The Internet TESL Journal
Writing Scientific Project Applications for Peer Review
Catherine Histon
kathleen.histon [at] libero.it
Faculty of Science, University of Insubria (Varese, Italy)
Increasing difficulty in obtaining funding for scientific research
projects has created high standards in project application
criteria. Both national and international funding agencies
usually require these applications in English for peer review.
Content-based instruction focused on this aspect of technical writing
should be highlighted within advanced EAP/ESP courses for non-native
speaker scientists. Some examples of the problems non-native speaker
scientists encounter in dealing with a typical set of application
instructions will be considered.
Introduction
The ever increasing difficulty in obtaining funding for scientific
research projects and the decrease in funding sources has lead to
particularly high standards in project application criteria world-wide.
This recent development applies to both national and international
funding organisations as project applications are sent for peer review
both within a national network and to at least one international
referee. Project applications are therefore required in English or
partly in English and the L1. A detailed summary and project objectives
are normally requested in both languages. Hence, not only is a high
standard of science required when making an application but also a high
level of written English.
Funding Agencies
As government funding to science in general has suffered drastic
cutbacks on a global scale both National and International funding
agencies have become more stringent in their selection procedures. As
competition for the limited funds available increases annually it is no
longer enough to have a scientifically sound and innovative project
proposal which clearly merits financial support, one must also present
the research in English for peer review. One of the numerous selection
criteria that many projects fail is the quality of the English version
of the application. Some do not even get to the review stage as the
English is deemed to be of too low a standard. Many non-native speaker
scientists applying for funds in order to carry on with their research
do not have the financial resources to pay for a technical translation
and in this way the investment of not only money but also of scientific
expertise in science is constantly being undermined.
Application Criteria
Funding agencies provide detailed sets of instructions on what to
include in a project proposal and how to complete the application
forms. Sometimes these instructions are so detailed that the applicant
has trouble in deciphering them unless they are also provided in the
L1. This unfortunately is another obstacle to be overcome and another
way of eliminating excess applications if they do not conform to
standard.
On being approved for funding the abstract or summary of the project is
often available on-line through the funding agencies web-site therefore
prospective applicants can see what is required and the standard to be
achieved. The summary is an important part of the application and must
be written clearly and concisely therefore it is extremely useful to be
able to compare various examples and identify the style used for a
specific discipline. However, complete project applications or a sample
application as a guideline for applicants are rarely made available. It
is extremely difficult to write a proposal in English using specific
argumentative language without knowing the style and conventions
adopted by the funding agency. Unfortunately this may be yet another
means of cutting down the number of projects which could eventually
reach the review stage as the approach used may be negatively evaluated.
Review System
Peer review is often by non-native speaker scientists not familiar with
the L1 of the project applicant consequently influences from the L1 of
both the applicant and the reviewer give rise to lack of clarity and
comprehension both of which have a negative effect on the applications
success in being financed. There is more bias involved here than in
reviewing scientific articles as competition for funding is involved,
some agencies try to reduce this risk by requesting a list of potential
reviewers from the applicant.
Writing conventions and styles even within the same field of research
differ from nation to nation and this aspect must be considered by
reviewers. Projects submitted for review can rarely remain anonymous as
within specific disciplinary sectors it will be obvious to a reviewer
who the applicants are or to which research group they belong just from
reading the proposal. The address of the applicant, even if a native
speaker, may also lead to the incorrect assumption that the English is
inadequate by a non-native speaker reviewer.
The detailed application and especially the summary must be concise and
clear, no "packing" should be included in order to bulk out the
proposal as the reviewer will just pass over it and the result will be
to create a negative impression. It should be remembered that reviewing
is usually not paid and does not appear in a scientific CV so there is
absolutely no advantage for the reviewer himself in this activity. It
requires a lot of precious time which could be spent in other ways.
However, most reviewers realise that they themselves will also be a
project applicant at some stage in the future and at the mercy of a
reviewer and consequently most are conscientious and fair minded.
ESP/EAP Courses
It is time that these needs were taken into consideration when
preparing ESP/EAP advanced writing courses for scientists. The
communicative learning approach is more suitable sometimes for oral not
written communication as not enough emphasis is placed on "register
analysis and textual consistency" (Sionis, 1995). As the content not
the form is usually of more importance to the learner in science, this
attitude needs to be modified for dealing with certain types of written
discourse. Lack of language for argumentation leads to inconsistent
reasoning in text and badly expressed arguments by non-native speaker
scientists lead to rejected research proposals.
Much emphasis is placed on content-based instruction for writing
scientific articles but in order to reach the stage of presenting
research the funding for the project must be first secured. Nowadays
scientists are often employed on the basis of their ability to obtain
independent funds for their research in order to 1) not be an extra
burden on the university's budget and 2) to increase the prestige of
their department by succeeding in obtaining large grants which allow
them not only to carry out basic research but also to buy valuable
equipment which then remains available for common use after the project
has been completed. It is therefore of increasing importance for
non-native speaker scientists to develop their skills in this
direction. The non-native speaker scientist must be trained to identify
the specific language requirements of his profession, the style used by
particular funding agencies and to anticipate the reaction of a
reviewer before attempting to write a proposal.
Application Strategies
A typical list of criteria to be covered in a scientific proposal is
given below together with specific points normally included under each
section. Some examples of commonly used lexical chunks (Schmitt,
2000: Knoy, 2000) for scientific arguments appropriate to these topics
have been chosen which may be of use for scientific writing tasks.
These have been taken from a proposal submitted to the Austrian Science
Foundation (FWF) in 2001 which was granted the full financial support
requested. In general written research proposals are usually limited to
15 pages or less (1.5 spacing at 12 pt.) therefore the additional use
of illustrations, graphs etc. may help to support specific
argumentative language. However, care should be taken that they are
incorporated into the text by a consistent use of general language for
transmitting the scientist's optimal meaning.
Abstract/Summary
Points to include: a) outline the state of the art of the discipline,
b) give the general background to the problem and then c) lead into the
specific problem, d) explain the aim of the project and e) give any
preliminary results available which have given impetus to the present
application. The summary may be recycled from the more detailed
sections which follow:
1. Introduction
Points to include:
a) statement of problem to be solved, b) state of the art of the
science, c) application of this scientific method to the problem, d)
current relevance of the results to be obtained.
Examples:
"In recent times the concept of... has gained wide acceptance in...";
"Based mainly on...";
"SMITH (1969) and JAMES (1969) documented a...";
"SULE (1988) pointed out that different factors control ... and proposed
a...";
"EMER & ZEYER (1996) summarised the main points which specifically
apply to...";
"most of the above summarised concepts and models were derived from...";
"this is due to various circumstances including...";
"continued investigations are needed in order to produce a
consistent...";
"the cause of others however, remains unknown...";
"recognition of the consequences of changes...";
"analysis has opened new avenues for research on many facets of....";
"differing from the... ";
"by correlation with other areas where similar studies have been
carried out..."
2. Key Objectives of the Project
Points to include: a) repeat the problem to be solved; b) list the
individual objectives emphasising the importance of the contribution to
be made to the discipline both on a national and international scale if
the aims are achieved; c) describe any preliminary results from
previous studies which gave impetus to the project proposal.
Examples:
"As much controversy surrounds...";
"it is proposed to apply the concepts above to the....";
"in order to correlate the changes determined with those established in
other areas...";
"The project aims at...";
"obtaining a detailed..." ;
"unravelling local ... for determining global..." ;
"Interregional and intercontinental comparisons of numerous local ...
placed within a refined framework are essential for obtaining a more
accurate picture of ...";
"the need for improved temporal resolution in order to provide a sound
database for testing models has lead to the recognition of...";
"A preliminary study by HAHN (1999) demonstrated that a detailed
investigation is feasible ...".
3. Background
Points to include: previous research
Examples:
"lt has been famous since 1894 when Smith first described the...";
"it was presented to the 9th annual meeting which was held in...";
"A combination of data sets derived from...";
"the concept originally defined by...";
"They attributed the origin of these...";
"This contrasted with...";
"The importance of these studies was emphasised by...";
"A special volume dedicated to the use of these methods in North
America includes mainly studies on...".
4. Methodology
Points to include: Other on-going studies which will add to the overall
progress of the project, the scientific method to be applied.
Examples:
"This study will be based on and add to the studies by...";
"Recent work done by HUGO (2000) on the problem in question will help
in the determination of...";
"The proposed investigation will also complement the study presently
being done on the..."; "In interpreting the sequences it will be
attempted to first establish the key...";
"Detailed measurements will be carried out and where necessary, samples
will be taken for determination...";
"The clear identification of ... is quite difficult as is the distinction
of the relative significance of...";
"Hence, any conclusions...";
"are ideal for this study as they represent...";
"therefore the possibility of being able to determine a precise ... is
quite high...";
"samples for analysis will be taken to verify...";
"Data from previous studies of these areas will also be incorporated
into the proposed investigation for elaborating a precise sequence...".
References
- Knoy,Ted (2000) Technical correspondence: What Professionals need to
learn. The Internet TESL Journal, vol. VI, No. 5.
http://iteslj.org/Articles/Knoy-TechnicalLetters.html
- Schmitt, Norbert (2000). Lexical chunks. ELT Journal 54 4: 400.
- Sionis, Claude (1995). Communication strategies in the writing of
scientific research articles by non-native users of English. English
for Specific Purposes, 14 2: 99-113
The Internet TESL Journal, Vol. IX, No. 8, August 2003
http://iteslj.org/
http://iteslj.org/Articles/Histon-ProjectApplications.html