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Time 2024-07-25
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| Project source | Terminal year | Project Classification | Project name | Project number | Host name |
| Fund Committee | 2023 | Special items | Natural-social system multi-scale interaction mode coupling for natural-social system system for carbon neutralization and optimal paths、Data monitoring support and decision -making support research top -level design (total topic) | 42341202 | Zhang Xiaoli |
| Fund Committee | 2023 | Key project | South Asian pollutant deep on the effect of fluid chemical transportation on the Qinghai -Tibet Plateau UTLS air solution and rolling cloud | 42330603 | Ma Jianzhong |
| Fund Committee | 2023 | Excellent Youth Science Fund Project | Research on the Boundary of the atmosphere and its environmental impact | 42322504 | Miao Yucong |
| Fund Committee | 2023 | Excellent Youth Science Fund Project | Disaster Weather Information Assimilation | 42322507 | Li Xin |
| Fund Committee | 2023 | Youth Science Fund Project | corn/peanut zone composite planting system moisture dynamic changes and efficient resource use research | 32301725 | Wang Qi |
| Fund Committee | 2023 | Youth Science Fund Project | Chinese wheat composite high temperature drought disaster risk assessment | 42301100 | He Yan |
| Fund Committee | 2023 | Youth Science Fund Project | Northern agriculture and animal husbandry based on remote sensing and crop model data assimilation research | 42301465 | Zhuowen |
| Fund Committee | 2023 | Youth Science Fund Project | Typhoon Crossing Taiwan Island once again enters the sea, the heat power process research after the eyes of the eye wall | 42305007 | Wang Hui |
| Fund Committee | 2023 | Youth Science Fund Project | East Asian seasonal and rainy development of the main model recognition and seasonal prediction new method research | 42305044 | Ma Jieru |
| Fund Committee | 2023 | Youth Science Fund Project | Study on the predictive prediction method of precipitation prediction method in my country's flood season based on the combination of mode errors and machine learning | 42305045 | Wang Lin |
| Fund Committee | 2023 | Youth Science Fund Project | For manual、Research on the characteristics of Chinese thunderstorm multi -scale changes in the fusion of data fusion | 42305047 | Xue Xiaoying |
| Fund Committee | 2023 | Youth Science Fund Project | Autumn Eurasia Mid -high Weishi Jixue's Influence on the Winter Snow variation of the Qinghai -Tibet Plateau | 42305066 | Han Shuangze |
| Fund Committee | 2023 | Youth Science Fund Project | Under the condition of strong turbulence conditions, cloud radar detection columnar ice crystal method research | 42305087 | Li Haoran |
| Fund Committee | 2023 | Youth Science Fund Project | Winter wheat drought disaster and disasters and lifting mechanisms and their critical conditions research | 42305133 | Song Xingyang |
| Fund Committee | 2023 | Youth Science Fund Project | High -resolution data fusion and key feature extraction method of high -resolution data based on network dual polarization radar | 42305156 | Wu Yan |
| Fund Committee | 2023 | Youth Science Fund Project | Evaluation of the formation process based on the changes in the downstream daily daily daily daily daily daily daily change of the Qinghai -Tibet Plateau | 42305169 | Zhou Yihui |
| Fund Committee | 2023 | Youth Science Fund Project | Research on the improvement of the regional high -precision carbon source exchange system | 42305179 | Guo Lifeng |
| Fund Committee | 2023 | Youth Science Fund Project | The process mechanism and attribution of extreme precipitation events in the warm and humidization process of northwestern China and the Qinghai -Tibet Plateau | 42305185 | Wang Qian |
| Fund Committee | 2023 | Youth Science Fund Project | The total radiation estimation and the mechanism of change of the whole Antarctic solar -based in multi -source data | 42306270 | Zeng Zhaoliang |
| Fund Committee | 2023 | Youth Science Fund Project | Vertical wind cutting affects the dynamic mechanism formed by the second eye wall formed by the tropical cyclone | 42305005 | Wang Yifan |
| Fund Committee | 2023 | Youth Science Fund Project | Research on the heating process of large lake thermal power process based on the three-dimensional lake-ice coupling model | 42305015 | Wu Yang |
| Fund Committee | 2023 | Youth Science Fund Project | A mechanism research on the interactive effect of air-soluble-cloud-clip in the flow of flowing | 42305083 | Xu Xiaoqi |
| Fund Committee | 2023 | Youth Science Fund Project | Dynamic vegetation process Research on the feedback mechanism for summer composite high temperature and drought in the Yangtze River Basin | 42305130 | Liu Weiguang |
| Fund Committee | 2023 | Youth Science Fund Project | Machine learning -based standards adaptive cloud vertical overlap physical parameterization scheme construction and evaluation | 42305177 | Xiao Haixia |
| Fund Committee | 2023 | Project on the surface | The "scale adaptation" boundary layer of the gray zone in the typhoon environment improves the improvement of the boundary layer of the border layer and its impact on the roller vortex | 42375015 | Xu Hongxiong |
| Fund Committee | 2023 | Project on the surface | The sensitive environmental characteristics and mechanism of the development of the flow system in the South China warm district and the mechanism of its role | 42375017 | Liang Zhaoming |
| Fund Committee | 2023 | Project on the surface | Asian summer wind explosion combined modal and ocean basin, the coordinated impact on the precipitation season process of the eastern flood season in my country | 42375033 | Liu Boqi |
| Fund Committee | 2023 | Project on the surface | Research on the Extreme High temperature mechanism of summer composite composite in my country | 42375041 | Chen Yang |
| Fund Committee | 2023 | Project on the surface | Qi -soluble's maximum instant instantaneous instantaneous instantaneous instantaneous instantaneous instantaneous and cumulative precipitation mechanism of gas solution | 42375080 | Yunyu Xing |
| Fund Committee | 2023 | Project on the surface | North China Farmland Ecosystem Vegetated Vegetable、The effects of spit water and soil on the general volume and secondary pollution of the atmosphere | 42375117 | Xu Wanzhang |
| Fund Committee | 2023 | Project on the surface | Under the target of net zero emissions targets, the Arctic channel can be navigable and its impact on the global trade pattern | 42375175 | Wei Ting |
| Fund Committee | 2023 | Project on the surface | The vertical evolution of air-solving optical optics under the complex terrain and the influence mechanism of the radiation effect on the boundary layer | 42375188 | Zheng Yu |
| Fund Committee | 2023 | Project on the surface | Low -frequency strong sound waves affect the effect of cloud precipitation micro physical processes and the effect of rainfall effect | 42375198 | Yao Zhanyu |
| Fund Committee | 2023 | National Outstanding Youth Science Fund | Atmospheric boundary layer-interaction for flowing cloud precipitation | 42325501 | Guo Jianping |
| Fund Committee | 2022 | Youth Science Fund Project | Research on the response characteristics of the Qinghai -Tibet Plateau rainfall and melting water erosion to climate change | 42201156 | Chen Yueli |
| Fund Committee | 2022 | Youth Science Fund Project | Research on the Impact Mechanism of the thermal Effect of the Central South Peninsula on the heavy rain during the flood during the flood period in South China | 42205014 | Gao Xiaoyu |
| Fund Committee | 2022 | Youth Science Fund Project | Multi -mode integrated probability forecast method of thunderstorm and wind and space self -adaptive wind speed grading and spatial characteristics | 42205159 | Ji Luying |
| Fund Committee | 2022 | Youth Science Fund Project | Research on the impact of vegetation stomach absorption and BVOC emissions on Chinese ozone pollution | 42205118 | Leiyong |
| Fund Committee | 2022 | Youth Science Fund Project | Study on the Characteristic Evolution and Triging Mechanism of the Tibetan Plateau in the Qinghai -Tibet Plateau | 42205013 | Li Juan |
| Fund Committee | 2022 | Youth Science Fund Project | Power-physical coupling method on the effects of sensitivity of the mode time step-long. | 42205160 | Li Xiaohan |
| Fund Committee | 2022 | Youth Science Fund Project | ENSO time and space dual -modal and annual circular nonlinear interaction on East Asia precipitation | 42205047 | Liu Mingzheng |
| Fund Committee | 2022 | Youth Science Fund Project | The difference between the sea and land that affects the warmth of the warm clouds in eastern China | 42205084 | Liu Zhoukun |
| Fund Committee | 2022 | Youth Science Fund Project | Qinghai -Tibet Plateau thermal force forced the impact of Southeast Asian summer wind and the regulatory effect of North Atlantic | 42205042 | Lu Mengmeng |
| Fund Committee | 2022 | Youth Science Fund Project | Cloud feedback simulation of uncertainty and attribution research | 42205041 | Miao Hao |
| Fund Committee | 2022 | Youth Science Fund Project | Rearly Delivery Exchange on the Boundary of the atmosphere and the numerical simulation research on the impact of PM2.5-O3 composite pollution | 42205120 | Peng Yan |
| Fund Committee | 2022 | Youth Science Fund Project | Study on the characteristics of flash distance features on different heights and shapes | 42205087 | Ziqi |
| Fund Committee | 2022 | Youth Science Fund Project | Antarcticity of Antarctic Anti -ground ozone area distribution characteristics and its changes mechanism research | 42201151 | Tian Biao |
| Fund Committee | 2022 | Youth Science Fund Project | Study on Global Cloud Radiation Effect based on high vertical resolution emptiness | 42205089 | Xu Hui |
| Fund Committee | 2022 | Youth Science Fund Project | Typhoon near the ground wind farm high -frequency change features and its impact on large span bridge | 42205197 | Yang Huadong |
| Fund Committee | 2022 | Youth Science Fund Project | Research on the shape of ice crystal in the radiation parameterization scheme | 42205169 | Yang Quan |
| Fund Committee | 2022 | Youth Science Fund Project | Mixed phase-based cloud-based cloud ice-water proportions and radiation effect research based on multi-spectral observations | 42205086 | Yao Bin |
| Fund Committee | 2022 | Youth Science Fund Project | In the background of Meiyufeng's circulation, the mechanism of the inlaid type of streaming triggers | 42205005 | Zhang Fan |
| Fund Committee | 2022 | Youth Science Fund Project | Parameterization schemes of atmospheric particulates and sinking parameterization schemes and its impact assessment on the PM2.5 simulation of PM2.5 in the central and eastern my country | 42207134 | Zhang Lei |
| Fund Committee | 2022 | Youth Science Fund Project | Qinghai -Tibet Plateau -based summer precipitation of the Qinghai -Tibet Plateau based on sea temperature changes | 42205036 | Zhao Yin |
| Fund Committee | 2022 | Youth Science Fund Project | Global seamless gap based on the fusion of poly source heterogeneous data、China's high -precision and dynamic update atmosphere CO2 concentration counter -research | 42205152 | Zhong Junting |
| Fund Committee | 2022 | Youth Science Fund Project | Cumulative effect of corn arid disaster and its production reduction mechanism research | 42205126 | Zhou Huailin |
| Fund Committee | 2022 | Youth Science Fund Project | 10-15D extended precipitation probability forecast research based on multi-mode output statistics and modal projection methods | 42205162 | Zhu Shoupeng |
| Fund Committee | 2022 | Project on the surface | Study on the process mechanism of the isolation and deep convection process based on the large vortex simulation | 42275082 | Gao Wenhua |
| Fund Committee | 2022 | Project on the surface | Fengyun Static Satellite high-frequency air-soluble components-Optical radiation characteristics and different air-soluble components radiation effect research | 42275195 | Li Lei |
| Fund Committee | 2022 | Project on the surface | Land Static Satellite Infrared Imaging Method Method Method Research | 42275167 | Li Xin |
| Fund Committee | 2022 | Project on the surface | Based on alpine observation research and research high -aerobic aging characteristics and activation characteristics and its impact on the distribution of clouds | 42275121 | Liu Quan |
| Fund Committee | 2022 | Project on the surface | Study on the physical cause mechanism of high temperature and air pollution superimposed in Beijing -Tianjin -Hebei region | 42275198 | Miao Yucong |
| Fund Committee | 2022 | Project on the surface | The influence of the Fenghe River on the long -distance rainstorm of Chinese typhoons | 42275037 | Ren Fumin |
| Fund Committee | 2022 | Project on the surface | Non -methane short life climate obsessive factor reduction of emission reduction on future Asian extreme climate and population exposure risk research | 42275042 | Wang Zhili |
| Fund Committee | 2022 | Project on the surface | Differences on the development characteristics of the developing characteristics of lightning pioneers and the period of pertineries | 42275090 | Wu Bin |
| Fund Committee | 2022 | Project on the surface | Back Style-Boundal interaction and parameterization research | 42275163 | Xue Haile |
| Fund Committee | 2022 | Project on the surface | The impact of the southern El Nino's influence on Bet365 Online Live Dealerthe transmission process of the flat flow layer in Asian summer winds | 42275093 | Yan Xiaolu |
| Fund Committee | 2022 | Project on the surface | The concentration level of the atmospheric peroxyl acetyl nitrate in the Qinghai -Tibet Plateau and the background areas、Study on the rules of change and source characteristics | 42275127 | Zhang Gen |
| Fund Committee | 2022 | Project on the surface | Research on non -radiated biological physical effects and key land surface physical processes of land coverage in my country | 42275094 | Zhang Guo |
| Fund Committee | 2022 | Project on the surface | In the future, the active composition of atmospheric radiation activity under different emission reduction path changes to the global and East Asian warming process and precipitation impact mechanism | 42275039 | Zhang Hua |
| Fund Committee | 2022 | Union Fund Project | Study on abnormal evolutionary evolution of rain bands based on time scale separation | U2242206 | Ren Manol |
| Fund Committee | 2022 | Union Fund Project | East Asia Juefeng Year loop on the influence and prediction research on the seasons of the precipitation during the flood season in China | U2242205 | Wish Congwen |
| Fund Committee | 2022 | National Outstanding Youth Science Fund | Analysis and Simulation Study on precipitation refined characteristics in complex terrain regions | 42225505 | Li Jian |
| Fund Committee | 2021 | Special items | Strategic Research Category: Weather Development Strategy Research | 42142011 | Liang Xudong |
| Fund Committee | 2021 | Special items | Scientific Communication: The practice of youth meteorological science in disaster prevention and reduction ability | 42142040 | Yu Yubin |
| Fund Committee | 2021 | Special items | The potential and risk assessment of the land ecosystem of the Sanbei Engineering Zone | 42141007 | Zhou Guangsheng |
| Fund Committee | 2021 | Key project | The influence mechanism and simulation research of plant material changes | 42130514 | Zhou Guangsheng |
| Fund Committee | 2021 | major project topic | Demonstration of the multi -scale value forecast mode of typhoons | 42192554 | Duanyihong |
| Fund Committee | 2021 | Excellent Youth Science Fund Project | Polar Meteorology and Frozen Circle | 42122047 | Ding Minghu |
| Fund Committee | 2021 | Youth Science Fund Project | Study on the characteristics of the Beijing -Tianjin -Hebei region based on the satellite -based tracked Beijing -Tianjin -Hebei region and the relationship between the relationship between the air -soluble | 42105090 | Chen Tianmeng |
| Fund Committee | 2021 | Youth Science Fund Project | A target observation network design for improving the black tide extension of the modal transformation forecast | 42106036 | Geng Yu |
| Fund Committee | 2021 | Youth Science Fund Project | Tropical cyclones based on passive microwave remote sensing vertical structural physical constraints of physical constraints. Research | 42105136 | Hu Hao |
| Fund Committee | 2021 | Youth Science Fund Project | Extreme drought to northern China、Research on the Influence of Water Use efficiency of grass ecosystems | 42105160 | Huang Mengtian |
| Fund Committee | 2021 | Youth Science Fund Project | The attribution and estimation of the changes in regional cold and cold in China in China | 42105163 | Liaozhen |
| Fund Committee | 2021 | Youth Science Fund Project | Research on the multi -time temperature change of the Arctic and the Qinghai -Tibet Plateau in the past 2000 | 42101141 | Qiwei |
| Fund Committee | 2021 | Youth Science Fund Project | Multiform weather system precipitation forecast The scale self -adaptation collection probability matching method Study | 42105006 | Qiao Xiaozheng |
| Fund Committee | 2021 | Youth Science Fund Project | Simulation of coupling mode simulation on the impact of the Qinghai -Tibet Plateau on ENSO | 42105048 | Su Baohuang |
| Fund Committee | 2021 | Youth Science Fund Project | Strong level of mesh turbulence characteristics and parameterization schemes in the stream system | 42105151 | Sun Shiwei |
| Fund Committee | 2021 | Youth Science Fund Project | ENSO diversity based on space -time integrated typing on the Arctic Sea Ice Influence Research | 42105067 | Wang Run |
| Fund Committee | 2021 | Youth Science Fund Project | In the impact of internal changes inside the winter atmosphere on the temperature abnormal temperature of the Arctic-Eurasian region | 42105036 | Wang Sai |
| Fund Committee | 2021 | Youth Science Fund Project | BSISO and the Qinghai -Tibet Plateau's joint effects on the Sichuan -Yunnan area of the Sichuan -Yunnan area and their mechanisms | 42105065 | Yang Linyun |
| Fund Committee | 2021 | Youth Science Fund Project | Qinghai -Tibet Plateau cloud features and radiation forced research based on satellite active remote sensing and objective weather typing | 42105078 | Yu Road |
| Fund Committee | 2021 | Youth Science Fund Project | Jianghuai Plain's warm season atmosphere and time and space characteristics and formation mechanism research | 42105007 | Zhang Shu Shi |
| Fund Committee | 2021 | Youth Science Fund Project | Dual -band cloud radar and dual polarized radar joint anti -drops of raindrop spectrum vertical distribution | 42105141 | Zhang Yang |
| Fund Committee | 2021 | Youth Science Fund Project | The dynamic synchronization of forests around the sea around the sea and the North China area and its relationship with the rapid change of the Arctic | 42101138 | Zhao Shoudong |
| Fund Committee | 2021 | Youth Science Fund Project | Qi-soluble gum-cloud interaction and its radiation superposition effect on the impact mechanism of haze pollution | 42105138 | Zheng Yu |
| Fund Committee | 2021 | Project on the surface | Seamlessly seamless air-soluble optical thickness thickness anti-disclosure and its drive mechanism research-Take the North China Plain as an example | 42175153 | Guike |
| Fund Committee | 2021 | Project on the surface | Lushan low cloud border macro characteristics and air-soluble-cloud drip nucleification process based on the multi-source observation of ropeways | 42175109 | Duan Jing |
| Fund Committee | 2021 | Project on the surface | The key boundary process and mechanism of the key boundary of Hainan Island to trigger the flow of flow | 42175009 | Liang Zhaoming |
| Fund Committee | 2021 | Project on the surface | Research on the Impact attenuation rate of the strength attenuation rate of the typhoon after landing after the underlying dynamic heat forces | 42175011 | Liu Lu |
| Fund Committee | 2021 | Project on the surface | The difference between the impact of high buildings on the development of positive and negative flash channels and its mechanism research | 42175108 | Lu Weitao |
| Fund Committee | 2021 | Project on the surface | Dynamic monitoring of crops based on the complete set of positive and positive surface reflectivity data | 32171916 | Wang Peijuan |
| Fund Committee | 2021 | Project on the surface | The weak typhoon in the South China Sea triggers the mechanism of strong precipitation in my country | 42175007 | Wei Na |
| Fund Committee | 2021 | Project on the surface | The quasi -weekly positive feedback mechanism between the North Polar Turbus and the Arctic temperature and the role of its role in the warmth of the Arctic | 42175053 | Xiao Dong |
| Fund Committee | 2021 | Project on the surface | A variety of feedback mechanisms between haze and optical pollution mechanisms between the rural areas of North China on the impact on PAN production | 42175127 | Xu Wanzhang |
| Fund Committee | 2021 | Project on the surface | The mechanism research of the rapid enhancement of high -altitude and cold air on my country's near -sea tropical cyclone | 42175008 | Yu Yubin |
| Fund Committee | 2021 | Project on the surface | Analysis of fine granules based on chemical components and digital spectrum distribution-two-step method | 42175128 | Zhang Yangmei |
| Fund Committee | 2021 | Project on the surface | Study on the first birth and evolution of the northeast cold vortex based on multi -source satellite data | 42175006 | Zhuge Xiaoyong |
| Fund Committee | 2021 | Union Fund Project | kilometer -scale evaluation of refined forecasting of the streaming process for the streaming process | U2142214 | Chen Haoming |
| Fund Committee | 2021 | Union Fund Project | Research on the new method of refined forecasting of the main basin of the main basin of the main basin in the eastern part of Eastern China | U2142205 | Zhai Panmao |
| Fund Committee | 2021 | Union Fund Project | Study on the pre -signal and adaptive observation of the summer strong in the Beijing -Tianjin -Hebei area | U2142209 | Guo Jianping |
| Fund Committee | 2021 | Union Fund Project | High -density X -band and S -band Weather radar networking method and strong precipitation and storms close to forecast key technologies | U2142210 | Liu Liping |
| Fund Committee | 2021 | Union Fund Project | The exquisite storm evolution and the research of the strong storm and the research on the disaster mechanism of the local wind disaster caused by the Jianghuai area | U2142203 | Sun Jisong |
| Fund Committee | 2021 | Union Fund Project | Suitable for a full pole solution solution plan for the fast radiation transmission mode ARMS and analysis accompanying mode research | U2142212 | Weng Fuzhong |
| Fund Committee | 2020 | Key project | The effect of air -soluble gel radiation effect on the influence mechanism of influence and precipitation in the autumn and winter regions of the Bohai Rim region | 42030608 | Che Huizheng |
| Fund Committee | 2020 | Key project | Study on the Extreme Precipitation Mechanism of the Southeast coastal urban agglomeration in the southeast of China | 42030610 | Luo Yali |
| Fund Committee | 2020 | major items | my country's regional/global integrated numerical numerical weather coupling forecast and re -analysis system research | 42090030 | Zhang Xiaoli |
| Fund Committee | 2020 | Youth Science Fund Project | Summer cloud precipitation features in the central and southeast regions of Qinghai -Tibet Plateau、Differences and its causes | 42005070 | Chang Yi |
| Fund Committee | 2020 | Youth Science Fund Project | The influence of the influence of forecasting can be heated on the South China Sea summer wind explosion | 42005011 | Jiang Ning |
| Fund Committee | 2020 | Youth Science Fund Project | Multi -wavelength Raman Lidar Anti -acting new method research and application of air -soluble micro -physical parameters | 42001294 | Li Jian |
| Fund Committee | 2020 | Youth Science Fund Project | Urban under the face of hail and precipitation affects physical mechanism research | 42005008 | Li Mingxin |
| Fund Committee | 2020 | Youth Science Fund Project | East Asia Summer Precipituential Rain Troupe Refined Structure Research Simulation Research | 42005039 | Li Puxi |
| Fund Committee | 2020 | Youth Science Fund Project | Tropical Pacific Hange CO2 flux to response and mechanism research on the central and eastern ENSO | 42005038 | Wang Lei |
| Fund Committee | 2020 | Youth Science Fund Project | The impact of global warming on East Assembly season cycle and future estimates | 42005131 | 鄢 鄢 |
| Fund Committee | 2020 | Project on the surface | High -resolution simulation deviation assessment of regional precipitation events in different sides of the southwest complex terrain area | 42075154 | Chen Haoming |
| Fund Committee | 2020 | Project on the surface | Study on the decrease of winter wheat planting area of the North China Plain and Research on Water Sales Increased Efficiency | 42075193 | Fang Shibo |
| Fund Committee | 2020 | Project on the surface | Study on the parameterization scheme of the adaptive atmospheric boundary layer layer | 42075151 | Peng Xindong |
| Fund Committee | 2020 | Project on the surface | Study on the Parameterization of Low Visibility Based on atmospheric oscillating digital spectrum and hygroscopic observation | 42075082 | Shen Xiaojing |
| Fund Committee | 2020 | Project on the surface | Study on the feature parameters of the icing characteristics of strong covering ice formation and transmission line | 52078480 | Song Lili |
| Fund Committee | 2020 | Project on the surface | Simulation Simulation Study on the Internal Internal Internal Internal Electricity Process | 42075088 | Xu Liangtao |
| Fund Committee | 2020 | Project on the surface | Research on Yunwei Physics Process based on water -condensed particles group trajectory | 42075083 | Yin Jinfang |
| Fund Committee | 2020 | Project on the surface | Hangzhou atmospheric peroxide acetyl acetyl nitrate PAN and its homogeneous objects PPN and MPAN observation and simulation research | 42075112 | Zhang Gen |
| Fund Committee | 2019 | Project on the surface | Study on secondary pollutants-optimized regulatory methods based on Grapes-CUACE accompanying mode | 41975173 | Anxingqin |
| Fund Committee | 2019 | Project on the surface | Observation Study on the Characteristics of Environmental Gaswolf Display Phase Functions in North China | 41975043 | Bian Yuxuan |
| Fund Committee | 2019 | Youth Science Fund Project | The medium -scale interoperability evolution characteristics of the flow system based on the new generation of static satellite data and the study of its development mechanism | 41905035 | Chen Dandan |
| Fund Committee | 2019 | Youth Science Fund Project | Bingyun-The Effects of the Effects of Gas Band Internal Optical Related on Radiation Computing and Climate Simulation Study | 41905003 | Chen Qi |
| Fund Committee | 2019 | Special Fund Project | Strategy Research on the Development of Earth System Model | 41942043 | Duanyihong |
| Fund Committee | 2019 | Youth Science Fund Project | Artificial Lines measured by high -sensitivity magnetic fields based on high -sensitive magnetic fields. | 41905004 | Fan Yanfeng |
| Fund Committee | 2019 | Project on the surface | Under the pad surface change affects the numerical simulation research on the concentration of gas -soluble gel concentration in my country | 41975131 | He Jianjun |
| Fund Committee | 2019 | Youth Science Fund Project | Chinese rapeseed production area production area increase potential and channel research | 41905103 | Hudi |
| Fund Committee | 2019 | Youth Science Fund Project | Fengyun satellite microwave atmospheric detection data accuracy evaluation and cloud detection technology research | 41905036 | Hou Xueyan |
| Fund Committee | 2019 | Youth Science Fund Project | The impact of oscillating oscillation in the atmospheric season in the Asian monsoon area on the carbon flux in southeast China | 41905076 | Li Jianying |
| Fund Committee | 2019 | Youth Science Fund Project | Remote Remote Research on Remote Sensing Anti -Drivers based on domestic high score 5 satellite observation | 41905117 | Li Lei |
| Fund Committee | 2019 | Key project | Research on the influence of the influence of abnormal precipitation of the Qinghai -Tibet Plateau and the Bay Bay storm | 41930972 | Li Ying |
| Fund Committee | 2019 | Youth Science Fund Project | Study on the relationship between the chemical composition of fog water and its relationship with the fog micro -physical characteristics | 41905128 | Luan Tian |
| Fund Committee | 2019 | Project on the surface | Two types of ENSO's dynamic Bet365 Online Live Dealerquantitative diagnosis and mechanism research with the year cycle | 41975094 | Ren Manol |
| Fund Committee | 2019 | Project on the surface | Research and application analysis based on multi -frequency Readopophar Speed Micro Physics Parameter Research and Application Analysis | 41975046 | Ruan Zheng |
| Fund Committee | 2019 | Youth Project | Under the background of climate change, my country's Huanghuaihai area Winter wheat high yield and stable production space -time differential pattern and restricted factor analysis | 41901013 | Sun Shuang |
| Fund Committee | 2019 | Project on the surface | Winter wheat overwintering green leaves area and ground bi quantity growth law and its mode research | 31971774 | Tan Kaiyan |
| Fund Committee | 2019 | Youth Science Fund Project | Study on gravity wave characteristics under the complex terrain of Changbai Mountain and the mechanism of influence on heavy rain | 41905048 | Wang Chengxin |
| Fund Committee | 2019 | Project on the surface | Simulation estimation of technological progress on global extreme climate change and its economic loss | 41975120 | Wei Ting |
| Fund Committee | 2019 | Youth Science Fund Project | Double Fengshui vapor conversion features and the numerical simulation research on the intensity of typhoons | 41905095 | Xu Hongxiong |
| Fund Committee | 2019 | Youth Project | Asian summer monsoon direction of the flat flow layer transmission process | 41905040 | Yan Xiaolu |
| Fund Committee | 2019 | Youth Science Fund Project | CMIP6 -based China ’s future extreme precipitation attribution restrictions | 41905083 | Yu Rong |
| Fund Committee | 2019 | Youth Science Fund Project | Study on the Inception of the Continuing Extreme Precipitation of the JAC based on the mechanism of power thermal mechanism | 41905082 | Zhou Baiyu |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Extreme Rainpower Forecast Technology R & D and Application Demonstration | 2022YFC3003900 | Liang Xudong |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Global marine meteorological disaster monitoring and early warning technology and demonstration application | 2022YFC3004200 | Xu Jing |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Crop drought High and low temperature disaster warning prediction and prevention and control technology research and development and integration demonstration | 2022yfd2300200 | Zhao Yanxia |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | The weather coupling mechanism and coordinated control principle formed by pollution formed by PM2.5 and O3 | 2022YFC3701205 | Zhou Chunhong |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Youth Project | Fengyun No. 4 satellite data assimilation of the key technology in the strong pairing forecast | 2022YFC3080500 | Li Xin |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Basin-Outside the city's floods and waterlogging integrated coordinated monitoring and risk perception | 2022YFC3090602 | Fang Xiaoyi |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Corn productivity prediction model construction and management prescription intelligent design | 2022yfd2001003 | Guo Jianping |
| Ministry of Science and Technology | 2022 | National Key R & D Plan Project | Land in Northeast China -Qi -Circle Coupling Mode Construction and Demonstration | 2022yff0801304 | Zhao Ping |
| Ministry of Science and Technology | 2021 | National Key R & D Plan Project | Atmospheric marine integrated parameter anti -discovery and application research based on domestic fast radiation transmission mode | 2021YFB3900400 | Yang Jun |
| Ministry of Science and Technology | 2021 | National Key R & D Plan Project | Three -dimensional wind field detection and early warning technology and key equipment research at the forest grassland fire rescue site | 2021YFC3001902 | Wang Gaili |
| Ministry of Science and Technology | 2020 | Special topic for basic resource survey of technology | Grass desert ecosystem carbon nitrogen water flux data formula and trait survey | 2019fy101302 | Zhou Li |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project (strategic technology innovation cooperation) | Meteorological disaster monitoring and prediction and risk management technology joint research and development and demonstration | 2020yfe0201900 | Duanyihong |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project | Artificially influencing weather technology integration comprehensive scientific test and demonstration application | 2019YFC1510300 | Chen Baojun |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project | Weather -based weather -climate integrated model integration and application | 2019YFC1510000 | Su Jingzhi |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project | Meteorological disaster disaster conditions, impact assessment and risk prevention technology | 2019YFC1510205 | Ren Fumin |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project | Research on Autonomous Monitoring Forecasting Forecasting Forecasting Forecasting Forecasting Forecasting Forecast of the two oceans and one sea meteorology | 2019YFC1510104 | Sun Yanhu |
| Ministry of Science and Technology | 2020 | National Key R & D Plan Project | Key technologies for making ice -shaped snow tracks under different climatic conditions | 2020yff0304402 | Zhang Dongqi |
| Ministry of Science and Technology | 2019 | National Key R & D Plan Project | Key technologies of the main economic crops meteorological disaster risk warning and disaster prevention and mitigation key technology | 2019YFD1002200 | Wang Chunyi |
| Ministry of Science and Technology | 2019 | National Key R & D Plan Project | Full Coupling Multi-scale Fog-Hog Forecast Mode System | 2019YFC0214600 | Wang Hong |
| Ministry of Science and Technology | 2019 | Topics of the Second Qinghai -Tibet Plateau Comprehensive Scientific Investigation | Plateau climate data Lares on climate change and its impact and response | 2019qzkk1001 | Temperature |
| Ministry of Science and Technology | 2019 | Second Qinghai -Tibet Plateau Comprehensive Scientific Investigation Research Mission | West wind-the effect of the collaborative role of monsoon on the change of the Asian water tower | 2019qzkk0100 | Xu Xiangde |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Model evaluation and correction method for a mode of prediction forecast for heavy precipitation | 2018YFC1507600 | Chen Haoming |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Study on the attribution method of major extreme weather and climate events in China | 2018yfc1507700 | Zhai Panmao |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | The multi -scale action mechanism and prediction theory and method of heavy rain | 2018YFC1507400 | Luo Yali |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Multifaming Global Atmospheric Numerical Model Physics Process and Data Assimilation System Research | 2018YFC1507000 | Peng Xindong |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Qinghai-Tibet Plateau-Qi interaction and its impact on downstream weather and climate | 2018YFC1505700 | Zhao Ping |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Greenland's surrounding sea ice change mechanism and predictive estimation research | 2018yfc1406103 | Ding Minghu |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Study on Forest Fruit Water Disaster Disaster and its evolutionary law | 2017YFC1502801 | Huo Zhiguo |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | East Asia 30-90 weather variation and my country persistent abnormal event cause | 2018yfc1505904 | Liu Boqi |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | New generation of shadow value mode system development | 2018yfc1507901 | Shi Yueqin |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | New Type Catalyst R & D | 2018yfc1507904 | Su Zhengjun |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Key physical process research of the typhoon value mode | 2017YFC1501602 | Wang Yuqing |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | Domestic Meteorological Satellite Global Major Meteorological Disaster Key Parameter High -precision Revolution Technology Research | 2018yfc1506501 | Weng Fuzhong |
| Ministry of Science and Technology | 2018 | National Key R & D Plan Project | The physiological and ecological mechanism of the response to the environmental elements of the plant | 2018yfa0606103 | Zhou Guangsheng |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | Research on the mechanism of gas solution to the interaction of flow cloud precipitation and the application demonstration of the Beijing -Tianjin -Hebei regional model | 2017YFC1501400 | Guo Jianping |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | Weather based on non-structural grids-climate integrated model power framework development | 2017YFC1502200 | Li Jian |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | East Asian region high -resolution data assimilation technology research and development and atmospheric re -analysis data set development | 2017YFC1501800 | Liang Xudong |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | Thunderstorm cloud discharge process and lightning effect research | 2017YFC1501500 | Lu Weitao |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | Typical regional air quality optimization regulation scientific strategy and technical approach | 2017YFC0210006 | Anxingqin |
| Ministry of Science and Technology | 2017 | National Key R & D Plan Project | Research on the relationship between clouds and precipitation changes in East Asia | 2017YFA0603501 | Liu Yu |
| Other ministries and commissions | 2022 | Beijing Natural Science Foundation on the Noodles | Beijing volatile organic matter changes characteristics and source research | 8222080 | Wang Ying |
| Other ministries and commissions | 2022 | Beijing Natural Science Foundation on the Noodles | Beijing Gan、Comparison of the characteristics and mechanism of thunderstorms in the wet environment | 8222079 | Xia Ruyi |
| Other ministries and commissions | 2022 | Beijing Natural Science Foundation on the Noodles | The evolution of the dew is at the atmosphereHonoPotential effects of concentration | 8222078 | Xu Wanzhang |
| Other ministries and commissions | 2021 | Beijing Science and Technology Star Plan | Science and Technology Star-Sun Yan -2021092 | Z211100002121100 | Sun Yan |
| Other ministries and commissions | 2020 | Beijing Natural Science Foundation on the Noodles | The impact of liquid phase response and mechanism research during the explosive growth stage of fine particles in Beijing | 8202052 | Wu Lingyan |
| Other ministries and commissions | 2020 | Beijing Science and Technology Star Plan | Science and Technology Star-Miao Yucong -2020121 | Z201100006820138 | Miao Yucong |
| Other ministries and commissions | 2019 | Beijing Natural Science Foundation Youth Project | Environmental gas -solid scattering phase function Study on vertical profile remote sensing detection method | 8194080 | Bian Yuxuan |
| Other ministries and commissions | 2019 | Beijing Natural Science Foundation on the Noodles | Study -based cytometer analysis technology Research Beijing atmospheric microorganisms survival and influence mechanism | 8192055 | Liang Linlin |
| Other ministries and commissions | 2019 | Beijing Natural Science Foundation on the Noodles | Optimization of Urban Space Form -based on the environment of wind and environment -Take Beijing as an example | 8192020 | Liu Yonghong |
| Other ministries and commissions | 2019 | Beijing Natural Science Foundation on the Noodles | Beijing Winter Olympics The circular situation and border layer characteristics of air -solicit -solid pollution at the same time | 8192054 | Miao Yucong |
| Other ministries and commissions | 2017 | Topic topics of atmospheric heavy pollution causes and governance projects of the Ministry of Ecology and Environment | Autumn and winter physical process mechanism research | DQGG0104 | Xu Xiangde |
| China Meteorological Bureau | 2023 | Unveiling List Handsome Project | Multi -band Weather Radar Attenuation Ordering and Networking Fusion Technology | CMAJBGS202202 | Wu Yan |
| China Meteorological Bureau | 2023 | Unveiling List Handsome Project | Ozone based on regional weather chemical mode、Application demonstration of visibility forecast system | CMAJBGS202214 | Zhang Xiaoli |
| China Meteorological Bureau | 2023 | Innovation Development Special | China Meteorological Administration's atmospheric chemistry key open laboratory operation and maintenance | CXFZ2023p024 | Che Huizheng |
| China Meteorological Bureau | 2023 | Innovation Development Special | China Meteorological Bureau-Nanjing University Radar Data Application Laboratory operation and maintenance | CXFZ2023p043 | Wu Yan |
| China Meteorological Bureau | 2023 | Innovation Development Special | Eat emission and prediction optimization research based on atmospheric oxygen concentration observation | CXFZ2023p047 | Zhang Xiaoli |
| China Meteorological Bureau | 2023 | Innovation Development Special | Ecological Meteorological Network Research on the Ecological Meteorology of Carbon Plumbers and Carbon Revenue | CXFZ2023p052 | Zhou Li |
| China Meteorological Bureau | 2023 | Innovation Development Special | Operation and maintenance of the management service platform of the field science test base | CXFZ2023p061 | Gao Mei |
| China Meteorological Bureau | 2023 | Innovation Development Special | Qingdao Marine Meteorological Research Institute operates maintenance | CXFZ2023p071 | Xu Jing |
| China Meteorological Bureau | 2023 | Innovation Development Special | Double -scale changes and prediction estimation research on the Qinghai -Tibet Plateau in the Qinghai -Tibet Plateau | CXFZ2023J050 | Ren Manoli, Li Lun |
| China Meteorological Bureau | 2023 | Innovation Development Special | Four crop regional joint test | CXFZ2023J053 | Song Yanling |
| China Meteorological Bureau | 2022 | Innovation Development Special | China Meteorological Administration's atmospheric chemistry key open laboratory operation and maintenance | CXFZ2022P024 | Che Huizheng |
| China Meteorological Bureau | 2022 | Innovation Development Special | China Meteorological Bureau-Nanjing University Radar Data Application Laboratory operation and maintenance | CXFZ2022P061 | Liu Liping |
| China Meteorological Bureau | 2022 | Innovation Development Special | Qingdao Marine Meteorological Research Institute operates maintenance | CXFZ2022P064 | Xu Jing |
| China Meteorological Bureau | 2022 | Innovation Development Special | The standardized processing method and quality assessment method and quality assessment of the atmospheric atmosphere of the atmosphere of my country (Phase II) | CXFZ2022P054 | Zhang Xiaoli |
| China Meteorological Bureau | 2022 | Innovation Development Special | Agricultural Meteorological Test Station Area Joint Test | CXFZ2022J051 | Zhou Guangsheng |
| China Meteorological Bureau | 2022 | Innovation Development Special | Ecological Meteorological Network Research on the Ecological Meteorology of Carbon Plumbers and Carbon Revenue | CXFZ2022P055 | Zhou Li |
| China Meteorological Bureau | 2021 | Climate change special | 2021 IPCC First Working Group Support | CCSF202106 | Zhai Panmao |
| China Meteorological Bureau | 2021 | Innovation Development Special | Key technical exploration research | CXFZ2021J039 | Zhou Yuquan |
| China Meteorological Bureau | 2021 | Innovation Development Special | Regional high -resolution model business ability assessment and improvement | CXFZ2021Z002 | Liang Xudong |
| China Meteorological Bureau | 2021 | Innovation Development Special | The standardized processing method and quality assessment of the atmospheric and ozone observation data of the atmosphere of my country's atmosphere | CXFZ2021Z082 | Zhang Xiaoli |
| China Meteorological Bureau | 2021 | Innovation Development Special | Ecological Meteorological Network Monitoring Technology Development | CXFZ2021Z094 | Zhou Li |
| China Meteorological Bureau | 2021 | Innovation Development Special | Agricultural Meteorological Test Station Area Joint Test | CXFZ2021Z059 | Zhou Guangsheng, Song Yanling |
| China Meteorological Bureau | 2020 | Climate change special | Antarctic Zhongshan Station Co2Development and feature analysis of this base data set | CCSF202040 | Cheng Yiyang |
| China Meteorological Bureau | 2020 | Climate change special | 2020 IPCC First Working Group Support | CCSF202005 | Zhai Panmao |
| China Meteorological Bureau | 2019 | Climate change special | Detection and attribution of three types of heat waves in China | CCSF201927 | Chen Yang |
| China Meteorological Bureau | 2019 | Climate change special | 2019 IPCC First Working Group Support | CCSF201902 | Zhai Panmao |
| China Meteorological Bureau | 2019 | Climate change special | IPCC related cutting -edge scientific issues and technical support | CCSF201926 | Guo Jianping |
| China Meteorological Bureau | 2019 | Climate change special | Review of climate change adaptability of vegetation geographical distribution in China | CCSF201921 | Zhou Guangsheng |
| China Meteorological Bureau | 2018 | Climate change special | IPCC First Working Group Support | CCSF201827 | Zhai Panmao |
| China Meteorological Bureau | 2018 | Climate change special | The role of the Arctic Sea Ice and the solution in the climate in climate change | CCSF201807 | Liu Yu |
| China Meteorological Bureau | 2018 | Climate change special | 2016 East Asian "BOSS level" cold wave to response to the warmth of the Arctic | CCSF201830 | Ma Shuangmei |
| China Meteorological Bureau | 2018 | Climate change special | Review of the risk of climate change in the main production area | CCSF201801 | Zhou Guangsheng |
| China Meteorological Bureau | 2017 | Climate change special | IPCC First Working Group Support | CCSF201746 | Zhai Panmao |
| China Meteorological Bureau | 2017 | Climate change special | IPCC related cutting -edge scientific issues and technical support | CCSF201732 | Guo Jianping |
| China Meteorological Bureau | 2017 | Climate change special | The role of the Arctic Sea Ice and the solution in the climate in climate change | CCSF201705 | Wu Bingyi |
| China Meteorological Bureau | 2017 | Climate change special | In the context of climate change, corn -north risk and adaptability evaluation | CCSF201711 | Zhou Guangsheng |
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