ccording
to an analysis of the ISI
Essential
Science Indicators
Web product, the Journal of Hydrometeorology (JHM) has
recently entered the top 50% of journals in the field of
Geosciences, with 274 papers cited a total of 1,069 times to
date. Below, in-cites talks with former Chief Editor Dr.
Dennis Lettenmaier and current Chief Editor Dr. William Kustas
about JHM from its origins to its impressive citation
increase.
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Did you expect JHM to become
highly cited, or is this surprising to you?
DL: Yes and no. The journal originated when Gene Rasmusson
was president of the American Meteorological Society (AMS), and Eric
Wood was on the AMS council, in the later 1990s. AMS really wanted a
presence in hydrology, and the land–atmosphere interactions area.
There had been discussion of an AMS "hydrology journal"
for some time—GEWEX (the Global Energy and Water Experiment) had
been around for almost 10 years, and had helped to coalesce a
community in the land–atmosphere interactions area. But it took
Gene (who early in his career had been a hydrologist at one of the
National Weather Service River Forecast Centers) and Eric to get the
AMS council to endorse the idea.
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“…JHM developed a niche in the land–atmosphere interactions area…and has become the journal of choice for work in that
area.”
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Once I was given the charge of getting the journal going, the
question was how, and what the response would be. While I had been an
Associate and Deputy Editor of Water Resources Research, and
had handled special issues of various journals, I’d never had the
experience of being chief editor, especially of a journal that didn’t
yet exist. It was something of a question as to what the response
would be. The approach I took was to go out with letters to about 50
well-known people in the field, and ask them to send in papers for the
first issue (this started about a year before the first issue was
published, in early 1999). As an aside, I carefully read through and
signed all of the letters, and asked my secretary to mail them out.
She assigned the task of stuffing the letters into envelopes to a
student assistant, who somehow managed to shuffle the envelopes. The
result was about two days later I started getting a flood of emails,
e.g., from Joe saying he’d received a letter asking Harry to submit
a paper to JHM, and so on. So, we made a great impression as to
our organizing skills right from the beginning.
In the end though, we did get a pretty good response. As I recall,
about 50 papers were submitted the first year, to a journal that hadn’t
yet been published. The one thing that I didn’t understand at that
point was the impact of the AMS "brand name." AMS really
helped publicize the journal – with full-page ads in BAMS
(the Bulletin of the AMS, which goes to all members). Also, BAMS
published on its cover one of the key figures from a paper that was to
appear in V1 N1 of JHM by Koster et al. on seasonal-to-interannual
precipitation predictability. That paper turned out to be widely cited
(about 75 times to date), and the cover visual fairly widely used in
presentations and so on. I think it was a major boost for the journal
to get that publicity.
Nonetheless, early in the life of the journal there was always a
bit of concern about keeping the "pipeline" of papers in
process flowing. AMS (and Keith Seitter, who was then AMS Director of
Publications) showed a lot of faith in the journal by deciding that it
would go directly to bimonthly publication (they could have started
with quarterly). For the first year or so I was always getting emails
wanting to know when more papers would be ready for the copy editors.
By the end of year two or so, though, that was no longer an issue.
WK: I’ve been Chief Editor for about a year now, only the
second editor of this journal. In 2004, we had 126 papers submitted in
the areas of precipitation, snow and rainfall-runoff hydrology, land–atmosphere
modeling, atmospheric water cycling and remote sensing. Dennis
Lettenmaier, his editors, and the editorial assistants are largely
responsible for its current status as a highly cited journal.
How would you account for the increased citation rate of JHM?
DL: Well, good people have decided to publish there, and when
that happens people read the journal, and the papers are cited. It
is sort of a positive-feedback system, which I think all goes back
to getting good people to publish interesting work in early issues
of the journal. Their decisions (of course I am guessing here) had
to do with the fact that it is an AMS journal, and that we worked
hard to do a thorough, but prompt, job of reviewing.
Was there a change in policy or editorial direction that might
account for this?
DL: Not that I can think of. I don’t know the exact
numbers, but there is a cumulative effect with a new journal.
Obvious there can’t be many citations early on, because there aren’t
many papers published. Also, the reputation of the journal is
unknown. I think that what happened is that the journal snowballed,
as the papers were published, people saw that good papers were being
published there, and wrote their own papers which cited the ones
they’d read.
What historical factors have contributed to the success of JHM?
DL: I think that a commitment from AMS, with no looking back
(e.g., going directly to six issues per year) was a major factor.
Also, there has been some disgruntlement about other journals in the
field being slow to review and so on. In the end, though, that’s
probably a minor factor. What’s more important is that JHM
developed a niche in the land–atmosphere interactions area (both
for weather and climate), and has become the journal of choice for
work in that area.
Have there been specific developments in the fields served by JHM
that may have contributed?
DL: Probably just general growth in interest in land–atmosphere
interactions—both field campaigns, like the Southern Great Plains
and Soil Moisture Experiment series, and a lot of modeling work on
land–atmosphere interactions.
WK: I echo Dennis’ response and would also specifically
mention that these and other field experiments in cold regions, namely
the Cold Land Processes Experiments, have remote sensing as a key
driver in their design and execution. The hydrology and atmospheric
communities now recognize the fact that linking remote-sensing
information with models has great potential for improving
predictions/forecasts and in advancing the development of scaling
techniques.
What, in your view, is this journal’s main significance or
contribution in the field of Geosciences?
DL: To provide a home to work in land–atmosphere
interactions.
WK: I would add that this journal also serves as a forum for
remote-sensing applications to hydrometeorology, particularly in the
areas of remote sensing of precipitation, soil moisture, and
evapotranspiration. With remote sensing as a key component in many of
the large interdisciplinary field experiments, JHM should be
the journal of choice for publication of research results from these
field campaigns.
How do you see your field(s) evolving in the next few years?
DL: Certainly one area in which interest is exploding is land
data assimilation, and I expect to see a lot more work in this area.
The other (which is related) is the coming of age of remote sensing
as a routine tool for hydrologic prediction.
WK: Research results from the large-scale field experiments
continue to improve our understanding of the interaction between
hydrologic processes and atmospheric dynamics. Multi-scale and
multi-temporal observations from these field campaigns have increased
our fundamental understanding of soil-vegetation/snow-atmosphere
interactions, ultimately leading to improvements in model
parameterizations of these interactions.
What role do you see for your journal?
DL: To foster research in land surface hydrology and land–atmosphere
interactions. JHM should be the journal of choice for
publication of research in this area.
WK: I would also point out that snow
hydrologists/meteorologists are actively searching for a journal that
they would like to call home, and are eager to publish a special issue
in JHM. I am also promoting the publication of observational
studies that lead to greater insights to the factors governing land
surface-atmosphere exchange. In many cases, these studies lead to
significant progress and need a home. Finally, I would like to see JHM
as the journal of choice for the publication of land data assimilation
research.
Journal of Hydrometeorology
American Meteorological Society, publishers
| Journal of Hydrometeorology's
most-cited paper with 76 cites to date: |
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Koster RD, Suarez MJ, Heiser M, "Variance and predictability at seasonal-to-interannual timescales,"
(JHM 1(1): 26-46, February 2000). |
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Source:
ISI
Essential Science Indicators |
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