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Transcript
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Ver. 20170116
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Full Title: (bold/centering/capital letters)
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Preparing your manuscript submitted to Hydrological
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Research Letters (HRL): A template
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Author(s): (bold/centering)
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Firstname Lastname1, Givenname Familyname1* and Yoshifumi Wakiyama2**
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Affiliation(s): (italic/centering)
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Department, Institute, Country
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Institute, Country
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Short Title: (italic/capital letters)
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TEMPLATE FOR SUBMISSION OF YOUR MANUSCRIPT
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Correspondence to:
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Firstname Lastname
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Department, Institute, Address, City postal-code, Country.
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E-mail: [email protected]
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*
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Present address: Institute, Country
Present address: Department, Institute, Country
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Abstract:
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The Abstract should contain fewer than 200 words. A concise and factual abstract is
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required. The Abstract heading should be written on a separate line in bold face with
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centering as “Abstract:”. Do not include references in the Abstract. Immediately after the
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Abstract, provide up to six keywords in lower case letters, beginning with “KEYWORDS”.
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KEYWORDS first keyword; second keyword; third keyword; fourth keyword; fifth keyword;
sixth keyword
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INTRODUCTION
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(Section headings: bold/centering/capital letters)
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The text should be divided into clearly defined sections, each with a separate heading.
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Section headings should be written on a separate line in uppercase with centering. The
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standard length of a paper is 6 pages or less. At the initial submission the manuscript cannot
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exceed 3500 words excluding References, Tables and Figures (including title, authors’ names,
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affiliations, abstract, keywords, the body of the article, equations, acknowledgments, table
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captions and figure captions), and total number of Tables and Figures cannot exceed 6, which
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is estimated to be 6 pages or less. The maximum length of the final manuscript is 8 pages,
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however in this case an additional charge is required. If the total pages exceed the limitation,
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authors should consider moving a part of the text, Figures or Tables to Supplements.
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Equations should be numbered and written on a separate line end without periods or
commas, as follows:
y  ax  b
(1)
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where y is the objective variable (m), a is the slope (m s-1), x is the explanatory variable (s),
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and b is the intercept (m). When the equations are mentioned in the text, express as Equations
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(1) and (2), for instance.
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Subsection
Subsection headings should be left-justified and written in italics font.
subsubsection
Any additional headings should be left-justified and in standard font with no italics or
capital letters.
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METHODS
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Short Review should be composed of the appropriate section headings not like typical ones
for Original Research such as “METHODS” and “RESULTS AND DISCUSSION”.
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Figures should be consecutively numbered in accordance with their appearance in the text.
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Each Figure must be entitled and cited in the text, for instance, as Figure 1, Figure 2b, and
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Figure 3. Do not use “Fig. 1”. In the final Figures for publication, the font size should be at
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least 8 pt. Figures are to be uploaded upon the initial submission, but the Editorial Office
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might require the authors to submit high-resolution files upon approval of the manuscript. If
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this is the case, the files should be provided in prevailing formats (e.g. EPS, TIFF or JPG)
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with a resolution of 600 dpi or greater.
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Tables should be consecutively numbered in accordance with their appearance in the text.
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Each Table must be entitled and cited in the text, for instance, as Table 1. All columns must
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have headings. Vertical rules should be avoided. The final font size for publication must be 8
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pt or larger.
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RESULTS AND DISCUSSION
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Each reference must be cited in the text as name and year within brackets: for example,
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(Brutsaert, 2006) or Brutsaert (2006). In case reference is made to more than one work by the
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same authors published in the same year, specify each citation in the text as follows:
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(Yasunari, 2000a), (Yasunari, 2000b). In case two (three or more) authors are listed in the
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reference list, the reference must be cited in the text as Oki and Yasunari (1995), (Oki et al.,
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1995). A reference published by a corporation can be cited using abbreviation, e.g. as either
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JSCE or Japan Society of Civil Engineers. Unless English title and/or English journal name
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are shown in the original reference, authors or the third party can translate them with an
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annotation at the end of the reference, e.g. *Title and journal name are translated by
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“translator’s name”. Digital Object Identifiers (DOIs), unless it is not provided, must be added
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in the reference list. References to Internet pages require the published or last modified year,
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the title, the URL and date of access. If the published or last modified year is unknown, write
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access year instead.
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References should be alphabetically listed by the last name of the first author, and ordered
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as 1) first author alone, chronologically, 2) with one coauthor alphabetically by coauthor and
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then chronologically, 3) with two or more coauthors, chronologically. See REFERENCES for
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the styles of various types of references.
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ACKNOWLEDGEMENTS
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Acknowledgments should be limited to collegial and financial assistance and are not meant
to recognize personal or manuscript production support.
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SUPPLEMENTS
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Text S1. Outline of the model (Captions end without periods)
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Figure S1. Comparison between X and Y
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Table SI. Parameter changes in Z
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Movie S1. Change in daily temperature
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REFERENCES
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Doogan CB. 2010. Landscape controls on stream chemistry variability in the Hubbard Brook
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Experimental Forest and White Mountains of New Hampshire. Master’s Thesis, Plymouth
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State University, Plymouth, NH; 129.
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Flörke M, Alcamo J. 2004. European outlook on water use. Center for Environmental
Systems Research, University of Kassel, Final Report, EEA/RNC/03/007, 83p.
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Intergovernmental Panel on Climate Change (IPCC). 2007. Climate change: The physical
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science basis. Contribution of working group I to the fourth assessment report of the
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intergovernmental panel on climate change, Cambridge University Press, Cambridge, UK;
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996.
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Kain JS, Fritsch JM. 1993. Convective parameterization for mesoscale models: the
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Kain-Fritsch scheme. In The representation of cumulus convection in numerical models.
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Emanuel
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Meteorological Society, Boston, USA; 165-170.
KA,
Raymond
DJ
(eds).
Meteorological
Monogram
24:
American
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Mori N, Yasuda T, Mase H, Tom T, Oku Y. 2010. Projection of extreme wave climate change
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under global warming. Hydrological Research Letters 4: 15-19. DOI: 10.3178/hrl.4.15.
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Oki T, Musiake K, Matsuyama H, Masuda K. 1995. Global atmospheric water balance and
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runoff from large river basins. In Advances in hydrological processes, Kalma JD,
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Sivapalan M (eds). Wiley, Chichester, UK; 411–434.
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Sato F, Sasa K, Fujiwara K, Masumoto H. 1992. The chemistry of snow and streamwater in
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the northernmost part of Hokkaido. I. The acidity of snow and the chemical influence for
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the winter runoff. Transactions of the Japanese Forestry Society 103: 601–602 (in
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Japanese). *Title and journal name are translated by “translator’s name”.
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The World Bank. 2012. Thai flood 2011: Rapid assessment for resilient recovery and
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reconstruction planning. https://www.gfdrr.org/thaifloods2012. Last access April 10, 2013.
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WMO. 1986. Intercomparison of models of snowmelt runoff. Operational Hydrology Report
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No. 23, WMO-No. 646, WMO, Geneva.
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Yasunari T. 2005. A possible collaboration/coordination between WCRP and GWSP in Asia
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―suggestions from GAME (GEWEX Asian Monsoon Experiment)―. Proceeding of
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GWSP Asia Meeting August 29–31, 2005 Kyoto, Japan; 38–39.
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Figure captions
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Figure 1.
Title of Figure 1 (Figure captions end without periods)
Figure 2.
Title of Figure 2
Figure 3.
Title of Figure 3
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Table captions
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Table 1.
Title of Table 1 (Table captions end without periods)
Table 2.
Title of Table 2
Table 3.
Title of Table 3
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