ScholarWorks@Gyeongsang National University: An, Young Su

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An, Young Su (안영수)

해양과학대학

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Feeding habits:5||offshore fisheries:4||anchovy boat seine fisheries:4||Fishing efficiency:3||기선권현망어업:3||예망속도:3||Wing net:3||Geomundo:3||Towing speed:3||Anchovy boat seine:3||Opening efficiency:3||Catcher boats:3||오비기:3||기선권현망:3||어획효율:3||Fishing power index:2||Anchovy:2||financial statement analysis:2||Sejon island:2||Muraenesox cinereus:2||Fisheries stock management:2||Questionnaire survey:2||근해어업:2||laborsaving fishery:2||Relative fishing power index:2||어탐선:2||어획성능지수:2||offshore around kyungnam and chonnam:2||Fishing equipment:2||parched anchovy:2||price competitiveness:2||Anchovy boat seine fishery:2||return on Equity:2||바다목장:2||Species composition:2||전개성능:2||businessperformance:2||distribution:2||Fishing vessel:1||Fishing vessel safety:1||Flap rudder:1||Flow velocity:1||Frequency analysis:1||Frequency response:1||Fuel cell:1||Gearboxes:1||General type:1||Geomun island:1||Goseong:1||Grid net type:1||Grid type:1||Hauling devices:1||Hauling lines:1||Hauling work:1||Heat exchanger:1||History of Fishing:1||Hoplobrotula armata:1||Importanceperformance analysis:1||Improved net:1||Improvement of shellfish dredge vessel:1||Income structure:1||Independent/paired sample ttest:1||Jigging vessel:1||Joseon Fishery Rule:1||Korean trawl fishery:1||KwangdoOnmang Fishery Union:1||Light vessel:1||Living lab:1||Main line hauler:1||Marine Ranching:1||Marine ranching area:1||Maximum advance:1||Maximum transfer:1||Middle sized trawl:1||Modal test:1||Multifrequency:1||Multiple  regression  analysis:1||Natural frequency:1||Ocean:1||Offshore conger eel pot fishery:1||Offshore eel and crab pot fishing:1||Offshore squid jigging fishery:1||Onboard  training:1||Paired  sample  ttest:1||Panel regression:1||Pennahia argentata:1||Perciformes:1||Piscivore:1||Profit structure:1||Proto type:1||Regulation:1||Resource management:1||Resources estimation:1||Risk factors for gillnet fishing in floating offshore wind farms:1||Root mean square error (RMSE):1||Rudder angle:1||Safe fishery:1||Safety:1||Safety management system:1||Semi–balanced rudder:1||Ship movement during fishing operations:1||Ship navigation:1||Shortwave:1||Shrimp beam trawl:1||Slippery deck floors:1||Snags:1||Solar energy:1||South Sea:1||Stability evaluation:1||Static analysis:1||Supply of seaman:1||TOE framework:1||Tactical diameter:1||Target fish species:1||Thamnaconus modestus:1||TongYeong:1||Transfer:1||Trawl fishery:1||Turning circle:1||Wavelet transform:1||Welfare of seafare:1||White Croacker:1||Window net type:1||Zeus faber:1||advance:1||advanced fishing gear:1||autonomous ship:1||dominant species:1||escaping response:1||full load condition:1||full scale test:1||haddock:1||heat exchanger:1||herding response:1||intention to adopt autonomous ships:1||living lab:1||molten carbonate fuel cells:1||monthly fluctuation:1||offshore eel & crab trap fishing:1||questionnaire survey:1||safe fishing procedure:1||simulation gas:1||square mesh window:1||tactical Diameter:1||the forth industrial revolution:1||transfer:1||turning circle:1||vertical opening:1||whiting:1||가격 경쟁력:1||감김:1||걸림:1||경남 및 전남 해역:1||경영성과:1||계층화분석법:1||광도온망어업조합:1||권현망어업:1||규정:1||근해오징어채낚기어업:1||근해장어통발업:1||남해:1||다중회귀분석:1||대응표본 ttest:1||대응표본ttest:1||마른멸치:1||망선:1||멸치:1||모릿줄양승기:1||방류사업:1||복수주파수:1||복원성 평가:1||부력제:1||부유식풍력발전단지내연안자망어업의위험요인:1||불배:1||비용 구조:1||빈도분석:1||상대적 어획강도지수:1||생력형 어업:1||선박안전관리체제:1||선박항해:1||선택성:1||수산자원관리:1||수익 구조:1||승선실습:1||안전조업:1||양승장치:1||어구설치:1||어로설비:1||어선안전관리:1||어업사:1||어업자원관리:1||연근해 자망어업:1||연근해어선 안전:1||예인선:1||우점종:1||유통:1||이익 구조:1||인종어초:1||일반배치도:1||일본의 어업침투:1||자기자본순이익률:1||자원평가:1||재무비율분석:1||전개효율:1||조선어업령:1||조업중선박이동:1||조획율:1||주파수반응:1||중요도실행도 분석:1||중층트롤:1||진로동기:1||집어등:1||충돌:1||친환경 어업:1||통영:1||트롤어업:1||패널 회귀:1||Acoustic emission (AE) technique:1||패류 형망:1||Advance:1||Analytic hierarchy process:1||Anchovy Boat Seine Fisheries:1||Anchovy dragnet:1||Artificial Reefs:1||Automatic operation system:1||Bait cutting:1||Bottom trawl:1||Bycatch rate:1||Bycatches:1||Capture efficiency:1||Career  motivation:1||Catching efficiency:1||Coastal gillnet fishing:1||Collisions:1||Condition monitoring:1||Correlation analysis:1||Corresponding sample ttest:1||Cost structure:1||Costal/offshore Fishing vessel:1||DOI theory:1||Daggerthooth pike conger:1||Dominant species:1||Doublelevel type:1||Early detection:1||Echosounder:1||Effects of bait size:1||Effects of hook size:1||Entanglements:1||Envelope analysis:1||Environmentfriendly Fishery:1||Fault detection:1||Fish Seed Release:1||Fishery Despoliation of Japan:1||Fishing gear:1||Fishing gear deployment:1||Fishing lamp:1||

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