One new species,Uenostrongylium scaber Yuan Ren sp.nov.(China,Zhejiang),is described.Habitus and illustrations are provided,and a key to the genus Uenostrongylium is also given.
The genus Luprops Hope, 1833 is distributed in Palaearctic, Oriental, Sino-Japanese and Afrotropical regions, including 3 new Chinese record species described in this paper. Eleven species of this genus are known in C...The genus Luprops Hope, 1833 is distributed in Palaearctic, Oriental, Sino-Japanese and Afrotropical regions, including 3 new Chinese record species described in this paper. Eleven species of this genus are known in China. The new Chinese record species are: L. brancuccii Schawaller, 2013, L. kaszabi Schawaller, 1997 and L. rugosissimus Kaszab, 1980. A key to the known Luprops species and its morphological details are provided. In addition, larva of Luprops horni(Gebien, 1914) is reported for the first time.展开更多
A new species, D. tenuiata in the triangularia-group of Ditrigona Moore, 1888 is described from Sichuan, China. The female genitalia of D. uniuncusa are described for the first time. Illustrations of external features...A new species, D. tenuiata in the triangularia-group of Ditrigona Moore, 1888 is described from Sichuan, China. The female genitalia of D. uniuncusa are described for the first time. Illustrations of external features and genitalia of this new species and related species are presented. A checklist to the triangulariagroup is also provided.展开更多
Two new species of the genus Anatolica Eschscholtz,1831,A.badainica Ba,Ren&Liu sp.nov.and A.gurbantunggutica Ba&Ren sp.nov.,are reported from the deserts of northwest China.Both are described and illustrated.T...Two new species of the genus Anatolica Eschscholtz,1831,A.badainica Ba,Ren&Liu sp.nov.and A.gurbantunggutica Ba&Ren sp.nov.,are reported from the deserts of northwest China.Both are described and illustrated.The circadian rhythms of these two new species are briefly discussed.展开更多
Three new species of jumping spiders from the Xizang region,China are described:Evarcha darthvaderi Yu&Zhang,sp.nov.(♂♀),Orcevia qogyigyacani Yu&Zhang,sp.nov.(♀),Synagelides yadong Ni,Yu&Zhang,sp.nov.(...Three new species of jumping spiders from the Xizang region,China are described:Evarcha darthvaderi Yu&Zhang,sp.nov.(♂♀),Orcevia qogyigyacani Yu&Zhang,sp.nov.(♀),Synagelides yadong Ni,Yu&Zhang,sp.nov.(♀).Two species are newly recorded in China:Phlegra prasanna Caleb&Mathai,2015 and Ptocasius urbanii(Żabka,1981),and the female of P.prasanna is described for the first time.展开更多
The male of Phrynarachne xuxiake Lin&Li,2022 is described for the first time,based on a specimen collected from the type locality in Anhui Province,China.A morphological description and illustrations are given.
Quantitative assessment of vulnerability is a core aspect of wetland vulnerability research.Taking Baiyangdian(BYD)wetlands in the North China Plain as a study area and using the‘cause-result’model,23 representative...Quantitative assessment of vulnerability is a core aspect of wetland vulnerability research.Taking Baiyangdian(BYD)wetlands in the North China Plain as a study area and using the‘cause-result’model,23 representative indicators from natural,social,sci-tech and economic elements were selected to construct an indicator system.A weight matrix was obtained by using the entropy weight method to calculate the weight value for each indicator.Based on the membership function in the fuzzy evaluation model,the membership degrees were determined to form a fuzzy relation matrix.Finally,the ecological vulnerability was quantitatively assessed based on the comprehensive evaluation index calculated by using a composite operator to combine the entropy weight matrix with the fuzzy relation matrix.The results showed that the ecological vulnerability levels of the BYD wetlands were comprehensively evaluated as Grade Ⅱ,Grade Ⅲ,Grade Ⅳ,and Grade Ⅲ in 2010,2011-2013,2014,and 2015-2017,respectively.The ecological vulnerability of the BYD wetlands increased from low fragility in 2010 to general fragility in 2011-2013,and to high fragility in 2014,reflecting the fact that the wetland ecological condition was degenerating from 2010 to 2014.The ecological vulnerability status then turned back into general fragility during 2015-2017,indicating that the ecological situation of the BYD wetlands was starting to improve.However,the ecological status of the BYD wetlands on the whole is relatively less optimistic.The major factors affecting the ecological vulnerability of the BYD wetlands were found to be industrial smoke and dust emission,wetland water area,ammonia nitrogen,total phosphorus,rate of industrial solid wastes disposed,GDP per capita,etc.This illustrates that it is a systematic project to regulate wetland vulnerability and to protect regional ecological security,which may offer researchers and policy-makers specific clues for concrete interventions.展开更多
基金supported by the National Natural Science Foundation of China(31501888)the Scientific Research Projects of the Shaanxi Education Department(15JK1837)the High-level University Construction Projects Funded Projects of Shaanxi Province(2012SXTS03)
文摘One new species,Uenostrongylium scaber Yuan Ren sp.nov.(China,Zhejiang),is described.Habitus and illustrations are provided,and a key to the genus Uenostrongylium is also given.
基金supported by the National Natural Science Foundation of China (31572309, 31970452)the Ministry of Science and Technology of the People’s Republic of China (2015FY210300)
文摘The genus Luprops Hope, 1833 is distributed in Palaearctic, Oriental, Sino-Japanese and Afrotropical regions, including 3 new Chinese record species described in this paper. Eleven species of this genus are known in China. The new Chinese record species are: L. brancuccii Schawaller, 2013, L. kaszabi Schawaller, 1997 and L. rugosissimus Kaszab, 1980. A key to the known Luprops species and its morphological details are provided. In addition, larva of Luprops horni(Gebien, 1914) is reported for the first time.
基金supported by the National Natural Science Foundation of China (31872967,31702041)the Key Project of Science-Technology Basic Condition Platform from the Ministry of Science and Technology of China (2005DKA21402)by a grant (Y229YX5105) from the Key Laboratory of the Zoological Systematics and Evolution of the Chinese Academy of Sciences
文摘A new species, D. tenuiata in the triangularia-group of Ditrigona Moore, 1888 is described from Sichuan, China. The female genitalia of D. uniuncusa are described for the first time. Illustrations of external features and genitalia of this new species and related species are presented. A checklist to the triangulariagroup is also provided.
基金supported by the National Natural Science Foundation of China(31750002,41771290)。
文摘Two new species of the genus Anatolica Eschscholtz,1831,A.badainica Ba,Ren&Liu sp.nov.and A.gurbantunggutica Ba&Ren sp.nov.,are reported from the deserts of northwest China.Both are described and illustrated.The circadian rhythms of these two new species are briefly discussed.
基金funded by Survey of Wildlife Resources in Key Areas of Tibet(ZL202203601).
文摘Three new species of jumping spiders from the Xizang region,China are described:Evarcha darthvaderi Yu&Zhang,sp.nov.(♂♀),Orcevia qogyigyacani Yu&Zhang,sp.nov.(♀),Synagelides yadong Ni,Yu&Zhang,sp.nov.(♀).Two species are newly recorded in China:Phlegra prasanna Caleb&Mathai,2015 and Ptocasius urbanii(Żabka,1981),and the female of P.prasanna is described for the first time.
文摘The male of Phrynarachne xuxiake Lin&Li,2022 is described for the first time,based on a specimen collected from the type locality in Anhui Province,China.A morphological description and illustrations are given.
基金The Key Research and Development Project by Science and Technology Program of Hebei(18273005)。
文摘Quantitative assessment of vulnerability is a core aspect of wetland vulnerability research.Taking Baiyangdian(BYD)wetlands in the North China Plain as a study area and using the‘cause-result’model,23 representative indicators from natural,social,sci-tech and economic elements were selected to construct an indicator system.A weight matrix was obtained by using the entropy weight method to calculate the weight value for each indicator.Based on the membership function in the fuzzy evaluation model,the membership degrees were determined to form a fuzzy relation matrix.Finally,the ecological vulnerability was quantitatively assessed based on the comprehensive evaluation index calculated by using a composite operator to combine the entropy weight matrix with the fuzzy relation matrix.The results showed that the ecological vulnerability levels of the BYD wetlands were comprehensively evaluated as Grade Ⅱ,Grade Ⅲ,Grade Ⅳ,and Grade Ⅲ in 2010,2011-2013,2014,and 2015-2017,respectively.The ecological vulnerability of the BYD wetlands increased from low fragility in 2010 to general fragility in 2011-2013,and to high fragility in 2014,reflecting the fact that the wetland ecological condition was degenerating from 2010 to 2014.The ecological vulnerability status then turned back into general fragility during 2015-2017,indicating that the ecological situation of the BYD wetlands was starting to improve.However,the ecological status of the BYD wetlands on the whole is relatively less optimistic.The major factors affecting the ecological vulnerability of the BYD wetlands were found to be industrial smoke and dust emission,wetland water area,ammonia nitrogen,total phosphorus,rate of industrial solid wastes disposed,GDP per capita,etc.This illustrates that it is a systematic project to regulate wetland vulnerability and to protect regional ecological security,which may offer researchers and policy-makers specific clues for concrete interventions.
