72p.gis and remote sensing hold tremendous potential as tools for facilitating natural resource...
TRANSCRIPT
DOCUMENT RESUME
ED 429 652 JC 990 233
TITLE Employers in Natural Resources--What They're Telling Us.INSTITUTION Chemeketa Community Coll., Salem, OR.; Northwest Center
Sustainable Resources, Salem, OR.SPONS AGENCY National Science Foundation, Arlington, VA. Div. of
Undergraduate Education.PUB DATE 1998-00-00NOTE 72p.
CONTRACT DUE-9813445PUB TYPE Reports Descriptive (141)EDRS PRICE MF01/PC03 Plus Postage.DESCRIPTORS *Community Colleges; Conservation (Environment); Employer
Attitudes; *Employers; Environmental Education; *Job Skills;Job Training; *Natural Resources; School CommunityRelationship; Two Year Colleges
ABSTRACTThis reports describes the ways in which model programs
created by the Northwest Center for Sustainable Resources (NCSR) are basedupon employers' needs and recommendations. An introductory essay describesGeographic Information Systems (GIS), a form of remote sensing technologywith satellite imagery, that is a promising tool for analyzing naturalresource management and policy alternatives. The report outlines a workshopon defining environmental technology, with a chart that highlights the broadjob functions for the following occupational titles and technical positions:(1) aquatic ecology; (2) botany; (3) terrestrial ecology; (4) fire
management; (5) forestry; (6) forest engineering; (7) geographic informationsystems; (8) geology; (9) hydrology; (10) range technician; (11)
rare/endangered species specialist; (12) recreation technician; (13) soil
conservancy; (14) wetlands technician; and (15) wildlife technician. Next,the report provides transcripts of NCSR focus group interviews conducted atChemeketa Community College with representatives of four related industries.The report also provides "DACUM Charts" ("Developing A CurriculUM") thatoutline job duties and required knowledge for six jobs in the naturalresources area. Finally, the report includes charts regarding thepartnerships between NCSR and the following community colleges: Feather RiverCollege; Central Oregon Community College; Chemeketa Community College; GraysHarbor College; Western Center; and Shasta College. (AS)
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NCSREDUCATION FOR A SUSTAINABLE FUTURE
EMPLOYERS IN NATURAL
RESOURCES WHATTHEY'RE TELLING US
A REPORT OF THE
NORTHWEST CENTER FOR SUSTAINABLE RESOURCESNCSRDUE # 9813445
U.S. DEPARTMENT OF EDUCATIONOffice 01 Educational Research and Improvement
EDUCATIONAL RESOURCES INFORMATIONfl CENTER (ERIC)
his document has been reproduced aseceived from the person or organization
originating it.
Minor changes have been made toimprove reproduction quality.
Points of view or opinions stated in thisdocument do not necessarily representofficial OERI position or policy.
FUNDING PROVIDED BY ME NATIONAL SCIENCE FOUNDATION
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and not necessarily those of the
TABLE OF CONTENTS
WHAT EMPLOYERS ARE TELLING Us
P AGE NUMBER
wr PACIFIC MERIDIAN RESOURCES, INC. 1
wr bEFINING ENVIRONMENTAL TECHNOLOGY 3
mr Focus GROUP INTERVIEWS 7
sir bACUMs
WHAT IS A bACUM? 23
bACUM PANELISTS 24
bACUMs
FISH AND WILDLIFE/FEATHER RIVER COLLEGE 25FOREST RESOURCES/CENTRAL OREGON COMMUNITY COLLEGE 28FOREST RESOURCES/CHEMEKETA COMMUNITY COLLEGE 31GEOGRAPHIC INFORMATION SYSTEMS/GRAYS HARBOR COLLEGE 34NATURAL RESOURCES/GRAYS HARBOR COLLEGE 37NATURAL RESOURCES/WESTERN CENTER 41RESOURCE ECOLOGIST/SHASTA COLLEGE 43
FOR MORE INFORMATION, CONTACT SUSIE KELLY, NCSR DIRECTOR , CHEMEKET A
COMMUNITY COLLEGE, 4000 LANCASTER DR. NE, SALEM, OREGON 97305
503-315-4583; [email protected]; CHECK THE CENTER'S WEBSITE AT
WWW.Chemek.cc.or.us/ncsr/
PACIFIC MERID11111RESOUR CES
Jim SchrieverRegional Vice President, Northwest Office
Pacific Meridian Resources, Inc.Portland, Oregon
Schriever serves as the Center's Industry Advisor. In this role, Schriever and Pacific Meridianprovide needed input from industry into the Center's curriculum products and otheractivities. Schriever writes about the promise of GIS technology in natural resource fields.
Over the past decade, Geographic Information Systems (GIS) have emerged as promisingtools for analyzing natural resource management and policy alternatives.Implementation of these tools has been prevalent in the western United States where GIShas been used for a variety of purposes including analysis of endangered species habitat,timber harvest scheduling, watershed assessment, monitoring of cumulative effects, firemanagement, ecological modeling, and growth management. Most western states andfederal agencies use GIS to assess, manage, and regulate natural resources and naturalresource management practices. In addition, many major western private landownersutilize GIS for resource management and planning. Some of these landowners include:Weyerhaeuser, Willamette Industries, Sierra Pacific Industries, Boise Cascade, CrownPacific Corporation, Potlatch Hancock Timberlands, Potlatch, Plum Creek, LouisianaPacific, and Roseburg Resources.
GIS and remote sensing provide resource managers with the ability to: 1) inventory andmonitor resources; 2) plan both site specific and regional management; and 3) analyzepolicy alternatives.
Numerous applications have shown the usefulness of GIS and remote sensing ininventory and monitoring of natural resources. The Forest Service in Oregon andWashington was one of the first agencies to fully implement GIS remote sensing forecosystem mapping when the technology was implemented to support inventory ofspotted owl habitat. GIS is also a powerful management and policy analysis tool becauseit allows natural resource managers to simulate multiple future conditions and theirresulting impacts across space. By linking possible future conditions to values, naturalresource managers can use GIS to narrow options to a spatially feasible set.
GIS also facilitates sensitivity analysis of critical assumptions allowing managers to focuson critical areas of uncertainty. For example, Washington State's Department of NaturalResources developed a GIS model to help prioritize watersheds as to their probability ofexperiencing cumulative effects from forest management activities. The strength of thesetypes of modeling efforts lies in the fact that they can be run multiple times with varying
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assumptions. This allows analysts and managers to identify variables that significantlyaffect resources of concern and prioritize implementation of enhancement efforts aimedat protecting these resources.
GIS and remote sensing hold tremendous potential as tools for facilitating naturalresource management. Use of currently available satellite imagery is rapidly expanding.Because increasing demands on the land are increasing land values, the need to use GISand remote sensing technology will continue to grow.
Future satellite launches and advancements in GIS software will provide newopportunities for increasing our understanding of the status of natural resources, theirinteractions, and change over time. However, the technologies can be both a panaceaand a Pandora's box. The panacea exists in the promise of the technologies to meet thechallenges of natural resource inventory, monitoring, planning, and policy analysis. ThePandora's box contains the pitfalls of choosing the wrong imagery, using the technologyincorrectly, capturing data poorly, miscommunication of information, conveyingincorrect results, and overselling the capabilities. This underscores the need for skilledand trained technicians, like those graduating from Central Oregon Community College'sand other NCSR-related GIS programs. We need people who are trained in thesetechnologies to make sure that the technology is not used incorrectly, and that data isnot captured poorly so that communication of information is appropriate and logical.
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Defining Enviromnental Technology WorkshopMarch 13-15, 1996, St. Louis, MO
Jim KiserSenior Operations SpecialistWeyerhaeuser Company, Federal Way, WA
Mark LawrenceAssociate ManagerSalem District Bureau of Land Management
Jim Kiser, who is currently employed as an Instructor, Forest Engineering, Oregon State University, and MarkLawrence participated in the "Defining Environmental Technology" Workshop coordinated by the AdvancedTechnology Environmental Education Center (ATEEC), an ATE Center of Excellence like NCSR. TheWorkshop's aim was to define and clarify, for the nation, what is meant by the "environmental technology field,"and to identify specialty areas for environmental technicians. The report for the workshop, "DefiningEnvironmental Technology," contains the following section (somewhat modified by Kiser) that identifies naturalresource management job titles and functions for technicians. It should be noted that Kiser and Lawrencedescribed even more technician job titles, but in the interest of brevity, some were left out. Thus, the titles listedshould serve as a broad sampling, not a comprehensive listing, for existing positions in the profession.
TECHNICIANS IN NATURAL RESOURCES MANAGEMENT
OCCUPATIONAL TITLES 1 BROM) JOB FUNCTIONS
AQUATIC ECOLOGIST
AQUATIC/TERRESTRIAL HABITATRESTORATION TECHNICIAN
Conduct surface and groundwater inventories and studies (i.e., watershedanalysis)Identify and delineate wetlands based on plant/animal species and hydrologyImplement plans to improve aquatic habitatsImplement wetland restoration and construction activitiesInterpret water quality informationIntroduce rare/endangered species into ecosystemsPropagate and plant woody and non-woody species
BOTANY TECHNICIAN
_
Assist in operational forestryAssist in species breeding/propagation programsIdentify and delineate wetlands based on plant/animal species and hydrologyImplement plans to improve aquatic habitatsImplement wetland restoration and construction activitiesInventory forest standsPropagate and plant woody and non-woody species
ECOLOGIST TECHNICIAN Assist in operational forestryAssist in species breeding/propagation programsIdentify and control noxious weedsImplement plans to improve aquatic habitatsIntroduce rare/endangered species into ecosystemInventory forest standsPropagate and plant woody and non-woody speciesSample and identify aquatic organisms
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FIRE MANAGEMENT TECHNICIAN Assist in development of fire management plansAssist in preparation of fire suppression and prescribed burning plansImplement prescribed burningInventory forest stands
FISHERIES TECHNICIAN Assist with fish hatchery managementConduct surface and groundwater inventories and studies (i.e., watershedanalysis)Implement farm pond management techniquesImplement plans to improve aquatic habitatsOperate boats and utilize seining, trawling, and electroshock equipmentPractice techniques of aquacultureSample and identify aquatic organismsStock lakes and streams with fish
FORESTRY TECHNICIAN Assist in development of designs for the protection, maintenance, rehabilitation,or enhancement of visual resourcesAssist in development of fire management plansAssist in forest nursery programsAssist in laying out timber salesAssist in operational forestryAssist in preparation of fire suppression and prescribed burning plansAssist in species breeding/propagation programsCompile, verify, and analyze appraisalsConduct surface and groundwater inventories and studies (i.e., watershedanalysis)Cruise timber (i.e. measure height and circumference of trees)Identify and control noxious weedsIdentify and delineate wetlands based on plant/animal species and hydrologyImplement prescribed burningImplement wetland restoration and construction activitiesIntroduce rare/endangered species into ecosystemInventory forest standsManage and use pesticides and herbicidesPrepare appraisal documentsPropagate and plant woody and non-woody speciesRecommend silvicultural practicesScale (i.e., measure) cut logsAssist in road layout, surveying, timber harvest operations
FOREST ENGINEERINGTECHNICIAN
Be aware of land measurement systems; identify property lines and cornersLay out harvesting systemsUnderstand yarding and loading timber processesWork with various transportation systems and road layoutWork with various logging, road building, and other equipmentUnderstand surveying processes and methodology
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GEOGRAPHIC INFORMATIONSYSTEMS (GIS) TECHNICIAN
Manage spatial dataIntegrate data from various sourcesUnderstand cartographic conventionsGeo-reference imagery; determine appropriate projectionsPerform spatial data queries
GEOLOGICAL TECHNICIAN Assess farmland for eligibility in federal programsAssist in checking geologic maps and reportsCalculate rates of sediment productionCollect and analyze geological dataCollect data for use in identifying geologic structures and determine extent offormationsDetermine soil types and physical soil characteristicsIdentify fossils and rock samplesImplement erosion control strategiesInventory soil conservation practices (e.g., terracing, grassed waterways, zero-till,crop rotation)Conduct surface and groundwater inventories and studies (i.e., watershedanalysis)
HYDROLOGY TECHNICIAN Collect and analyze water samplesComply with local, state, and federal water pollution control actsConduct surface and groundwater inventories and studies (i.e., watershedanalysis)Decontaminate sampling equipmentExamine water quality and quantity from streams and aquifersImplement plans to improve aquatic habitatsInterpret surface and groundwater inventory and study dataInterpret water quality informationLabel, preserve, and store samples
RANGE TECHNICIAN Assess farm land for eligibility in federal programsAssist in development of fire management plansAssist in species breeding/propagation programsDetermine soil types and physical soil characteristicsIdentify and control noxious weedsIdentify and delineate wetlands based on plant/animal species and hydrologyImplement erosion control strategiesImplement wetland restoration and construction activitiesIntroduce rare/endangered species into ecosystemInventory soil conservation practices (e.g., terracing, grassed waterways, zero-till,crop rotation)Propagate and plant woody and non-woody species
RARE/ENDANGERED SPECIESSPECIALIST
Identify and delineate wetlands based on plant/animal species and hydrologyIntroduce rare/endangered species into ecosystemPropagate and plant woody and non-woody species
RECREATION TECHNICIAN Assist in development of designs for the protection, maintenance, rehabilitation,or enhancement of visual resourcesAssist in operational forestryComply with local, state, and federal water pollution control actsPerform park maintenance
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SOIL CONSERVATION TECHNICIAN Assess farm land for eligibility in federal programsCalculate rates of sediment productionDetermine soil types and physical soil characteristicsExamine water quality and quantity from streams and aquifersIdentify and control noxious weedsIdentify and delineate wetlands based on plant/animal species and hydrologyImplement erosion control strategiesImplement wetland restoration and construction activitiesInterpret surface and groundwater inventory and study dataInventory soil conservation practices (e.g., terracing, grassed waterways, zero-till,crop rotation)
TERRESTRIAL ECOLOGIST Implement wetland restoration and construction activitiesIntroduce rare/endangered species into ecosystemPropagate and plant woody and non-woody species
WETLANDS TECHNICIAN Assist in habitat restorationIdentify and delineate wetlands based on plant/animal species and hydrologyImplement plans to improve aquatic habitatsImplement wetland restoration and construction activitiesIntroduce rare/endangered species into ecosystemSample and identify aquatic organisms
WILDLIFE TECHNICIAN Implement urban wildlife management strategiesParticipate in tag/release and tracking studiesRehabilitate injured wildlife for releaseTrap and relocate wildlife
TASKS APPLICABLE TO ALLTITLES LISTED
Assess environmental impact of proposed development projectsAssist in habitat restorationAssist in preparing environmental documentsAssist in recommendations to federal, state, local, and private organizationsCalibrate, operate, troubleshoot, repair, and maintain equipmentConduct environmental education programsDevelop public information programsDevelop reports on findingsFollow and apply local, state, and federal environmental regulationsFollow established quality control proceduresFollow standard operating proceduresInventory, evaluate, and assist in development of resource management strategiesfor sites and areas with unique scenic, recreational, historical, cultural,paleontological, and other resource valuesInventory the resource (e.g., wildlife species and populations for thefisheries/wildlife technician; plant species and vegetative communities for thebotany/forestry/range technician)Maintain accurate recordsMonitor compliance of plans/projectsOrganize and analyze dataOversee project maintenancePerform literature searchesPrepare mapsRead topographical mapsSelect and use proper personal protective equipmentUse aerial photographyUtilize computers and softwareWork with the public
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DUE # 9813445
NORTHWEST CENTER FOR SUSTAINABLE RESOURCES 4'
NCSREMPLOYER FOCUS GROUP INTERVIEWS
, In 1996, Focus Group Interviews were conducted by Ara Andrea, Forest ResourcesTechnology Instructor and NCSR Lead Program Developer, Chemeketa CommunityCollege.
Employers from the Bureau of Land Management, and key industries in the PacificNorthwestWeyerhaeuser Company and Willamette Industries, Inc.took part in theinterviews; Andrea asked questions ("Q") and interviewees provided answers ("A").Questions related to curriculum development objectives for the Center.
Transcripts from the interviews are edited for readability.Susie Kelly, Director, NCSR
USDI BUREAU OF LAND MANAGEMENT (BLM)SALEM, OREGONDATE: OCTOBER 3, 1996
Focus Group represented by:Resource Area Botanist (RB)Biological Technician (BT)Forester, Timber Sale Layout/Contracting/Special Forest Products (F/T)Natural Resource Administrator/Timber Sales and Reforestation (NR)
Q: Is a 2-year Associate's degree sufficient to get technician work, or do graduates need aB.Sci.? How much "weight" is attributed to the level of education?
A: BT: It largely depends on being the right person in the right spot. It doesn't necessarilymatter whether you have a 2- or 4-year degree. There are a lot of Associate's degreedpeople who have gotten the positions they've wanted.
NR: Generally, the government is downsizingI mean, we're losing positions and ourpermanent workforce is restricted to certain levels, and there just aren't a lot of openings tobring in a new personwhether it be a technician or a forester, or a wildlife biologist. Asopenings do occur, we will look at bringing in some new folks. I guess I would say thatmore so, than not, we would be bringing in professionals, as opposed to technicians.Because I think we would probably get more "bang for our buck" with a B.Sci. degreedperson if we're going to pay a salary. These people generally have technical skills as wellas better writing skills and communication skills. It depends on the individual. I'm not
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saying that's the way it's going to be, but this scenario would be more likely to happen, inmy opinion (i.e., we would lean towards hiring someone with a B.Sci. degree).
On the other hand, as we lose technicians due to retirements or they move into otherpositions and other agencies or other districts, there's going to be a point in time we'llhave to fill in behind them. Technicians perform a valuable service; but I don't see a lot ofthese positions freeing up in the near future. Also, because we use the Civil Serviceselection process, the professional graduate would automatically rank out higher, and wemay never get an opportunity to interview a viable 2-year-degreed candidateoverall, Ithink that a 2-year graduate is at a disadvantage when s/he is competing against 4-yearpeople. I would say that this agency, more likely than not, would probably hire theprofessional graduate rather than the technician.
BT: It doesn't matter what degree you haveyou're going to be with the agency many,many years before you have an opportunity to apply for a permanent job. A lot of that hasto do with your experience as much as it does your education to get that promotion. It's notjust getting out of school, and applying for and landing a job, and then expecting to workthe rest of your life for one organization anymore....
NR: In forestry, we have to do environmental assessments and compliance work. We'renow doing watershed analysis as a prerequisite for timber sales operations. People need toknow how to write and communicate in a group setting where we have specialists aroundthe table and some people from outside the agency. This is critical, and we've been doingthis for years, but its importance is heightened. Under this forest plan [the NorthwestForest Plan, FEMAT 1993], for us to take action, it takes a lot more time up front than itever did before.
My observation of the 2-year degree curriculum is that it's mostly "nuts and bolts" [howto do a job or task]. It isn't necessarily[why is the job done?]the technical programdoesn't provide the theory behind a task.
RB: A lot of the graduates don't go strictly into "pure" forestrythey are going intorecreation, they're doing riparian surveys, or wildlife [studies, etc.]. Graduates are goinginto a whole array of different jobs....
BT: I think students definitely need to know more of why things are being done the waythey are now. We have to look at everything as part of a larger picture, and we have tohave a better understanding of the plant community [not just the commercial species], orthe wildlife, hydrology, or other issues. For instance, watershed analysis is a big part ofwhat we do noweverything is wrapped around that. [I attended Chemeketa]... and if it'sthe same program as when I was a student, it has to be drastically changed, with a lot moreemphasis on computer usagenot so much on the Autocad-type work, but more on thetechnical writing and the GIS end of it.
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Q: What levels of Geographic Information Systems (GIS) and surveying skills are neededby a 2-year-degreed student?
A: BT: As far as plane surveying goes, it should be tied more to Global PositioningSystems (GPS). I don't even know if workers need to use transits anymore in fieldsurveys....
NR: We have a specialized survey crew, and we don't use GIS skills, but we're going intoGPS more. I'd estimate that about a third of our work involves GPS now, and this willgrow. Gathering data via new technologically-advanced tools, and downloading it into thePC, will be necessary technological skills.
RB: Students need to be introduced to many different methodologies. I wouldn't expect atechnician to be 100% competent in any of these advanced technologies, but they need to beintroduced to them, and understand what applications can be made.
BT: Then if they decide they want to specialize in this area, they can continue on in a 4-yearcollege.
F/T: Students should understand new technologies and applications so they know the rightquestions to askrather than knowing all of the answers. When graduates get out there inthe workplace, they should be able to say, "I knew that technology/technological conceptexisted before I looked at it today"so they know how to ask the right questions abouthow to use it on the job.
Q: What levels of math, communication, and writing skills do technicians needisstatistics important?
A: RB: Students will need basic algebra, trigonometry, and geometry... I don't think they needcalculus (general agreement around the table). They should be able to see a statisticalformula, and to at least find standard error. For instance, I think a technicianshould be able to take a given equation, input some data, and then they should be able todetermine whether or not they need to go back out and put some more plots in. Techniciansare the people who are doing the stocking surveysthey should be able to have the mathskills to be able to do that; maybe they will not understand all of the statistics behind it, buta basic understanding for survey work.
F/T: Whether you're looking at stocking levels or the need for thinning, or special forestproducts surveysyou need to understand the whole concept of surveys, whether you'redealing with one meter squares or townships. The principles are similar across the board.Students need to be able to pick up a set of instructions, or manuals, and understand howthey want to do a particular survey, and then go out and do it. In natural resource sampling,students need to be able to work easily with a variety of techniques, whether they'recruising, doing riparian surveys, or stand exams, or reforestation surveys. Statistics should
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be part of that overall process of sampling and processing the informationwhere thestatistics apply in the real world of sampling. When I took a class in statistics, we spenthours and hours with a calculator and notepad, with absolutely no concept of where the datafit into reality, because in reality you went out and you took a 20% sample and multipliedby five.
BT: We also get into sampling in our riparian surveys.
NR: In my experience, stand exam work has not required much knowledge in statistics;maybe we should be more concerned. Other than using our 3P sampling method, which isa method of selecting sample trees in a stand you want to cruise to get an idea of volume, Iwas trying to think of where we really get involved with variabilityperhaps when we dostocking surveys, where we have a set procedure, and you lay a plot out every so often on agrid line.
F/T: Operationally, we don't get into statistics a lot, but you do as soon as you startcooperating with research and new sampling protocolsand I foresee more and more ofthis type of cooperation in the future. There will be needs for greater understanding ofsampling protocol and variability, and technicians should know how to go back to theirreferences and say, "Oh yeah, I remember how that works when I have the formula in frontof me."
NR: I think that once you get outside of cruising, statistics become less important. Incruising for board foot volume measurements, you commonly use statistical data forvolume expansionthat's where it's really critical, and where workers can really get hungup; also, when we do plot cruising, instead of pre-laid out strip cruises, an understanding isneeded about why plots are being laid out the way they are. Especially in the private sector,where they often do percentage sampling and then blow up the volume, workers need abetter understanding. Whether sampling in plots or strips, a percentage of the area issampled, and collected data must be expanded in some way. So graduates that work infield sampling should have an understanding of pertinent statistics.
Q: How about the importance of mandatory seasonal work? Cooperative WorkExperience programs for students? How would I go about making an arrangement likethis with the BLM?
A: BT: Cooperative work experience is really important. I think that working either for coursecredit or not, students should work with agencies in different disciplines, seeingwhat they do and shadowing them; this allows the students to see what really goes on, toget a more rounded feeling for what they can expect to be doing in the future.
NR: We hire Chemeketa graduates in the summer, and we hire from state employment; wehave several on board now. It's a great relationship, and it makes money, but when we hirea person to do a job, we don't usually give them a lot of diversity. As it turns out, we'vegot some things we need to get done, and those we hav working often get a steady diet of
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the same thing; but this works out fine with us. But if students want to get varied workexperience with the BLM, I think some sort of a program [like Chemeketa's CooperativeWork Experience (CWE)] may be good. The students may not get paid, but they would getdiversity and they would know a little bit more about what is being done heretheemphasis in CWE would be a little bit different than summer work. If we're payingsomebody, priority work must be done; with CWE, we have a little more flexibility.
RB: There were one or two students a couple of years ago from Chemeketa, and this is howI approached my co-workers: I said, "Okay, if we had a Chemeketa student here everyWednesday for the length of the term, would you be willing to spend a day or two withthem letting them job shadow you?" We used an informal approach, and that seemed towork. It seemed to help that students received creditfor both the employer in his/herwillingness to participate, and, of course, for the student.
BT: Another positive aspect of CWE and other student work is that we could "weed out"the good from the bad potential employees; e.g., a lot of people who showed up to workwhen I ran crews had a 4-year degree, but they had never really stepped foot in the woods.They really had no idea of what it was like. They would walk on pins and needles throughthe slash. This also points out the need to get out more with work experience or on fieldtrips. Sometimes our new employees are way behind because they just aren't accustomedto moving through the brushthey are too timid.
RB: Chemeketa has talked about making CWE mandatory, but something else to consideris that quite a few students get seasonal positions with the federal government and industryin the summer between their two years of classesso most of them are getting out in thefield in the summer.
BT: For visits to be effective for the students, I think students would need to visit at leastfour or five times. Thinking of myself, if I went and did something three times withsomeone, I don't think I would get enough out of it. Also, the students wouldn't have to goout with the same person every time for the overall experience to be effective.
NR: I agreeit would probably be good if students didn't go out and work with the samepersonbecause people do different things and have different approaches to getting a jobdone; if I knew a person was going to be here for five Tuesdays, for instance, then I wouldmeet with other people in the work group and schedule a variety of things to involve thestudent over those five days.
Q: Any additional comments on what we should put in the course work?
A: RB: Teamwork is really importantand I know it's difficult to do in a program. It canbe difficult both for the teacher and the studentbut it's really important. In our workingenvironment, we hardly do anything without having a team [meeting]working as a teamincludes being able to communicate and respect different people's positionsand beingflexible. I think having an open mind is really important.
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BT: As an added comment, I think it's really important, especially in a class likesilviculture, to understand the why behind harvest, site preparation, planting, and sitemaintenance operation. It's important for students in classes to get out with the planters, inthe winter, to see what really happens out there to make it work. I think the more field tripsthat can be arranged, the better for the studentsand not just visiting a harvest unit, butseeing the whole process in action.
NR: Something else to consider is we're using fire differently nowwhereas the commonnotion before was "the hotter the better," it's not the case anymore. We're going withlighter burns and underburning. We're trying to use fire in beneficial ways to change plantcommunities. Sometimes it means returning them to what they were originally [likeEastside ponderosa pine prior to strict fire control measures]. Today, a lot of trees are leftfor wildlife, and we also have smoke management constraints which dictate when we canburn, and how much we can burn. There is a real opportunity for work in that area downthe road. We're going to keep that tool [fire], but its use will be more complicated to usethan it used to be.
Also, programs should steer students towards skills in watershed analysis, newunderburning prescriptions, environmental prescriptions, etc. Writing and communicationskills will be extremely important in documenting these prescriptions and for planning. Tomeet these new regulatory requirements, public agencies have to "go the extra distance" onup-front planning, and today's and tomorrow's employees will need appropriate skills tooperate in this new climate.
44-4-0-44-04-4.04-4-0.4-4.440
WEYERHAEUSER COMPANYSPRINGFIELD, OREGON11/7/96
One-on-one interview with Staff Silviculturist
Q: Tell me about your positionwhat do you do for Weyerhaeuser Company?
A: Basically, I'm involved in silvicultural aspects of planning. Predominantly, once thelogging is completed, I am in charge of growing some trees. Our forestry department usedto be divided into three districts, and I was in charge of the Cottage Grove District. Now[since downsizing] we're laid out differentlybut basically our charge is growingtreesincluding site preparation, planting, precommercial thinning, fertilization, andsimilar work.
Q: What about hiringeven on a seasonal basiswhat is the outlook?
A: We are currently in the process of a reorganization. We lost several people recently,either through retirements, or leavingso we're down to a relatively small staff; and I
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would say the prospects of hiring seasonal workers are pretty slim. If you look at thetransition, and I don't think we're different from a lot of other companies, back in the late1970s and early 1980s, we did hire the 2-year graduate. (note: the reorganization was atleast partly due to the timber recession at this time.) At one point, I think we had about ten2-year program graduates on our staff. During the reorganization, most of those folks wentaway, or were reassigned to different positions; and since then, the staff has beendownsized even more. As a result, most of the staff that we have, with one exception (afellow I work with who has about 30 years of experience), have at least 4-year degrees.
Most of our "in house" work is done with our own forestry staff, and it involves planning,day-to-day supervision, and some audit/budgetary activities. However, most of the actualwork on the ground is done by contractors at this point, and I don't know how manycontractors we employ, but it's fairly substantial. For example, we're getting ready forplanting season now, and we contract out all of our tree planting, and all of the plantinginspection. We have an inspector with every crewbut that inspector is anothercontractor. At this point, the majority of those who audit contract inspectors are othercontractors. Right now we're in the process of doing regeneration exams on the first fiveyears of a plantingand that's all contract work.
An evolution has occurred in the period from 1982 to today. Apparently, whereas thecompany hired temporary employees to do field work prior to the reorganization in 1982,they now hire out this kind of work. What happened over time was that many of thetemporary workers, noticing an increasing need, established their own subcontractingbusinessesand many are now successfully bidding on and completing contracts.
Q: Can you specifically describe who some of these contractors are who are out with theirteams doing the field work?
A: We have professional engineers on staff that do most of our property line surveying, butsome of the other specialty contracts, including new riparian layouts, where workers needto measure every tree that's in a riparian area, drive us to get extra help. So we are askingfor more and more contract work to help our staff out.
Getting back to the prospects of hiring, I would say that for Weyerhaeuser, the chances ofbeing hired directly as a technician would be pretty slim. It would have to be somebodywho had quite a bit of field experience. One thing to note, however, is the median age atWeyerhaeuser is high, with most employees having 25-35 years of experience with thecompany, and that there may be substantial openings in the next five to ten years.
Q: Starting with specific math skills, from your perspective as a silviculturist, what isneeded for upcoming graduates of programs? Can you provide some specific guidanceon courses students need, including trigonometry, geometry, and statistics?
A: Our employees are always working with numberswhether it's tree planting or anyother measurement activity. Our staff needs a good command of mathematical
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manipulation. Contractorsnamely planting inspectors for our purposesneed to be goodwith numbers, with a thorough and fast comprehension of data. Contractors need toprovide constant feedback to the planting crewfor example, "this is your quality, this isyour spacing, this is how many trees per acre to plant,...." And they can't just sit therewhen it's pouring down rain, drag out their calculator, and start adding up numberssomeof that needs to be automatic. They need to be comfortable enough to sit there and say,"I'm taking eight plots, and they planted 40 trees, and there's 36 that are good quality trees,and that's 90% of them." They have to have a pretty good command ofnumbersmanipulating numbers quickly. The feedback needs to get back to the crewconstantly, like, "Hey, you're doing good, it's in the '90s [percentile], orHey, you'restarting to fall downyou're missing some planting spots." They need that quickcommand.
As far as calculus is concerned, I had calculus in high school and college, and I don't knowthat I've ever really used it on the job.
Statistics never hurts. The people I see in our permanent group that do better are often theones that have a good understanding of statisticsthey know what a sampling error, or astandard error, means. And sometimes we all need to go back for a refresher courseeventhose who have come right out of college. You need to understand what you're doing. Wehave certain contractors that understand it [statistics] better, and, instead of going out andsaying, "You have to put in one plot every three chains on a three-chain grid," we'll tellthem, "Hey, we think that's pretty good, go out and start taking some plots." There's notmany contractors out there who have a good enough handle on statistics to be able to lookat the card and say, "This sample's pretty good. I can run a quick analysis to see if it meetsour standards or not." It would help us if we had more people who could do that. There areseveral contractors who have the capability, where we can say, "Hey, go out and do thisreconnaissance unit, and put in plots, and if it doesn't look like it's coming out good, goahead and add some more." Trying to get somebody to understand what we're looking foras far as quality and spacing, and to understand statistics enough to make some judgements,is kind of tough. Even in the 4-year graduates that I've seen here at the company there's alot of people that don't have a good understanding.
For engineering and surveying purposes, you need the basics in geometry to understand theconcepts; aspects include being able to understand differences in slope, making slopecorrections, finding a plot radius, and the ability to use a compass and understand how toset up a survey. Workers have to be fairly adept as far as using compasses and pacing.
Q: What about communication and writing skillsare these important for graduates?
A: Yes, graduates must be able to put their thoughts into words. For instance, regenerationexam folks have to go out and do about a week's worth of work and turn it in. We may ormay not be there when they turn it in, and they need to capture their thoughts and relaythem concisely in writing. We ask them to summarize their numbers, but we also ask themto write about sitesfor example, what did you see out there that may influence what we
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dohow do things look? I guess the first thing that comes across is penmanship. We haveto be able to read field reports, first and foremost, and then the information must be put intoa context that somebody who is somewhat familiar with the site can understand. That, tome, is a big problem, and it is a major weaknessall aspects of communication. Part of itis that employees need to be able to talk to and relay information to someone else, and theyalso need to be clear with written information that is turned in at some point after anactivity is done. And we're not asking for lengthy reportsjust a paragraph or two, threeor four sentences. I think that more and more we're asking people to put down in writingwhat they're seeing out there in the field, and not being able to do this effectively reallyhurts the outcomes.
Q: What computer skills are neededwhether it be word processing, spreadsheets, or anyother database management?
A: I think that computer skills for individual contractorsthe ones who are doing plantinginspections, regeneration exams, etc.may not be quite so important as understandingwhat they're seeing in the field; like, "Hey, this tree is not doing well and here's why," andunderstanding what caused it [e.g., the damaging agent]. We have several contractors whotrack their results on a computer, and anyone who is going to go into the contractingbusiness, especially when they've got somebody working for them, will need computerskills. Handheld data recorders will probably evolve into something more like a PC or alaptop that you take out in the field.
Q: What about GIS and GPS tools?
A: Forestry has had limited exposure to GPS equipment. Although GPS is much faster, andour engineers use it, the limiting factor in some cases, especially when you get into secondgrowth stands, is that the tree canopy affects your readings [by blocking satellitecommunication]; but in open areas like clearcuts, I would expect to see more and more useof GPS.
4-4-444-4-044-44.4-44-4.444Willamette IndustriesAlbany, Oregon10/4/96
One-on-one Interview with Timber Management Specialist
Q: Is a 2-year Associate's degree sufficient to get technician work, or do graduaies need aB.Sci.? What kinds of skills are you looking for in an entering employeespecifically,writing skills, math skills, sciences, forest management skills?
A: Willamette Industries usually hires 4-year graduates. Basically, we hire very few forestersas permanent full-time employees straight out of school. We tend to have summer
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positions, and we tend to hire people on a part-time basis in the summerkeying in oncollege sophomores and juniors, so that we can pick people after we've had them a coupleof summers. While here, we can assess how they fit in with our company, and howWillamette fits in with them. While interns, we have them doing reproduction surveys,etc.some pretty non-technical sorts of things. We do try to get them into a little bit ofinventory, cruising and that sort of stuff, but there isn't a real high expectation. If someonewalked in and asked me what the most important thing is for incoming employees, it'squite simplygood work ethicthat's number one, number two, and number three on thelist. Attitude is a big part of thatenthusiasm, youthful enthusiasmthose are really keycomponents. Quite franldy, we can deal with lack of ability, or lack of knowledge on someof the technical stuff, if we have that attitude and ethic. Because if we have that, we canbuild those other skills. Although we typically hire kids that are on a 4-year track, we dohave several from 2-year programs. If students or graduates can sell themselves on thework ethic, the degree is not as important.
Q: Is job shadowing or a cooperative work program an option with WillametteIndustries; if so, how might we work out an agreement?
A: We typically have not done that sort of thing in the past with Chemeketa studentsourapproach has been hiring summer interns. We take a fairly serious approach to providinginterns with a variety of experiences. To the degree we can, we offer a variety of tasks;interns are at least to some degree "shadowing" our field foresters. But we don't have aformal job-shadowing program, and it is unlikely that we will in the foreseeable future, dueto the fact that we, like many forest-based companies, have really downsized in the lastdecade. Our people are extremely busy, and although conceptually, a student's just goingto be standing with you, it does impact on time, and we're very protective of our foresters'time. So, shadowing would be unlikely.
Q: What about skillsparticularly cruising/inventory? What technology is being used?Regarding skills, what could push one potential employee past another?
A: As far as hiring, we expect technical skills to be basically understood. We expect a foresterto conceptually understand inventory, cruising, estimating volumes, and have basicmathematical skills related to natural resourcesfor example, how big is an acre?allthose kind of standard things. But Willamette emphasizes knowledge of basic skillsweplace high priority on providing teaching/training "in-house," and we pride ourselves indoing things "with a different flavor" than any other company in terms of this.
As far as inventory skills and technology, I am responsible for our GIS and our timberinventories, so I will answer you from that framework. It is important that, conceptually,students understand GIS. It is important that they are coinfortable with sitting down with aPC and operating in a computer environment. We don't anticipate or expect at this pointthat we will get a person out of school who will understand ArcInfothat's well beyondour anticipation. We, like a lot of companies, are just getting to the point where we haveGIS "implemented on the ground," and we're just at the point where we're using it to its
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full potential. Our field foresters have very little experience, and as we look at the utility ofGIS at the field level, our approach is that those who are comfortable with it, such as thekids who came out of school in the last couple of yearsthat they'll be our frontrunners inusing this technology which is going to define how we do things more and more in thefuture.
In plane surveying, it's important to conceptually understand the mechanics and broadapplications of math, but "specifics" will be taught on the job. For instance, students needto understand how a survey is closed mathematicallyhow to do it and know thecalculations involved.
Q: Is most of the inventory data put in an electronic recording device?
A: Yeswe use standard data collectors, and we have an in-house program we've written todownload the data; we also have a customized inventory program. A forester doinginventory work is expected to be very comfortable collecting data on a field data recorder,transferring it into a PC, using the editor to make appropriate changes, and then goingthrough a customized menu-driven program to get the necessary information. We don'texpect technicians to be able to program, but they should understand how to use growth andyield software and others commonly used in forestry.
Q: What about communication and writing skills?
A: I would say that communication and writing skills are probably the weakest items I've seenfrom foresters, and I've often wondered why. I think it's probably a combination of twothings: 1) In the past, it hasn't been stressed in the curriculum, and 2) foresters as a grouptend to become foresters because they don't want to "do that stufrthat's not theirpersonality. I think communication and writing skills are extremely importantespeciallyverbal communication. We, like a lot of large companies now, are dealing more and morewith team and group environments, and I would say if you want your graduates to standout, focusing on communication skills would be ideal. Just in the hiring process, goodcommunications skill are hugely advantageous. These skills should be stressed in thetechnical curriculum. Even if we hire someone to work in our "back shop" in GIS, we'reobviously going to expect a whole lot more as far as a basic ability to communicate well. Ifyou get that [rare] combination of technically-skilled and communicatively-talented person,it would be very powerful.
Q: What about the idea of specialization? Does today's forester need to be specialized?
A: There is a huge distinction between our company and the Forest Service, and I can't speakfor other industries, but for Willamette, I don't see the need for new employees withparticular specializations, except perhaps for GIS and analysis needs. The last person wehired has a Master's degree in GIS; however, our focus has continued to be in hiring fieldforesters whose responsibilities have been fairly broad. We have the old "German-sort ofForestmaster" mentality. Our lead forester is a resident foresterhe lives it, it's his tree
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farm. Our resident foresters last forever, and the one we have with the least seniority hasbeen with us for 15 years. They know their tree farms like the back of their handtheylove them, and they keep them up just like their own property. That has really served uswell over timethey have a real pride in ownership, and it's very effective for theCompany to have our resident foresters convey information to educate the public. Andthese residents tend to be generalists. In the last five years, however, our biggest increasein hiring has been at the specialist level (e.g., biologist, communications specialist, GIS),but I don't see this becoming a general trend.
044-0044-44.4-4-4-444+++
USDI BUREAU OF LAND MANAGEMENTEUGENE, OREGON10/17/96
Focus group represented by:Timber Management (TM)Forestry/Supervisor (F/S)Forest Engineering/Supervisor (FE/S)Forestry Technician (FT)
Q: When you a hire a person for technician work, is it usually a person with a 2- year or 4-year degree?
A: We usually hire people with a 2-year degree (group consensus). (There was discussionabout how, historically, the Forest Service and BLM went from hiring 4-year to hiring 2-year graduates. It was noted that 2-year graduates were more likely to stay in thosepositions.)
Q: How do you see the employment of technicians in the BLM moving in the future?
A: FT: We haven't hired very many technicians in the last 5 years; our most recent full timehire was 2 years ago [and the technician we hired was a CWE student]. We haven't beenhiring because of the downsizing of government agencies. One thing to note is the averageage of BLM employees in western Oregon is 46 years old. I would predict in about five orsix years, retirements are going to be very heavy. We're not sure who we might hire back,or at what level of education, but the outlook right now isn't real bright for new hiresandwhen I say, "right now" I mean in the next year. In the next five years, I think theoutlook will be somewhat brighter.
FE/S: We rely on the forestry techs. to do a lot of the work, and we'll need to replace thosewho retire. We can't do without the skills provided by the techs. Although the short termoutlook isn't so great, we're hoping within a year or so to probably hire another forestrytech. in our cruising program. Currently, we feel we're kind of at the base line; i.e., if wedon't replace skilled workers that are leaving, or retiring, then we're not accomplishing ournecessary tasksand I don't think that's acceptable.
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Q: And how would you define what the "basic skills" are?comment on math skills inparticular.
A: FE/S: Students certainly need technical skills, but we're finding that they can often belearned on the job. When I was first hired, and I was told to do a stand exam, I was taughthow to do it. Similarly, now we're going through a lot of things like teamwork training,and communication skills trainingjust being able to communicate is important. Even ourforestry technicians are expected to produce written field reports. We expect the forestrytechs. to take data and information, decipher it, and relay the information to the specialists.Our technicians are an integral part of planning and implementing decisions. Basically,technicians need to take a plan or a decision that's "on paper," and put it on the ground,which I think is a tremendous skilland it's not something that just anybody can do. Todo this sort of work, technicians need abilities to communicate with people, listen to themand understand them, and also have the know-how to take fairly complicateddecisions/plans and translate them into on-the-ground projects.
TM: Educators cannot afford to miss teaching basic skills like communication; other basicskills in forestry include being able to measure and identify trees, and do a traversetheseare the fundamentals of what forestry is all about. I think GPS-related course work wouldbe valuable, and we're using lasers now.
F/S: Other basic skills are those in forest surveying and basic mensuration.
'TM: Students also need a computer backgroundpart of our job is downloading ElectronicData Recorder information into a PC.
FE/S: Basic computer skills also include using PC Traverse or PC Logger.
F/S: I lacked training in computer-based skills in school (2-year forestry program). We hadto do everything on paper, and when I came to the BLM, they had field recorders,computerseverything. In school, we had to work everything out by hand. In my case, Iwish we had used forestry computer programs, including ArcViewwhen I got out ofschool, I had never used themand this has put me at a disadvantage on the job.
FT: On ArcView, and GIS programs, we call it "modernization"where agencies like usin the BLM are going through this process which is bringing UNIX-based ArcInfo systemsto us, and upgrading our technology capability in general.
F/S: As far as math skills, basic math and trigonometry are sufficient; in my 2-yearprogram, math classes were taught in a forestry context (e.g., we had examples using trees);these courses equipped me well.
TM: I took math beyond the requirements for forestry, and my experience was it was out ofthe scope of what I needed to learn.
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Q: What about communication, writing and other skills?
A: F/S: In my 2-year program, I think we should have talcen more than the one speech courserequired in the program.
TM: I don't remember taking any speech classes. We had writing classes, but I don'tremember speech classes. And I feel speech classes are valuable. Learning is one thing,but getting people to understand what you want them to understand is another. I also thinksome sort of decision-making courses would be valuable.
F/S: In a position like mine, we usually need to communicate to only one personperhapsto tell them what we're doing. We usually don't need to get up in front of a group and givespeeches. I've communicated within our little work group, but I don't think that speech orpublic address skills are that important. On the other hand, I think students are going toneed more computer skills. They need to be able to run LOTUS [123], and wordprocessing systems and spreadsheets.
FE/S: Do the tech. programs have any kind of summer field trip? One of the things we runup against is that people get into this fieldand then they decide they don't really likeworking outside. We expect employees to spend 70% of their time out in the field.Sometimes, and I see this more in foresters than forestry techs., they'll say, "I don't reallylike this. I got into this forestry job, but I don't know if I really like forestry." The jobrequires going up and down hills, in all different kinds of weather; some people love thatand that's what drew them to the job, but others start saying, "I'd rather have anotherassignment or something that's more of an office position." (One interviewee commented:"I grew up in North Bend, Coos Bay, Oregonand it only took me a couple of years offield work in this area to realize that I didn't want to work in that country. When you getout of the rig and you're looking for the unit, the brush is over your head, and you canbarely do a cruise in there, and you're wondering, who beat you up?it's horrible outthere!")
TM: That's what I understood as a forestry tech.you were going to be required to be outin the field a lot. That was your job, field work. But now, technicians are going to have toknow a lot morelike computers, and other parts of the job besides field work.
FE/S: I think job shadowing works both for the future employee and the agency. (Acomment was made that, "I wish I had been in a shadowing program, rather than a seasonalfirefighter while going to school, because it would have prepared me better for the BLM.")Job shadowing can match up a skill with something a person wants to do, and that can bekind of an expensive mismatch if you hire someone directly from school, and you find out acouple of years down the road that you're not getting what you're hoping forand theemployee is also not happy. If I was looking at someone as a potential employee, I wouldreally look for experience because then I wouldn't have to worry that maybe in a year ortwo they would decide, for instancecruising isn't what I want to do. I can't stand thisstuff!
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Q: What about the need for basic levels of statistics?
A: F/S: You don't have to know all the mathematical calculations of statistics, because thecomputer does the calculations for youbut I think you do need to know what the statisticsmean and how they basically work.
FE/S: You at least need a basic understanding of what's going on; employees definitelyneed to know what they are doing out there....
TM: Especially when you're out there deciding where your plots should be, and how you'relaying them out; you at least have to know, "this can't even be donethis would throw thesample completely out of whack."
FE/S: I think it's important to be able to understand and speak the lingoI mean, I hear thecruisers talking all the time about their standard error, and if you didn't have thatbackground, you wouldn't be able to function on the job.
TM: You can't even tell if your cruise is good if you don't know [how to find the standarderror.]
F/S: I think students definitely need an understanding of statistics....
FT: But the emphasis needs to be on, "What do the numbers mean?" not on, "How do youget the numbers?" So many times the profs. will say, "Figure out the standard error, themean, add up all these numbers, and do all these calculations..." but they spend very littletime explaining what the numbers actually mean.
F/S: I found it helpful in class to apply the numbers to forestry work by intentionally goingout and physically figuring how we measure trees, etc. I suggest doing somethingmeaningful out in the fielddon't just give them numbers in the classroom.
Q: Are there any other skillsor deficienciesthat you can think of in technical educationprograms?
A: FE/S: We mentioned ethics, and I don't know how you would translate this into courseworkbut I was trying to hire a couple of forest techs. this summer, and I found out inconversations during phone interviews that in two cases [out of six acceptable applicants],that both people were uncomfortable with having trees cut down, or being involved withany activity where old growth trees were being harvested. I remember thinking, "Whoa,that's something I hadn't really thought of." Usually when you apply for a forestry tech.position, you figure you're going to be out there marking trees for cut. So I learned therewas an attitude in some people who are applying for these kinds of jobs where theirpersonal values may get in the way of what's asked of them. As an employer, you want toavoid getting new hires out there and finding out after-the-fact that these problems may
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exist. We have also had a biological tech. working for us this summer who refused to helpus mark retention trees in a regeneration harvest. I'm curious how they could even makethe decision to work here. Because in the end, if they don't physically mark trees forharvest, then someone they work with, a co-worker, will have to do it.
FT: Also, in designing a curriculum, remember that we use forest techs. for manyjobsfrom cruising, to engineering, to stream surveyswe use them across the board for amultitude of things. If you think we're hiring just cruisers, or just timber layout people,that's not the case.
Referring to the need for a broad-based curriculum, I think students need something toexpose them to the fact that there's something more than just treesand it's real important.I think a general class in forest policy would also be beneficialand when I say forestpolicy, I'm trying to say that it would be neat if educators had, say, Weyerhaeuser, agovernment agency, and Earth First [an environmental advocacy group] standing in a roomall at the same time for students to interact with. We're getting to the point where wemanage our forests in a very, very different way than the industrial foreststheWeyerhaeusers, the Willamette Industries. We were headed down a path that was prettysimilar in many respects, but I think we're starting to diverge quite a bit in that we'remanaging for the public's needs. Where we are coming from now is differentit's societyand public policy and how the voters feel that drive agency priorities. On the other hand,industry's doing what they do largely because of its stockholders.
Students need to be exposed to these different values that steer overall land managementgoals, and to know where different employers are coming from. We both [industry andBLM] manage the same kind of groundbut with very different objectives.
FE/S: I think these suggestions are good. Students should have an introduction to the factthat we have things like the Endangered Species Act and National Environmental PolicyAct (NEPA). They don't have to be trained to interpret these acts, but they need to knowabout them, so if they get into public forestry, they understand that there is a whole realm ofthings that constrain us and guide usand we have to work within these constraints. Ithink that forestry techs. should have a working knowledge of these guiding principles, sowhen they're out there implementing these actions, they don't just blindly follow whatsomebody tells themthey can actually go from their own understanding.
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What is a DACUM?
It is an abbreviation for Developing A CurriculUM, an occupational analysisperformed by expert workers in the field. The DACUM produces anoccupational skill profile which can be used for instructional programplanning, curriculum development, training materials development, andother employment-related activities.
In the case of community college curriculum development, the DACUMprocess would be as follows: program designers would identify a panel ofabout 8-12 "expert workers" from their program's field, includingtechnicians and managers. The DACUM Panel would be convened for aday (or more), and a trained DACUM Facilitator would ask the "DACUMpanel of experts" What skills and competencies do workers in your fieldneed to be successful when entering the work force? The basic assumption ofthe DACUM process is that expert workers are better able than anyone elseto describe their occupation. The product of the DACUM panel is a chartwhich succinctly illustrates skills and competencies technicians need toenter the workforce. The chart is used by curriculum developers to designcurriculum which includes those necessary elements defined by the expertworkers.
NCSR has produced DACUM charts for each major programAgriculture(Resource Ecologist Technician), Fisheries (Natural Resources Technician),Forestry (Forest Resources Technology), Geographic Information Systems(Geographic Information Systems Specialist), Natural Resources (NaturalResources Technician), and Wildlife (Fish and Wildlife Technician).
Center for Education and Training for Employment,College for Education, Ohio State University
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Lan
dPa
cifi
c C
o. P
ublic
Con
vers
atio
n D
istr
ict
Hol
ly J
acob
son,
And
y C
oray
, Des
chut
esC
harl
otte
Cou
ltier
, U.S
.L
and
Man
agem
ent
Man
agem
ent
Wor
ks D
ept
Bill
Eile
r, E
iler
Ran
ches
Wey
erha
euse
rN
atio
nal F
ores
tFo
rest
Ser
vice
Rob
Wes
sber
g,T
om V
ande
rhoo
f, B
urea
uD
avid
Cau
dill,
WD
FWJe
anea
n Fa
lletti
, Tur
tleD
an L
ongm
ire,
WA
Dav
e Pi
tts, F
ores
try
Jan
Daw
son,
Cal
ifor
nia
Will
amet
te M
issi
on S
tate
of L
and
Man
agem
ent
Rob
in N
elso
n, P
acif
icB
ay P
ark
and
Mus
eum
Dep
t. O
f Fi
sh a
ndC
onsu
ltant
/Log
ging
Dep
t. of
Fis
h an
d G
ame
Park
Dar
rel F
oste
r, B
urea
u of
Co.
Pub
lic W
orks
Dep
t.R
ober
t Fra
zier
, USF
SW
ildlif
eC
ontr
acto
rR
on D
ecot
o, C
alif
orni
aT
om W
orce
ster
, Fis
heri
es,
Lan
d M
anag
emen
tJo
an P
ersi
nger
,St
an G
orde
n, S
hast
aN
orby
Mac
Mill
an,
Mar
k W
hite
, Mas
on, B
ruce
Dep
t. of
Fis
h an
d G
ame
Mt.
Hoo
d C
omm
unity
Mo
Jeff
ries
, USD
A F
ores
tW
eyer
haeu
ser
Com
pany
Col
lege
Far
m M
gr.
Col
umbi
a Pa
cifi
c&
Gir
ard
Syd
Kah
re, C
alif
orni
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olle
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rvic
eD
on S
aul,
WD
FWT
hom
as J
orda
n, S
hast
aR
esou
rce
Con
s. &
Dev
.Je
rry
Orr
, Con
fede
rate
dD
ept.
of F
ish
and
Gam
eH
ank
Wuj
cik,
Sal
emD
an J
ohns
on, S
iusl
awM
ark
G. S
cott,
The
Cou
nty
Opp
ortu
nity
Ctr
.R
andy
McI
ntos
h,W
DFW
Tri
bes
of W
arm
Spr
ings
Bri
an W
ilkin
son,
Log
ging
Pam
ela
McK
inno
n, U
.S.
Fore
st S
ervi
cePu
blic
Wor
ks D
epar
tmen
tN
atio
nal F
ores
tA
l Toc
chin
i, O
rego
n D
ept.
Will
apa
Alli
ance
Mik
e St
amon
, Qui
naul
tC
indi
Juh
asz,
U.S
.M
ark
Mob
bs, Q
uina
ltE
ngin
eeri
ng I
nter
natio
nal
Bill
Pet
ers,
Cal
ifor
nia
Of
Park
s &
Rec
reat
ion
DN
RB
urea
u of
Rec
lam
atio
nD
NR
Lyl
e K
lens
ki, M
alhe
ur N
FD
ept.
of F
ish
and
Gam
eD
ean
Ber
g, S
ilvic
ultu
ral
Kim
Tay
lor,
Nor
thw
est
Van
za R
isin
g-Sm
ith,
Cal
ifor
nia
Dep
t. of
Alle
n Pl
eus,
NW
IFC
Tom
Ros
s, C
olum
bia
Jani
ce M
adde
n, D
esch
utes
Nat
iona
l For
est
Gar
y R
otta
, U.S
. For
est
Serv
ice
Eng
inee
ring
Indi
an F
ishe
ries
Com
m.
Tim
Tri
esch
, Gra
ysT
rans
port
atio
nPa
cifi
c R
es. C
ons.
&B
ob P
arke
r, C
row
n Pa
cifi
cT
rici
a Y
ork,
U.S
. For
est
Har
bor
Reg
iona
lSh
elly
Sto
ltenb
erg,
Fal
lD
ev.
Cor
pora
tion
Serv
ice
Plan
ning
Riv
er F
eed
Stor
eR
oxan
ne T
urko
vich
,C
arte
r H
ouse
Nat
ural
John
Tod
d,W
eyer
haeu
ser
Jim
Wal
ls, C
olum
bia
Jill
Will
iam
s, B
urea
u of
Lan
d M
anag
emen
tL
isa
Ryn
ears
on, M
alhe
ur
Com
mis
sion
And
y W
ilson
, Ray
onie
rIn
c.Sc
ienc
e M
useu
mPa
c. R
esou
rce
Con
s. &
Nat
iona
l For
est
Ang
ie W
olle
n, G
HC
Lin
da W
eave
r,C
alif
orni
a.. D
ept.
ofD
ev.
Lor
na W
ange
, WD
FWJo
hn J
acks
on, O
rego
nD
ept.
of F
ores
try
Cen
tr. S
rvs.
Fish
and
Gam
e/A
dopt
-M
ike
Wom
er, S
can-
Am
A-W
ater
shed
Fish
Far
ms
Dou
g Z
imm
er, U
SFW
S
2 9
28
FISH
AN
D W
ILD
LIF
E T
EC
HN
ICIA
N
TA
SKS
A.
Und
erst
and
Fish
and
Wild
life
and
The
irE
cosy
stem
s
Al
Perf
orm
hab
itat
impr
ovem
ent
A2
Poss
ess
know
ledg
e of
plan
ts *
A3
Poss
ess
know
ledg
e of
wild
life
*
A4
Poss
ess
know
ledg
e of
curr
ent e
nvir
onm
enta
lis
sues
AS
Acc
ess
rese
arch
DA
CU
M P
roje
ct: F
ish
& W
ildlif
e T
echn
icia
n
Spon
sore
d B
y: F
eath
er R
iver
Col
lege
/NC
SR
Dat
e: N
ovem
ber
6, 1
996
Dat
a C
oord
inat
or: J
ay W
righ
t
Dat
a Fa
cilit
ator
: Mic
hael
Wel
ser
Pane
l Mem
bers
:D
enni
s C
hest
er, U
.S. F
ores
t Ser
vice
Cla
y C
lifto
n, U
.S. F
ores
t Ser
vice
Cha
rlot
te C
oulti
er, U
.S. F
ores
t Ser
vice
Jan
Daw
son,
Cal
ifor
nia
Dep
t. of
Fis
h an
d G
ame
Ron
Dec
oto,
Cal
ifor
nia
Dep
t. of
Fis
h an
d G
ame
Syd
Kah
re, C
alif
orni
a D
ept.
of F
ish
and
Gam
ery
Pam
ela
McK
inno
n, U
.S. F
ores
t Sei
ceB
ill P
eter
s, C
alif
orni
a D
ept.
of F
ish
and
Gam
eG
ary
Rot
ta, U
.S. F
ores
t Ser
vice
Tri
cia
Yor
k, U
.S. F
ores
t Ser
vice
A6
Use
and
impl
emen
tsc
ient
ific
met
hod
A7
Und
erst
and
mar
ine
reso
urce
s
A8
Kno
w o
rgan
izat
iona
lgo
als
B.
Skill
sT
rain
ing
B1
Res
trai
n w
ildlif
eB
2U
nder
stan
d an
d ap
ply
fish
and
wild
life
law
s/re
gula
tions
B3
Reh
abili
tate
wild
life
B4
Inve
ntor
y, m
onito
r,an
d su
rvey
wild
life,
fish
and
hab
itat
B5 Use
/impl
emen
tsc
ient
ific
met
hod
B6
Perf
orm
hab
itat
impr
ovem
ent
B7 Prac
tice
wild
life
safe
ty
B8
Ass
ist i
n ba
sic
vete
rina
ry a
nd d
rug
tech
niqu
es
B9
Acc
ess
rese
arch
B10
Prac
tice
fish
cul
ture
Bll
Use
rad
io te
lem
etry
C.
Perf
orm
Fis
han
d W
ildlif
eR
esou
rce
Ass
essm
ent
CI
Use
/impl
emen
tsc
ient
ific
met
hod
C2
Perf
orm
pro
ject
inte
rpre
tatio
n an
dfo
llow
-thr
ough
C3
Perf
orm
map
and
com
pass
wor
k
C4
Inte
rpre
t and
gat
her
data
C5
Acc
ess
rese
arch
C6
Inte
rpre
t map
sC
7U
se G
IS a
nd G
PSC
8R
ead
aeri
al p
hoto
s
30*
See
App
endi
x(x
i
1 t;u
PV A
VA
ILA
BL
E3
1
D.
Util
ize
Com
mun
icat
ion
Skill
s
D1
Poss
ess
basi
cun
ders
tand
ing
ofso
ciol
ogy
D2
Wri
te li
tera
tete
chni
cal r
epor
ts
D3
Prac
tice
peop
le s
kills
D4
Und
erst
and
and
cope
with
sup
ervi
sors
D5
Perf
orm
pro
ject
inte
rpre
tatio
n an
dfo
llow
-thr
ough
D6
Con
duct
tour
s
_
D7
Dem
onst
rate
pub
licco
ntac
t ski
lls
D8
Use
bas
icsu
perv
isor
y sk
ills
D9
Con
duct
pub
licpr
esen
tatio
ns
D10
Perf
orm
inte
rage
ncy
com
mun
icat
ion
Dll
Con
duct
mee
tings
D12
Poss
ess
inte
rpre
tive
skill
s
E. Mai
ntai
n Jo
bSa
fety
El
Perf
orm
fir
st a
id a
ndC
PR
E2
Poss
ess
surv
ival
ski
llsE
3Pr
actic
e 2-
way
rad
iosk
ills
E4
Prac
tice
safe
tyte
chni
ques
with
all
equi
pmen
t
ES Prac
tice
wild
life
safe
ty
,
E6
Mai
ntai
n ph
ysic
alfi
tnes
s
E7
Ass
ess
dang
erou
ssi
tuat
ions
E8
Prac
tice
fire
saf
ety
F. Dem
onst
rate
Prof
essi
onal
ism
F 1
Use
com
mon
sen
seF2 A
ccep
t and
giv
ecr
itici
sm (
feed
back
)
F3 Poss
ess
time
man
agem
ent s
kills
F4 Prac
tice
self
-m
otiv
atio
n
F5 Perf
orm
pro
ject
inte
rpre
tatio
n an
dfo
llow
-thr
ough
F6 Use
bas
ic s
uper
viso
rysk
ills
F7 Prac
tice
team
wor
k
F8 Con
duct
mee
tings
F9 Kno
w o
rgan
izat
iona
lgo
als
F10
Perf
orm
indi
vidu
alta
sks
Fll
Mai
ntai
n po
sitiv
eat
titud
e
G.
Ope
rate
aC
ompu
ter
G1
Poss
ess
basi
cco
mpu
ter
skill
s
G2
Perf
orm
wor
dpr
oces
sing
G3
Ope
rate
a r
elat
iona
lda
taba
se
G4
Ope
rate
GIS
pro
gram
G5
Acc
ess/
send
E-m
ail
G6
Acc
ess
Inte
rnet
G7
Perf
orm
sta
tistic
alan
alys
is
G8
Gat
her
and
inte
rpre
tda
ta
G9
Ent
er d
ata
H.
Mai
ntai
n an
dO
pera
teE
quip
men
t
I-Il
Ope
rate
veh
icle
s *
H2
Ass
ess
dang
erou
ssi
tuat
ions
H3
Prac
tice
2-w
ay r
adio
skill
s
H4
Ope
rate
wat
ercr
aft *
H5
Dem
onst
rate
fir
earm
use
H6
Use
pac
k st
ock
H7
Mai
ntai
n ve
hicl
es
H8
Ope
rate
equ
ipm
ent *
* Se
e A
ppen
dix
3233
I. Perf
orm
Non
-Fi
sh/
Wild
life
Skill
s
Il Poss
ess
basi
cac
coun
ting
skill
s
12 Poss
ess
basi
c fa
rmin
gsk
ills
13 Poss
ess
job
inte
rvie
wan
d ap
plic
atio
n sk
ills
14 Prac
tice
2-w
ay r
adio
skill
s
15 App
ly b
asic
cons
truc
tion
skill
s *
16 Mai
ntai
n ph
ysic
alfi
tnes
s
17 Perf
orm
bas
ic m
ath
skill
s *
18 Poss
ess
busi
ness
/con
trac
tsk
ills
19 Poss
ess
basi
c sc
ienc
esk
ills
*
APP
EN
DIX
A2-
Kno
wle
dge
of p
lant
s:T
axon
omy
Phys
iolo
gySp
ecie
sD
endr
olog
yB
otan
yA
quat
icH
abita
t
A3-
Kno
wle
dge
of w
ildlif
e:H
abita
tB
ehav
ior
Bir
dsM
amm
als
Am
phib
ians
/rep
tiles
Inse
cts
Inve
rteb
rate
sFi
sh
Hl-
Ope
rate
veh
icle
s:4-
whe
el d
rive
pic
kup
Snow
mob
ileA
TV
Hea
vy e
quip
men
t
* Se
e A
ppen
dix
H4-
Ope
rate
wat
ercr
aft:
Kay
akJe
t ski
Can
oeR
aft
Ele
ctro
fish
ing
boat
Mot
orbo
at
H8-
Ope
rate
equ
ipm
ent:
Fiel
d co
mpa
ssB
inoc
ular
sSt
aff
com
pass
and
rod
Clin
omet
er, d
ensi
omet
er, R
elas
cope
Aug
er, p
osth
ole
digg
er, C
omea
long
Han
d to
ols:
McC
loud
, Pol
aski
, sho
vel,
axe,
ham
mer
, ext
ensi
on la
dder
Fenc
ing
mat
eria
ls: b
arbe
d w
ire
Cam
era
equi
pmen
tT
ape
reco
rder
s, p
ower
hor
nSo
lar
path
find
erSp
ottin
g sc
ope
Mic
rosc
ope
(dis
sect
ing)
34
H8-
Ope
rate
equ
ipm
ent:
Cha
insa
wPi
gmy
met
erH
atch
kit
Pack
hor
se g
ear
Tra
nsit
Car
pent
ry to
ols
Ele
ctro
shoc
ker
Fish
net
sA
erat
orV
ario
us m
easu
ring
dev
ices
Ele
ctri
c/m
anua
l flo
w m
eter
sSo
il pe
rcol
atio
n te
stin
g(c
ompa
ctio
n)H
ip c
hain
Rad
io T
elem
etry
equ
ipm
ent
Ster
eosc
ope
for
aeri
al p
hoto
sD
BH
tape
Wat
er s
ampl
ing
equi
pmen
tT
rans
mitt
er/r
ecei
ver
Dat
a co
llect
orT
railm
aste
r 11
0m a
nd 3
5mm
IS-A
pply
bas
ic c
onst
ruct
ion
skill
s:Pl
umbi
ngE
lect
rica
lFe
ncin
gC
oncr
ete
Car
pent
ry
I7-P
erfo
rm b
asic
mat
h sk
ills:
Add
ition
, sub
trac
tion,
mul
tiplic
atio
n, d
ivis
ion
Alg
ebra
Geo
met
ryT
rigo
nom
etry
Stat
istic
s
I9-P
osse
ss b
asic
sci
ence
ski
lls:
Che
mis
try
Bio
logy
Zoo
logy
Eco
logy
Geo
logy
Hyd
rolo
gy
35
FOR
EST
RE
SOU
RC
ES
TE
CH
NO
LO
GY
TA
SKS
A.
Al
A2
A3
A4
A5
DA
CU
M P
roje
ct: F
ores
t Res
ourc
es T
echn
olog
yD
emon
stra
teK
eep
accu
rate
Pay
atte
ntio
n to
Com
plet
e pa
perw
ork
Follo
w d
irec
tions
;M
eet d
eadl
ines
Prof
essi
onal
ism
reco
rds
a. d
ata
reco
rdin
gb.
dat
a an
d in
fom
anag
emen
t
deta
ilsac
cura
tely
perf
orm
ass
igne
d ta
sks
satis
fact
orily
and
on
time
Spon
sore
d B
y: C
entr
al O
rego
n C
omm
. Col
lege
/N
CSR
Dat
e: A
pril
8, 1
996
A6
A7
A8
A9
A10
Dat
a Fa
cilit
ator
: Ron
Whe
adon
Spea
k an
d lis
ten
Wor
k ef
fect
ivel
y w
ithA
chie
ve a
nd m
aint
ain
Be
obje
ctiv
e; a
void
Wor
k in
depe
nden
tlyef
fect
ivel
ycl
ient
high
leve
l of
phys
ical
inte
rjec
ting
pers
onal
Pane
l Mem
bers
:fi
tnes
sbi
asSh
iela
Hol
man
, Wal
low
a-W
hitm
an N
atio
nal
Fore
stA
1 1
Al2
Al3
Al4
Al5
JoA
nne
Han
ney,
Bur
eau
of L
and
Man
agem
ent
Mai
ntai
nPa
rtic
ipat
e in
Stay
cur
rent
with
Mai
ntai
n as
sign
edPr
actic
e/m
aste
r st
ress
And
y C
oray
, Des
chut
es N
atio
nal F
ores
tpr
ofes
sion
al s
kills
and
know
ledg
eco
ntin
uing
edu
catio
na.
wor
ksho
psb.
sho
rt c
ours
es
adva
ncin
g te
hnol
ogy
equi
pmen
tm
anag
emen
tD
ave
Pitts
, For
estr
y C
onsu
ltant
/Log
ging
Con
trac
tor
Mar
k W
hite
, Mas
on, B
ruce
& G
irar
dJe
rry
Orr
, Con
fede
rate
d T
ribe
s of
War
m S
prin
gs
Al6
Mak
e de
cisi
ons
Al7
Res
pect
man
agem
ent
Al8
Dem
onst
rate
per
sona
lre
spon
sibi
lity
Al9
Be
pers
onal
lyac
coun
tabl
e
A20
Prac
tice
good
wor
ket
hic
Bri
an W
ilkin
son,
Log
ging
Eng
inee
ring
Inte
rnat
iona
lL
yle
Kle
nski
, Mal
heur
Nat
iona
l For
est
Jani
ce M
adde
n, D
esch
utes
Nat
iona
l For
est
Bob
Par
ker,
Cro
wn
Paci
fic
Cor
pora
tion
A21
A22
A23
A24
A25
Jill
Will
iam
s, B
urea
u of
Lan
d M
anag
emen
tB
e se
lf m
otiv
ated
; aB
e fl
exib
le; a
ccep
tPr
actic
e go
od ti
me
Prac
tice
wor
k pl
anni
ngPr
iori
tize
task
sL
isa
Ryn
ears
on, M
alhe
ur N
atio
nal F
ores
tse
lf s
tart
erch
ange
man
agem
ent
John
Jac
kson
, Ore
gon
Dep
t. of
For
estr
y
A26
A27
A28
A29
A30
Be
an e
ffec
tive
Rec
ogni
ze a
ndW
ork
effe
ctiv
ely
with
Exe
rcis
e in
itiat
ive
Prom
ote
and
supp
ort
trai
ner/
inst
ruct
orco
nsid
er c
onfl
ictin
got
her
orga
niza
tions
with
in o
rgan
izat
iona
lor
gani
zatio
n's
issu
esan
d ag
enci
esst
ruct
ure
mis
sion
/goa
ls
A31
A32
A33
A34
A35
Part
icip
ate
inpr
ofes
sion
alas
soci
atio
ns
Dev
elop
goa
lsIm
plem
ent g
oals
Eva
luat
e go
als
App
ly o
rgan
izat
iona
lsk
ills
A36
A37
A38
A39
A40
Ant
icip
ate
Vis
ualiz
e fi
nal
Ass
ume
resp
onsi
bilit
yM
arke
t sel
f to
Und
erst
and
and
orga
niza
tion'
s ne
eds
prod
uct d
urin
gfo
r ad
min
istr
ativ
ead
min
istr
ator
s an
dex
plai
n sc
ope
ofan
d pr
oble
ms
plan
ning
dutie
s *
publ
icse
rvic
es o
ffer
ed b
yor
gani
zatio
n
* Se
e A
ppen
dix
3637
A.
(con
tinue
d)A
41U
nder
stan
d an
dex
plai
n sc
ope
ofse
rvic
es o
ffer
ed b
ysi
ster
age
ncie
s
A42
Find
rel
evan
tin
form
atio
n -
refe
renc
es, l
itera
ture
,do
cum
ents
A43
Ana
lyze
and
inte
rpre
tda
ta
A44
Prac
tice
com
mun
icat
ion
skill
s *
A45
App
ly s
uper
viso
rysk
ills
*
B.
App
lyT
echn
ical
Ski
llsof
the
Prof
essi
on
'
B1
Mea
sure
cru
ise/
scal
etim
ber
B2
Con
duct
nat
ural
reso
urce
sur
veys
*
B3
Con
duct
phy
sica
l lan
dsu
rvey
s *
B4
Em
ploy
ori
ente
erin
gsk
ills
usin
g to
pogr
aphi
cm
aps
and
aeri
al p
hoto
s.
B5
Util
ize/
inte
rpre
tae
rial
pho
tos
and
topo
grap
hic
map
s.
B6
Proc
ess
mul
tispe
ctra
lsa
telli
te im
ager
y.
B7 Util
ize
"too
ls"
*
B8
Use
fie
ld d
ata
reco
der
*
B9 Util
ize
Glo
bal
Posi
tioni
ng S
yste
mte
chno
logy
*
B10
Util
ize
Geo
grap
hica
lIn
form
atio
n Sy
stem
tech
nolo
gy *
B11
Util
ize
keys
and
oth
erre
fere
nces
to id
entif
y *
B12
Em
ploy
com
pute
rsk
ills
in *
B13
Con
vert
dat
a am
ong
vari
ous
mea
sure
men
tsy
stem
s (E
nglis
h,m
etri
c, e
tc.)
B14
Safe
ly o
pera
tem
achi
nery
*
B15
App
ly s
ampl
ing
stat
istic
s to
dat
a.
B16
Des
ign
crui
se/
sam
plin
g pr
ojec
ts
B17 App
ly m
ath
skill
s *
B18
Eva
luat
e co
nditi
ons
that
affe
ct f
ire
beha
vior
and
occu
rren
ce.
B19
Perf
orm
bas
ic f
ire
figh
ting
skill
s
B20
Plan
/layo
ut ti
mbe
rm
arki
ng u
nit
B21
Peff
orm
har
vest
sys
tem
anal
ysis
B22
Des
ign
unit-
leve
lha
rves
t pla
n
B23
Des
ign
biom
ass
hand
ling
plan
B24
Plan
t tre
esB
25W
rite
long
-ter
m h
arve
stsc
hedu
le
B26
Wor
k w
ith c
ontr
acts
a. p
repa
reb.
adm
inis
ter
B27
Run
and
inte
rpre
tgr
owth
and
yie
ldm
odel
s
B28
Perf
orm
qua
lity
assu
ranc
e ch
ecks
B29
App
ly ti
mbe
r th
eft
prev
entio
n m
easu
res
B30
Man
age
spec
ial
prod
ucts
mus
hroo
ms,
fir
ewoo
d,et
c.
B31
Col
lect
and
han
dle
seed
s of
non
-tre
esp
ecie
s (r
eveg
etat
ion
proj
ects
)
B32
Impl
emen
t mul
tiple
reso
urce
man
agem
ent
syst
em
B33
Prac
tice
safe
ty
C. P
ract
ice
Eff
ectiv
eIn
terp
erso
nal
Skill
s
CI
Be
a te
am p
laye
rC
2R
espe
ct d
iver
sevi
ewpo
ints
C3 Res
pect
cul
tura
ldi
ffer
ence
s
C4
Def
use
host
ile/d
ange
rous
situ
atio
ns
C5
Wor
k ef
fect
ivel
yw
ith d
istr
augh
tpe
rson
s
C6
Com
mun
icat
eef
fect
ivel
y w
ithco
lleag
ues
D.
App
ly B
usin
ess
Man
agem
ent
Prin
cipl
es to
Nat
ural
Res
ourc
eM
anag
emen
t
D1
Prac
tice
busi
ness
aspe
cts
of th
epr
ofes
sion
D2
Rec
ogni
ze a
ndin
tegr
ate
econ
omic
cons
ider
atio
ns
D3
Supp
ort e
cono
mic
deci
sion
s
D4
Con
duct
cos
t ana
lysi
s *
D5
Man
age
budg
etD
6M
arke
t/adv
ertis
ese
rvic
es
D7
Prov
ide
cust
omer
serv
ices
38*
See
App
endi
x39
D.
D8
D9
D10
Dll
(con
tinue
d)W
rite
bid
s/pr
opos
als
Be
fina
ncia
llyR
elat
e to
pat
h of
raw
Adm
inis
ter
fina
ncia
lre
spon
sibl
e w
ithm
ater
ials
thro
ugh
aspe
cts
of c
onta
cts
purc
hase
s, e
tc.
man
ufac
turi
ng to
prod
uct(
s)(e
.g. p
aym
ents
)
E.
El
E2
E3
E4
Abi
de b
yC
ompl
y w
ithE
xpla
in s
tate
and
Be
awar
e of
aut
hori
tyB
e aw
are
of c
onfl
ictin
g
Polic
ies
and
regu
latio
nsfe
dera
l reg
ulat
ions
and
limita
tions
polic
ies
and
rule
s
Rul
es
APP
EN
DIX
A38
-Adm
inis
trat
ive
dutie
s:B
2-C
ondu
ct n
atur
al r
esou
rce
surv
eys:
B8-
Use
fie
ld d
ata
reco
rder
:B
12-E
mpl
oy c
ompu
ter
skill
s in
:B
17-A
pply
mat
h sk
ills:
Tra
vel
Stan
d ex
amPr
ogra
m r
ecor
der
Wor
d pr
oces
sing
Geo
met
ryT
ime
Rep
rodu
ctio
n (s
eedl
ing)
sto
ckin
gE
nter
dat
aD
ata
base
sR
ight
tria
ngle
trig
onom
ic f
unct
ions
Cos
ts, e
tc.
Fuel
load
ing
Dow
nloa
d da
ta to
com
pute
rSp
read
shee
tsU
nit c
ircl
eR
ange
con
ditio
n/fo
rage
Dra
ftin
g (C
AD
D)
Alg
ebra
A44
-Com
mun
icat
ion
skill
s:B
otan
ical
B9-
Util
ize
Glo
bal P
ositi
onin
g:G
eogr
aphi
cal i
nfor
mat
ion
syst
ems
Form
ulae
Use
tele
phon
e an
d ra
dio
corr
ectly
Plan
t com
mun
ities
and
ass
ocia
tions
Ope
rate
equ
ipm
ent
(GIS
)C
omm
unic
ate
effe
ctiv
ely
with
the
Arc
heol
ogic
alD
ownl
oad
data
to c
ompu
ter
Glo
bal p
ositi
onin
g sy
stem
s (G
PS)
D4-
Con
duct
cos
t ana
lysi
s:pu
blic
Thr
eate
ned
& e
ndan
gere
d (T
&E
)D
iffe
rent
ially
cor
rect
rea
ding
sB
enef
it/co
st r
atio
Rep
ort o
n fi
eld
wor
kSt
eam
/fis
hU
ploa
d to
gra
phic
s/m
appi
ngB
14-S
afel
y O
pera
te m
achi
nery
:Pr
esen
t net
val
ueW
rite
tech
nica
l rep
orts
Inse
cts/
dise
ase
soft
war
eFu
ture
net
val
ueC
hain
saw
Util
ize
natu
ral r
esou
rce
voca
bula
ry/
Han
d to
ols
Tim
e va
lue
of m
oney
glos
sary
B3-
Con
duct
phy
sica
l lan
d su
rvey
s:B
10-U
tiliz
e G
eogr
aphi
cal
Pum
psSi
nkin
g fu
ndU
nit t
rave
rse
Info
rmat
ion
Syst
em te
chno
logy
:U
tiliz
e ta
xono
mic
nom
encl
atur
e fo
rA
ll te
rrai
n ve
hicl
eD
epre
ciat
ion
Cre
ate
data
laye
rsal
l cla
sses
of
plan
tsR
oad
loca
tion
and
layo
utSn
ow m
obile
Cap
italiz
atio
nW
rite
an
effe
ctiv
e re
sum
ePr
oper
ty li
nes
App
ly m
odel
sFo
rk li
ftSk
ylin
e pr
ofile
Prod
uce
map
sB
ulld
ozer
A45
-Sup
ervi
sory
ski
lls:
Han
d co
mpa
ss4-
whe
el d
rive
veh
icle
App
ly p
erso
nnel
man
agem
ent
Staf
f co
mpa
ssB
ll-U
tiliz
e ke
ys a
nd o
ther
Man
ual s
hift
veh
icle
refe
renc
es to
iden
tify:
prin
cipl
esPa
cing
Mou
ntai
n bi
kePl
ants
Gra
sses
Exp
lain
hir
ing
polic
y an
dpr
oced
ures
Stri
ng b
ox
Prom
ote
safe
wor
king
pra
ctic
esB
7-U
tiliz
e to
ols:
Plan
t ass
ocia
tions
and
Supe
rvis
e an
d m
anag
e pe
ople
Clin
omet
erco
mm
uniti
esC
ondu
ct p
erfo
rman
ce e
valu
atio
nsR
elas
kop
Wild
life
Com
mun
icat
e ef
fect
ive
with
subo
rdin
ates
Ran
ge f
inde
rT
ape
reco
rder
Inse
cts
Giv
e cl
ear
inst
ruct
ions
Cam
era
Ass
ign
task
sV
ideo
Con
duct
em
ploy
men
t int
ervi
ewSt
illR
esol
ve g
riev
ance
s
* Se
e A
ppen
dix
4041
FOR
EST
RE
SOU
RC
ES
TE
CH
NO
LO
GY
TA
SKS
A.
Be
Com
pete
ntin
Sca
ling
and
Cru
isin
g
A 1 Be
able
to ta
keba
sic
mea
sure
men
ts
A2
Iden
tify
plan
ts, t
rees
and
woo
d ty
pes
A3
Use
and
car
e of
tool
sof
the
trad
e*
A4
Abi
lity
to r
ead
a m
apA
5B
e aw
are
of th
edi
ffer
ent m
etho
ds o
fcr
uisi
ng
DA
CU
M P
roje
ct: F
ores
t Res
ourc
es T
echn
olog
y
Spon
sore
d B
y: C
hem
eket
a C
omm
unity
Col
lege
/N
CSR
Dat
e: O
ctob
er 3
1, 1
996
Dat
a Fa
cilit
ator
: Ara
And
rea
Pane
l Mem
bers
:D
enni
s C
reel
, Ham
pton
Tre
e Fa
rms
anT
erry
Fen
nell,
Bur
eau
of L
d M
anag
emen
tT
om V
ande
rhoo
f, B
urea
u of
Lan
d M
anag
emen
tD
arre
l Fos
ter,
Bur
eau
of L
and
Man
agem
ent
Mo
Jeff
ries
, USD
A F
ores
t Ser
vice
Dan
Joh
nson
, Siu
slaw
Nat
iona
l For
est
Al T
occh
ini,
Ore
gon
Dep
t. of
Par
ks &
Rec
reat
ion
Dea
n B
erg,
Silv
icul
tura
l Eng
inee
ring
A6
Inte
rpre
t aer
ial
phot
os
A7
Iden
tify
grad
es o
f lo
gsA
8Id
entif
y fo
rest
dise
ases
and
for
est
inse
cts
A9
Iden
tify
high
and
low
valu
e tim
ber
A10
Com
pute
tim
ber
volu
mes
and
eco
nom
icva
lues
A 1
1
Wri
te te
chni
cal
repo
rts
Al2
Adm
inis
ter
a ba
sic
cont
ract
A13
Com
ply
with
regu
latio
ns
B.
Com
pete
ncy
inSu
rvey
ing
and
Map
ping
B1
Be
awar
e of
land
mea
sure
men
tsy
stem
s
B2
Ope
rate
equ
ipm
ent,
use
and
care
for
tool
s of
the
trad
e*
B3
Iden
tify
prop
erty
lines
and
cor
ners
B4
Acc
ess
coun
ty la
ndre
cord
s
B5
Rea
d to
pogr
aphi
cal
map
s
B6
Be
awar
e of
land
mea
sure
men
tsy
stem
s*
B7
Iden
tify
land
owne
rshi
p
B8 Dra
ft m
aps
(inc
ludi
ng c
ompu
ter
gene
rate
d m
aps)
B9
Kno
wle
dge
of G
IS(G
eogr
aphi
cIn
form
atio
n Sy
stem
s)
B10
Be
com
pete
nt in
com
pute
r sk
ills
B11
Iden
tify
corr
ect
prop
erty
loca
tions
B12
Wri
te te
chni
cal r
epor
tsB
13C
ompl
y w
ith s
afe
prac
tices
B14
Adm
inis
ter
a ba
sic
cont
ract
B15
Com
ply
with
regu
latio
ns
C.
Tak
e In
vent
ory
of R
esou
rces
.
Cl
Rec
ogni
ze p
lant
com
mun
ities
C2
Be
awar
e of
eco
syst
emst
ruct
ure
and
func
tion
C3
Be
awar
e of
the
prin
cipl
es o
f ec
olog
y
C4
Use
com
pute
rs a
ndda
ta r
ecor
ders
C5
Des
ign
effe
ctiv
em
easu
rem
ent s
yste
ms
C6
Inte
rpre
t con
trac
tsC
7R
ecog
nize
soi
l/phy
sica
lqu
aliti
es o
f la
ndsc
ape
C8
Rec
ogni
ze n
oxio
usw
eeds
C9
Col
lect
dat
a fo
rw
ater
shed
ana
lysi
s
C10
Be
awar
e of
bas
icsc
ienc
e pr
inci
ples
*
C11
Wri
te te
chni
cal
repo
rts
C12
Adm
inis
ter
a ba
sic
cont
ract
C13
Com
ply
with
regu
latio
ns
C14
Rea
d to
pogr
aphi
cal
map
s
C15
Use
and
car
e fo
r to
ols
of th
e tr
ade*
* Se
e A
ppen
dix
4 2
Jef
CO
PYA
VA
ILA
BL
E4
3
D.
Be
Com
pete
ntin
Eng
inee
ring
Syst
ems
D1
Be
able
to r
ead
map
s
D2
Com
preh
end
arra
y of
harv
estin
g sy
stem
s
D3
Com
preh
end
tran
spor
tatio
nsy
stem
s
D4
Be
awar
e of
the
vari
ous
uses
of
equi
pmen
t and
cos
ts
D5
Cal
cula
te p
aylo
adlim
its
D6
Des
ign
and
lay
out
harv
est s
yste
ms
D7
Des
ign
a ro
ad
D8
Und
erst
and
basi
chy
drol
ogy
D9
Be
awar
e of
yar
ding
and
load
ing
timbe
rpr
oces
ses
D10
Be
awar
e of
fel
ling
and
buck
ing
prin
cipl
es
DI
1B
e aw
are
of th
e us
esof
roc
ks a
nd o
ther
road
bui
ldin
gm
ater
ials
D12
Wri
te a
bas
ic c
ontr
act
D13
Adm
inis
ter
a ba
sic
cont
ract
D14
Com
ply
with
regu
latio
ns
D15
Rea
d so
ilco
nser
vatio
n m
aps
D16
Dis
tingu
ish
betw
een
how
reg
ulat
ions
rel
ate
and
don'
t rel
ate
D17
Mon
itor
the
impa
cton
the
envi
ronm
ent
D18
Con
vert
fro
m m
etri
cto
sta
ndar
dm
easu
rem
ent
-
D19
Stay
with
in le
gal l
imits
of c
ontr
act l
aw
D20
Rec
ogni
ze u
nsta
ble
soil
cond
ition
s (r
oads
)
D21
Obl
itera
te r
oads
D22
Mai
ntai
n ro
ads
D23
Com
preh
end
basi
cpr
inci
ples
of
fore
stec
onom
ics
D24
Wri
te te
chni
cal
repo
rts
D25
Use
and
car
e fo
r to
ols
of th
e tr
ade*
D26
Adm
inis
ter
a ba
sic
cont
ract
D27
Com
ply
with
regu
latio
ns
E.
Be
Com
pete
ntin
Com
pute
rSk
ills
El
Perf
orm
ade
quat
eke
yboa
rd s
kills
E2
Perf
orm
dat
a en
try
E3
Use
wor
d pr
oces
sing
and
spre
ad s
heet
s
E4
Use
dat
a ta
bles
E5
Man
age
file
sE
6B
e aw
are
of c
ompu
ter
term
inol
ogy
E7
Use
dat
a re
cord
ers
E8
Use
GIS
sof
twar
e
F. Dem
onst
rate
Prof
essi
onal
ism
Fl Exh
ibit
good
attit
udes
F2 Be
awar
e of
bas
icsu
perv
isor
y sk
ills
F3 Be
able
to w
ork
as a
team
mem
ber
F4 Get
alo
ng w
ith o
ther
peop
le
F5 Dem
onst
rate
goo
dju
dgem
ent
F6 Dem
onst
rate
goo
dpu
blic
rel
atio
ns a
ndcu
stom
er s
ervi
ce s
kills
F7 Com
ply
with
prof
essi
onal
and
wor
ket
hics
F8 Lis
ten
for
inst
ruct
ions
and
info
rmat
ion
F9 Wri
te te
chni
cal r
epor
ts
G.
Be
Com
pete
ntin
Silv
icul
ture
G1
Man
age
the
land
scap
e
G2
Be
awar
e of
silv
icul
ture
sys
tem
s
03 Be
able
to d
evel
opgo
als
G4
Tak
e in
vent
ory
(sta
ndex
am)
G5
Rec
ogni
ze d
isea
ses
oftr
ees
G6
Tak
e pr
ecis
em
easu
rem
ents
on
the
stan
d pl
ot
07 Ana
lyze
dat
a re
late
d to
goal
s
G8
Pres
ent i
nfor
mat
ion
G9
Impl
emen
t the
dec
isio
nG
10B
e aw
are
ofte
chni
ques
of
silv
icul
ture
*
Gll
Be
awar
e of
nur
sery
optio
ns
G12
Perf
orm
tree
pla
ntin
gG
13B
e aw
are
of y
oung
stan
d m
anip
ulat
ions
G14
Rec
ogni
ze im
port
ance
of s
oils
* Se
e A
ppen
dix
4445
G.
(con
tinue
d)G
15W
rite
tech
nica
lre
port
s
G16
Adm
inis
ter
a ba
sic
cont
ract
G17
Com
ply
with
regu
latio
ns
G18
Rea
d to
pogr
aphi
cal
map
s
G19
Use
and
car
e fo
r to
ols
of th
e tr
ade*
H.
Com
ply
with
Safe
Pra
ctic
es
H 1 Rec
ogni
ze a
ndev
alua
te h
azar
dous
situ
atio
ns
H2
Put c
hain
s on
a v
ehic
leH
3Pe
rfor
mC
PR/S
urvi
val
trai
ning
H4
Perf
orm
bas
icou
tdoo
rs/s
urvi
val
skill
s
H5
Com
ply
with
OSH
Are
gula
tions
H6
Be
awar
e of
dan
gero
ussi
tuat
ions
I. Perf
orm
Bas
icFi
refi
ghtin
gSk
ills
Il Run
, mai
ntai
n, a
ndre
pair
fir
efig
htin
geq
uipm
ent
12 Obt
ain
a C
DL
13 Be
com
pete
nt in
IC
S
APP
EN
DIX
A3-
Use
and
car
e of
tool
s:B
2-U
se a
nd c
are
of to
ols:
C15
-Use
and
car
e of
tool
s:G
10-T
echn
ique
s of
silv
icul
ture
:G
19-U
se a
nd c
are
of to
ols:
Com
pass
Dat
a re
cord
erC
ompa
ssT
ree
plan
ting
Com
pass
Map
Pock
et c
ompa
ssM
apSi
te p
rep
Map
Ran
gefi
nder
Staf
f co
mpa
ssR
ange
find
erM
echa
nics
Ran
gefi
nder
Las
er to
ols
(cri
teri
on)
Tra
nsit
Las
er to
ols
(cri
teri
on)
Che
mis
try
Las
er to
ols
(cri
teri
on)
Dia
met
er ta
peT
heod
olite
Dia
met
er ta
peSa
fety
Dia
met
er ta
peSc
ale
stic
kC
linom
eter
Scal
e st
ick
Slas
h bu
rnin
gSc
ale
stic
kB
iltm
ore
stic
kT
ape
(clo
th a
nd s
teel
)B
iltm
ore
stic
kA
war
enes
s of
For
est P
ract
ices
Act
Bilt
mor
e st
ick
Incr
emen
t bor
erE
DM
I (E
lect
roni
c D
ista
nce-
Incr
emen
t bor
erT
hinn
ing
Incr
emen
t bor
erD
ata
reco
rder
Mea
suri
ng I
nstr
umen
ts)
Dat
a re
cord
erSp
acin
gD
ata
reco
rder
Tap
e m
easu
reT
ape
mea
sure
Ani
mal
con
tact
Tap
e m
easu
reR
elas
kop
B6-
Lan
d m
easu
rem
ent s
yste
ms:
Rel
asko
pSt
ate
and
fede
ral r
egul
atio
nsR
elas
kop
Log
ger's
tape
Lat
itude
s an
d de
part
ures
Log
ger's
tape
Wild
life
cons
ider
atio
nsL
ogge
r's ta
pePr
ism
sM
etes
and
bou
nds
Pris
ms
Woo
dy d
ebri
sPr
ism
sC
linom
eter
Rec
tang
ular
gri
d sy
stem
Clin
omet
erSt
ream
nee
dsC
linom
eter
Tow
nshi
pPl
antin
g m
etho
dsR
ange
and
sec
tions
D25
-Use
and
car
e of
tool
s:D
ata
reco
rder
Pock
et c
ompa
ssC
10-B
asic
sci
ence
pri
ncip
les:
Staf
f co
mpa
ssB
iolo
gy (
wild
life
and
fish
)T
rans
itH
ydro
logy
The
odel
iteE
nvir
onm
enta
l Sci
ence
Clin
omet
erSo
ilsT
ape
(clo
th a
nd s
teel
)G
eolo
gyE
DM
I (E
lect
roni
c D
ista
nce-
Mea
suri
ng I
nstr
umen
ts)
4R*
See
App
endi
x
47
GE
OG
RA
PHIC
IN
FOR
MA
TIO
N S
YST
EM
(G
IS)
SPE
CIA
LIS
T: A
sci
entif
ical
ly tr
aine
d, m
ulti-
disc
iplin
ed in
divi
dual
who
appl
ies
soph
istic
ated
com
pute
r ha
rdw
are
and
soft
war
e to
col
lect
, sto
re, r
etri
eve,
pro
cess
and
pre
sent
geo
grap
hic
info
rmat
ion.
Shad
ed b
ox in
dica
tes
that
the
task
app
lies
to m
ore
than
one
dut
y
T A
SKS
-0.-
.A
.D
ata
acqu
isiti
onan
dde
velo
pmen
t
Al
Det
erm
ine
data
need
s/fo
rmat
A2
Det
erm
ine
hard
war
e/so
ftw
are
requ
irem
ents
and
cons
trai
nts
A3
Eva
luat
e so
urce
sA
4C
onta
ct d
ata
orig
inat
or f
orac
quis
ition
A5
Ass
ess
acqu
isiti
on/c
osts
DA
CU
M P
roje
ct: G
IS S
peci
alis
t
Spon
sore
d B
y: G
rays
Har
bor
Col
lege
/NC
SR
Dat
e: A
pril
22, 1
997
Dat
a C
oord
inat
or: D
on S
amue
lson
Dat
a Fa
cilit
ator
: Kri
sta
Mah
an
Dat
a R
ecor
der:
Fre
d W
ood
Pane
l Mem
bers
:K
yle
Bas
trup
, Gra
ys H
arbo
r C
o. C
entz
al S
ervi
ces
Mic
hael
Bis
hopp
, Pac
ific
Co.
Pub
lic W
orks
Dep
tD
avid
Cau
dill,
WA
Dep
t. of
Fis
h an
d W
ildlif
eR
obin
Nel
son,
Pac
ific
Co.
Pub
lic W
orks
Dep
t.Jo
an P
ersi
nger
, Wey
erha
euse
r C
ompa
nyD
on S
aul,
WA
Dep
t. of
Fis
h an
d W
ildlif
eM
ark
G. S
cott,
The
Will
apa
Alli
ance
Mik
e St
amon
, Qui
naul
t Dep
t. of
Nat
ural
Res
ourc
esK
im T
aylo
r, N
orth
wes
t Ind
ian
Fish
erie
sC
omm
issi
onT
im T
ries
ch, G
rays
Har
bor
Reg
iona
l Pla
nnin
gC
omm
issi
onA
ndy
Wils
on, R
ayon
ier
Inc.
Ang
ie W
olle
n, G
rays
Har
bor
Col
lege
Cen
tral
Serv
ices
A6
Coo
rdin
ate
geod
etic
cont
rol p
rior
tom
appi
ng
A7
Cap
ture
spa
tial a
ndat
trib
ute
data
A8
Con
vers
ion
of d
igita
lfo
rmat
s-da
ta a
bstr
actio
n(c
ut, s
impl
ify,
str
etch
,an
d fi
t)
A9
Inte
grat
e da
ta f
rom
vari
ous
sour
ces
into
cons
iste
nt f
orm
at
A 1
0
Ver
ify
cont
ent a
ndsp
atia
l acc
urac
ies
A 1
1
Cre
ate
met
adat
aA
l2L
et u
sers
kno
w th
atda
ta is
ava
ilabl
e
B.
Mai
ntai
n an
dup
date
dat
a
B1
Est
ablis
h th
e da
tacu
stod
ians
hips
B2
Ass
ess
mai
nten
ance
and
upda
te c
ost
B3
Dev
elop
a d
ata
mai
nten
ance
sch
edul
e
B4
Gat
her
data
for
upda
tes
B5 Perf
orm
spa
tial a
ndco
nten
t upd
ates
B6 Ver
ify
that
upd
ates
are
erro
r fr
ee
-
B7
Let
use
rs a
nd d
ata
cust
odia
ns k
now
that
upda
tes
are
com
plet
ed
C.
Pape
rm
appi
ngde
sign
and
deve
lopm
ent
Cl
Def
ine
purp
ose
and
use
of m
aps
C2
Des
ign
layo
utC
3D
eter
min
e ap
prop
riat
esc
ale
C4
Det
erm
ine
appr
opri
ate
font
s an
dco
lors
C5
Rec
ogni
zeca
rtog
raph
icco
nven
tions
C6 Sele
ct p
rope
rm
edia
/out
put d
evic
e
C7
Ack
now
ledg
eco
ntri
buto
rs
C8
Mai
ntai
n in
vent
ory
ofsu
pplie
s
D.
GIS
and
rem
ote
sens
ing
anal
ysis
D1
Com
mun
icat
e w
ithpe
ers
D2
Det
erm
ine
appr
opri
ate
proj
ectio
ns
D3
Geo
-ref
eren
ce im
ager
yD
4C
lass
ify
rem
ote
sens
ing
data
D5
Dev
elop
orth
opho
togr
aphy
4849
D.
(con
tinue
d)D
6Pe
rfor
m s
patia
lda
taba
se q
ueri
es
D7
Perf
orm
vec
tor/
rast
erov
erla
y an
alys
is
D8
Perf
orm
sta
tistic
alan
alys
is
D9
Perf
orm
buf
fer
anal
ysis
D10
Perf
orm
net
wor
kan
alys
is (
dyna
mic
segm
enta
tion)
Dll
Rep
ort r
esul
ts
E.
App
licat
ion
deve
lopm
ent
El
Ass
ess
clie
nt n
eeds
E2 Dev
elop
app
licat
ions
to s
impl
ify
and/
orst
anda
rdiz
epr
oced
ures
E2a
Det
erm
ine
prog
ram
min
g to
ols
requ
ired
to d
evel
opap
plic
atio
ns
E2b
Tes
t app
licat
ion
perf
orm
ance
E3
Des
ign
appl
icat
ion
E4
Exe
rcis
e qu
ality
con
trol
E5
Supp
ort a
pplic
atio
n
E6
Upd
ate
and
mai
ntai
nap
plic
atio
n
F. Doc
umen
tda
ta
Fl Ass
ess
clie
nt n
eeds
F2 Prod
uce
in-h
ouse
stan
dard
ized
dat
ado
cum
enta
tion
F3 Dis
sem
inat
edo
cum
enta
tion
whe
reap
prop
riat
e
F4 Doc
umen
t spa
tial
and
cont
ent c
hang
es
G.
Dat
abas
ede
sign
G1
Com
mun
icat
e w
ithot
her
data
base
man
ager
s/us
ers
G2
Det
erm
ine
cove
rage
sto
be
man
aged
G3
Sele
ct d
atab
ase
soft
war
e ac
cord
ing
to:
perf
orm
ance
, usa
bilit
y,co
st, m
anag
eabi
lity,
uses
, out
put f
orm
at,..
.
G4
Ass
ist i
n de
fini
ngde
liver
able
s (m
aps,
repo
rts,
...)
G5
Det
erm
ine
data
cons
iste
ncie
s
G6
Def
ine
data
base
tabl
esG
7D
efin
e ke
y fi
elds
G8
Cre
ate
data
dic
tiona
ry
H.
Info
rmat
ion
shar
ing
data
exch
ange
H1
Dev
elop
pol
icy
for
shar
ing
data
H2
Adh
ere
to p
olic
ies
for
shar
ing
and
rece
ivin
g da
ta
H3
Exp
ort d
ata
intr
ansf
erab
le f
orm
at
H4
Impo
rt d
ata
into
exis
ting
GIS
H5
Ver
ify
accu
racy
of
impo
rted
dat
a
I. Tra
inin
g an
ded
ucat
ion
Il Ass
ess
leve
l of
user
'skn
owle
dge
and
need
s; tr
ain
acco
rdin
gly
12 Prov
ide
info
rmat
ion
pres
enta
tions
for
user
s
13 Dev
elop
use
r gu
ides
14 Est
ablis
h an
dm
aint
ain
rem
ote
trai
ning
site
s
15 Dev
elop
trai
ning
appl
icat
ions
and
cour
se m
ater
ials
16 Prov
ide
post
-tra
inin
gsu
ppor
t
17 Dis
sem
inat
ein
form
atio
n th
roug
h a
WE
B s
ite
18 Prom
ote
GIS
use
s
_
J. Proj
ect
man
agem
ent
J1 Det
erm
ine
scop
e of
proj
ect
,.
J2 Def
ine
deliv
erab
les
J3 Det
erm
ine
reso
urce
need
s (e
quip
men
t,pe
rson
nel,
data
)
J4 Con
form
to p
olic
yan
d st
anda
rds
J5 Det
erm
ine
futu
re u
ses
for
com
plet
ed p
roje
ctda
ta/p
roce
sses
J6 Dev
elop
pro
ject
timet
able
s
J7 Ass
ess
proj
ect c
osts
J. (con
tinue
d)J8 B
udge
t pro
ject
J9 Allo
cate
inte
rnal
/ext
erna
lre
sour
ce n
eeds
(equ
ipm
ent,
pers
onne
l, an
d da
ta)
J10
Coo
rdin
ate
mul
tiple
proj
ects
and
on-
goin
gac
tiviti
es
J11
Mon
itor
proj
ect
prog
ress
J12
Ver
ify
that
pro
ject
goal
s w
ere
met
J13
Mai
ntai
n pr
ojec
tre
sour
ces
(equ
ipm
ent,
pers
onne
l, da
ta)
K.
Syst
emad
min
istr
atio
n;ha
rdw
are/
soft
war
ein
tegr
atio
n
K1
Eva
luat
e us
er n
eeds
K2
Sele
ct s
yste
m d
esig
nK
3D
esig
n/im
plem
ent
data
base
bac
k-up
proc
edur
es
1(4
Tro
uble
shoo
tha
rdw
are/
soft
war
epr
oble
ms
1(5
Opt
imiz
e sy
stem
perf
orm
ance
K6
Sche
dule
mul
ti-ta
skin
gof
equ
ipm
ent
K7
Mai
ntai
n sy
stem
sse
curi
ty
K8
Mai
ntai
n pe
riph
eral
com
pata
bilit
y
K9
Mai
ntai
nco
mpa
tibili
tybe
twee
n sy
stem
com
pone
nts
K10
Mai
ntai
n ne
twor
ksy
stem
Kll
Perf
orm
file
man
agem
ent
K12
Ens
ure
cont
inuo
usso
ftw
are
upgr
ades
K13
Proc
ure
new
tech
nolo
gies
1(14
Com
ply
with
sof
twar
elic
ensi
ng a
gree
men
ts
K15
Mai
ntai
n ha
rdw
are
mai
nten
ance
agre
emen
ts
MO
RE
KN
OW
LE
DG
E A
ND
SK
ILL
S
Kno
wle
dge:
Fore
stry
Bas
ics/
Surv
eyFi
sher
ies
Wild
life
Geo
logy
Geo
grap
hyC
arto
grap
hyU
rban
pla
nnin
gC
ensu
sR
emot
e Se
nsin
gPh
otog
ram
met
ryT
rans
port
atio
nC
ompe
tenc
y in
sof
twar
ena
viga
tion/
trou
ble
shoo
ting
Eng
inee
ring
Surv
eyin
gC
ogo
CA
DC
ompu
ter
Scie
nce
Info
rmat
ion
Man
agem
ent
Dat
abas
e D
esig
nSt
atis
tics
Equ
ipm
ent:
CD
-RO
M u
nit
Dat
e re
cord
ers
Dig
itize
rG
IS s
oftw
are
GPS
sof
twar
eM
odem
Ope
ratin
g sy
stem
s-w
ork
stat
ions
Plot
ters
Prin
ters
Scan
ners
Stor
age
devi
ceSu
rvey
ing
equi
pmen
tT
rans
fera
ble
med
ia
52
Skill
s:O
pera
ting
syst
ems
Dig
ital f
ile m
anag
emen
tN
etw
orki
ng s
yste
ms
Res
earc
h te
chni
cal s
uppo
rtJa
rgon
Plat
form
sho
p ta
lkU
nder
stan
d na
tiona
l doc
umen
tatio
nSt
anda
rds
Con
cern
s an
d Fu
ture
Tre
nds:
Inst
anta
neou
s re
mot
e se
nsin
gD
ata
over
load
Inte
ract
ive
dist
ribu
tion
of d
ata
via
Inte
rnet
Des
peci
aliz
atio
n (m
akin
g G
IS to
oge
nera
lized
)In
tegr
atio
n be
twee
n G
PS a
nd G
ISO
pen
syst
ems
Wor
k B
ehav
iors
:A
naly
tical
Atti
tude
Com
mun
icat
ion
skill
sD
etai
l ori
ente
dD
iver
sifi
ed ta
sks
time
man
agem
ent
Dev
ine
all k
now
ing
Inde
pend
ent w
orke
rM
otiv
ated
Org
aniz
edPo
sitiv
e at
titud
ePr
oble
m s
olvi
ng s
kills
Rel
iabl
e Pu
nctu
alSe
lf-s
tart
erT
eam
pla
yer 53
NA
TU
RA
L R
ESO
UR
CE
S T
EC
HN
ICIA
N: A
sci
entif
ical
ly tr
aine
d, m
ulti-
disc
iplin
ed in
divi
dual
who
app
lies
a va
riet
y of
ski
llsw
hich
fac
ilita
te s
ound
nat
ural
res
ourc
e m
anag
emen
t.
TA
SKS
Shad
ed b
ox in
dica
tes
that
the
task
app
lies
to m
ore
than
one
dut
y
A.
Scie
ntif
icT
rain
ing
Al
Dev
elop
bas
ic m
ath
skill
s, i.
e., d
ivid
e,m
ultip
ly, a
dd a
ndsu
btra
ct
A2
Und
erst
and
basi
cst
atis
tics
A3
Dev
elop
aba
ckgr
ound
inna
tura
l and
phy
sica
lsc
ienc
es
A4
Abi
lity
to u
sesc
ient
ific
met
hods
and
term
inol
ogy
AS
Iden
tify
flor
a an
d fa
una
spec
ies
DA
CU
M P
roje
ct: N
atur
al R
esou
rces
Tec
hnic
ian
Spon
sore
d B
y: G
rays
Har
bor
Col
lege
/NC
SR
Dat
e: J
anua
ry 1
0 &
11,
199
6
Dat
a C
oord
inat
or: D
on S
amue
lson
Dat
a Fa
cilit
ator
: Rob
ert S
. Cla
rk
Dat
a R
ecor
der:
She
ila P
eble
s
Pane
l Mem
bers
:R
andy
Aho
, WA
Dep
t. of
Fis
h an
d W
ildlif
eG
reg
Edw
ards
, Eco
Sys
tem
sD
an G
uy, W
A D
ept.
of F
ish
and
Wild
life
Hol
ly J
acob
son,
Wey
erha
euse
r C
ompa
nyD
an L
ongm
ire,
WA
Dep
t. O
f Fi
sh a
nd W
ildlif
eN
orby
Mac
Mill
an, C
olum
bia
Paci
fic
Res
ourc
eC
onse
rvat
ion
and
Dev
elop
men
tR
andy
McI
ntos
h, W
A D
ept.
of F
ish
and
Wild
life
Mar
k M
obbs
, Qui
naul
t Dep
t. of
Nat
ural
Res
ourc
es-T
imbe
r, F
ish
and
Wild
life
Alle
n Pl
eus,
NW
IFC
Tom
Ros
s, C
olum
bia
Paci
fic
Res
ourc
eC
onse
rvat
ion
and
Dev
elop
men
tJo
hn T
odd,
Wey
erha
euse
r C
ompa
nyJi
m W
alls
, Col
umbi
a Pa
cifi
c R
esou
rce
Con
serv
atio
n an
d D
evel
opm
ent
Lor
na W
ange
, WA
Dep
t. of
Fis
h an
d W
ildlif
eM
ike
Wom
er, S
can-
Am
Fis
h Fa
rms
Dou
g Z
imm
er, U
.S. F
ish
and
Wild
life
Serv
ice
A6
Iden
tify
fish
and
wild
life;
his
tori
cre
leva
nce
A7
Kno
wle
dge
of h
isto
ric
rele
vanc
e of
pas
tpr
actic
es
A8
Abi
lity
to r
esea
rch
info
rmat
ion
A9
Util
ize
and
unde
rsta
nd s
cien
tific
and
mat
hem
atic
alm
odel
ing
A10
Inte
grat
e pr
inci
ples
of
natu
ral r
esou
rce
man
agem
ent
Al 1
Kno
wle
dge
ofpr
inci
ples
of
natu
ral
reso
urce
eco
nom
ics
Al2
Iden
tify
dise
ases
B. Sk
ills
Tra
inin
g
B1
Abi
lity
to u
se F
irst
Aid
and
C.P
.R.
B2
Prac
tice
safe
ope
ratio
nan
d su
rviv
al s
kills
B3
Perf
orm
cal
ibra
tion
proc
edur
es
B4
Rec
eive
equ
ipm
ent
trai
ning
B5
Use
of
basi
c tr
ade
skill
s
B6
Poss
ess
boat
hand
ling
and
seam
ansh
ip s
kills
B7
Rec
eive
sen
sitiv
itytr
aini
ng
B8
Use
of
mat
eria
lsa
fety
dat
a sh
eets
B9 Mai
ntai
n sp
ecia
llic
ense
s (p
estic
ides
,C
DL
)
B10
Gai
n an
und
erst
andi
ngof
fir
e be
havi
or
B11
Rec
eive
fac
ilita
tion
iTai
ning
B12
Abi
lity
to w
rite
gra
nts,
be a
war
e of
pro
prie
ty
B13
Poss
ess
basi
c m
edia
skill
s
B14
Ope
rate
ele
ctro
nic
hand
-hel
d da
tare
cord
ers
B15
Use
equ
ipm
ent
man
uals
B16
Abi
lity
to s
peak
on
two-
way
rad
io
B17
Ope
rate
a c
ompu
ter
(com
pute
r lit
erac
y)
B18
Wri
ting
skill
s(r
epor
ts, a
rtic
les)
B19
Ope
rate
sta
ndar
dof
fice
equ
ipm
ent
B20
Dev
elop
pub
licsp
eaki
ng s
kills
5455
C.
Dat
a C
olle
ctio
nA
naly
sis
Cl
Use
com
mon
sen
seC
2W
rite
goo
d fi
eld
note
sC
3C
onsu
lt w
ithst
atis
ticia
n
C4
Des
ign
and
cond
uct
pilo
t stu
dies
C5
Cre
ate
sam
ple
desi
gnC
6E
stab
lish
base
line
cond
ition
s
C7
Prep
are
for
data
colle
ctio
n
C8
Col
lect
accu
rate
/legi
ble
data
C9
Mon
itor
qual
ity o
f da
taco
llect
ion
C10
Mai
ntai
n sa
mpl
ing
prot
ocol
C11
Con
duct
qua
lity
cont
rol (
repl
icat
esu
rvey
s, e
tc.)
C12
Cre
ate
a da
ta tr
acki
ngch
eck
list
C13
Cre
ate
a da
ta b
ase
C14
Cre
ate
a da
tam
anag
emen
t sys
tem
C15
Ent
er d
ata
into
com
pute
r ac
cura
tely
C16
Cre
ate
a ba
ckup
file
C17
Che
ck f
or e
rror
sC
18C
orre
ct e
rror
sC
19O
rgan
ize
data
for
acce
ssib
ility
C20
Che
ck a
naly
sis
agai
nst
hypo
thes
is
C21
Inte
rpre
t and
app
lyre
sults
C22
Det
erm
ine
rele
vanc
eof
dat
a
C23
Wri
te a
rep
ort
C24
Rep
ort f
indi
ngs
C25
Prov
ide
sugg
estio
nsfo
r im
prov
emen
t
C26
Obs
erve
/saf
egua
rdco
nfid
entia
lity
and
prop
riet
ary
info
rmat
ion
C27
Inte
grat
e pr
inci
ples
of
timbe
r, f
ish
and
wat
erm
anag
emen
t
C28
Arc
hive
dat
a
D.
Fiel
d W
ork
D1
Wor
k in
depe
nden
tlyD
2Id
entif
y fi
sh, p
lant
, and
wild
life
spec
ies
D3
Rea
d an
d in
terp
ret
map
s an
d ph
otos
D4
Perf
orm
sur
veys
(env
iron
men
tal,
stre
am, u
pslo
pe, i
nst
ream
)
D5
Acq
uire
tres
pass
auth
oriz
atio
n
D6
Acc
urat
ely
loca
tesa
mpl
e si
te
D7
Ope
rate
a c
ompu
ter
D8
Che
ck p
reci
sion
of
inst
rum
ents
D9
Kno
w e
quip
men
t(l
ogis
tics)
D10
Ope
rate
equ
ipm
ent
D1
1M
aint
ain
equi
pmen
tD
12U
nder
stan
ding
of
perm
it pr
oces
s
D13
Poss
ess
regu
lato
rypr
oces
s fa
mili
arity
D14
Part
icip
ate
in m
ulti-
inte
rest
rev
iew
of
proj
ects
D15
Prac
tice
publ
icre
latio
ns w
ith la
ndow
ners
D16
Dev
elop
a q
ualit
yas
sura
nce
plan
D17
Con
duct
wat
erqu
ality
sam
plin
g
,
D18
Con
duct
bio
logi
cal
sam
plin
g
D19
Sam
ple
fish
and
wild
life
harv
ests
D20
Inte
rpre
t and
app
lyin
form
atio
n to
fie
ldw
ork
D21
Impl
emen
t hab
itat
rest
orat
ion
proj
ects
(fis
h, w
ildlif
e, p
lant
s)
D22
App
ly b
io-
engi
neer
ing
tech
niqu
es
D23
Del
inea
te e
colo
gica
llyse
nsiti
ve a
reas
(R
M2)
D24
Obs
erve
nee
d fo
rfo
rest
roa
dm
aint
enan
ce
, D25
. Mai
nten
ance
of
fore
sti r
oads
D26
Cal
cula
te tr
ee d
ensi
tyD
27Pe
rfor
m ti
mbe
r cr
uise
D28
Mar
k bo
unda
ries
D29
Perf
orm
pos
t-lo
ggin
g ut
iliza
tion
surv
ey
D30
Prop
agat
e pl
ants
D31
Gro
w a
nd m
anag
efi
sh s
tock
s
D32
Perf
orm
rem
ote
site
spaw
ning
D33
Wor
k w
ith a
ndun
ders
tand
hat
cher
ypr
actic
es
D34
Mai
ntai
n w
ater
sup
ply
D35
Perf
orm
fac
ility
mai
nten
ance
D36
Use
test
equ
ipm
ent
D37
Mak
e de
cisi
ons
in th
efi
eld
D38
Kno
w w
hen
to c
all a
prof
essi
onal
/sp
ecia
list
D39
App
ly p
resc
ript
ions
E.
Tea
mw
ork
El
Kno
w "
Tog
ethe
rE
very
one
Acc
ompl
ishe
sM
ore"
(T
EA
M)
appr
oach
E2
Res
pect
oth
ers
E3
Com
mun
icat
eE
4Su
ppor
t obj
ectiv
es o
fjo
b, p
roje
ct, e
tc.
ES Con
trib
ute
to te
amef
fect
iven
ess
E6
Wor
k as
a te
amm
embe
r
E7
Acc
ompl
ish
fair
sha
reof
pro
ject
E8
Wor
k as
a te
amm
embe
r
E9
Dev
elop
lead
ersh
ipsk
ills
E10
Enc
oura
gein
put/i
nvol
vem
ent
Ell
Hav
e fu
n!
F. Com
mun
icat
ion
Fl Bas
ic u
nder
stan
ding
of E
nglis
h la
ngua
ge
F2 Abi
lity
to u
se E
nglis
hla
ngua
ge
F3 App
ly li
sten
ing
skill
s
F4 Prac
tice
basi
cm
anne
rs
F5 Prac
tice
tele
phon
epr
otoc
ol
F6 Prac
tice
inte
rper
sona
lsk
ills
F7 Cre
ate
a sa
feen
viro
nmen
t for
disc
ussi
on
F8 Ack
now
ledg
e lim
itsof
res
pons
ibili
ty
F9 Und
erst
and
and
use
chai
n of
com
man
d
F10
Use
app
ropr
iate
chan
nels
(m
etho
ds)
of c
omm
unic
atio
n
Fl 1
Dev
elop
cle
argo
als/
obje
ctiv
es
F12
Cla
rify
set
goa
lsF1
3A
pply
pos
itive
rein
forc
emen
t whe
nap
plic
able
F14
Prac
tice
cons
truc
tive
criti
cism
F15
Def
ine
prob
lem
san
d of
fer
solu
tions
F16
Prac
tice
criti
cal
thin
king
F17
Poss
ess
a se
nse
ofhu
mor
F18
Use
two-
way
com
mun
icat
ion
F19
Con
vey
mis
take
s an
dpr
oble
ms
F20
Mai
ntai
ndo
cum
enta
tion
F21
Ask
que
stio
ns
F22
Mai
ntai
n a
posi
tive
attit
ude
F23
Poss
ess
job
appr
ecia
tion
F24
Inte
rpre
t sci
entif
icda
ta in
to la
y te
rms
F25
Abi
lity
to s
peak
infr
ont o
f a
grou
p
F26
Abi
lity
to b
e a
sale
sper
son
F27
Prov
ide
trai
ning
toot
hers
G.
Off
ice
Man
agem
ent
G1
Follo
w a
genc
y or
com
pany
polic
y/pr
oced
ure
G2
Be
awar
e of
and
use
orga
niza
tiona
lre
sour
ces
G3
Poss
ess
time
man
agem
ent/
orga
niza
tiona
l ski
lls
G4
Poss
ess
conf
fict
reso
lutio
n an
dne
gotia
tion
skill
s
G5
Prac
tice
empa
thy
G6
Dis
play
key
boar
ding
skill
s
G7
Cre
ate
and
mai
ntai
n a
file
sys
tem
(pa
per
and
com
pute
r)
G8
Abi
lity
to u
se/le
arn
wor
d pr
oces
sing
,sp
read
she
et, a
ndda
ta b
ase
soft
war
e
G9
Abi
lity
to u
se/le
arn
spec
ializ
ed s
oftw
are
G10
Dev
elop
and
trac
kbu
dget
s
H. Car
eer
Plan
ning
H1
Poss
ess
awar
enes
sof
job
mar
ket
H2
Exa
min
e m
arke
top
port
uniti
es
H3
Poss
ess
polit
ical
awar
enes
s
H4
App
reci
ate
stru
ctur
eof
fun
ding
sou
rce
H5
Ove
rvie
w o
f ex
istin
gag
enci
es
H6
Dev
elop
entr
epre
neur
ial s
kills
H7
Dev
elop
job
sear
chsk
ills
H8
Con
tinue
edu
catio
n
5 8
BE
ST
CO
PY
AV
AIL
AB
LE5
9
I. Prof
essi
onal
ism
Il Mai
ntai
npr
ofes
sion
alis
m(d
ress
, app
eara
nce,
lang
uage
, hyg
iene
)
12 Exh
ibit
com
mon
cour
tesy
/pos
itive
wor
ket
hic
13 Inte
rper
sona
l ski
lls14 M
aint
ain
team
spi
rit
15 Obs
erve
/saf
egua
rdco
nfid
entia
lity
and
prop
riet
ary
info
rmat
ion
16 Prac
tice
posi
tive
sens
itivi
ty in
reg
ards
tocu
ltura
l aw
aren
ess
(eth
ic, g
ende
r, r
acia
l)
17 Poss
ess
a kn
owle
dge
and
unde
rsta
ndin
g of
trib
al h
isto
ry a
nd is
sues
18 Res
pect
oth
erag
enci
es
19 Res
pect
soc
ial a
ndpo
litic
al p
ositi
on o
fot
hers
110
Poss
ess
and
deve
lop
lead
ersh
ip s
kills
Il 1
Con
tinue
per
sona
lgr
owth
J. Publ
icR
elat
ions
J1 Be
hone
stJ2 A
void
jarg
onJ3 B
e aw
are
ofow
n/ag
ency
limita
tions
J4 Be
awar
e of
appl
icab
le la
ws/
rule
sth
at g
over
n ag
enci
es
J5 Com
mun
icat
e po
licie
san
d/or
pro
cedu
res
toth
e pu
blic
J6 Be
awar
e of
the
impa
ctof
act
ions
J7 Rec
ogni
ze $
$$co
nseq
uenc
e of
act
ions
J8 Be
awar
e of
peo
ple
repr
esen
ted
J9 Rep
ort b
ack
tosu
perv
isor
con
tact
s
J10
Rec
ogni
ze a
deve
lopi
ng p
robl
emto
a s
uper
viso
r
J11
Kno
w w
hen
to c
all a
prof
essi
onal
/sp
ecia
list
J12
Be
an a
mba
ssad
orJ1
3U
se c
onfl
ict
man
agem
ent
J14
Invo
lve
publ
ic
J15
Mak
e pu
blic
pres
enta
tions
NA
TU
RA
L R
ESO
UR
CE
S T
EC
HN
ICIA
N: A
sci
entif
ical
ly tr
aine
d, m
ulti-
disc
iplin
ed in
divi
dual
who
app
lies
a va
riet
y of
ski
llsw
hich
fac
ilita
te s
ound
nat
ural
res
ourc
e m
anag
emen
t.
TA
SKS
A.
Hab
itat
Man
agem
ent
Al
Col
lect
wat
ersa
mpl
es
A2
Col
lect
soi
l sam
ples
A3
Perf
orm
str
eam
surv
ey
A4
Des
ign
& la
yout
of
extr
activ
e pr
oces
ses
A5
Des
ign
mon
itori
ngpr
ojec
tsD
AC
UM
Pro
ject
:N
atur
al R
esou
rce
Tec
hnic
ian
Spon
sore
d B
y: W
este
rn C
ente
r fo
r C
omm
unity
Col
lege
Dev
elop
men
t/Ore
gon
Stat
e U
nive
rsity
/N
CSR
Dat
e: D
ecem
ber
4, 1
997
Dat
a Fa
cilit
ator
s:L
este
r R
eed
Ore
gon
Stat
e U
nive
rsity
Fred
Woo
dW
alla
Wal
la C
omm
. Col
lege
Pane
l Mem
bers
:G
ary
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ovic
h, O
rego
n D
ept.
Fish
& W
ildlif
eSc
ott H
opki
ns, B
urea
u of
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d M
anag
emen
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essb
erg,
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amet
te M
issi
on S
tate
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kT
om W
orce
ster
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heri
es D
epar
tmen
t,M
t. H
ood
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mun
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olle
geH
ank
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cik,
Pub
lic W
orks
Dep
artm
ent,
City
of
Sale
m, O
R
A6
Mon
itor
extr
activ
epr
oces
ses
A7
Con
duct
hab
itat
rest
orat
ion
proj
ects
A8
Con
duct
hab
itat
surv
eys
A9
Ens
ure
regu
lato
ryco
nfor
man
ce
A10
Ass
ess
impa
cts
ofla
nd u
se
Al 1
Con
duct
veg
etat
ion
surv
ey
Al2
Mai
ntai
n eq
uipm
ent
A13
Prep
are
sam
ple
for
test
ing
A14
Ana
lyze
col
lect
edsa
mpl
es
A15
Col
lect
veg
etat
ion
sam
ples
B. Man
age
Fish
&W
ildlif
e
Bl
Rev
iew
fis
h an
dw
ildlif
e re
stor
atio
npr
ojec
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Con
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fis
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lture
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ities
B3
Col
lect
wat
ersa
mpl
es
B4
Mai
ntai
n ac
cess
for
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umpt
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cons
umpt
ive
use
B5 Insu
re r
egul
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man
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B6
Mai
ntai
n fa
cilit
ies
such
as
fish
ladd
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assa
ges
B7 Con
stru
ct f
acili
ties
B8
Des
ign
mon
itori
ngpr
ojec
ts
B9
Con
duct
inve
rteb
rate
surv
eys
B10
Con
duct
wild
life
cultu
re a
ctiv
ities
B11
Con
duct
wild
life
surv
eys
B12
Mai
ntai
n eq
uipm
ent
B13
Con
duct
fis
h su
rvey
s
C.
Dat
aM
anag
emen
t
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er d
ata
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t dat
aC
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naly
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ata
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mar
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alog
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ort d
ata
C7
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app
licat
ion
D.
Pres
erve
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otec
t Site
s
D1
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lect
his
tori
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data
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prot
ectio
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ojec
ts
D3
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tore
res
ourc
efu
nctio
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res
ourc
eco
nditi
on
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Pres
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aes
thet
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Com
mun
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elat
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El
Res
pond
to p
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com
plai
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Inco
rpor
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volu
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rpa
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ipat
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E3
Mak
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blic
pres
enta
tions
and
disp
lays
E5
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pond
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ublic
inqu
irie
s
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perv
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aint
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E8
Prov
ide
tech
nica
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sist
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tola
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Prep
are
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icdo
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ents
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and
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ake
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mee
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agin
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mpa
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ract
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evie
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info
rmat
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lm
ater
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litat
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orce
reg
ulat
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ist l
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wne
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ndm
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boun
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/pro
pert
ylin
es
MO
RE
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OW
LE
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E A
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S
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wle
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term
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ools
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equ
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grap
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rmat
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Ele
ctro
shoc
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Bin
ocul
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roun
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fin
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ets
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met
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elem
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ehav
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nctu
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avel
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tegr
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RC
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EC
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sci
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iplin
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lies
a va
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ski
llsw
hich
fac
ilita
te s
ound
man
agem
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ract
ices
in A
gric
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re, N
atur
al R
esou
rces
and
Orn
amen
tal H
ortic
ultu
re.
TA
SKS
>>
>>
>O
o,-
"--
A.
Dem
onst
rate
Com
mun
icat
ion
Proc
esse
s
A 1 App
ly in
ter-
pers
onal
ski
lls
A2
Be
a cr
eativ
e pr
oble
mso
lver
A3
Perf
orm
eff
ectiv
ew
ritin
g sk
ills
A4
Be
able
to im
plem
ent
conf
lict r
esol
utio
nte
chni
ques
A5
Be
able
to te
ach
ortr
ain
cow
orke
rsD
AC
UM
Pro
ject
:R
esou
rce
Eco
logi
stT
echn
icia
n
Spon
sore
d B
y: S
hast
a C
olle
ge/N
CSR
Dat
e: J
anua
ry 1
2, 1
996
Dat
a Fa
cilit
ator
: Ron
Whe
adon
Dat
a R
ecor
der:
Fra
ncis
Duc
hi
Pane
l Mem
bers
:C
athy
Bar
tels
, Far
m C
redi
t Ser
vice
sSa
ndra
Dup
ret,
Tri
nity
Cou
nty
Res
ourc
eC
onve
rsat
ion
Dis
tric
tB
ill E
iler,
Eile
r R
anch
esJe
anea
n Fa
lletti
, Tur
tle B
ay P
ark
and
Mus
eum
Rob
ert F
razi
er, U
SFS
Stan
Gor
den,
Sha
sta
Col
lege
Tho
mas
Jor
dan,
Sha
sta
Cou
nty
Opp
ortu
nity
Ctr
.C
indi
Juh
asz,
U.S
. Bur
eau
of R
ecla
mat
ion
Van
za R
isin
g-Sm
ith, C
alif
orni
a D
ept.
ofT
rans
port
atio
nSh
elly
Sto
ltenb
erg,
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l Riv
er F
eed
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eR
oxan
ne T
urko
vich
, Car
ter
Hou
se N
atur
alSc
ienc
e M
useu
mL
inda
Wea
ver,
Cal
ifor
nia
Dep
t. of
Fish
and
Gam
e/A
dopt
-a-W
ater
shed
A6
Be
able
to a
ddre
ss a
grou
p co
nfid
ently
and
pers
uasi
vely
A7
Part
icip
ate
in p
oliti
cal
proc
esse
s
A8
Be
able
to p
erfo
rman
d m
odel
lead
ersh
ipsk
ills
A9
Be
able
to p
erfo
rmpu
blic
spe
akin
g sk
ills
A10
Be
able
toed
ucat
e/en
light
enpu
blic
A 1
1
Cul
tivat
epa
rtne
rshi
ps;
netw
ork
Al2
Rec
ogni
zest
eps/
proc
edur
es to
reac
h go
als
A13
Be
able
to te
ach
real
istic
, obt
aina
ble
goal
s
A14
Be
able
to in
terp
ret
A15
Be
able
tode
mon
stra
teap
prop
riat
eas
sert
iven
ess
A16
Be
able
to s
hare
succ
essf
ul o
run
succ
essf
ultr
eatm
ents
or
proc
esse
s
A17
Be
able
to p
rese
ntin
form
atio
n
A18
Be
able
to c
onta
ctR
esou
rce
agen
cies
A19
Be
able
to w
ork
with
expe
rts
in s
peci
alfi
elds
A20
Be
able
to w
ork
with
dive
rse
popu
latio
ns
A21
Dem
onst
rate
effe
ctiv
e in
terv
iew
skill
s
A22
Be
able
to f
ollo
wdi
rect
ions
A23
Be
able
to m
arke
tpr
oduc
t kno
wle
dge
B.
Dem
onst
rate
aPr
ofes
sion
alD
emea
nor
B1
Und
erst
and
cust
oms/
prac
tices
of
diff
eren
t cul
ture
s
B2
Be
will
ing
to w
ork
with
div
ersi
ty
B3
Be
able
to in
terp
ret
rule
s/re
gula
tions
pert
aini
ng to
pers
onne
l
B4
Be
able
to k
eep
upw
ith te
chno
logy
B5
Be
able
to in
terp
ret
and
follo
wE
nvir
onm
enta
lL
aws/
Reg
ulat
ions
B6
Be
flex
ible
B7
Be
able
to m
arke
tpr
oduc
t kno
wle
dge
B8
Be
able
to d
evel
op a
prof
essi
onal
res
ume
B9
Be
able
to p
erfo
rmem
ploy
ee e
valu
atio
ns
B10
Be
able
tode
mon
stra
te e
ffec
tive
inte
rvie
w s
kills
B11
Do
a se
lf-e
valu
atio
nB
12M
odel
lead
ersh
ipsk
ills
B13
Be
awar
e of
car
eer
oppo
rtun
ities
and
limita
tions
B14
Be
a se
lf-s
tart
er; b
epr
oduc
tive
B15
Rec
ogni
ze y
our
limita
tions
EsE
sT C
OPY
AV
AII
-Ri
67
B.
(con
tinue
d)B
16In
spir
e ot
hers
B17
Follo
w th
roug
h on
com
mitm
ents
B18
Follo
w d
irec
tions
B19
Wor
k un
assi
sted
B20
Dem
onst
rate
a g
ood
wor
k et
hic
B21
Wor
k w
ith li
ttle
or n
osu
perv
isio
n
B22
Rec
ogni
ze th
e ab
ility
of
disa
bled
pop
ulat
ions
B23
Rea
d pe
riod
ical
san
d pr
ofes
sion
aljo
urna
ls
B24
Be
invo
lved
inpr
ofes
sion
alor
gani
zatio
ns a
ndsu
ppor
t gro
ups
B25
Dev
elop
par
tner
ship
sB
26Pe
rfor
m e
ffec
tive
wri
ting
skill
s
B27
Dre
ss a
ppro
pria
tely
with
saf
ety
and
utili
tyin
min
d
B28
Rec
ogni
ze th
elim
itatio
ns o
f ot
hers
C.
Dem
onst
rate
Eff
ectiv
eB
usin
ess
and
Fina
ncia
lPr
oces
ses
Cl
App
ly e
ffec
tive
plan
ning
ski
lls
C2
Dem
onst
rate
orga
niza
tiona
l ski
lls
C3
Ope
rate
com
pute
rsC
4O
pera
te o
ffic
em
achi
nes
C5
Eva
luat
e co
mpe
titor
sC
6Id
entif
y pr
ospe
ctiv
ecu
stom
ers
C7
Det
erm
ine
if y
ou a
reab
le to
mee
t cus
tom
erne
eds
C8
Be
able
to q
ualif
ycu
stom
ers
C9
Dem
onst
rate
tim
em
anag
emen
t
C10
Dev
elop
and
mon
itor
budg
ets
Cll
Be
able
to d
ofo
reca
stin
g
C12
Dev
elop
a b
usin
ess
plan
C13
Rea
d an
d in
terp
ret a
fina
ncia
l pla
n
C14
Inte
rpre
t tax
law
s
C15
Initi
ate
empl
oyee
safe
ty tr
aini
ng
C16
Perf
orm
eff
ectiv
epe
rson
nel
man
agem
ent
C17
Be
able
to a
pply
for
alo
an
C18
Col
lect
dat
aC
19In
terp
ret d
ata
C20
Kee
p up
with
tech
nolo
gy
C21
Mar
ket p
rodu
ctkn
owle
dge
C22
App
ly b
asic
mat
hsk
ills
C23
Util
ize
acco
untin
g an
dbo
okke
epin
g sk
ills
D.
Eva
luat
e,M
onito
r,M
aint
ain
and
Impr
ove
the
Eco
syst
em
D1
Cal
ibra
te; u
se,
repa
ir a
nd m
aint
ain
equi
pmen
t
D2
Ana
lyze
wea
ther
patte
rns
D3
Ana
lyze
soi
lD
4A
naly
ze w
ater
cyc
les
D5
Ana
lyze
pla
ntch
arac
teri
stic
s
D6
Rec
ogni
ze to
xic
situ
atio
ns
D7
Perf
orm
eco
logi
cal
asse
ssm
ents
D8
Col
lect
fie
ldsp
ecim
ens
D9
Prev
ent t
oxic
bui
ldup
D10
Util
ize
info
rmat
ion
from
res
ourc
eag
enci
es
Dll
Wor
k w
ith e
xper
ts in
spec
ial f
ield
s
D12
Col
lect
dat
aD
13B
e ab
le to
rea
d an
dcr
eate
map
s
D14
Use
GIS
D15
Ope
rate
/und
erst
and
GPS
/GIS
D16
App
ly b
asic
sur
veyi
ngsk
ills
D17
Ana
lyze
/bal
ance
life
cycl
es a
nd e
nerg
yfl
ows
D18
Ana
lyze
air
qua
lity
D19
Ana
lyze
the
chem
istr
yre
latio
nshi
p in
plan
ts/s
oil/
envi
ronm
ent
D20
Ope
rate
CA
DD
21R
ead
Nat
ural
Res
ourc
eIn
dica
tors
D22
Ana
lyze
wild
life/
lives
tock
D23
Kno
w g
eolo
gica
lim
pact
s
D24
App
ly a
ltern
ativ
em
etho
ds o
f pe
stco
ntro
l
D25
Kno
w e
cosy
stem
sD
26U
tiliz
e re
stor
atio
nte
chni
ques
D27
Rec
ogni
zepe
sts/
dise
ases
D28
Pres
crib
e tr
eatm
ents
for
pest
/dis
ease
s
I
69
D.
(con
tinue
d)D
29U
se I
nteg
rate
d Pe
stM
anag
emen
t ski
lls
D30
Util
ize
evap
otra
nspi
ratio
nda
ta
E. Perf
orm
Eff
ectiv
eR
esea
rch
Proc
esse
s
El
Exp
lain
suc
cess
ful
or u
nsuc
cess
ful
trea
tmen
ts o
rpr
oces
ses
E2
Wor
k w
ithin
atim
elin
e
E3 Su
rviv
e in
adv
erse
outd
oor
envi
ronm
ents
E4
Be
able
to d
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