Employment
Sushil Kumar Sharma
------------------------COVER LETTER--------------------------------
6 April 1997
Dear Sir/Madam,
Vacancy: Professional Meteorologist/Climatologist/Research
Scientist/Post Doctorate Research/Research Fellow
-------------------------------------------------
I am a fully qualified Professional Meteorologist (WMO Class I)
from the New Zealand Meteorological Service, and have worked as a
meteorologist in an operational environment for over eight
continous years after my training, at the New Zealand and the Fiji
Meteorological Service. I have also worked briefly at the
Australian Bureau of Meteorology.
I have done extensive training and postgraduate studies in
Meteorology and was also at the National Hurricane Centre, Miami,
Florida and the University of Miami, studying tropical cyclone
forecasting, warning systems, disaster prevention and mitigation,
monsoon meteorology and radar meteorology. I have just graduated
with a PhD degree in Meteorology from the Univesity of Melbourne,
Australia.
I am presently seeking employment with a fairly open and flexible
mind. If you have any positions which you feel I would be able to
handle, taking account of my qualifications and experience, then
please do not hesitate to contact me. I will be able to relocate
to any area and do not mind doing shift work.
I am enclosing my CV which details my education and work
experience, including my list of publications and refrees whom you
may contact if need be. If appointed I will be able to start work
immediately. I am a very easy going, and a very friendly and
pleasant person, and will work without any problems in a group
environment. If required I will be able to take any responsibility,
and will do my best to be an asset to your organization.
Thanks and regards,
Yours sincerely,
Dr Sushil K. Sharma
Professional Meteorologist &
Research Scientist.
------------------------COVER LETTER--------------------------------
CURRICULUM VITAE OF Dr SUSHIL K SHARMA
A. PERSONAL INFORMATION
1. Full Name: Sushil Kumar Sharma (alias Sam)
2. Date of Birth: 23 October 1956
3. Postal Address: Department of Meteorology
School of Earth Sciences
The University of Melbourne
Parkville, 3052
Australia.
4. Electronic Mail: s...@mullara.met.unimelb.edu.au
5. Voice Mail: +613 9344-7455 (Office)
+613 9344-7227 (computer Room)
+613 9347-6905 (Home)
fax: +613 9344-7761 (Office Fax)
6. Immigration Status: Australia and New Zealand Permanent Resident.
Presently holding Fiji Citizenship.
7. Marital Status: Married with 3 children. One daughter an
American Citizen.
8. Physical Fitness: No physical disabilities. Non-smoker.
B. EDUCATIONAL QUALIFICATIONS
1. The University of Melbourne, Melbourne, Australia (1993-1997)
(a) Doctor of Philosophy (Ph.D). (in meteorology)
A New Digitized Global Precipitation Climatology And
Comparisons with Satellite and General Circulation
Model (GCM) Estimates.
A new refined 2.5 x 2.5 degs latitude-longitude grid resolution
digitized global precipitation climatology referred hereafter
as the Sharma climatology is derived on a monthly, seasonal and
annual basis. The terrestrial precipitation data set is derived
using the objective analysis procedure of Cressman (1959) on a
homogeneous GHCN data set (Vose et al. 1992) using the measured
Legates and Willmott (1990) climatology as the first guess field.
This is merged with the oceanic data set which is derived using
a new procedure called the Modified Precipitation Frequency
Approach (MPFA).
This procedure uses the corrected monthly standardized
precipitation frequency data over the global oceans, based on
125 years of ship reports (1854-1979) from the United States
Navy Marine Climatic Atlas of the World, which is used to
derive the new climatology using a new annual oceanic
precipitation climatology. This correction procedure takes full
account of precipitation intensities and thus improves on the
method of the old Precipitation Frequency Approach. The annual
precipitation estimates are based on the first guess field of
UNESCO (1978) which is objectively analyzed using open ocean
representative precipitation observations from 136 low-lying
atolls with elevations below 5 meters. The corrected UNESCO
annual map is further modified by performing an unequal
weighted average with the SSMI, GPCP and MSU satellite based
annual precipitation estimates.
The data period of the SSMI, GPCP, and the MSU are 1987-1994,
1986-1994 and 1979-1994 respectively. The satellite estimates
do not directly affect the areal distribution and patterns of
monthly precipitation, as they are used only to help estimate
the annual global precipitation average. The MPFA yields monthly
precipitation maps which are independent in-situ estimates, and
can be used for validation work. As a result the Sharma data set
is classed as a purely in-situ based climatology like the Jaeger
and the Legates and Willmott climatologies; quite distinct from
the recently released GPCP Version 1 Combined Precipitation Data
Set of Huffman etal. (1997).
Large-scale global precipitation pattern and amount intercomparison
is done with all the existing climatologies, GCM and satellite
estimates, including a thorough analysis of error estimates using
long term observations from atoll stations representative of the
open ocean conditions. Furthermore global, land and ocean zonal
precipitation analysis including a latitudinal transect and
annual precipitation cycle analysis and intercomparison with
existing climatologies and long term precipitation observations
for the ITCZ, SPCZ, North and South Pacific and the Indian and
Southern Ocean is also performed.
The global annual estimates of precipitation according to the
Sharma climatology is 1263 mm for ocean, 749 mm for land and
1109 mm for global (land and ocean combined). This compares
with measured Legates and Willmott (1990) values of 1149, 755,
1031; UNESCO (1978) values of 1270, 800, 1130; and Jaeger (1976)
values of 1099, 756, and 1000 mm per year respectively. The
Sharma climatology was found to have an overall global relative
error of 5.8%, whilst regionally the tropics had 5.7%
and the high latitudes had 7.3% errors. The South and West
Pacific showed errors of 2.1 and 2.9% respectively. The East
Pacific and the North Pacific showed relative errors of 12.0%
and 13.4% respectively. However compared to the Sharma
climatology some GCM's had regional relative errors as high as
43.9%, whilst satellites had errors as high as 38.8%. Similarly
the highest regional relative error values in Jaeger and the
Legates and Willmott (Measured) climatology was found to
be 31.3% and 26.3% respectively.
Comparisons of the Sharma climatology with 17 GCM precipitation
simulation results showed that GCM's have some difficulty in
simulating the location, intensity, orientation and the areal
extent of the SPCZ and the ITCZ. Further comparisons with
satellites showed that the GPCP estimates are very sensitive to
seasonal changes, and are very much higher than the observed
values in the Pacific in each hemisphere, during Summer. The SSMI
and to a very large extent, the MSU, have fairly high estimates of
precipitation over regions with high levels of cirrus clouds, for
example the ITCZ.
The Sharma data set will be made available through NCAR Data
Support Section, NCAR/SCD, PO Box 3000, Boulder, CO 80307
or through their anonymous ftp area - ftp ncardata.ucar.edu
or 128.117.8.111 this year.
2. University of the South Pacific, Suva, Fiji (1990)
(a) Master of Arts Degree in Climatology
(i) Tropical Climatology
(ii) Applied Climatology
(iii) Meteorological Instrumentation
(iv) Geographical Research Methods and Theory
Thesis Title: Distribution of Rainfall and its Variability
in Tropical Pacific Region. (211pp, August 1990). Rainfall
patterns, their persistence, anomalies and variability on a
spatial as well as temporal basis for the tropical Pacific
region, their subsequent effect on the genesis and patterns
of rain has been undertaken. Account has also been taken of
the upper-tropospheric wind-flow patterns, sea-surface
temperature and its circulation features and of the tropical
disturbances in the region. The concept of ENSO and its
relationship to rainfall patterns and anomalies has been
discussed in detail.
3. University of Auckland, New Zealand (1989)
Auckland Law School.
(a) Certificate of Attainment in Environmental Law
The areas covered included the following:
(i) The growth of environmental regulation.
(ii) The role of courts, tribunals and administrative
agencies in the environmental law field.
(iii) Environmental administration (the Ministry for the
Environment, the Office of Parliamentary Commissioner
for the Environment and the Department of
Conservation).
(iv) Environmental impact assessment.
(v) Opportunities for public involvement in environmental
planning decisions.
(vi) Common Law and statutory remedies aimed at projecting
the environment.
(vii) An analysis of major environmental statutes (e.g. the
Water and Soil Conservation Act 1967, the Mining Act
1971, the Clean Air Act 1972, the Noise Control Act
1982, the Environment Act 1986, and the Conservation
Act 1987).
(viii) The importance of the Treaty of Waitangi in
environmental decision-making.
(ix) Resource management law reform.
(x) Law and ecology.
4. National Aeronautics and Space Administration/Goddard Space
Flight Centre course, March 1987:
Analysis of Meteorological Data Fields from Satellite, Radar and
Conventional Data Observations.
5. University of Miami, Florida, U.S.A. (27 February - 5 May 1984)
And the National Hurricane Centre, Coral Gables, Miami, Fl.
(a) Post-graduate course in Tropical Meteorology and Tropical
Cyclone Forecasting. (Obtained 8 post-graduate credits).
(i) Course 1: Tropical Meteorology and Tropical Cyclone
Forecasting (Atlantic Ocean, Pacific Ocean, track
prediction, storm surge, storm intensity prediction,
rainfall estimation, tropical cyclone preparedness).
(Grade A+ Pass)
(ii) Course 2: Special Topics in Tropical Meteorology
(Monsoons, local effects, numerical modelling,
rainfall, general circulation). (Grade A+ Pass)
(iii) Course 3: Radar and satellite Meteorology.
(Principles of radar, methods for application in
meteorology, illustrations of storm detection and
tracking, rainfall measurement by radar, satellite
systems, satellite applications in tropical
Meteorology. (Grade A+ Pass)
6. Fiji Public Service Commission Administration Examination
(a) Passed Public Service Administration and Finance
Examination H (1) paper June 1980.
(b) Passed Administration Examination H (2) paper December
1980.
7. New Zealand Meteorological Service, Wellington
(a) Post-graduate study at the New Zealand Meteorological
Service in Meteorology (World Meteorological Organization
WMO Class 1 Professional Meteorology Course). Full time
student January 1979 to January 1980; also December 1977-
January 1978.
(i) Thermodynamics
1.1 The atmosphere: its composition and structure
1.2 The atmosphere as a mixture of dry air and water
1.3 The Hydrostatic Equation
1.4 Changes in the atmospheric sounding
1.5 Vertical stability of the atmosphere
1.6 Convection
(ii) Atmospheric Radiation
1.1 The nature of Radiation
1.2 Solar radiation I
1.3 Solar radiation II: Instruments
1.4 Solar radiation III: Depletion
1.5 Solar radiation IV: Albedo
1.6 Terrestrial radiation I
1.7 Terrestrial radiation II, III, IV. Satellite
measurements; Radiation chart.
(iii) Principles of Dynamic Meteorology
1.1 Six equations in six variables
1.2 Geostrophic, gradient, cyclostrophic and inertial
flow
1.3 The prediction problem
1.4 Flow kinematics
1.5 The use of constant pressure and constant potential
temperature surfaces
1.6 Circulation, Vorticity, the vorticity and divergence
equations
1.7 Thermal winds
1.8 Turbulence, Turbulent transfer of momentum and heat,
the friction layer, the Ekman layer
1.9 Description of atmospheric flow patterns
1.10 Discontinuity of atmospheric flow patterns,
discontinuity surfaces. Fronts. Tropopause.
1.11 Frontal and cyclone theory; Historical review
(iv) Dynamic Meteorology (Part II)
1.1 Description of atmospheric flow patterns
1.2 Discontinuity surfaces
1.3 Frontal and cyclone theory
1.4 Ideas on cyclone (tropical) development
1.5 Atmospheric waves
1.6 Diagnostics of the quasi-geostrophic model
1.7 Baroclinic instability
1.8 Introduction to Numerical Weather prediction
(v) Tropical Meteorology
(vi) Climatology
(vii) Climatological data processing and research techniques
(viii) Synoptic Meteorology
1.1 Weather chart analysis
1.2 Upper air chart analysis
1.3 Aviation weather forecasting
1.4 Public weather forecasting
1.5 Marine weather forecasting
1.6 Tropical cyclone forecasting
1.7 Numerical weather prediction
1.8 Neph-analysis and satellite meteorology
(ix) Field training : Christchurch, Wellington and Auckland
Weather Office.
8. Victoria University of Wellington, New Zealand
(a) Post-graduate Honours paper: PHYS 407 Physics of the
Atmosphere and Oceans, 1979.
Semester 1: Physics of the Atmosphere
Semester 2: Physics of the Oceans
9. University of the South Pacific, Suva
(a) Preliminary II Social Science 1974.
(i) Social Science and Cultural Change
(ii) Themes in World History
(iii) Environmental Studies
(iv) English I
(v) Mathematics I
(vi) Introduction to South Pacific Economics
(vii) Basic Politics
(viii) Aspects of Pacific History
(ix) Man and Environment
(x) English II
(xi) Mathematics II
(b) Bachelor of Arts 1978
(i) Geography
1.1 Man's physical environment (SE 141)
1.2 Geographic techniques and methods (SE 144)
1.3 Elementary Demography (SE 245)
1.4 Applied physical Geography (SE 341)
1.5 Applied rural and agricultural geography
(SE 342)
1.6 Applied Demography (SE 345)
(ii) Physics
2.1 Introductory classical physics (NR122)
2.2 Introductory Modern Physics and Astronomy (NR121)
2.3 Environmental Physics (NR222)
2.4 Electrical Physics (NR223)
2.5 Energy Supplies (NR321)
(iii) Mathematics
3.1 Mathematical Methods I (ED111)
3.2 Mathematical Methods II (ED112)
3.3 Advanced Analysis (ED211)
3.4 Linear Analysis/Numerical Analysis (ED212)
3.5 Applied Statistics (ED313)
3.6 Complex Variables and Partial Differential
Equations (ED311)
(iv) English
4.1 English Language and Literature I (ED131)
4.2 English Language and Literature II (ED132)
4.3 South Pacific Literature (ED231)
10. Xavier College, Ba
(a) Fiji Junior Certificate, 1971.
(b) N.Z. School Certificate Examination, 1972.
(c) N.Z. University Entrance Examination, 1973.
C. EMPLOYMENT HISTORY
1. Indian High School, Suva
Head of Mathematics Department, 1978.
2. Fiji Meteorological Service, Nandi Airport, Fiji
Professional Meteorologist (January, 1980 - December, 1987)
(a) Duties included the following, apart from administration and
writing of research papers, tropical cyclone reports and the
monthly weather summaries, including consultations with the
private sector and other government organizations in
professional and advisory capacity.
(i) Tropical Cyclone forecasting
(ii) Aviation Weather forecasting
(iii) Marine weather forecasting
(iv) Public weather forecasting
(v) Weather map analysis, Upper air map analysis,
Neph-analysis, Sea-surface temperature map analysis,
rainfall chart analysis, Climatological research and
Data processing.
(Note: All the duties in (i) to (v) inclusive are
performed not only for Fiji but also for The Gilbert Is. group,
Tuvalu, Banaba, Tonga, Niue, Samoa, Tokelau, Wallis, Futuna,
Northern Cook and Southern Cooks).
(b) Positions of responsibility held.
(i) Acted as Meteorologist-In-Charge of the Fiji
Meteorological Service briefly in March 1982 while
Director and M.I.C. away overseas on leave.
(ii) Member on Committee of three appointed by the Fiji
Meteorological Service to write annual confidential
reports on staff members for submission to the Fiji
Public Service Commission.
(c) Overseas visits while on duty
(i) Brisbane Tropical Cyclone Warning Centre, Brisbane.
(ii) Philippines Geophysical and Astronomical and
Scientific Agency.
(iii) National Meteorological Service, Honolulu, U.S.A.
(iv) University of Miami, Florida.
(v) National Hurricane Centre/National Oceanic and
Atmospheric Administration, Coral Gables, Miami,
Florida.
(d) Machines and Equipment used during employment: Image
processors/word processors/main frame computers and PCs
including computer programming, data-entry meteorological
and electronic equipment/Video cameras and associated
sound and image mixers/still photography.
(e) Computing Skills: Unix environment. Able to write Unix
shell scripts, Fortran 77 Programs and full knowledge of
Unix file system and structure. Comfortable with all
NCAR graphics material, latex typesetting programmes for
documents preparation. Also familiar with IBM and
Macintosh personal computers and Word/Wordperfect 5.2
software for document preparation. Familiar with ftp
systems, scanners, file conversions from tiff to ps, etc.
3. Colonial Mutual Life Assurance, Auckland, New Zealand: 1987-1988.
Sales and Marketing computer co-ordinator.
4. De La Salle College, Auckland, New Zealand: July 1988-1989.
Secondary school teacher for Senior Forms 6 and 7 Department.
5. St. Peters College, Auckland, New Zealand: 1989-1990.
Senior Form teacher in Mathematics/Physics Department.
6. Bureau of Meteorology Research Centre, Melbourne, Australia.
Worked for Dr Neville Nicholls (1993-mid 1994). Climatic Data
retrieval and analysis.
D. CONFERENCES ATTENDED (Too many--just a few listed here)
1. Symposium on the Value of Meteorology in Economic Planning.
New Zealand Meteorological Service, Wellington. 9-10 October
1979.
2. Conference in Agricultural Meteorology. Philippine Meteorological
Service, Manila. 7-12 November 1982.
3. Bureau of Meteorology Research Centre, Annual Global Atmospheric
Modelling Conference, November 1993, Melbourne, Australia.
4. Australian Meteorological and Oceanic Society Annual Conference,
February 1994, Adelaide, Australia.
5. Australian Meteorological and Oceanic Society Annual Conference,
February 1995, Lorne, Victoria, Australia.
6. Australian Meteorological and Oceanic Society Annual Conference,
February 1996, Tasmania, Australia.
E. MEMBERSHIP OF PROFESSIONAL ORGANIZATIONS
1. Fellow of the Royal Meteorological Society, London.
2. Member of the New Zealand Meteorological Society.
3. Member of the American Meteorological Society.
4. Member of the Commission of Agricultural Meteorology of the
World Meteorological Organization, Geneva (1980-1987).
F. PUBLICATIONS
1. Published:
(a) Coulter, J.D. and Sharma, S.K. (1982): Comments on
on Computation of vapour pressure, dew-point,
and relative humidity from dry and wet-bulb
temperatures. Meteorological Magazine, 11 (6) :
158-159, London.
(b) Sharma, S.K. (1982a): Climate of the Nandi Region, Fiji.
Weather and Climate, 2 (2) : 9-16. A Journal of the
New Zealand Meteorological Society, Wellington.
(c) Sharma, S.K. (1982b): Climate of the Nandi Region, Fiji
(Enlarged version). Fiji Met. Service Tech. Publication
No 3 (1). Govt. Printer, Suva.
(d) Sharma, S.K. (1983a): Wind Climatology of Fiji Stations
(1) Matei Airfield, Taveuni. Fiji Met. Service
Publication No 3 (1). Govt. Printer, Suva.
(e) Sharma, S.K. (1983b): El Nino brings in death, destruction.
The Fiji Times, 114 (75) : 2, Suva.
(f) Sharma, S.K. (1983c): Cyclone season may be longer. The
Fiji Times, 114 (85) : 3, Suva.
(g) Sharma, S.K. (1983d): A season gone crazy, Islands Business:
News magazine of the South Pacific, 9 (5) : 28-29.
News (South Pacific) Ltd, Suva.
(h) Sharma, S.K. (1983e): Diurnal variation of rainfall at
Nandi Airport, Fiji. Weather, 38 (5). A Journal
of the Royal Meteorological Society, London.
(i) Sharma, S.K. (1990): Distribution of Rainfall and its
Variability in the Tropical Pacific Region. 211pp
(Unpublished M.A Thesis - University of the South
Pacific, Fiji).
(j) Sharma, S.K. (1994): Refining and Validating the ITCZ
Conference, Adelaide, Australia. 14-19 February 1994,
(k) Sharma, S.K. (1995): A New Digitized Global Precipitation
Climatology Data Set. Paper presented at the
Australian Meteorological and Oceanic Society
Conference, Lorne, Victoria, Australia. February 1995,
(l) Sharma, S.K. (1996): Estimation of Precipitation over the
Global Oceans and its Validation with Observed Atoll
Data. Poster presented at the
Australian Meteorological and Oceanic Society
Conference, University of Tasmania, Australia.
5-7 February 1996.
(i) Sharma, S.K. (1997): A New Digitized Global Precipitation
Climatology and Comparisons with Satellite and GCM
Estimates. 320pp
(Unpublished Ph.D Thesis - Meteorology Department,
The University of Melbourne, Parkville 3052,
Australia.)
In preparation:
(a) Sugar cane production and Southern Oscillation Index (SOI).
(b) The weather and climate of Rotuma, Fiji.
(c) Synoptic weather systems responsible for strong winds over
the Fiji group.
(d) Atmospheric tide and diurnal rainfall relationship at
Nandi Airport, Fiji.
(e) The Weather and Climate of Fiji (Text Book).
(f) The Unusual South Pacific Tropical Cyclone Season of
1982-83: to be published in Monthly Weather Review: A
Journal of the American Meteorological Society.
(h) A New Digitized Global Precipitation Climatology Dataset.
To be published in Monthly Weather Review: A
Journal of the American Meteorological Society.
(i) Comparison of a New Global Precipitation Climatology with
GCM Estimates. To be published in Monthly Weather Review: A
Journal of the American Meteorological Society.
(j) Comparison of a New Global Precipitation Climatology with
Satellite Estimates. To be published in Monthly Weather
Review: A Journal of the American Meteorological Society.
G. INVITATION LECTURES
1. Aviation Meteorology. Air Traffic Control Trainees, Civil
Aviation Authority of Fiji, Nandi International Airport, Fiji.
2. Synoptic weather systems. Air Traffic Control Trainees, Civil
Aviation Authority of Fiji, Nandi International Airport, Fiji.
3. Lecture to Final Year MSc Hydro-geology students at the
University of Melbourne, June 1996.
H. RESEARCH INTERESTS
I enjoy weather forecasting work, such as marine, aviation, public,
and tropical cyclone forecasting. My interests are also in research
work dealing with aspects of physical and dynamical meteorology.
I have no problems with shift work. I also enjoy doing administrative
work and have no problems dealing with and being in charge of other
meteorologists or support staff. My ambition is to become the Director
of some National Weather Forecasting Center as I feel that I can
contribute greatly to the staff and service efficiency, development,
and the motivation of the professional and technical staff.
My interests are also in the study of rainfall
patterns, their anomalies and the study of the larger overriding
atmospheric mechanisms that determines the genesis of rainfall and its
spatial as well as temporal variation. I have a keen interest in the
ENSO phenomenon and its relationship to rainfall anomalies in the
tropical region. My interests also lie in the study of weather
and climate and also their effect on crop yield, human comfort and
economic impacts. I have a lot of interest in tropical cyclone,
sea swell, and storm surge forecasting and disaster preparedness and
its mitigation. I have a lot of interest in GCM model validation work
including climate change research work. My main interest also lies
in a keen desire to improve the way precipitation is simulated in
GCM's as I feel that a lot of work needs to be done in this area, as
most GCMs do not adequately simulate regional precipitation patterns
adequately, thereby leaving a lot of questions unanswered as to their
use and credibility in climate change scenario studies as far as
regional and global precipitation patterns and intensites are concerned.
I. NAME AND ADDRESSES OF SOME REFEREES
1. Mr Graham Ward (My former Training Officer for the
WMO Class I Professional Meteorology Course, at the
New Zealand Meteorological Service)
Present address: The National Weather Forecasting
Centre, Fiji Meteorological Service, Nandi Airport,
Fiji.
2. Mr Rajendra Prasad,
Director,
Fiji Meteorological Service,
Private mailbag,
Nandi Airport,
Fiji.
3. Dr Bob Sheets, Director
National Hurricane Centre/NOAA
Coral Gables, Miami
Florida, U.S.A.
4. Dr Christopher de Freitas
Associate Professor.
Geography Department
University of Auckland, NEW ZEALAND.
email : c.def...@auckland.ac.nz
5. Dr Ian Simmonds
Associate Professor in Meteorology
Meteorology Department
School of Earth Sciences
The University of Melbourne,
Victoria, 3052.
email : i...@mullara.met.unimelb.edu.au
6. Dr Andrew Carleton
Department of Geography
The Pennsylvania State University
Walker Building, University Park
PA16802, U.S.A.
email : carl...@seismic.geosc.psu.edu
7. Mr Bob Leighton,
Senior Meteorologist,
National Meteorological Center,
Australian Bureau of Meteorology,
GPO Box 1289K, Melbourne
Australia.
e-mail: blei...@mullara.met.unimelb.edu.au
8. Dr David Jones,
Meteorologist,
Climate Analysis Section,
National Climate Center,
Australian Bureau of Meteorology,
GPO Box 1289K, Melbourne
Australia.
e-mail: da...@mullara.met.unimelb.edu.au
9. Dr. David R. Legates
College of Geosciences
100 East Boyd St., Room 684
University of Oklahoma
Norman OK 73019
USA
Tel : 405-325-5325
Fax : 405-325-3148
e-mail: leg...@cwarren.ccg.uoknor.edu
10. Mr John E. Janowiak
Climate Prediction Center/NCEP/NWS/NOAA
5200 Auth Rd., Camp Springs, MD 29746,
U.S.A
Tel : (301) 763-8227
FAX : (301) 763-8395
e-mail: wd5...@sgi37.wwb.noaa.gov
S.K. Sharma
26 February 1997
Richard Krop
Dear Sir, Madam,
Look for my application letter and CV.
http://www.darmstadt.gmd.de/~krop/appy.html
Yours faithfully,
Richard Krop