On the Combination of “The Textual Research on Historical Documents” and “The Comparative Study of Historical Data” —— and a Discussion on “The Law of Quan-ma and Gui-mei” in Chinese Language Studies

In Chinese language studies, both “The Textual Research on Historical Documents” and “The Comparative Study of Historical Data” are traditional in methodology and they both deserve being treasured, passed on, and further developed. It will certainly do harm to the development of academic research if any of the two methods is given unreasonable priority. The author claims that the best or one of the best methodologies of the historical study of Chinese language is the combination of the two, hence a new interpretation of “The Double-proof Method”. Meanwhile, this essay is also an attempt to put forward “The Law of Quan-ma and Gui-mei” in Chinese language studies, in which the author believes that it is not advisable to either treat Gui-mei as Quan-ma or vice versa in linguistic research. It is crucial for us to respect always the language facts first, which is considered the very soul of linguistics.

Textual Research on the Historical Data of the 1573 AD Minxian Earthquake in Gansu Province and Discussion on Its Seismogenic Structure

According to the detailed study of the historical earthquake records and causative structure of the Minxian M6(1/2) earthquake in 1573 {A.D.}, we have found that the most grievous disaster area lies nearby the Minxian county seat (Minzhou county at that time). So, we have identified the extremely seismic area of the 1573 {A.D.} The Minxian M6(1/2) earthquake was located in Minxian city, the intensity of the meizoseismal region is Ⅷ～Ⅸ, the epicenter is 34.4°N, 104.0°E, the location precision is Ⅱ and the deviation of location is less than or equal to 25km. Tectonically, this area lies in the transition region of stress transfer and structural transform between the east Kunlun fault and the northern margin of the west Qinling fault. The differential activity of the Lintan-Dangchang fault zone is obvious, and only parts of the segment put up Holocene activity. There are landslides and rock bursts of different sizes in the meizoseismal region. By integrated analysis, we conclude that the Minxian-Dangchang segment of the Lintan-Dangchang fault is the seismogenic structure of the 1573 A.D. M6(1/2) Minxian earthquake, in Gansu Province.

An Investigation into the Case of Multi-interpretation in Poetry Translation

In translating poems, it is very common that different people have quite different versions of the same poem. This paper therefore intends to expound upon the underlying factors from the perspective of Hermeneutics,by exploring the relationship between the textual meaning and the textual significance of a poem, as well as the relationship between the author's intention and the textual intention of a poem, aiming to explain the key element in translating poems—multi-interpretation.

Textual research of Wudu earthquake in 186 B.C. in Gansu Province, China and discussion on its causative structure

On the basis of the textual research on the historical earthquake data and the field investigation of Wudu earthquake occurred in 186 B.C., we suggest that the earthquake parameters drawn from the present earthquake catalogs are not definite and amendments should be made. The heavily-damaged area of this earthquake should be located between Jugan township of Wudu County and Pingding township of Zhouqu County. Its epicenter should be in the vicinity of Lianghekou in Wudu County with a magnitude of about 7-7 1/4 and an intensity of about IX-X. The major axis direction of the heavily-damaged area should be in the WNW direction that is approximately consistent with the strike of the middle-east segment of Diebu-Bailongjiang active fault zone, and the origin time should match up to that of the latest paleoearthquake event [before （83±46） B.C.] obtained by the trench investigation. Certain seismic rupture evidences are still preserved on this fault segment. Therefore, we propose on the basis of comprehensive analysis that the causative structure of the M 7-7 1/4 Wudu earthquake in 186 B.C. should be in the middle-east segment of Diebu-Bailongjiang active fault zone.

Neural Regeneration Research Instructions to Authors

Instructions to AuthorsGENERAL INFORMATIONNeural Regeneration Research （NRR; ISSN 1673-5374）is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues publ shed per year.

Neural Regeneration Research: Information for Authors

About the Journal Founded in April 2006, Neural Regeneration Research （NRR; ISSN 1673- 5374, eISSN 1876-7958） is an international, peer-reviewed, open-access journal （www.nrronline.org） published monthly, with its mission focused on reporting creative scientific advancements in all areas of neural regeneration. The journal is committed to publishing articles on original experimental and clinical research, technological advances and methods, expert reviews and perspective articles related to neural regeneration in the central and peripheral nervous systems.

Neural Regeneration Research Instructions to Authors

Instructions to AuthorsGENERAL INFORMATIONNeural Regeneration Research （NRR; ISSN 1673-5374） is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues published per year.

Neural Regeneration Research Instructions to Authors

Instructions to AuthorsGENERAL INFORMATIONNeural Regeneration Research （NRR; ISSN 1673-5374） is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues published per year. NRR is devoted to publishing basic research, translational medicine and randomized clinical trial papers, as well as prospective reviews written by invited experts and academic discussion papers in the field of neural regeneration. NRR aims to publish timely, innovative and creative basic and clinical research with the highest standards in neural regeneration research. NRR publishes a diverse variety of topics in neural regeneration,

Neural Regeneration Research Instructions to Authors

Instructions to Authors.GENERAL INFORMATION.Neural Regeneration Research （NRR; ISSN 1673-5374） is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues published per year. NRR is devoted to publishing basic research, translational medicine and randomized clinical trial papers, as well as prospective reviews written by invited experts and academic discussion papers in the field of neural regeneration. NRR aims to publish timely, innovative and creative basic and clinical research with the highest standards in neural regeneration research. NRR publishes a diverse variety of topics in neural regeneration, including brain, spinal cord and peripheral nerve injury, traditional Chinese medicine, acupuncture and moxibustion, stem cells, tissue engineering, inflammation, glial scar, gene therapy, biological factors, neurorehabilitation, neuroimaging, neurodegenerative diseases, neuroplasticity and neurogenesis.

Neural Regeneration Research(NRR) Instructions for Authors(2015)

Areas of Interest Neural Regeneration Research （NRR; ISSN 1673-5374） is an open-access, peer-reviewed, SCI-, PUBMED- and PubMed Central （PMC）- indexed unique international journal focusing exclusively on the exciting field of neural regeneration. In 2015, NRR is committed to publishing articles on repair and protection after various nerve injuries （including brain, spinal cord, peripheral nerve and cranial nerve injuries, as well as neurodegenerative diseases）, articles regarding changes to nerves during the repair, protection and regeneration processes after interventional treatments （including with stem cells, growth factors, genes, drugs, surgery, rehabilitation therapy, electrical stim- ulation, magnetic stimulation, physical ther- apy, replacement therapy, acupuncture and moxibustion）, and articles that objectively and quantitatively evaluate the results of repair, protection and regeneration after nerve injury, as well as articles in this field of research that involve large animals （such as primates） and are of translational medical significance.

Neural Regeneration Research Instructions to Authors

Neural Regeneration Research （NRR; ISSN 1673-5374） is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues published per year. NRR is devoted to publishing basic research, translational medicine and randomized clinical trial papers, as well as prospective reviews written by invited experts and academic discussion papers in the field of neural regeneration. NRR aims to publish timely, innovative and creative basic and clinical research with the highest standards in neural regeneration research. NRR publishes a diverse variety of topics in neural regeneration,

Neural Regeneration Research Instructions to Authors

Neural Regeneration Research （NRR; ISSN 1673-5374）is an open-access （www.nrronline.org）, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, with 36 issues published per year. NRR is devoted to publishing basic research, translational medicine and randomized clinical trial papers, as well as prospective reviews written by invited experts and academic discussion papers in the field of neural regeneration. NRR aims to publish timely, innovative and creative basic and clinical research with the highest standards in neural regeneration research. NRR publishes a diverse variety of topics in neural regeneration,

Neural Regeneration Research Instruction to Authors

Neural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.NRR aims to timely publish innovative and creative basic and clinical research that reflects the highest standard of neural regeneration research, including ①Development, Plasticity and Regeneration; ②Stem Cells and Cell-Based Regeneration; ③Tissue Engineering and Neural Regeneration; ④Neural Degeneration and Regeneration; Central Nervous system Regeneration;⑤Peripheral Nervous System Regeneration; ⑥Chinese Medicine and Neuroregeneration; ⑦Gene Therapy and Neural Regeneration; ⑧ Emerging Technology in Neural Regeneration; Translational Neural Regeneration.

Neural Regeneration Research Instruction to Authors

General Information Neural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.

Asian Herpetological Research Instructions for Authors

Asian Herpetological Research （AHR）, an international journal, is published quarterly by the Chengdu Institute of Biology, Chinese Academy of Sciences （CIB）, and Science Press in cooperation with the Asiatic Herpetological Research Society （AHRS）. The scope of the journal includes all contemporary herpetological research areas including taxonomy, morphology, phylogeny, systematics, evolution, zoogeography, physiology, ecology, toxicology and conservation biology of amphibians and reptiles.

Neural Regeneration Research Instruction to Authors

General InformationNeural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.

Neural Regeneration Research Instruction to Authors

General Information Neural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.

Neural Regeneration Research Instruction to Authors

General InformationNeural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.

Neural Regeneration Research Instruction to Authors

General InformationNeural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research,

Neural Regeneration Research Instruction to Authors

General InformationNeural Regeneration Research （NRR, ISSN 1673-5374） is an open access, peer-reviewed international journal focusing exclusively on the exciting field of neural regeneration research, published 36 issues per year.