11
Vol. 11, No. 12 26 March 1976 NATIONAL CENTER FOR ATMOSPHERIC RESEARCH NORTH GIVES NCAR PRIZE LECTURE Climate modeling attracted Advanced Study Pro- gram (ASP) visitor Gerald North last year when he read some of the literature and attended ASP sem- inars on climate given by Philip Thompson and Stephen Schneider of the Climate Project. His in- terest was further piqued when a review article by Schneider and Robert Dickinson (Climate Project) appeared; it suggested that, mathematically speak- ing, the earth's present climate may rest in a Geiatd NoAth delicate equilibrium. Jerry's interest resulted in two publications (Analytical solution to a simple climate model with diffusive heat transport, J. Ab'os. Sci. 32, 1301-1307, and Theory of energy- balance climate models, J. Abnos. Sci. 32, 2033- 2043, both published in 1975) that together won NCAR's 1975 Outstanding Publication Award. On Tuesday, 23 March, Jerry delivered the NCAR Prize Lecture, which is given each year by the win- ner of the publication award. He was introduced by NCAR executive director John Firor, who explained that Jerry had kindly agreed to come back to NCAR after the conclusion of his ASP visit to delvier the Prize Lecture. Jerry is an associate professor of physics at the University of Missouri at St. Louis. He graduated from the University of Tennes- see and received his doctorate in theoretical physics from the University of Wisconsin at Madison. Jerry's topic was modeling of the earth's large- scale climate using energy-balance climate models. Before he began, he took a moment to thank the scientists who inspired and assisted him during his visit with ASP. He then gave a very brief history of the earth's climate over the past few million years, noting that the major problem for climatolo- gists considering this lengthy epoch was to explain the ebb and flow of the glacial periods. A number of explanations have been advanced--continental drift, volcanic activity, and changes in the possi- bly inconstant "solar constant" are popular ones-- but, Jerry said, "the jury is still out" and no explanation has received general acceptance. Over shorter historical scales, many more explanations have been put forward to explain the advance and retreat of the north polar ice cap, including vari- ations in the earth's orbit, volcanic dust in the stratosphere, variations in atmospheric carbon di- oxide, changes in ocean circulation or salinity, and glacial surges in Antarctica. To test these and other theories, Jerry said, scientists have devised a hierarchy of climate models. He noted that these are described in the review article published by Schneider and Dickinson (Climate modeling, Rev. Geophys. Space Phys. 2, 447-493, 1974). They range from "flat earth" one- dimensional models--useful in studying problems of radiative transfer but unable to represent horizon- tal transports of energy--through zonally averaged models and small three-dimensional models to the large global circulation models. The zonally averaged models also average climate parameters annually and allow latitude dependences of albedo and surface temperature as well as merid- ional transfer of heat. In such models it is pos- sible to allow the snow or ice line (the furthest equatorward extent of the polar ice caps and gla- ciers) to vary dynamically depending on the climate variables. Small changes in the solar constant introduced into such models lead to a change in global temperature, and this effect is amplified by the ice-albedo feedback in the model. Jerry took his audience on a mathematical ramble through such a model, in which the equilibrium or stable solutions to the energy-balance equations are reached by spectral methods--mathematically approximating exact solutions with a rapidly con- vergent sequence of approximations in which each successive approximation incorporates information This Week in Staff Notes... North Gives NCAR Prize Lecture Management Committee Discusses OSO-8 Something Completely Different RAF Advisory Panel Meets Announcements Job Openings UCAR Board Executive Committee Meets Visitors Calendar Notes University Relations Committee Meets

NORTH GIVES NCAR6121...Vol. 11, No. 12 26 March 1976 NATIONAL CENTER FOR ATMOSPHERIC RESEARCH NORTH GIVES NCAR PRIZE LECTURE Climate modeling attracted Advanced Study Pro-gram (ASP)

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Page 1: NORTH GIVES NCAR6121...Vol. 11, No. 12 26 March 1976 NATIONAL CENTER FOR ATMOSPHERIC RESEARCH NORTH GIVES NCAR PRIZE LECTURE Climate modeling attracted Advanced Study Pro-gram (ASP)

Vol. 11, No. 12

26 March 1976

NATIONAL CENTER FOR ATMOSPHERIC RESEARCH

NORTH GIVES NCAR PRIZE LECTURE

Climate modeling attracted Advanced Study Pro-gram (ASP) visitor Gerald North last year when heread some of the literature and attended ASP sem-inars on climate given by Philip Thompson andStephen Schneider of the Climate Project. His in-terest was further piqued when a review article bySchneider and Robert Dickinson (Climate Project)appeared; it suggested that, mathematically speak-ing, the earth's present climate may rest in a

Geiatd NoAth

delicate equilibrium. Jerry's interest resulted intwo publications (Analytical solution to a simpleclimate model with diffusive heat transport,J. Ab'os. Sci. 32, 1301-1307, and Theory of energy-balance climate models, J. Abnos. Sci. 32, 2033-2043, both published in 1975) that together wonNCAR's 1975 Outstanding Publication Award.

On Tuesday, 23 March, Jerry delivered the NCARPrize Lecture, which is given each year by the win-ner of the publication award. He was introduced byNCAR executive director John Firor, who explainedthat Jerry had kindly agreed to come back to NCARafter the conclusion of his ASP visit to delvierthe Prize Lecture. Jerry is an associate professorof physics at the University of Missouri at St.Louis. He graduated from the University of Tennes-see and received his doctorate in theoreticalphysics from the University of Wisconsin at Madison.

Jerry's topic was modeling of the earth's large-scale climate using energy-balance climate models.Before he began, he took a moment to thank thescientists who inspired and assisted him during hisvisit with ASP. He then gave a very brief historyof the earth's climate over the past few millionyears, noting that the major problem for climatolo-gists considering this lengthy epoch was to explainthe ebb and flow of the glacial periods. A numberof explanations have been advanced--continentaldrift, volcanic activity, and changes in the possi-bly inconstant "solar constant" are popular ones--but, Jerry said, "the jury is still out" and noexplanation has received general acceptance. Overshorter historical scales, many more explanationshave been put forward to explain the advance andretreat of the north polar ice cap, including vari-ations in the earth's orbit, volcanic dust in thestratosphere, variations in atmospheric carbon di-oxide, changes in ocean circulation or salinity,and glacial surges in Antarctica.

To test these and other theories, Jerry said,scientists have devised a hierarchy of climatemodels. He noted that these are described in thereview article published by Schneider and Dickinson(Climate modeling, Rev. Geophys. Space Phys. 2,447-493, 1974). They range from "flat earth" one-dimensional models--useful in studying problems ofradiative transfer but unable to represent horizon-tal transports of energy--through zonally averagedmodels and small three-dimensional models to thelarge global circulation models.

The zonally averaged models also average climateparameters annually and allow latitude dependencesof albedo and surface temperature as well as merid-ional transfer of heat. In such models it is pos-sible to allow the snow or ice line (the furthestequatorward extent of the polar ice caps and gla-ciers) to vary dynamically depending on the climatevariables. Small changes in the solar constantintroduced into such models lead to a change inglobal temperature, and this effect is amplified bythe ice-albedo feedback in the model.

Jerry took his audience on a mathematical ramblethrough such a model, in which the equilibrium orstable solutions to the energy-balance equationsare reached by spectral methods--mathematicallyapproximating exact solutions with a rapidly con-vergent sequence of approximations in which eachsuccessive approximation incorporates information

This Week in Staff Notes...

North Gives NCAR Prize Lecture Management Committee Discusses OSO-8 Something Completely DifferentRAF Advisory Panel Meets Announcements Job OpeningsUCAR Board Executive Committee Meets Visitors Calendar NotesUniversity Relations Committee Meets

Page 2: NORTH GIVES NCAR6121...Vol. 11, No. 12 26 March 1976 NATIONAL CENTER FOR ATMOSPHERIC RESEARCH NORTH GIVES NCAR PRIZE LECTURE Climate modeling attracted Advanced Study Pro-gram (ASP)

2/Staff Notes/26 March 1976

from smaller spatial and temporal scales. He ana-lyzed the stability of the solutions or climatesreached by these methods and found that his modelshared an interesting property with similar models--the stable solutions appear to resemble either thepresent climatic conditions of the earth or a total-ly ice-covered earth. If models of this type bearany resemblance to the conditions in which the realworld revolves, then, Jerry said, world climate isindeed in a delicate balance.

The mathematical approach Jerry took is notnecessarily the approach taken in the usual modelsof the same zonally averaged type, but such modelscan be classified and their interconnections studiedby reference to the spectral method he used.

Jerry concluded his talk with a discussion ofthe next steps for climate modelers interested inthe insights to be gained by using such models.He is currently working with James Coakley of theClimate Project on a model that can represent sea-sonal variations in the global climate. * MM

* * *

AVIATION FACILITY

ADVISORY PANEL MEETS

Membex6 o6 the RAF advizoty panel and ob-se'vers and pa'ricipants ftom the NCARs6taff listen attentivety to a report atthe panel meeting. Shown heAe au (leftto %ight) Alfred Rodi, Julian ShedLovs6ky,John Dee, Neil Keltey, Robeut Cunningham,James FankhauseA, John Firor, Geiwtd Grams5,and Edwin Danietzen.

The advisory panel for the Research AviationFacility (RAF) met at the Mesa Laboratory on Thurs-day and Friday, 18-19 March. Following welcomes byJohn Firor and Clifford Murino, director of theAtmospheric Technology Division (ATD), and a reportby RAF manager Harry Vaughan, the panel considered14 flight requests. It also established a subcom-mitte to make quality assessments of data gatheredon NCAR aircraft and heard a report from a subcom-

Staff Notez is published weekly by the PublicationsOffice of the National Center for AtmosphericResearch, P.O. Box 3000, Boulder, Colorado 80303.NCAR is sponsored by the National ScienceFoundation.

Editor: Lynne MesirowWriters: Merry Maisel, Lynne MesirowProduction Assistant: Janis Romancik

Copy deadline is 5:00 p.m. on Tuesday for publica-tion on Friday. Office: Mesa Laboratory room 48.Phone: (303) 494-5151, ext. 644.

mittee that it appointed to determine the feasibilityof making university-operated research aircraftavailable to the scientific community as are theNCAR aircraft. The report was given by Donald Veal,who served as chairman of the subcommittee and amember of the advisory panel until accepting thedirectorship of the National Hail Research Experimenttwo months ago. After making plans for its fallmeeting, the panel concluded its meeting with a visitto the RAF site at Jefferson County Airport.

The panel members are Robert Cunningham, AirForce Cambridge Research Laboratories, Bedford,Massachusetts; Edwin Danielsen, James Fankhauser,and Gerald Grams of NCAR; Peter Sinclair, ColoradoState University; James Telford, Desert Research In-stitute, University of Nevada; Dennis Thomson,Pennsylvania State University; and Peter Wilkniss,NSF observer. Also attending the meeting were JohnDee, Neil Kelley, Donald Lenschow, and Alfred Rodiof RAF; William Jones of ATD; Giorgio Tesi of NSF,who is on sabbatical at the University of Maryland;Margaret Drake of the Computing Facility; and JulianShedlovsky of the Budget and Planning Office. *

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3/Staff Notes/26 March 1976

EXECUTIVE COMMITTEE OF UCAR BOARD MEETS

The UCAR Board of Trustees Budget and Program/Executive Committee met at the Mesa Laboratory lastFriday, 19 March. The agenda included approval ofthe minutes of the committee's last meeting(14-15 November 1975) and discussions of the statusof the use of NCAR's dropwindsonde in the FirstGARP Global Experiment (FGGE) to achieve tropicalwind soundings, the Sacramento Peak Observatory(SPO) and arrangements for its interim managementfor one year by Kitt Peak National Observatory, andcurrent plans for NCAR's involvement in the SevereEnvironmental Storms and Mesoscale Experiment(SESAME).

In executive session, the committee consideredthe current status of NCAR's plans for enhancementof the Computing Facility.

The committee members are Robert Fleagle, Uni-versity of Washington; A. Ray Chamberlain, ColoradoState University; Roscoe Braham, University ofChicago; Richard Craig, Florida State University;and William Gordon, Rice University. .

UNIVERSITY RELATIONS COMMITTEE MEETS

The UCAR Members' Representatives UniversityRelations Committee met at the Mesa Laboratory onMonday and Tuesday, 22-23 March. The Committeecomprises John Young, University of Wisconsin(chair); Donna Blake, Florida State University;James Holton, University of Washington; JohnMcCarthy, University of Oklahoma; Albert Pallmann,Saint Louis University; Ronald Prinn, MassachusettsInstitute of Technology; Thomas Seliga, Ohio StateUniversity; J. J. Stephens, Florida State University;and Richard Thorne, University of California.

The meeting agenda included discussion of recom-mendations made by the committee last year (October1975) and NCAR's response to them; a summary of thecurrent level of university-NCAR interactions, basedon various statistics gathered by the UCAR SpecialAssistant for University Relations, Edward Benton;discussion of aspects of the Atmospheric TechnologyDivision and the Advanced Study Program; and plansfor the committee activities over the next fewmonths. Participating in these discussions, inaddition to committee members, were FrancisBretherton, John Firor, Maurice Blackmon, CliffordMurino, Stuart Patterson, Ned Benton, and HarrietCrowe.

The committee will report to the UCAR Membersat the 1976 annual meeting, scheduled for 12-13October. *

MANAGEMENT COMMITTEE

DISCUSSES OSO-8 PROPOSAL

A proposal of the High Altitude Observatory(HAO) to assume responsibility for a University ofColorado space experiment met with positive responsefrom the Management Committee at a special meetingTuesday morning (23 March). The university's Lab-oratory for Atmospheric and Space Physics (LASP)has asked HAO to take over responsibility for itsultraviolet spectrometer experiment, which has beenin orbit since last July and is operating in tandemwith a French experiment. The experiment is aboardthe OSO-8 satellite and is funded entirely by NASA.In the first year of operation, valuable data onsolar structure, active regions, and spectra havebeen gathered, but LASP has encountered difficultiesin continuing the mission operation and in embarkingon data analysis. The recommended transfer of NASAfunds to NCAR via NSF would take place on 1 July;the operations control center and all necessarypersonnel would move from LASP to NCAR-acquiredspace on 1 July or as early thereafter as could bearranged.

The Management Committee reviews all proposalsfor non-NSF funding to test them for appropriate-ness to NCAR's mission and to identify possiblehidden impacts on NCAR support elements. The sci-entific merits of the experiment had been endorsedby a review committee (Raymond Roble, Peter Gilman,and William Mankin) and were not discussed by thecommittee.

HAO scientist Dick White told the committee thatthe experiment is valuable to the entire solar re-search community and is consistent with HAO's re-search objectives. He and Grant Athay have beeninvolved in the experiment as scientific co-investigators since its beginning. HAO's proposalrecommends continuing the experiment's data gather-ing for another year, but with reduced intensity,and an immediate beginning on data analysis. Themanagement team would consist of White as projectleader, Elaine Hansen (presently at LASP) as projectmanager and computing support task force leader,Athay as scientific analysis task force leader,and Eric Chipman (presently at LASP) as scientificoperations leader.

Stuart Patterson said that OSO-8's need forabout 100 hours of computer time in the next yearcould be met on a "background" mode; HAO will item-ize its needs for services within the AdministrationDivision, and NCAR will initially negotiate withthe University of Colorado for OSO-8 quarters. *

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4/Staff Notes/26 March 1976

ANNOUNCEMENTS

SOCIAL SECURITY STUDY DOCUMENT TO BE DISTRIBUTED

Last week a summary of David Waltman's study ofSocial Security was distributed to the staff. Thememo that accompanied the summary referred to alarger document that provides all the details ofthe study's findings. That document is now beingprinted; it will be assembled and distributed tothe group secretaries in about three weeks.

PROMOTION

Agnes Kosinski: from secretary (casual) with theClimate Project to secretary (regular, part-time)with the Upper Atmosphere Project, ML room 369,ext. 251.

NCAR BASKETBALL TEAM TO PLAY BENEFIT GAME

The NCAR basketball team will play a benefitwheelchair basketball game against the Queen CitySpokes on Friday, 2 April, at 7:30 p.m. in theBoulder High School gym. The Queen City Spokes isa Denver-based team and a member of the WheelchairAthletic Association. All proceeds from the gamewill benefit athletic activities for thehandicapped.

Donations will be $1.00 for adults and $0.50for students; children under six will be admittedfree of charge. Tickets may be purchased from JohnDonnelly (Mesa Lab room 31A, ext. 529) or at thedoor.

NAME CHANGE DEPARTURE

Eileen R. Workman of the Climate Project has changedher name to Eileen R. Boettner.

PHONE AND ROOM CHANGES

The following programmers in the Computing Facilityhave new room and extension numbers at the MesaLaboratory.

Name

Jay W. Chalmers

Celia H. ChenBang-Yaw Chin

Frederick J. ClareAstrik DeirmendjianRaymond C. Fabec

Kenneth S. Hansen

Jack B. Martindale

Darrell D. McDowell

Joyce A. Takamine

Jo F. Walsh

Thomas J. Wright

ext.538

613539

room39

120-D39-A

601 100

538610325539

39

l00-E

120-E

39-A

615 100

616 120-B

576

Frederick G. Fernald 31 March

NEW STAFF MEMBERS

Laurence E. Pancoast: Precipitation Network Operatorwith ESIG. ML room 144, ext. 510.

Fuku Murphy: Secretary with Aerosol Project. MLroom 161, ext. 461.

Kevin J. Kearney: Precipitation Network Operatorwith ESIG. ML room 144, ext. 510.

Emmer F. Woodard: Electronics Assembler with FieldObserving Facility, Palestine, Texas.

Teresa M. DiMarco: Receptionist/Switchboard Operatorwith High Altitude Observatory. Ext. 381.

Charles L. Smith: Technician with GAMP group. MLroom 330, ext. 482.

Paul D. Ahlstrom: Engineer with Field ObservingFacility. PSRB-3 room 240A, ext. 77-750.L. Alan Plunkett: Student visitor with ATD. PSRB-3room 219, ext. 77-764.

25

610 100-E

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5/Staff Notes/26 March 1976

VISITORS

Jordan Alpert, University of Michigan. Field of in-terest: Kinetic energy budget. 29 March-15 April.Computing carrel 15, ext. 534.--Computing Facility

Robert D. Cess, State University of New York atStony Brook. Field of interest: Climate feedbackmechanisms. 22-27 March. ML room 411B, ext. 673.--J. A. Coakley, Climate Project

Mike Chen, NASA Langley Research Center. Field ofinterest: Kinetic energy budget. 29 March-15 April.Computing carrel 14, ext. 534.--Computing Facility

Joshua Holland, CEDDA/NOAA, Washington, D.C.23 March. ML room 202, ext. 234.--GATE Group

Gerald R. North, University of Missouri, St. Louis.Field of interest: Climate models. 22-27 March.ML room 411C, ext. 677.--J. A. Coakley, Climate Project

James Rasmussen, U.S. GATE Project Office, Rockville,Maryland. Field of interest: GATE. 29 March.ML room 202E, ext. 239.--S. Ruttenberg, Ed Zipser, GATE Project

John Young, University of Wisconsin, Madison. Fieldof interest: Tropical meteorology. 23-24 March.ML room 202A, ext. 236.--H. M. E. van de Boogaard, E. J. Zipser, GATE

* * *

AND NOW FOR SOMETHING

COMPLETELY DIFFERENT. . .

Last week, Staff Note6 ran a picture ofComet West on the cover. This week, our CometWest picture appears here. This picture wastaken on 13 March shortly before dawn by DonaldWoodman and David Elmore. Don is a staffphotographer/cinematographer at Sacramento PeakObservatory, and David is the NCAR High AltitudeObservatory support scientist stationed at Sac-ramento Peak. The photo was made using aSinar P view camera with an f/4.5 Bausch &Lomb 255 mm lens. The 10-min exposure wasguided at the sidereal rate.

The comet was discovered last November byastronomer R. West of the European SouthernObservatory in Geneva, and it was quite liter-ally the nth comet in a banner year forcomets--its official designation is 1975n(comets are given alphabetic designators asthey are discovered each year). It swungaround the sun on 25 February and was abrighter-than-first-magnitude object duringthe first week of March, easily observable inthe east before dawn. *

0

Page 6: NORTH GIVES NCAR6121...Vol. 11, No. 12 26 March 1976 NATIONAL CENTER FOR ATMOSPHERIC RESEARCH NORTH GIVES NCAR PRIZE LECTURE Climate modeling attracted Advanced Study Pro-gram (ASP)

As of March 24, 1976

NCAR is an equal opportunity/affirmative action employer.

Women and minority applicants are encouraged to identify themselves.A copy of our Affirmative Action Program is available for review.

John R. Arnold, Director, Equal Opportunity Programs

Staff members and those on lay-off who wish to be considered for a position shouldcontact the Employment Administrator within two weeks after the job is first posted.If qualified, these persons will be given first consideration; if possible, the positionwill be filled from this group. After the two-week period, if no current or laid-offemployee is selected to fill the position persons from outside NCAR will be considered.Each salary will be determined according to the individual's qualifications. For moreinformation, please contact the Personnel Office (ext. 555 or 569).

REGULAR (Full-time):

APPLICATIONS PROGRAMMER II: For the Advanced Study

Program to write programs for visitors and permanentstaff. Assignments are varied and include solvingwell posed integro-differential equations of type

encountered in atmospheric science; writinggraphics; and some skill in data management.This position supports a variety of projects at arange of skill levels. Requirements include 2-3years experience programming simulation modelsand must be able to assume job assignments withoutspecial training; must have organizational skill

to work with a variety of staff on a variety ofprojects. Prefer an educational background incomputer science, engineering, mathematics orthe physical sciences at the MS degree level orequivalent experience in computer modeling ofphysical systems. Exempt range 56. Anticipatedhire-in salary range: $13,300-16,650/year. Thisposition may be filled after March 30, 1976 by anin-house applicant or after April 16, 1976 by anoutside applicant.

CHIEF INSTRUMENTATION ENGINEER: For the ResearchAviation Facility to provide technical leadershipand supervise the staff of 12 in the instrumentationsection of the RAF. The Chief Engineer is expectedto provide the proper balance in the utilizationof the resources of the RAF. In order to accomplish

this, the Chief Engineer will have to divide timebetween the following competing uses of the RAFresources: (1) ensuring the day-to-day readiness ofthe aircraft instrumentation in the field duringcurrent programs, (2)-assessing the current RAFinstrumentation systems and maintenance and calibra-tion procedures and recommending changes to improvethe overall research support capability, and (3)planning, promoting and assisting in the develop-ment, procurement of new instrumentation to improveand expand the measurement capability of researchaircraft. On a day-to-day basis, in addition tosupervision of the instrumentation staff, the

Chief Engineer will (1) work with project engineersto insure adequate calibration and check-out ofaircraft measurement systems to support researchprojects', (2) formulate commitments to specificprojects in conjunction with the Project SupportOffice, (3) develop plans and procedures to insurethat high quality output is provided users in

conjunction with the chief of the Data ManagementGroup, and (4) provide specialized engineeringassistance to the atmospheric science community.Minimum requirements include: education at theMS degree level or equivalent in engineering orthe physical sciences plus 8 years experience inthe following areas: designing, developing,calibrating and testing electromechanicalinstrumentation, especially in the areas of sensors,navigation systems, and digital data acquisitionsystems, digital signal processing and systemintegration; management and team leadershipexperience; broad general understanding of computers,computer programming and digital circuity; familiar-ity with theory, operation, maintenance and calibra-tion of inertial navigation systems will be asignificant consideration in the selection;familiarity with airborne meteorological sensorsand with their use in research highly desirable.Exempt range 61. Anticipated hire-in salaryrange: $21,480-26,800/year. This position may befilled after March 23, 1976 by an in-house applicantor after April 10, 1976 by an outside applicant.A full job description is available by contactingthe Personnel Office.

ELECTRONICS TECHNICIAN II: For the Field ObservingFacility to perform operations, maintenance andrepair of radar and digital data systems underdirect supervision. This position requires travelwith mobile radar systems or remote sensing systemsaway from Boulder as much as 150 days per year.Requirements include 3-5 years recent radaroperations and maintenance experience, ability touse electrical and electronics repair and testingequipment, and must be able to lift 75 lbs. and "

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possess normal locomotive ability. Knowledge ofcomputer programming and mini-computer operationsis desirable. Non-exempt range 19. Anticipatedhire-in salary range: $750-865/month. Thisposition may be filled after March 30, 1976.

EMPLOYMENT COORDINATOR: For the Personnel Officeto provide a wide variety of employment servicesand to be responsible for the overall recruitment,screening, referral, and placement of applicants tomeet NCAR staffing requirements and affirmativeaction goals. Of primary concern is the planning,development and implementation of a program to fillstaff job vacancies; to provide a transfer andpromotion program; and an out-placement program.Specifically: develops viable sources of qualifiedapplicants, with particular emphasis given toestablishing contacts through outreach efforts toidentify and attract women and minority applicants;screens and refers applicants utilizing techniqueswhich develop a diversified pool of applicants foropen positions; provides assistance to managementin selecting suitable applicants for availablepositions; develops and maintains an ongoingapplication and registration system of potentialemployees to ensure a ready supply of suitablejob candidates; coordinates an internal jobtransfer system that provides employees correctinofrmation and assistance in being considered forpromotions and transfers; develops employmentsources to assist employees on lay off status or. pending lay off to obtain suitable employmentelsewhere; maintains employment related statis-tical data to meet Affirmative Action reportingrequirements; applies federal and state laws, NCARpolicies and regulations that relate to theemployment process (i.e., equal opportunityregulations, child labor laws, etc.) to all newhires; and performs other related duties asassigned. Minimum qualifications include a BSdegree in personnel administration, management,behavioral science or related field; 2 yearsexperience recruiting for administrative, profes-sional, and technical positions, or an equivalentcombination of education and experience; demonstratedrecruiting concepts; ability to work well withsupervisory and non-supervisory staff. Exemptrange 56. Anticipated hire-in salary range:$13,300-16,650/year. This position may be filledafter April 2, 1976.

FINANCE MANAGER: For the Administration Divisionto manage the finance/accounting function ofNCAR/UCAR currently consisting of general account-ing, corporate accounting, payroll, travel,accounts payable, accounts receivable and property;responsible for directing the development ofNCAR/UCAR accounting policy including the mainten-ance and operation of existing accounting systems,the design of new systems or modification ofexisting systems; preparing or having preparedfinancial statements and reports; responsible forestablishing and maintaining effective fund andcash controls; determining the allowability. of costs under all prime contracts; responsiblefor compliance with Federal and State labor andtax laws for all tax matters; possibly conductingspecial accounting studies, analyses and cost

studies; coordinating activities of corporateand government auditors; responsible for administer-ing corporate investments. Requirements includea BS degree in accounting plus a minimum of5 years experience in management of accountingand financial activities, and the ability towork well with people in scientific and technicalfields at all levels of management. Experiencein institutional finance office management ishighly desirable. Exempt range 61. Anticipatedhire-in salary range: $21,480-26,800/year.This position may be filled after March 30,1976 by an in-house applicant or after April 16,1976 by an outside applicant.

SHIPPING AND RECEIVING CLERK: For the OfficeServices Department. Duties include setting upand maintaining the Shipping & Receiving files;checking, recording and distributing incomingequipment and supplies; preparing shippingdocuments and export declarations; placing NSFproperty tags on capitalized equipment as it isreceived; moving office furniture, equipmentand supplies that often require the ability tolift in excess of 100 lbs; warehousing of data,office records, furniture, equipment and supplies;designing and assembling shipping crates forodd-sized and delicate instruments; packing andlabeling equipment for safe world-wide shipment;use of hand tools common to home shop; operationof power equipment including pneumatic nailer,band saw, drill press, heat sealer, pallet jack,fork lift and one-ton delivery truck withhydraulic lift gate. Requirements include avalid state driver's license and must pass testto obtain GSA driver's license (test to be givenby NCAR); the ability to perform the aboveduties efficiently, accurately and safely witha minimum amount of training and supervision;ability to work alone, and the ability tocommunicate with people in a friendly manner evenin times of stress. Non-exempt range 18.Anticipated hire-in salary range: $715-825/month.This position may be filled after March 30, 1976.

STAFF SCIENTIST - ATMOSPHERIC PHYSICIST: The FieldObserving Facility requires an experienced personfamiliar with the theory and use of remote probingsystems for atmospheric research. Special emphasiswill be placed on dual and multiple Dopplerradars for measurements of motion fields inprecipitation. Lesser emphasis is in the generalremote probing area, related to such instrumentsas acoustic sounders and lidars. A strong meteoro-logical background and interest in the experimentalstudy of severe storms, widespread precipitatingsystems and boundary layer processes is desired.The successful candidate will be expected todevelop observational techniques and processingmethodologies for optimizing the collection andutilization of data sets in response to specificscientific objectives. Job responsibilities mayencompass experimental design and planning,coordination with university, NCAR and NOAAscientific and engineering groups, field programdirection, and data analysis. The availabletools within NCAR, with which the candidate willwork, may include Doppler radars, other remote

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probing systems, surface network and aircraftdata, sounding data, real-time processing anddisplay systems, large general purpose computersand off-line interactive processing systems.The job requires close interaction with NCARengineering and development teams in determiningdesign requirements for new systems. Publicationof important scientific findings is encouraged.Minimum requirements include 5 years of direct orrelated experience, Ph.D. or equivalent inatmospheric or physical science, strong mathematicsbackground and capability, meteorologicalbackground and interest as noted above, andfamiliarity with computer programing languagesand techniques. Desirable special skills includestatistical analytical techniques, scatteringtheory, objective analysis, spectral analysis,radar spectral moment estimation, and familiaritywith mini-computers. Exempt range 60. Anticipatedhire-in salary: $19,500-24,400/year. This positionmay be filled at any time.

STAFF SCIENTIST - SOLAR PHYSICIST: The HighAltitude Observatory responsible for the continuedexperimental development of the Mark III K -coronameter and prominence tachometer, instrumentsdesigned to observe the inner solar corona andsolar prominences; for the detailed experimentaldetermination of the instrumental properties, andthe experiments calibration; to assume the principalrole in the definition of the observationalprograms and modes of the experiment and to assumethe lead role in carrying out the initial observa-tions; to participate in the continued definitionof the systems to handle the experiment results,and to assume major responsibility in the analysisof the results, in collaboration with otherscientists. Minimum requirements include at least5 years applicable experience and must have aPh.D. or equivalent in solar physics or astrophysicsor a closely related area. The candidate selectedmust be competent to carry instrumental develop-ment to a successful conclusion. The competencemay be demonstrated by applicable experience inat least 3 of the following areas: low light levelcalibration techniques; measurements in polarizedlight employing electro-optical devices; opticalinstrumentation; digital techniques (mini-computers,microprocessors); and video techniques (as appliedto data collection). Exempt range 60. Anticipatedhire-in salary range: $19,500-24,400/year.This position may be filled at any time. THISPOSITION IS BEING OFFERED AS A SIX YEAR TERMAPPOINTMENT.

SUPPORT SCIENTISTS (2): For the Numerical WeatherPrediction project requiring a person familiar withthe general principles of numerical weather predic-tion. Special emphasis will be placed primarilyon model and processor maintenance, with secondaryemphasis on development. The successful candidateswill be responsible for general operation andmaintenance of large sophisticated model codes; fordesign, formulation, implementation and checkout ofchanges required for continuing experimentationwith these models; and for continual documentationof these codes. The person will also be responsiblefor general maintenance of processing codes and

for providing program modifications or new programsfor the continually changing processing needs of theproject. The successful candidates will alsoparticipate in the scientific evaluation of themodels through examination of the results of

numerical experiments. The preferred candidatewill have an educational background at the MS degreelevel or equivalent in atmospheric sciences, astrong mathematical background including numericalanalysis and at least 3 years programming experiencewith large fluid models and/or processors associatedwith such models. Exempt range 58. Anticipatedhire-in salary range: $16,800-21,000/year.These positions may be filled after March 23, 1976by an in-house applicant or after April 10, 1976by an outside applicant.

WRITER/EDITOR I: For the Publications Office, tocopy edit text and illustrations for NCAR'speriodicals and other publications; to followmaterial through all stages of production, checkingand keeping accurate records; to prepare documentsfor press; to perform occasional editing or writingassignments; and to help maintain office distributionrecords. Person hired will copy edit material ofvarying degrees of technicality, proofread copyfor typesetting and galleys, check layouts foraccuracy, and perform other production tasks asneeded. Minimum requirements include a bachelor'sdegree and one to three years experience in technicalediting, or demonstration of equivalent experienceand skill; considerable facility with language;ability to pay extremely careful attention todetails; and ability to maintain effective workingrelations withcollaborating groups. Applicantsmust have some acquaintance with terminology in thephysical sciences and must demonstrate an aptitudefor absorbing and using new terminology andinformation. Applicant must be able to typereasonably fast (40 wpm or better) and neatlyboth for his or her own use and to produce cleandrafts of material to be published. Applicantswill be screened on the basis of a series of testsand an interview. There will be written tests inEnglish style, editing, and scientific comprehen-sion, and a somewhat longer editing test will begiven to applicants who qualify as finalists.Non-exempt range 21. Anticipated hire-in salaryrange: $905-1040/month. This position maybe filled after March 30, 1976.

WRITER/EDITOR II: For the Publications Office,to collaborate closely with the PublicationsOffice Supervisor in the planning, scheduling,information-gathering, writing, editing, andproduction of all NCAR periodical and othermaterials for which the office is responsible.After a training period, the successful candidatewill assume major responsibility for scheduling,news-gathering, writing, editing, and production ofthe NCAR Newsletter , a monthly publication sentto NCAR's constituency in university and governmentscientific establishments. Minimum requirementsinclude a bachelor's degree or the equivalent, Uscientific background demonstrated through course Iwork or equivalent experience, plus two to fiveyears experience in scientific or technicalwriting and/or editing, preferably in the book or

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journal field. A clear, simple, fluid writingstyle free of errors in grammer, punctuation,spelling, and diction is a must, as is the abilityto read and understand scientific literatureand to translate it into popular form. A soundbackground in basic scientific and technicallanguage, practice, and principles is required.The ability to plan and schedule work and tomaintain effective working relationships withmany people is also a requirement. Applicant mustbe able to type reasonably fast (40 wpm or better)and neatly both for his or her own use and toproduce clean drafts. of material to be published.Applicants will be screened on the basis of aseries of tests and an interview. There will bewritten tests in English style, editing, andscientific comprehension, and a take-home writingassignment will be given to applicants who qualifyas finalists. Exempt range 55. Anticipatedhire-in salary range: $12,100-15,150/year. Thisposition may be filled after March 30, 1976 byan in-house applicant or after April 16, 1976 byan outside applicant.

SPECIAL PROJECT:

DATA ANALYST/SUPPORT SCIENTIST: For the NationalHail Research Experiment (NHRE) to assist in analyzingdata for detailed storm case studies in NHRE. Thisjob involves work with radar, photographic, aircraft.and standard meteorological data. The selectedcandidate will be expected to work in rortheasternColorado during the field program, mid-May throughJuly 1976 and to fly in research aircraft duringthe field program. Requirements include a BSdegree in the physical sciences or knowledge of thebasic tools of physics and mathematics equivalent tothe degree requirement, plus demonstrated versatil-ity and a willingness to learn. Experience withradar and other meteorological data and theirinterpretation is desirable and previous experiencein this area will be given strong considerationin the hiring decision. Exempt range 54.Anticipated hire-in salary range: $11,400-14,300/year. This position may be filled after April 6,1976 by an in-house applicant or after April 23,1976 by an outside applicant.

PROJECT ENGINEER: For the HAO Solar MaximumMission to participate in the hardware developmentof solar telescope (visible light coronagraph) foran unmanned spacecraft; monitor the technical,schedule, and financial progress of a subcontractordeveloping, testing, and integrating the coronagraphwith spacecraft; provide liaison between the sub-contractor, NCAR-HAO and NASA to ensure the hardwareand software interface requirements between thecoronagraph and the spacecraft are met; provideengineering support during the experiment/space-craft mission to monitor experiment operations.Requirements include education in electricalengineering at BS degree level or equivalent plus8 years experience in space oriented instrument. design, manufacturing, and testing techniques,with management level experience in scheduling andcost estimating, and knowledge of and experiencewith vidicon operation and output signal condition-ing circuits for spacecraft telemetry desirable.

Exempt range 59. Anticipated hire-in salary range:$17,700-22,150/year. This position may be filledafter March 30, 1976.

PROJECT SCIENTIST: For the HAO Solar MaximumMission to participate in the development,operation and analysis of results from a visiblelight satellite coronagraph experiment to observethe solar corona. The scientist will act in aninterface role with an aerospace subcontractor inthe areas of experiment conceptual design,construction and testing, and will assume a majorresponsibility for calibration of the experiment.The scientist will participate in the developmentof the experiment observational goals, in flightobservation programs, and finally in theanalysis and interpretation of the experimentresults. Requirements include education inphysics, astronomy or astrophysics at the Ph.D.degree level or equivalent plus 5 years experiencein optical instrumentation techniques and knowledgeof and experience in measurements of polarizationtechniques of low light level photometry and vidicontechniques. Experience in digital-video techniquesdesirable. Exempt range 58-60. Anticipated hire-in salary: $16,140-20,200/year. This positionmay be filled after March 30, 1976.

TEMPORARY:

MESONET CREW (3): For the National Hail ResearchExperiment (NHRE) to install and routinely operateand/or service the following meteorologicalinstruments during the NHRE field program, mid-Mayto mid-August: Assman psychrometer, aneroidbarometer, thermograph, hydrograph, wind speedand direction system. The network is locatedin northeastern Colorado and crew members willreside and work in that area during the fieldprogram. Crew members will often be requiredto work irregular hours on a six-day-a-week basis.Requirements include a valid state driver'slicense and must pass test to obtain GSA driver'slicense (test to be given by NCAR). Preferencewill be given to persons with meteorologicalbackground or previous experience in field datacollection. Special consideration will be givento applicants working in a degree program inmeteorology. Starting salary: $3.18/hour.This position is available as of May 10, 1976 andmay be filled anytime after March 30, 1976.

RAWINSONDE OPERATOR 3): For the National HailResearch Experiment NHRE) to install, operateand maintain rawinsonde equipment in support ofthe 1976 NHRE field program. Rawinsonde siteswill be located in northeastern Colorado andsouthwestern Nebraska and operators will beassigned to that area during the months of May,June and July. Operators will be responsible forassembling, calibrating and preparing rawinsondesfor ascent, tracking the sondes to approximately100 millibars pressure and coding and transmittingthe subsequent data. Operators will also beresponsible for maintaining quality controlprocedures on the data collected, making hourlyobservations of surface weather conditions andoperating time lapse cameras. Operators may have

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to work irregular hours on a six-day-a-week basis.Requirements include previous experience as ameteorological observer, technician or rawinsondeoperator (preference will be given to persons withrawinsonde experience) plus a valid state driver'slicense and must be able to pass test to obtain aGSA driver's license (test to be given by NCAR).Starting salary: $3.61/hour. This position maybe filled after April 6, 1976.

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March 29 through April 5, 1976

MONDAY, March 29

Open

TUESDAY, March 30

* Special NHRE Seminar -- Physics of Ice, NevilleH. Fletcher, Physics Department, Universityof New England, Australia

MONDAY, April 5

* Meeting -- Computing Facility Advisory Panel

9:00 a.m. to 5:00 p.m.Fleischmann BuildingWalter Orr Roberts Seminar Room

10:30 a.m.NCAR Mesa Laboratory, Main Seminar Room

* AAP Seminar -- Model Intercomparison betweenGISS, NCAR and NMC, D. Baumhefner andP. Downey, AAP

1:30 p.m.NCAR Mesa Laboratory, Main Seminar Room

WEDNESDAY, March 31

Open

THURSDAY, April 1

6 HAO Colloquium -- Heat and Momentum Addition inthe Solar Wind and Stellar Winds, Tom Holzer,HAO

11:00 a.m.HAO Classroom 138

* Cloud Physics Seminar -- Organic Ice NucleiGeneration, Myron Plooster, Denver ResearchInstitute

1:30 p.m.NCAR Mesa Laboratory, Main Seminar Room

FRIDAY, April 2

Open

Calendar Notes announcements may be mailed toVonda Giesey, ML 252. Wednesday at 12:00 noon isthe deadline for items to be included in the Calendar Notes,