature of ecological degradation. According to incomplete statistics from UNESCO and FAO, the area of saline alkali land in China reaches 99.13 million hectares.

c. Service object

It can widely serve agricultural managers, producers, and scientific researchers and students in related disciplines such as environmental science and environmental ecology.

d. Time range of data

2000

e. The spatial range of data

Western Jilin Province
DOI: 10.57760/sciencedb.iga.00451
title: Historical Dataset of Local Maize Variety Resources in Jilin Province (1988)
title: 吉林省玉米地方品种资源历史数据集(1988年)

description: a. Data content (data file/table name, including observation index content)

The Historical Dataset of Corn Local Variety Resources in Jilin Province (1988) collected and organized the main corn local variety resources in the 1980s within Jilin Province, providing data support for research on corn breeding and other aspects.

Contains 1 worksheet:

(1) Historical Dataset of Local Maize Variety Resources in Jilin Province (1988)

b. Construction purpose

Mainly used for research and application in variety breeding and planting industry.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

The data was collected in 1988

e. The spatial range of data

Jilin Province
description: a. Data content (data file/table name, including observation index content)

The Historical Dataset of Corn Local Variety Resources in Jilin Province (1988) collected and organized the main corn local variety resources in the 1980s within Jilin Province, providing data support for research on corn breeding and other aspects.

Contains 1 worksheet:

(1) Historical Dataset of Local Maize Variety Resources in Jilin Province (1988)

b. Construction purpose

Mainly used for research and application in variety breeding and planting industry.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

The data was collected in 1988

e. The spatial range of data

Jilin Province
DOI: 10.57760/sciencedb.iga.00453
title: Jilin Province Population and Socio Economic Dataset (2017)
title: 吉林省人口与社会经济数据集（2017年）

description: a. Data content (data file/table name, including observation index content)

The Population and Socio Economic Dataset of Jilin Province (2017) reflects the socio-economic, population and labor, agricultural production, finance, tourism, health, education, social security, and other indicators of Jilin Province, including the year-end total population, gross domestic product, and crop planting area.

b. Construction purpose

The system collects, organizes, and saves population and socio-economic data of Jilin Province, accumulating basic data resources for the ecological civilization construction, environmental protection, industrial and agricultural production, and other aspects of the black soil area.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

2017

e. The spatial range of data

Jilin Province
description: a. Data content (data file/table name, including observation index content)

The Population and Socio Economic Dataset of Jilin Province (2017) reflects the socio-economic, population and labor, agricultural production, finance, tourism, health, education, social security, and other indicators of Jilin Province, including the year-end total population, gross domestic product, and crop planting area.

b. Construction purpose

The system collects, organizes, and saves population and socio-economic data of Jilin Province, accumulating basic data resources for the ecological civilization construction, environmental protection, industrial and agricultural production, and other aspects of the black soil area.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

2017

e. The spatial range of data

Jilin Province
DOI: 10.57760/sciencedb.iga.00454
title: Jilin Province Rural Place Names Dataset (1980s)
title: 吉林省乡村地名数据集(1980s)

description: a. Data content (data file/table name, including observation index content)

The Jilin Province Rural Place Names Dataset (1980s) records the name changes of geographical locations, which is of great significance for the comparison of historical data. This dataset includes place name information of 5 counties in Jilin Province, providing data support for the study of geographical location name changes.

Contains 5 worksheets:

(1) Dehui County Rural Place Names List Dataset

(2) Fuyu County Rural Place Names List Dataset

(3) Gongzhuling Rural Gazetteer Dataset

(4) Jiutai County Rural Place Names Dataset

(5) Yushu County Rural Place Names Dataset

b. Construction purpose

Master the changes in place name information and provide positional references for comparing historical data with contemporary data. Mainly used in fields such as geology, agriculture, environmental monitoring, and environmental protection.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

Data collection time from 1980 to 1989

e. The spatial range of data

Jilin Province
description: a. Data content (data file/table name, including observation index content)

The Jilin Province Rural Place Names Dataset (1980s) records the name changes of geographical locations, which is of great significance for the comparison of historical data. This dataset includes place name information of 5 counties in Jilin Province, providing data support for the study of geographical location name changes.

Contains 5 worksheets:

(1) Dehui County Rural Place Names List Dataset

(2) Fuyu County Rural Place Names List Dataset

(3) Gongzhuling Rural Gazetteer Dataset

(4) Jiutai County Rural Place Names Dataset

(5) Yushu County Rural Place Names Dataset

b. Construction purpose

Master the changes in place name information and provide positional references for comparing historical data with contemporary data. Mainly used in fields such as geology, agriculture, environmental monitoring, and environmental protection.

c. Service object

Students and researchers engaged in related research, as well as management and teaching personnel.

d. Time range of data

Data collection time from 1980 to 1989

e. The spatial range of data

Jilin Province
DOI: 10.57760/sciencedb.iga.00455
title: Jilin Province 1:100000 Soil Distribution Dataset (1959)
title: 吉林省1:100万土壤分布数据集(1959年)

description: a. Data content (data file/table name, including observation index content)

The 1:100000 soil distribution dataset (1959) in Jilin Province reflects the main soil types and their distribution, including an indicator of soil type.

b. Construction purpose

Understand the soil distribution situation in Jilin Province, and provide data support for agricultural production zoning, farmland fertility evaluation, and farmland nutrient management.

c. Service object

It can widely serve managers, producers, and scientific researchers and students in related disciplines such as agriculture, forestry, animal husbandry, etc.

d. Time range of data

1959

e. The spatial range of data

Jilin Province
description: a. Data content (data file/table name, including observation index content)

The 1:100000 soil distribution dataset (1959) in Jilin Province reflects the main soil types and their distribution, including an indicator of soil type.

b. Construction purpose

Understand the soil distribution situation in Jilin Province, and provide data support for agricultural production zoning, farmland fertility evaluation, and farmland nutrient management.

c. Service object

It can widely serve managers, producers, and scientific researchers and students in related disciplines such as agriculture, forestry, animal husbandry, etc.

d. Time range of data

1959

e. The spatial range of data

Jilin Province
DOI: 10.57760/sciencedb.iga.00456
title: Dataset for Comprehensive Utilization Technology of Agricultural Straw (2011)
title: 农田秸秆综合利用技术数据集（2011年）

description: a. Data content (data file/table name, including observation index content)

The dataset of comprehensive utilization technology of agricultural straw (2011) summarizes the new technologies and methods of straw utilization in China in recent years.

Contains 1 Word document:

(1) Dataset of Comprehensive Utilization Technology of Agricultural Straw

b. Construction purpose

Straw burning causes serious environmental pollution and wastes a large amount of organic fertilizer resources. According to national instructions, Heilongjiang Province launched a pilot project for promoting the comprehensive utilization of crop straw throughout the county in 2018. This dataset is a specialized service dataset for targeted processing and production of local major agricultural engineering projects.

c. Service object

Personnel involved in the comprehensive utilization of crop straw in Heilongjiang Province and related regions, as well as other relevant students, researchers, management and teaching personnel.

d. Time range of data

Data collection period is from 2011 to 2019

e. The spatial range of data

China
description: a. Data content (data file/table name, including observation index content)

The dataset of comprehensive utilization technology of agricultural straw (2011) summarizes the new technologies and methods of straw utilization in China in recent years.

Contains 1 Word document:

(1) Dataset of Comprehensive Utilization Technology of Agricultural Straw

b. Construction purpose

Straw burning causes serious environmental pollution and wastes a large amount of organic fertilizer resources. According to national instructions, Heilongjiang Province launched a pilot project for promoting the comprehensive utilization of crop straw throughout the county in 2018. This dataset is a specialized service dataset for targeted processing and production of local major agricultural engineering projects.

c. Service object

Personnel involved in the comprehensive utilization of crop straw in Heilongjiang Province and related regions, as well as other relevant students, researchers, management and teaching personnel.

d. Time range of data

Data collection period is from 2011 to 2019

e. The spatial range of data

China