Hainan Province is situated at the northern edge of the Asian tropics,serving as China’s only tropical province.The province harbors exceptional biodiversity due to its unique geography and climate,particularly in fu...Hainan Province is situated at the northern edge of the Asian tropics,serving as China’s only tropical province.The province harbors exceptional biodiversity due to its unique geography and climate,particularly in fungal diversity.However,previous mycological surveys in Hainan are predominantly focused on central forested regions,while coastal ecosystems are largely overlooked.This study reports the first discovery of the genus Calocybella in China,with one new species and one new record for China collected from coastal Casuarina forests.Calocybella hainanensis sp.nov.is characterized by its ginger-yellow to yellowish-brown pileus,pale yellow lamellae,and small,oblong-ellipsoid basidiospores(4.9–5.5×2.3–3.1μm)with faint ornamentation and inamyloid reaction.The newly recorded species,Calocybella sribuabanensis,exhibits gregarious growth,yellowish-brown pileus,densely arranged lamellae,and ellipsoid,faintly ornamented,inamyloid basidiospores.Phylogenetic analyses based on ITS sequences reveal that C.hainanensis forms a unique evolutionary lineage within Calocybella,but it shows unresolved affinities to other taxa.C.sribuabanensis forms a sister lineage with the Indian species Calocybella dicholamellata.展开更多
During Donald Trump’s first term,the“Trump Shock”brought world politics into an era of uncertainties and pulled the transatlantic alliance down to its lowest point in history.The Trump 2.0 tsunami brewed by the 202...During Donald Trump’s first term,the“Trump Shock”brought world politics into an era of uncertainties and pulled the transatlantic alliance down to its lowest point in history.The Trump 2.0 tsunami brewed by the 2024 presidential election of the United States has plunged the U.S.-Europe relations into more gloomy waters,ushering in a more complex and turbulent period of adjustment.展开更多
The genus Ablepharus represents a morphologically diverse group of lizards,comprising approximately 19 species distributed across Asia.However,due to challenges in sample collection,the taxonomy and phylogeny of this ...The genus Ablepharus represents a morphologically diverse group of lizards,comprising approximately 19 species distributed across Asia.However,due to challenges in sample collection,the taxonomy and phylogeny of this genus remain poorly resolved.In this study,we identified and described a novel species of Ablepharus from western Xizang,China,through morphological analysis and molecular phylogenetics.Phylogenetic reconstruction based on mitochondrial DNA(ND2)sequences showed that the new species formed a strongly supported sister lineage with A.ladacensis and A.himalayanus,while exhibiting significant genetic divergence from all other congeners.In addition to its genetic distinctiveness,the new species can be characterized by a combination of the following morphological characters:(1)eyelids partially fused;(2)tympanum sunken;(3)supranasal scales absent;(4)prefrontals separated from each other;(5)supraoculars 4;(6)supralabials 7,6^(th) largest;(7)infralabials 6 or 7;(8)scale rows across neck and back 6;(9)scales encircling midbody 32;(10)midventral scales from last chinshield to precloaca 72-80;(11)subcaudals 110-125;(12)lamellae beneath 4^(th) finger 13-16,beneath 4^(th) toe 18-21;(13)body brownish-olive,devoid of spots,venter brick-red.This study highlights the underexplored species diversity within Ablepharus in China and provides new insights into the taxonomy and evolutionary relationships of the genus.展开更多
Scientists have been searching for possible new particles beyond the standard model(SM),the theory that has predicted the building bricks that have constituted the known matter world today,including the Higgs-“the l...Scientists have been searching for possible new particles beyond the standard model(SM),the theory that has predicted the building bricks that have constituted the known matter world today,including the Higgs-“the last”SM particle.展开更多
New Era New Xizang The series of books has been compiled by educators from nine colleges affiliated with Xizang Minzu University over 18 months.The work is organized into six volumes.It systematically summarizes the r...New Era New Xizang The series of books has been compiled by educators from nine colleges affiliated with Xizang Minzu University over 18 months.The work is organized into six volumes.It systematically summarizes the remarkable achievements of Xizang in various domains,including economic development.展开更多
This study provides detailed descriptions and illustrations of a new species,Psilota nigritarsa Huo&Zhao,sp.nov.,and a newly recorded species in China,P.nigripilosa Shiraki,1968.It also offers additional measureme...This study provides detailed descriptions and illustrations of a new species,Psilota nigritarsa Huo&Zhao,sp.nov.,and a newly recorded species in China,P.nigripilosa Shiraki,1968.It also offers additional measurements for Psilota bashanensis Huo,Zhao&Liu,2022.The paper proposes a reclassification of the P.innupta-group in the Palaearctic Region into two subgroups based on the morphology of the male genitalia.An updated taxonomic key for the species of the P.innupta-group within the Palaearctic Region is also provided.展开更多
A new species Guizygiella haoyangi Yao&Liu,sp.nov.(♂)is reported from Fujian Province,China,and a new record of G.salta(Yin&Gong,1996)in Jiangxi Province.Detailed morphological descriptions,photographs of the...A new species Guizygiella haoyangi Yao&Liu,sp.nov.(♂)is reported from Fujian Province,China,and a new record of G.salta(Yin&Gong,1996)in Jiangxi Province.Detailed morphological descriptions,photographs of the body and genitalia of these two species are provided.展开更多
On January 17,with the theme of“New Year Painting.New Creativity New Expression”,the nation-wide main event of the 2025 “Intangible Cultural Heritage Celebrates the Spring Festival-New Year Painting Entering into F...On January 17,with the theme of“New Year Painting.New Creativity New Expression”,the nation-wide main event of the 2025 “Intangible Cultural Heritage Celebrates the Spring Festival-New Year Painting Entering into Families”kicked off in Handan,Hebei Province,which was jointly organized by the Department of Intangible Cultural Heritage of the Ministry of Culture and Tourism,the Hebei Provincial Department of Culture and Tourism,and the Handan Municipal People’s Government.More than 200 people,including the inheritors of 18 national Intangible Cultural Heritage projects,experts,scholars and designers engaged in the research and innovative design of New Year Painting,and representatives of the enterprises on cultural creation and relevant media,attended the event.展开更多
As climate crisis intensifies,increasing attention has been drawn to the low-carbon transition of energy and the development of new energy sources.However,recently,new energy development worldwide has faced growing ob...As climate crisis intensifies,increasing attention has been drawn to the low-carbon transition of energy and the development of new energy sources.However,recently,new energy development worldwide has faced growing obstacles,casting a shadow over its prospects.China’s achievements in new energy development are leading globally and have significantly contributed to global climate governance.Despite challenges,the future prospects of new energy development in China will significantly influence the global landscape of energy development and climate governance.展开更多
During the recent ASEAN-China(Beijing Municipal Administrative Center)Trade and Investment Promotion Conference,Chatchai Viriyavejakul,Thailand’s ambassador to China,sat down with China Report ASEAN for an exclusive ...During the recent ASEAN-China(Beijing Municipal Administrative Center)Trade and Investment Promotion Conference,Chatchai Viriyavejakul,Thailand’s ambassador to China,sat down with China Report ASEAN for an exclusive interview.He said that regional cooperation frameworks such as the Regional Comprehensive Economic Partnership(RCEP)and the ASEAN-China Free Trade Area(ACFTA)3.0 have propelled Thailand-China collaboration towards immense potential in emerging industries such as new energy vehicles(NEVs),the digital economy,and green economy.Thailand is now striving to develop into an industrial hub for NEVs and clean energy in the ASEAN region while seeking closer cooperation with China to jointly build a more sustainable and resilient regional economy.展开更多
Events in the first few days of September have confirmed what was already in motion.A new rhythm in world affairs is emerging.In Tianjin,a metropolis in north China,Chinese President Xi Jinping launched the Global Gov...Events in the first few days of September have confirmed what was already in motion.A new rhythm in world affairs is emerging.In Tianjin,a metropolis in north China,Chinese President Xi Jinping launched the Global Governance Initiative(GGI)at the Shanghai Cooperation Organisation(SCO)Summit.In Beijing,China’s capital,President Xi reviewed troops during a military parade to mark the 80th Anniversary of the Victory in the Chinese People’s War of Resistance Against Japanese Aggression and the World Anti-Fascist War.展开更多
Driven by technological innovation and the innovative allocation of production factors,new quality productive forces(NQPFs)are a key breakthrough and core element propelling China’s transition from a major agricultur...Driven by technological innovation and the innovative allocation of production factors,new quality productive forces(NQPFs)are a key breakthrough and core element propelling China’s transition from a major agricultural country to an advanced agricultural nation.At its core,agricultural modernization represents a frontier shift in agricultural development-a dynamic evolution of productive forces across technological forms,farmer demographics,industrial structures,and urban-rural relations.NQPFs drive the high-quality,integrated development of agricultural modernization through agricultural technological innovation,green and low-carbon practices,and the enhancement of all production factors.As NQPFs evolve and agricultural modernization advances,we must address constraints stemming from gaps in technology,models,resources,and talent.Furthermore,we must foster deep integration among industry,research,and education to develop new pathways for industrial upgrading,promote green and efficient agricultural development,and bridge existing technological gaps.These collective efforts are crucial for accelerating the high-quality development of agricultural modernization.展开更多
Extracting typical operational scenarios is essential for making flexible decisions in the dispatch of a new power system.A novel deep time series aggregation scheme(DTSAs)is proposed to generate typical operational s...Extracting typical operational scenarios is essential for making flexible decisions in the dispatch of a new power system.A novel deep time series aggregation scheme(DTSAs)is proposed to generate typical operational scenarios,considering the large amount of historical operational snapshot data.Specifically,DTSAs analyse the intrinsic mechanisms of different scheduling operational scenario switching to mathematically represent typical operational scenarios.A Gramian angular summation field-based operational scenario image encoder was designed to convert operational scenario sequences into highdimensional spaces.This enables DTSAs to fully capture the spatiotemporal characteristics of new power systems using deep feature iterative aggregation models.The encoder also facilitates the generation of typical operational scenarios that conform to historical data distributions while ensuring the integrity of grid operational snapshots.Case studies demonstrate that the proposed method extracted new fine-grained power system dispatch schemes and outperformed the latest high-dimensional feature-screening methods.In addition,experiments with different new energy access ratios were conducted to verify the robustness of the proposed method.DTSAs enable dispatchers to master the operation experience of the power system in advance,and actively respond to the dynamic changes of the operation scenarios under the high access rate of new energy.展开更多
With the direct rise of the social demand for renewable energy,as a new type of energy supply model in the new era,the operation control and optimization of microgrid play an important role in solving the problem of r...With the direct rise of the social demand for renewable energy,as a new type of energy supply model in the new era,the operation control and optimization of microgrid play an important role in solving the problem of resource sharing.Microgrid can realize the flexibility of distributed power supply and the application of high efficiency,solving the problem of a large number and variety of forms of the power grid.Based on this,this paper will discuss the operation control strategy of microgrid based on a new energy grid connection,and provide constructive ideas for high-quality operation of microgrid.展开更多
In the term"New Year celebration",the"New Year"marks a specific time node while"celebration"reflects an attitude.Before this year's Tibetan New Year(known as Losar in Tibetan),during ...In the term"New Year celebration",the"New Year"marks a specific time node while"celebration"reflects an attitude.Before this year's Tibetan New Year(known as Losar in Tibetan),during the important phase of home reconstruction in Dingri County,we found hope and a positive outlook.展开更多
The“2025 China New-Formulation Detergent Products Development Conference & 2025 China Daily Chemicals Biodegradable,Recyclable,Renewable Technology Innovation Summit”,co-hosted by the China Research Institute of...The“2025 China New-Formulation Detergent Products Development Conference & 2025 China Daily Chemicals Biodegradable,Recyclable,Renewable Technology Innovation Summit”,co-hosted by the China Research Institute of Daily Chemical(RIDCI),was held in Yangzhou,Jiangsu Province.The event brought together over 230 representatives from government agencies,industry associations,and leading enterprises to contribute insights for the high-quality development of China's daily chemical industry.展开更多
Three new wood-rotting fungi Peniophorella growing on Pinus yunnanensis in southwestern China,Peniophorella euryhypha,Peniophorella pinicola and Peniophorella stellata,are described based on morphology and phylogeny.T...Three new wood-rotting fungi Peniophorella growing on Pinus yunnanensis in southwestern China,Peniophorella euryhypha,Peniophorella pinicola and Peniophorella stellata,are described based on morphology and phylogeny.They all have annual resupinate basidiomata with smooth,white to cream hymenophore and clavate to cylindrical leptocystidia without resinous matter.P.euryhypha is characterized by simple septate subicular hyphae 7.5-9.5μm wide and broadly clavate to sphaeropedunculate cystidia,narrowly ellipsoid basidiospores 9.3-11×3-4.3μm.P.pinicola is characterized by encrusted hyphae and bowl-shaped stephanocysts and thick-walled cystidia,oblong-ellipsoid basidiospores 5.5-8×3.2-5μm.P.stellata is characterized by leptocystidia and sometimes hyphidia encrusted with rosette-like crystals in subhymenium and hymenium,and oblong-ellipsoid basidiospores 8-10×3.5-5μm.In addition,Peniophorella cremea is considered as a synonym of Hyphoderma transiens.A key to Chinese species of Peniophorella is provided.展开更多
基金supported by the National Science Foundation of China(32260005,32470008)the Hainan Province Science and Technology Special Fund(ZDYF2024SHFZ129)+1 种基金the Hainan Provincial Natural Science Foundation(323MS044)the Scientific Research Project of Hainan Higher Education Institutions(Hnky2023ZD-8).
文摘Hainan Province is situated at the northern edge of the Asian tropics,serving as China’s only tropical province.The province harbors exceptional biodiversity due to its unique geography and climate,particularly in fungal diversity.However,previous mycological surveys in Hainan are predominantly focused on central forested regions,while coastal ecosystems are largely overlooked.This study reports the first discovery of the genus Calocybella in China,with one new species and one new record for China collected from coastal Casuarina forests.Calocybella hainanensis sp.nov.is characterized by its ginger-yellow to yellowish-brown pileus,pale yellow lamellae,and small,oblong-ellipsoid basidiospores(4.9–5.5×2.3–3.1μm)with faint ornamentation and inamyloid reaction.The newly recorded species,Calocybella sribuabanensis,exhibits gregarious growth,yellowish-brown pileus,densely arranged lamellae,and ellipsoid,faintly ornamented,inamyloid basidiospores.Phylogenetic analyses based on ITS sequences reveal that C.hainanensis forms a unique evolutionary lineage within Calocybella,but it shows unresolved affinities to other taxa.C.sribuabanensis forms a sister lineage with the Indian species Calocybella dicholamellata.
文摘During Donald Trump’s first term,the“Trump Shock”brought world politics into an era of uncertainties and pulled the transatlantic alliance down to its lowest point in history.The Trump 2.0 tsunami brewed by the 2024 presidential election of the United States has plunged the U.S.-Europe relations into more gloomy waters,ushering in a more complex and turbulent period of adjustment.
基金funded by the Second Xizang Plateau Scientific Expedition and Research(STEP)Program(2024QZKK0200)National Natural Science Foundation of China(NSFC 32370486)Animal Branch of the Germplasm Bank of Wild Species,Chinese Academy of Sciences(Large Research Infrastructure Funding).
文摘The genus Ablepharus represents a morphologically diverse group of lizards,comprising approximately 19 species distributed across Asia.However,due to challenges in sample collection,the taxonomy and phylogeny of this genus remain poorly resolved.In this study,we identified and described a novel species of Ablepharus from western Xizang,China,through morphological analysis and molecular phylogenetics.Phylogenetic reconstruction based on mitochondrial DNA(ND2)sequences showed that the new species formed a strongly supported sister lineage with A.ladacensis and A.himalayanus,while exhibiting significant genetic divergence from all other congeners.In addition to its genetic distinctiveness,the new species can be characterized by a combination of the following morphological characters:(1)eyelids partially fused;(2)tympanum sunken;(3)supranasal scales absent;(4)prefrontals separated from each other;(5)supraoculars 4;(6)supralabials 7,6^(th) largest;(7)infralabials 6 or 7;(8)scale rows across neck and back 6;(9)scales encircling midbody 32;(10)midventral scales from last chinshield to precloaca 72-80;(11)subcaudals 110-125;(12)lamellae beneath 4^(th) finger 13-16,beneath 4^(th) toe 18-21;(13)body brownish-olive,devoid of spots,venter brick-red.This study highlights the underexplored species diversity within Ablepharus in China and provides new insights into the taxonomy and evolutionary relationships of the genus.
文摘Scientists have been searching for possible new particles beyond the standard model(SM),the theory that has predicted the building bricks that have constituted the known matter world today,including the Higgs-“the last”SM particle.
文摘New Era New Xizang The series of books has been compiled by educators from nine colleges affiliated with Xizang Minzu University over 18 months.The work is organized into six volumes.It systematically summarizes the remarkable achievements of Xizang in various domains,including economic development.
基金The research is supported by the National Natural Sciences Foundation of China(31900345)China Postdoctoral Science Foundation(2022M722020)+2 种基金the Key Project of Shaanxi Province Science and Technology Department(2024JCYBMS-152)the Key Project of Scientific Research Program of Shaanxi Provincial Education Department(23JY020)Key Projects of Shaanxi University of Technology(SLGKYXM2302,X20240134)。
文摘This study provides detailed descriptions and illustrations of a new species,Psilota nigritarsa Huo&Zhao,sp.nov.,and a newly recorded species in China,P.nigripilosa Shiraki,1968.It also offers additional measurements for Psilota bashanensis Huo,Zhao&Liu,2022.The paper proposes a reclassification of the P.innupta-group in the Palaearctic Region into two subgroups based on the morphology of the male genitalia.An updated taxonomic key for the species of the P.innupta-group within the Palaearctic Region is also provided.
基金supported by the Key Laboratoryy of Jiangxi Province for Biological Invasion and Biosecurity(2023SSY02111)。
文摘A new species Guizygiella haoyangi Yao&Liu,sp.nov.(♂)is reported from Fujian Province,China,and a new record of G.salta(Yin&Gong,1996)in Jiangxi Province.Detailed morphological descriptions,photographs of the body and genitalia of these two species are provided.
文摘On January 17,with the theme of“New Year Painting.New Creativity New Expression”,the nation-wide main event of the 2025 “Intangible Cultural Heritage Celebrates the Spring Festival-New Year Painting Entering into Families”kicked off in Handan,Hebei Province,which was jointly organized by the Department of Intangible Cultural Heritage of the Ministry of Culture and Tourism,the Hebei Provincial Department of Culture and Tourism,and the Handan Municipal People’s Government.More than 200 people,including the inheritors of 18 national Intangible Cultural Heritage projects,experts,scholars and designers engaged in the research and innovative design of New Year Painting,and representatives of the enterprises on cultural creation and relevant media,attended the event.
文摘As climate crisis intensifies,increasing attention has been drawn to the low-carbon transition of energy and the development of new energy sources.However,recently,new energy development worldwide has faced growing obstacles,casting a shadow over its prospects.China’s achievements in new energy development are leading globally and have significantly contributed to global climate governance.Despite challenges,the future prospects of new energy development in China will significantly influence the global landscape of energy development and climate governance.
文摘During the recent ASEAN-China(Beijing Municipal Administrative Center)Trade and Investment Promotion Conference,Chatchai Viriyavejakul,Thailand’s ambassador to China,sat down with China Report ASEAN for an exclusive interview.He said that regional cooperation frameworks such as the Regional Comprehensive Economic Partnership(RCEP)and the ASEAN-China Free Trade Area(ACFTA)3.0 have propelled Thailand-China collaboration towards immense potential in emerging industries such as new energy vehicles(NEVs),the digital economy,and green economy.Thailand is now striving to develop into an industrial hub for NEVs and clean energy in the ASEAN region while seeking closer cooperation with China to jointly build a more sustainable and resilient regional economy.
文摘Events in the first few days of September have confirmed what was already in motion.A new rhythm in world affairs is emerging.In Tianjin,a metropolis in north China,Chinese President Xi Jinping launched the Global Governance Initiative(GGI)at the Shanghai Cooperation Organisation(SCO)Summit.In Beijing,China’s capital,President Xi reviewed troops during a military parade to mark the 80th Anniversary of the Victory in the Chinese People’s War of Resistance Against Japanese Aggression and the World Anti-Fascist War.
基金funded by grants from the General Project of the National Social Science Fund:“Research on the Interactive Mechanism of Migrant Workers Returning to Their Hometowns for Entrepreneurship and Rural Revitalization in the Major Labor Export Provinces”(20BJY136)General Project of Sichuan Provincial Philosophy and Social Science Fund:“The Era Significance,Growth Constraints,and Path Optimization of the New Agricultural Laborers from the Perspective of the New Quality Productive Forces”(SCJJ24ND065)Key Project of the Sichuan Academy of Social Sciences:“The Era Significance,Current Concerns,and Action Prospects of the New Agricultural Laborers from the Perspective of the New Quality Productive Forces”(24XD02).
文摘Driven by technological innovation and the innovative allocation of production factors,new quality productive forces(NQPFs)are a key breakthrough and core element propelling China’s transition from a major agricultural country to an advanced agricultural nation.At its core,agricultural modernization represents a frontier shift in agricultural development-a dynamic evolution of productive forces across technological forms,farmer demographics,industrial structures,and urban-rural relations.NQPFs drive the high-quality,integrated development of agricultural modernization through agricultural technological innovation,green and low-carbon practices,and the enhancement of all production factors.As NQPFs evolve and agricultural modernization advances,we must address constraints stemming from gaps in technology,models,resources,and talent.Furthermore,we must foster deep integration among industry,research,and education to develop new pathways for industrial upgrading,promote green and efficient agricultural development,and bridge existing technological gaps.These collective efforts are crucial for accelerating the high-quality development of agricultural modernization.
基金The Key R&D Project of Jilin Province,Grant/Award Number:20230201067GX。
文摘Extracting typical operational scenarios is essential for making flexible decisions in the dispatch of a new power system.A novel deep time series aggregation scheme(DTSAs)is proposed to generate typical operational scenarios,considering the large amount of historical operational snapshot data.Specifically,DTSAs analyse the intrinsic mechanisms of different scheduling operational scenario switching to mathematically represent typical operational scenarios.A Gramian angular summation field-based operational scenario image encoder was designed to convert operational scenario sequences into highdimensional spaces.This enables DTSAs to fully capture the spatiotemporal characteristics of new power systems using deep feature iterative aggregation models.The encoder also facilitates the generation of typical operational scenarios that conform to historical data distributions while ensuring the integrity of grid operational snapshots.Case studies demonstrate that the proposed method extracted new fine-grained power system dispatch schemes and outperformed the latest high-dimensional feature-screening methods.In addition,experiments with different new energy access ratios were conducted to verify the robustness of the proposed method.DTSAs enable dispatchers to master the operation experience of the power system in advance,and actively respond to the dynamic changes of the operation scenarios under the high access rate of new energy.
文摘With the direct rise of the social demand for renewable energy,as a new type of energy supply model in the new era,the operation control and optimization of microgrid play an important role in solving the problem of resource sharing.Microgrid can realize the flexibility of distributed power supply and the application of high efficiency,solving the problem of a large number and variety of forms of the power grid.Based on this,this paper will discuss the operation control strategy of microgrid based on a new energy grid connection,and provide constructive ideas for high-quality operation of microgrid.
文摘In the term"New Year celebration",the"New Year"marks a specific time node while"celebration"reflects an attitude.Before this year's Tibetan New Year(known as Losar in Tibetan),during the important phase of home reconstruction in Dingri County,we found hope and a positive outlook.
文摘The“2025 China New-Formulation Detergent Products Development Conference & 2025 China Daily Chemicals Biodegradable,Recyclable,Renewable Technology Innovation Summit”,co-hosted by the China Research Institute of Daily Chemical(RIDCI),was held in Yangzhou,Jiangsu Province.The event brought together over 230 representatives from government agencies,industry associations,and leading enterprises to contribute insights for the high-quality development of China's daily chemical industry.
文摘Three new wood-rotting fungi Peniophorella growing on Pinus yunnanensis in southwestern China,Peniophorella euryhypha,Peniophorella pinicola and Peniophorella stellata,are described based on morphology and phylogeny.They all have annual resupinate basidiomata with smooth,white to cream hymenophore and clavate to cylindrical leptocystidia without resinous matter.P.euryhypha is characterized by simple septate subicular hyphae 7.5-9.5μm wide and broadly clavate to sphaeropedunculate cystidia,narrowly ellipsoid basidiospores 9.3-11×3-4.3μm.P.pinicola is characterized by encrusted hyphae and bowl-shaped stephanocysts and thick-walled cystidia,oblong-ellipsoid basidiospores 5.5-8×3.2-5μm.P.stellata is characterized by leptocystidia and sometimes hyphidia encrusted with rosette-like crystals in subhymenium and hymenium,and oblong-ellipsoid basidiospores 8-10×3.5-5μm.In addition,Peniophorella cremea is considered as a synonym of Hyphoderma transiens.A key to Chinese species of Peniophorella is provided.
