{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:41:22.594Z","occupation":{"soc":"19-1029.04","title":"Biologists","group":"Life, Physical & Social Science","sector":"54","jobZone":5,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers professional biological research, ecological field study, species management, environmental assessment, and science communication across academic, government, and private-sector contexts requiring advanced graduate-level expertise.","levels":{"emerging":{"label":"Emerging","statements":["Biological data sets — collect and organize using established field protocols under faculty or senior scientist supervision in laboratory and field settings.","Scientific software and spreadsheet tools — enter, process, and retrieve biological data under guidance within a research computing environment.","Plant and animal specimens — identify and classify using taxonomic keys and reference literature under direct supervision in a natural history or ecology lab.","Anatomical structures and physiological functions — describe and document basic principles of plant and animal life in supervised course-level or entry research contexts.","Technical reports and research summaries — draft introductory sections and data tables following institutional templates under senior author direction.","Peer-reviewed literature — read and summarize findings relevant to assigned research questions in academic or agency laboratory environments.","Ecological relationships — recognize and record interactions among organisms and their environment during supervised field surveys.","Geographic information system software — input spatial data and generate basic maps under direction to support biological field studies.","Laboratory and field safety protocols — follow prescribed procedures for sample handling and equipment use in a university or government research facility.","Research team meetings — listen actively and contribute observations during group debriefs in a collaborative biological research setting."]},"developing":{"label":"Developing","statements":["Field and laboratory data — collect, quality-check, and analyze using analytical or scientific software with limited oversight on multiseason ecological studies.","Species identification and distribution records — compile and interpret to characterize population structure and habitat associations across assigned study areas.","Technical and environmental impact reports — write, revise, and finalize with minimal editorial oversight for submission to agency or industry clients.","GIS platforms and database query tools — query, manipulate, and map biological datasets to support land-use assessment and resource management projects.","Biological technicians and field assistants — coordinate day-to-day assignments and verify data quality on applied research or monitoring programs.","Research findings — present to agency staff and informed public audiences using presentation and graphics software in regulatory or stakeholder contexts.","Physiology, ecology, and behavior literature — critically evaluate and integrate into study designs for species of management concern.","Interagency working groups and cooperative research partners — maintain regular communication and share interim findings to support coordinated management strategies.","Statistical and modeling software — apply standard quantitative methods to test hypotheses about organism–environment relationships in academic or consulting environments.","Draft project proposals and land-use classification reviews — assess for scientific accuracy and regulatory compliance before formal submission."]},"proficient":{"label":"Proficient","statements":["Complex biological datasets spanning multiple taxa and environments — analyze autonomously using advanced analytical software and custom scripts to generate publishable findings.","Non-routine field conditions and ambiguous species identification challenges — resolve independently using expert taxonomic knowledge, ecological theory, and primary literature.","Comprehensive technical and environmental impact reports — author and finalize for regulatory agencies, industry partners, and general public audiences with full scientific accountability.","Biological monitoring programs — design, implement, and evaluate end-to-end, integrating GIS, remote sensing, and database systems in government or consulting contexts.","Multidisciplinary research teams including technicians, technologists, and early-career scientists — supervise, mentor, and evaluate performance across the full project life cycle.","Inter-organizational liaisons with agencies, industry, and community groups — negotiate cooperative management agreements and translate scientific findings into actionable recommendations.","Quantitative ecological models and statistical frameworks — develop and validate to predict species distribution, population dynamics, or ecosystem function for applied management decisions.","Proposals and land-use or recreational development reports — review critically for scientific rigor, regulatory adherence, and adequacy under tight agency or legal deadlines.","Mathematical and chemical principles — integrate into study designs examining nutrient cycling, toxicology, or physiological ecology in cross-disciplinary research programs.","Findings from long-term ecological studies — synthesize and communicate through peer-reviewed publications and conference presentations to advance disciplinary knowledge."]},"advanced":{"label":"Advanced","statements":["Organizational research strategy and scientific priorities — set and champion across multi-year programs at institutional, agency, or industry scale, aligning with national biological objectives.","Large cross-disciplinary research collaborations — lead as principal investigator, coordinating scientists, technologists, and external partners across government, academia, and private sectors.","Emerging methodologies in biological data science, genomics, and remote sensing — evaluate, adopt, and institutionalize to keep organizational capabilities at the scientific frontier.","Evidence-based policies on species management, land use, and environmental protection — inform and shape by synthesizing complex biological evidence for legislative and executive decision-makers.","Institutional training programs and mentorship pipelines — design and sustain to develop the next generation of professional biologists across all career stages.","High-stakes environmental impact assessments and regulatory reviews — provide definitive scientific authority and final approval within organizational governance structures.","Strategic inter-agency and international partnerships — initiate and steward long-term cooperative frameworks that advance shared biological conservation or research missions.","Organizational data management infrastructure and scientific computing standards — establish and oversee to ensure reproducibility, security, and long-term accessibility of biological research assets.","Resource allocation, budget planning, and grant portfolio management — direct at divisional or programmatic scale to sustain robust biological research and monitoring operations.","Public science communication campaigns and high-visibility stakeholder engagement — lead to translate complex biological research into policy influence and broad societal understanding."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}