A new cranium and two mandibles of Ailuropoda melanoleuca from Xiangxi,Hunan Province are described here.The materials were discovered in a karst cave on the Bamian Mountain at an altitude of 1200 m,with AMC carbon-fo...A new cranium and two mandibles of Ailuropoda melanoleuca from Xiangxi,Hunan Province are described here.The materials were discovered in a karst cave on the Bamian Mountain at an altitude of 1200 m,with AMC carbon-fourteen isotope dating indicating an age of 2800±30 BP.Historically,the giant panda was widely distributed in southern China and parts of Southeast Asia during the Pleistocene epoch,but it is now confined and isolated to six mountain ranges in southwest China’s Sichuan,Shaanxi,and Gansu provinces.The subfossil materials reported here represent the first discovery of the living species of giant panda in Xiangxi,Hunan.This extends their geographical distribution in southern China during the Holocene epoch eastward to the eastern edge of the Yunnan-Guizhou Plateau and their recent altitude range down to 1200 m.展开更多
[Objectives]This study was conducted to better understand the occurrence status of thrips in Central Hunan,clarify thrips species,and provide a basis for scientific control.[Methods]The occurrence of thrips in the Cen...[Objectives]This study was conducted to better understand the occurrence status of thrips in Central Hunan,clarify thrips species,and provide a basis for scientific control.[Methods]The occurrence of thrips in the Central Hunan Region were investigated and analyzed.Through field collection,molecular biological identification and sequencing,thrips populations in the region were identified.[Results]Six species of thrips infesting vegetable crops were identified in the Central Hunan Region,with Megalurothrips usitatus,Thrips palmi,and Frankliniella intonsa being the dominant species.These pests were particularly severe on leguminous and cucurbit crops.[Conclusions]Combined with integrated control strategies,this study provides theoretical and technical support for the scientific management of thrips in the Central Hunan Region,ensuring the sustainable development of the local vegetable industry.展开更多
The cultural relics on display at this museum have become a window for visitors to get a glimpse of Chinese civilization thousands of years ago.THE Hunan Museum in Changsha is the largest history museum in Hunan Provi...The cultural relics on display at this museum have become a window for visitors to get a glimpse of Chinese civilization thousands of years ago.THE Hunan Museum in Changsha is the largest history museum in Hunan Province.It houses over 570,000 items in its collection,featuring relics from the Mawangdui Han Dynasty Tombs,bronzeware from the Shang(1600 B.C.-1046 B.C.)and Zhou(1046 B.C.-256 B.C.)dynasties,Chu State historical artifacts,and other objects.展开更多
To assess the effect of mining activity on heavy metal pollution and associated health risks in tin mining regions,water and soil sampling was conducted near a tin mining site in Hunan Province.The content and distrib...To assess the effect of mining activity on heavy metal pollution and associated health risks in tin mining regions,water and soil sampling was conducted near a tin mining site in Hunan Province.The content and distribution of heavy metals were determined.Pollution,ecological risks,and potential health hazards were evaluated using the ground accumulation index,potential ecological risk index,and health risk assessment models,respectively.The results indicated elevated levels of heavy metals in water and soil samples compared to acceptable background values.Ground accumulation index assessment revealed extreme pollution of soil with As and Cd and moderate pollution with Cu,Pb,and Zn.Cr and Hg were categorized as non-pollutants.Water samples exhibited extreme pollution levels of Hg,Cr,Cd,and As;moderate pollution levels of Pb;and moderate to high pollution levels of Cu and Zn.The tin mining area demonstrated a significantly high level of potential ecological risk,where As and Cd were the primary risk elements in soil,whereas Cr,Cd,and As contributed predominantly to water ecological risk.The human health risk assessment highlighted As,Cd,Cr,Hg,Pb,and Cu in water and As and Pb in soil as the principal non-carcinogenic factors.The primary carcinogenic factors were As,Cr,and Cd in water and As in soil,with As posing the greatest risk for non-carcinogenic and carcinogenic effects.Furthermore,oral intake was the primary exposure route,with children being particularly vulnerable to the adverse effects of heavy metal pollution.展开更多
In the context of the era of carbon peaking and carbon neutrality,clarifying the emission patterns of non-CO_(2)Greenhouse Gas(GHG)from agricultural sources is of practical significance to China’s implementation of g...In the context of the era of carbon peaking and carbon neutrality,clarifying the emission patterns of non-CO_(2)Greenhouse Gas(GHG)from agricultural sources is of practical significance to China’s implementation of greenhouse gas emission reduction policies.The Intergovernmental Panel on Climate Change(IPCC)coefficient method was used to calculate non-CO_(2)GHG emissions from agricultural sources in 122 counties in Hunan Province,China,from 2010 to 2020,and the spatiotemporal evolution characteristics of emission intensity were analyzed.The Stochastic Impacts by Regression on Population,Affluence,and Technology(STRIPAT)model forecasted the prospective evolution of non-CO_(2)GHG emissions from agricultural sources at the county level under various scenarios from 2030 to 2050.The results demonstrated a general decline in non-CO_(2)GHG emissions from agricultural sources within the study area,with 75.41%of counties exhibiting a reduction in emissions.Geographically,emissions were higher in the Dongting Lake area and central Hengyang.The emission intensity per unit of agricultural added value and the intensity per unit of agricultural land area showed an overall downward trend.Spatially,the emission intensity per unit of farmland area in a few counties(cities,districts)in southern Hunan was still relatively high.By forecasting the non-CO_(2)GHG emissions from agricultural sources,the majority of counties(cities and districts)demonstrated a gradual decline in emissions,suggesting that agricultural production had the potential to reduce emissions in the future,while also facing certain pressure to reduce emissions.It is recommended that Hunan Province formulate agricultural carbon emission reduction policies that take regional development differences into account.This would provide a reference for future agricultural carbon emission reduction research in the whole country.展开更多
Team Profile Focusing on the major needs of national ecological civilization construction and soil environmentalprotection,the team systematically carried out researches on mining&metallurgy sites remediation,and ...Team Profile Focusing on the major needs of national ecological civilization construction and soil environmentalprotection,the team systematically carried out researches on mining&metallurgy sites remediation,and the soilformation of bauxite residue.A new model of physical-chemical-biological based ecological disposal for bauxiteresidue was proposed,and a replicable and popularized soil-groundwater collaborative remediation technologyfor smelting sites was formed,with the demonstration projects of 250000 m^(2).展开更多
0 INTRODUCTION Southern Hunan Province(SHP),positioned at the convergence of the Qin-Hang zone and the Nanling belt,is distinguished by its extensive Mesozoic magmatic activities and contemporaneous polymetallic depos...0 INTRODUCTION Southern Hunan Province(SHP),positioned at the convergence of the Qin-Hang zone and the Nanling belt,is distinguished by its extensive Mesozoic magmatic activities and contemporaneous polymetallic deposits(Mao et al.,2021,2013;Ding et al.,2016).展开更多
DEAR EDITOR,The Laosicheng site in Yongshun County,Hunan Province,China,plays an important role in elucidating the animal population composition of the region prior to the middle Qing Dynasty(approximately 300 years a...DEAR EDITOR,The Laosicheng site in Yongshun County,Hunan Province,China,plays an important role in elucidating the animal population composition of the region prior to the middle Qing Dynasty(approximately 300 years ago).This site has yielded a substantial number of animal bones,11960 of which have been identified to the species level,serving as direct evidence of ancient animal populations(Hunan Provincial Institute of Cultural Relics and Archaeology,2018).展开更多
Garnet is a primary mineral in skarn deposits and plays a significant role in recording copious mineralization and metallogenic information.This study systematically investigates the geochemistry and geochronology of ...Garnet is a primary mineral in skarn deposits and plays a significant role in recording copious mineralization and metallogenic information.This study systematically investigates the geochemistry and geochronology of garnet and zircon in the Dafang Au-Pb-Zn-Ag deposit,which represents prominent gold mineralization in southern Hunan,China.Garnet samples with distinct zoning patterns and compositional variations were identified using various analytical techniques,including Backscattered Electron(BSE)imaging,Cathodoluminescence(CL)response,textural characterization,and analysis of rare-earth elements(REE),major contents,and trace element compositions.The garnet was dated U-Pb dating,which yielded a lower intercept age of 161.06±1.93 Ma.This age is older than the underlying granodiorite porphyry,which has a concordia age of 155.13±0.95 Ma determined by zircon U-Pb dating.These results suggest that the gold mineralization may be related to the concealed granite.Two groups of garnet changed from depleted Al garnet to enriched Al garnet,and the rare earth element(REE)patterns of these groups were converted from light REE(LREE)-enriched and heavy REE(HREE)-depleted with positive europium(Eu)anomalies to medium REE(MREE)-enriched from core to rim zoning.The different REE patterns of garnet in various zones may be attributed to changes in the fluid environment and late superposition alteration.The development of distal skarn in the southern Hunan could be a significant indicator for identifying gold mineralization.展开更多
The Yueguang gold deposit is located in Fengjia,Xinhua County,Hunan Province,South China.It represents a recently discovered small-scale gold deposit situated in the southwestern region of the Jiangnan Orogenic Belt,w...The Yueguang gold deposit is located in Fengjia,Xinhua County,Hunan Province,South China.It represents a recently discovered small-scale gold deposit situated in the southwestern region of the Jiangnan Orogenic Belt,west of the Baimashan granitic batholith.In order to discern the characteristics of the ore-formingfluids,the underlying mineralization processes,and establish a foundation for the origin of the Yueguang gold depositfluid inclusion micro-thermometry,as well as quartz hydrogen and oxygen isotope analysis,have been carried out on samples obtained from various stages of mineralization.The hydrothermal miner-alization stages within the Yueguang gold deposit can be categorized into three stages:(i)the barren,pre-ore quartz-pyrite stage(Stage Ⅰ),the quartz-pyrite-gold stage(Stage Ⅱ),and the post-ore quartz-carbonate stage(Stage Ⅲ),with the second stage being the main mineralization stage.Thefluid inclusions identified in samples from the main min-eralization stage can predominantly be described with the NaCl–H_(2)O and CO_(2)–NaCl–H_(2)O systems.These inclusions display homogenization temperatures ranging from 158.8 to 334.9℃,and thefluid salinity ranges from 0.3%to 4.0%(wt.%NaCl equiv.).Laser Raman spectroscopy analysis of individual inclusions further reveals the presence of gas-phases such as CO_(2),CH_(4),and N_(2).Isotopic analysis indicatesδ^(18)Ofluid values ranging from 3.95 to 6.7‰ and δDH_(2)O values ranging from-71.9 to-55.7‰.These results indi-cate that the ore-formingfluid of the Yueguang gold deposit belongs to metamorphic hydrothermalfluids of middle-low temperature and low salinity.In the process of ore formation,gold is transported in the form of Au(HS)2-complexes,with gold deposition being driven byfluid immiscibility.Therefore,the Yueguang gold deposit is categorized as an orogenic gold deposit dominated by metamorphic hydrother-malfluid.It may become a new target for gold exploration in the Baimashan region,central Hunan Province.展开更多
Traditional folk dwellings contain rich cultural connotations and plain architectural techniques.In architecture,material is the most fundamental thing,different materials can demonstrate different architectural forms...Traditional folk dwellings contain rich cultural connotations and plain architectural techniques.In architecture,material is the most fundamental thing,different materials can demonstrate different architectural forms,and reflect local characteristics and change of the time.Therefore,it is of great significance to explore the material selection of traditional Chinese folk dwellings.The paper took traditional folk dwellings in Hunan for example to analyze the regional materials and construction of these dwellings,discussed the application of traditional materials in modern architecture,used some cases to explore the innovative application of traditional materials,so as to figure out the new direction of applying traditional materials,and provide references for the construction of modern architecture.展开更多
The literary circle in Hunan regions during the late Qing Dynasty underwent an innovative transformation,and the creation of literary works was exceptionally prosperous.The emergence of this literary phenomenon was un...The literary circle in Hunan regions during the late Qing Dynasty underwent an innovative transformation,and the creation of literary works was exceptionally prosperous.The emergence of this literary phenomenon was undoubtedly inseparable from the impetus provided by the Hunan Army Group.However,upon a close examination of its origin and development,it can be discerned that since the mid-Qing Dynasty,numerous scholars in Hunan had already been engaged in the exploration and practice of the concepts of literary creation.Among them,Huang Benji’s Du wen-Bi de was a specialized literary work concentrating on literary composition.It possessed a complete system and novel viewpoints,embodying the distinctive literary perspective of Hunan scholars.Nevertheless,it has not been deeply explored.Through an analysis of the innovative aspects of the literary theory in Du wen-Bi de and its influence on Confucian classics,this study examines the guiding role of this literary work on the literary creation in the Hunan regions during the late Qing Dynasty and its theoretical value in literary thought.展开更多
On July 24,the Business Matching of China-Africa Economic,Trade&Livelihood Cooperation of the Seventh China-Africa People's Forum was held in Changsha,Hunan Province.50 Chinese enterprises including SANY Group...On July 24,the Business Matching of China-Africa Economic,Trade&Livelihood Cooperation of the Seventh China-Africa People's Forum was held in Changsha,Hunan Province.50 Chinese enterprises including SANY Group,China Railway Construction Heavy Industry Co.,Ltd.and Hunan Construction Investment Group set up exhibition booths to display their core products and overseas service capabilities.展开更多
Themed Work Together for New Development and Modernisation:Pooling People's Strength to Build a High-Level China-Africa Community with a Shared Future,the Seventh China-Africa People's Forum&the Seventh Ch...Themed Work Together for New Development and Modernisation:Pooling People's Strength to Build a High-Level China-Africa Community with a Shared Future,the Seventh China-Africa People's Forum&the Seventh China-Africa Young Leaders Forum was held in Hunan from 24th to 26th of July.展开更多
From July 24 to 26,the Seventh China-Africa People's Forum&the Seventh China-Africa Young Leaders Forum were held in Hunan.With the theme of"Work Together for New Development and Modernisation:Pooling Peo...From July 24 to 26,the Seventh China-Africa People's Forum&the Seventh China-Africa Young Leaders Forum were held in Hunan.With the theme of"Work Together for New Development and Modernisation:Pooling People's Strength to Build a High-Level China-Africa Community with a Shared Future".展开更多
文摘A new cranium and two mandibles of Ailuropoda melanoleuca from Xiangxi,Hunan Province are described here.The materials were discovered in a karst cave on the Bamian Mountain at an altitude of 1200 m,with AMC carbon-fourteen isotope dating indicating an age of 2800±30 BP.Historically,the giant panda was widely distributed in southern China and parts of Southeast Asia during the Pleistocene epoch,but it is now confined and isolated to six mountain ranges in southwest China’s Sichuan,Shaanxi,and Gansu provinces.The subfossil materials reported here represent the first discovery of the living species of giant panda in Xiangxi,Hunan.This extends their geographical distribution in southern China during the Holocene epoch eastward to the eastern edge of the Yunnan-Guizhou Plateau and their recent altitude range down to 1200 m.
基金Supported by Research Innovation Program for College Graduates of Hunan Province(CX20231269).
文摘[Objectives]This study was conducted to better understand the occurrence status of thrips in Central Hunan,clarify thrips species,and provide a basis for scientific control.[Methods]The occurrence of thrips in the Central Hunan Region were investigated and analyzed.Through field collection,molecular biological identification and sequencing,thrips populations in the region were identified.[Results]Six species of thrips infesting vegetable crops were identified in the Central Hunan Region,with Megalurothrips usitatus,Thrips palmi,and Frankliniella intonsa being the dominant species.These pests were particularly severe on leguminous and cucurbit crops.[Conclusions]Combined with integrated control strategies,this study provides theoretical and technical support for the scientific management of thrips in the Central Hunan Region,ensuring the sustainable development of the local vegetable industry.
文摘The cultural relics on display at this museum have become a window for visitors to get a glimpse of Chinese civilization thousands of years ago.THE Hunan Museum in Changsha is the largest history museum in Hunan Province.It houses over 570,000 items in its collection,featuring relics from the Mawangdui Han Dynasty Tombs,bronzeware from the Shang(1600 B.C.-1046 B.C.)and Zhou(1046 B.C.-256 B.C.)dynasties,Chu State historical artifacts,and other objects.
基金supported by the Open Fund of the Granite Formation Research Center of China Geological Survey(grant numbers PMGR202009,PMGR202108,PMGR202115)the Geological Survey of China(grant number DD20190154).
文摘To assess the effect of mining activity on heavy metal pollution and associated health risks in tin mining regions,water and soil sampling was conducted near a tin mining site in Hunan Province.The content and distribution of heavy metals were determined.Pollution,ecological risks,and potential health hazards were evaluated using the ground accumulation index,potential ecological risk index,and health risk assessment models,respectively.The results indicated elevated levels of heavy metals in water and soil samples compared to acceptable background values.Ground accumulation index assessment revealed extreme pollution of soil with As and Cd and moderate pollution with Cu,Pb,and Zn.Cr and Hg were categorized as non-pollutants.Water samples exhibited extreme pollution levels of Hg,Cr,Cd,and As;moderate pollution levels of Pb;and moderate to high pollution levels of Cu and Zn.The tin mining area demonstrated a significantly high level of potential ecological risk,where As and Cd were the primary risk elements in soil,whereas Cr,Cd,and As contributed predominantly to water ecological risk.The human health risk assessment highlighted As,Cd,Cr,Hg,Pb,and Cu in water and As and Pb in soil as the principal non-carcinogenic factors.The primary carcinogenic factors were As,Cr,and Cd in water and As in soil,with As posing the greatest risk for non-carcinogenic and carcinogenic effects.Furthermore,oral intake was the primary exposure route,with children being particularly vulnerable to the adverse effects of heavy metal pollution.
基金Under the auspices of the National Natural Science Foundation of China(No.42471241,41971219,41571168)Hunan Provincial Natural Science Foundation(No.2020JJ4372)。
文摘In the context of the era of carbon peaking and carbon neutrality,clarifying the emission patterns of non-CO_(2)Greenhouse Gas(GHG)from agricultural sources is of practical significance to China’s implementation of greenhouse gas emission reduction policies.The Intergovernmental Panel on Climate Change(IPCC)coefficient method was used to calculate non-CO_(2)GHG emissions from agricultural sources in 122 counties in Hunan Province,China,from 2010 to 2020,and the spatiotemporal evolution characteristics of emission intensity were analyzed.The Stochastic Impacts by Regression on Population,Affluence,and Technology(STRIPAT)model forecasted the prospective evolution of non-CO_(2)GHG emissions from agricultural sources at the county level under various scenarios from 2030 to 2050.The results demonstrated a general decline in non-CO_(2)GHG emissions from agricultural sources within the study area,with 75.41%of counties exhibiting a reduction in emissions.Geographically,emissions were higher in the Dongting Lake area and central Hengyang.The emission intensity per unit of agricultural added value and the intensity per unit of agricultural land area showed an overall downward trend.Spatially,the emission intensity per unit of farmland area in a few counties(cities,districts)in southern Hunan was still relatively high.By forecasting the non-CO_(2)GHG emissions from agricultural sources,the majority of counties(cities and districts)demonstrated a gradual decline in emissions,suggesting that agricultural production had the potential to reduce emissions in the future,while also facing certain pressure to reduce emissions.It is recommended that Hunan Province formulate agricultural carbon emission reduction policies that take regional development differences into account.This would provide a reference for future agricultural carbon emission reduction research in the whole country.
文摘Team Profile Focusing on the major needs of national ecological civilization construction and soil environmentalprotection,the team systematically carried out researches on mining&metallurgy sites remediation,and the soilformation of bauxite residue.A new model of physical-chemical-biological based ecological disposal for bauxiteresidue was proposed,and a replicable and popularized soil-groundwater collaborative remediation technologyfor smelting sites was formed,with the demonstration projects of 250000 m^(2).
基金financially supported by the Open Fund of the China Geological Survey(Nos.DD20230342,DD20190154)the National Natural Science Foundation of China(No.41972198)+2 种基金the National Natural Science Foundation of Hunan Province(No.2022JJ30702)the Research Center for Petrogenesis and Mineralization of Granitoid Rocks,the China Geological Survey(Nos.PM202308,PMGR202108)the China Scholarship Council(No.CSC 202206370119)。
文摘0 INTRODUCTION Southern Hunan Province(SHP),positioned at the convergence of the Qin-Hang zone and the Nanling belt,is distinguished by its extensive Mesozoic magmatic activities and contemporaneous polymetallic deposits(Mao et al.,2021,2013;Ding et al.,2016).
基金supported by the National Natural Science Foundation of China(41925009,32100488)National Key R&D Program of China(2022YFE0203800)+1 种基金Chinese Academy of Sciences(YSBR-019)New Cornerstone Science Foundation through the XPLORER PRIZE。
文摘DEAR EDITOR,The Laosicheng site in Yongshun County,Hunan Province,China,plays an important role in elucidating the animal population composition of the region prior to the middle Qing Dynasty(approximately 300 years ago).This site has yielded a substantial number of animal bones,11960 of which have been identified to the species level,serving as direct evidence of ancient animal populations(Hunan Provincial Institute of Cultural Relics and Archaeology,2018).
基金financially supported by the National Key Research and Development Plan(Grant No.2023YFC2906801)。
文摘Garnet is a primary mineral in skarn deposits and plays a significant role in recording copious mineralization and metallogenic information.This study systematically investigates the geochemistry and geochronology of garnet and zircon in the Dafang Au-Pb-Zn-Ag deposit,which represents prominent gold mineralization in southern Hunan,China.Garnet samples with distinct zoning patterns and compositional variations were identified using various analytical techniques,including Backscattered Electron(BSE)imaging,Cathodoluminescence(CL)response,textural characterization,and analysis of rare-earth elements(REE),major contents,and trace element compositions.The garnet was dated U-Pb dating,which yielded a lower intercept age of 161.06±1.93 Ma.This age is older than the underlying granodiorite porphyry,which has a concordia age of 155.13±0.95 Ma determined by zircon U-Pb dating.These results suggest that the gold mineralization may be related to the concealed granite.Two groups of garnet changed from depleted Al garnet to enriched Al garnet,and the rare earth element(REE)patterns of these groups were converted from light REE(LREE)-enriched and heavy REE(HREE)-depleted with positive europium(Eu)anomalies to medium REE(MREE)-enriched from core to rim zoning.The different REE patterns of garnet in various zones may be attributed to changes in the fluid environment and late superposition alteration.The development of distal skarn in the southern Hunan could be a significant indicator for identifying gold mineralization.
基金support from several sources,including the Backbone Teacher Training Program(10912-SJGG2021-04233)the Teaching Reform Project of Chengdu University of Technology(JG2130131)+1 种基金the University-Industry Collaborative Education Project,Ministry of Education,China(22097130210756)National Natural Science Foundation of China(42272129).
文摘The Yueguang gold deposit is located in Fengjia,Xinhua County,Hunan Province,South China.It represents a recently discovered small-scale gold deposit situated in the southwestern region of the Jiangnan Orogenic Belt,west of the Baimashan granitic batholith.In order to discern the characteristics of the ore-formingfluids,the underlying mineralization processes,and establish a foundation for the origin of the Yueguang gold depositfluid inclusion micro-thermometry,as well as quartz hydrogen and oxygen isotope analysis,have been carried out on samples obtained from various stages of mineralization.The hydrothermal miner-alization stages within the Yueguang gold deposit can be categorized into three stages:(i)the barren,pre-ore quartz-pyrite stage(Stage Ⅰ),the quartz-pyrite-gold stage(Stage Ⅱ),and the post-ore quartz-carbonate stage(Stage Ⅲ),with the second stage being the main mineralization stage.Thefluid inclusions identified in samples from the main min-eralization stage can predominantly be described with the NaCl–H_(2)O and CO_(2)–NaCl–H_(2)O systems.These inclusions display homogenization temperatures ranging from 158.8 to 334.9℃,and thefluid salinity ranges from 0.3%to 4.0%(wt.%NaCl equiv.).Laser Raman spectroscopy analysis of individual inclusions further reveals the presence of gas-phases such as CO_(2),CH_(4),and N_(2).Isotopic analysis indicatesδ^(18)Ofluid values ranging from 3.95 to 6.7‰ and δDH_(2)O values ranging from-71.9 to-55.7‰.These results indi-cate that the ore-formingfluid of the Yueguang gold deposit belongs to metamorphic hydrothermalfluids of middle-low temperature and low salinity.In the process of ore formation,gold is transported in the form of Au(HS)2-complexes,with gold deposition being driven byfluid immiscibility.Therefore,the Yueguang gold deposit is categorized as an orogenic gold deposit dominated by metamorphic hydrother-malfluid.It may become a new target for gold exploration in the Baimashan region,central Hunan Province.
文摘Traditional folk dwellings contain rich cultural connotations and plain architectural techniques.In architecture,material is the most fundamental thing,different materials can demonstrate different architectural forms,and reflect local characteristics and change of the time.Therefore,it is of great significance to explore the material selection of traditional Chinese folk dwellings.The paper took traditional folk dwellings in Hunan for example to analyze the regional materials and construction of these dwellings,discussed the application of traditional materials in modern architecture,used some cases to explore the innovative application of traditional materials,so as to figure out the new direction of applying traditional materials,and provide references for the construction of modern architecture.
基金supported by General Project for Philosophy and Social Sciences Research in Colleges and Universities of Jiangsu Province,“The Changes of Literary Writing of the Huxiang Image in the Poetry and Prose of the Late Qing Dynasty”(Project No.:2022THZWJC20).
文摘The literary circle in Hunan regions during the late Qing Dynasty underwent an innovative transformation,and the creation of literary works was exceptionally prosperous.The emergence of this literary phenomenon was undoubtedly inseparable from the impetus provided by the Hunan Army Group.However,upon a close examination of its origin and development,it can be discerned that since the mid-Qing Dynasty,numerous scholars in Hunan had already been engaged in the exploration and practice of the concepts of literary creation.Among them,Huang Benji’s Du wen-Bi de was a specialized literary work concentrating on literary composition.It possessed a complete system and novel viewpoints,embodying the distinctive literary perspective of Hunan scholars.Nevertheless,it has not been deeply explored.Through an analysis of the innovative aspects of the literary theory in Du wen-Bi de and its influence on Confucian classics,this study examines the guiding role of this literary work on the literary creation in the Hunan regions during the late Qing Dynasty and its theoretical value in literary thought.
文摘On July 24,the Business Matching of China-Africa Economic,Trade&Livelihood Cooperation of the Seventh China-Africa People's Forum was held in Changsha,Hunan Province.50 Chinese enterprises including SANY Group,China Railway Construction Heavy Industry Co.,Ltd.and Hunan Construction Investment Group set up exhibition booths to display their core products and overseas service capabilities.
文摘Themed Work Together for New Development and Modernisation:Pooling People's Strength to Build a High-Level China-Africa Community with a Shared Future,the Seventh China-Africa People's Forum&the Seventh China-Africa Young Leaders Forum was held in Hunan from 24th to 26th of July.
文摘From July 24 to 26,the Seventh China-Africa People's Forum&the Seventh China-Africa Young Leaders Forum were held in Hunan.With the theme of"Work Together for New Development and Modernisation:Pooling People's Strength to Build a High-Level China-Africa Community with a Shared Future".
