Fisheries Research Station Researcher

すいさんしけんじょうけんきゅういん

Industry & Occupation

Agriculture, Forestry, Fisheries & Environment

Classification

Summary

Fisheries research station researchers conduct research and experiments on fishery resources and aquaculture technologies, contributing to the stable and sustainable development of fisheries and aquaculture industries.

Description

Fisheries research station researchers target biological resources collected from waters such as oceans and rivers, conducting surveys on ecology and behavior, physiological tests, and evaluations of growth and productivity. In aquaculture technology development, they plan and implement a wide range of experiments including feed tests, breeding and seedling production, and disease management, extracting optimal conditions through statistical analysis. Research results are compiled into reports, papers, and technical materials, and they also handle technology dissemination and guidance to fishermen and related organizations.

Future Outlook

Amid growing interest in marine environmental conservation and sustainable fishery resource management, demand for advanced aquaculture technologies and environmentally adaptive research is increasing, expanding opportunities for specialized researchers.

Personality Traits

Cautious / Curious and Inquisitive / Patient / Sharp Observation Skills

Work Style

Affiliated with Public Research Institutions / Fieldwork / Laboratory Work / Private Research Institutions / University Research Institutions

Career Path

Researcher (Junior) → Researcher (Senior) → Research Chief → Senior Researcher → Institute Director → University Faculty → Technical Consultant

Required Skills

Experimental Design Methods / Handling of Biological Samples / Report Writing / Statistical Analysis / Water Quality Analysis Techniques

Recommended Skills

GIS Operation / Molecular Biology Experiments / Programming (Python, R) / Reading and Writing English Papers

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Logical thinking is essential for analyzing experimental data and water quality data.
Attention to Detail & Accuracy Because minute differences in samples or changes in experimental conditions greatly affect results.
Learning Agility & Knowledge Acquisition Continuous learning is required to adapt to new technologies and environmental changes.
Numerical & Quantitative Analysis Essential for statistical analysis and quantitative evaluation of growth test data.
Problem Solving Necessary for resolving experimental issues and technology development challenges.

Aliases

  • Aquaculture Researcher
  • Fisheries Researcher
  • Fishery Researcher

Related Jobs

  • Aquatic Organism Researcher
  • Fisheries Technician
  • Marine Biologist
  • Water Quality Analyst

Tags

Keywords