• Title/Summary/Keyword: 가축전염병

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안내 - 양계장 방역관리 요령

  • 대한양계협회
    • KOREAN POULTRY JOURNAL
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    • v.53 no.7
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    • pp.162-169
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    • 2021
  • 정부에서는 다음과 같이 가금농장(양계장) 방역관리요령을 발표하였다. 본 요령은 양계장에서 관련 법령에 따라 의무적으로 준수해야 할 방역·소독시설 기준 및 방역 준수사항을 포함해, 고병원성 조류인플루엔자 발생농장에서 확인된 방역 미흡사항을 토대로 마련한 권고사항도 포함되어 있다. 본고는 농가에서 참고가 될 부분을 발췌하여 소개코자 한다. 본 요령을 참고하여 농장별 상황에 맞게 적용하는 등 가축전염병 등 가축전염병 예방을 위한 방역 활동에 만전을 기해 주길 바란다.

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Implementation of Open Source SOLAP Decision-Making System for Livestock Epidemic Surveillance and Prevention (Open Source SOLAP기반의 가축전염병 예찰 및 방역 의사결정 지원시스템 구현)

  • Kyung, Min-Ju;Yom, Jae-Hong
    • Journal of the Korean Society of Surveying, Geodesy, Photogrammetry and Cartography
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    • v.30 no.3
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    • pp.287-294
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    • 2012
  • The spread of infectious diseases in the event of livestock is getting faster and the route of spread gets more varied. It is important for the responsible agency to detect early and establish a prevention and surveillance system. If the spread cannot be contained effectively, great damage and loss will be inevitable in terms of social, environment and economic aspects as well as the welfare of the farmers. At present in Korea, a web-based Infectious Livestock Diseases Statistics System (AIMS: Animal Infectious Disease Data Management System) has been already implemented for this purpose and the service is available to the general public. But this system does not provide geospatial information and does not provide support for decision making and does not provide multi-dimensional information. In this study, an open source-based SOLAP (Spatial On-Line Analytical Processing) technology is applied to enable many diverse forms of data analysis from many aspects to support decision making. The SOLAP system was designed to integrate geospatial information and the analysis of information has been largely divided into map-based analysis and table-based analysis.

동물약사

  • 한국동물약품협회
    • 동물약계
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    • no.73
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    • pp.2-3
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    • 2001
  • [ $\cdot$ ]동물용의약품등 제조업 허가 $\cdot$동물용의약품등 제조업 허가 변경 $\cdot$동물용의약품등제조$\cdot$검사시설및품질관리기준 제정(안)에 대한 의견 제출 $\cdot$국가검정품의 보관, 표시 및 검정시료의 발췌요령 고시제정(안) 의견 조회 $\cdot$생균제제 관련 통합공고 개정 $\cdot$농림부 2001년도 가축방역 사업계획 $\cdot$가축전염병예방법 개정 $\cdot$광우병 발생에 따른 동물약품 수입시 유의사항 $\cdot$가축전염병 발생주의보 발령

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지자체 오리산업 전격해부 [경기도 AI 방역정책] - 가축전염병 예방 쾌적한 사육환경 중점

  • 한국오리협회
    • Monthly Duck's Village
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    • s.239
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    • pp.6-12
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    • 2023
  • 경기도는 올해 4월 기준 전국 사육 대비 2% 정도 규모인 12농가 15만마리의 오리를 사육하고 있으며 주로 안성 지역에 사육이 집중돼 있다. 경기도의 오리 정책은 가축전염병 예방과 쾌적한 사육환경 조성을 중점으로 오리 바이러스간염 예방약품 지원, 방역선진형 농장 조성, CCTV 등 방역인프라 지원, 동절기 가금농가 사육제한 휴업보상, 축사시설현대화, 사료구매 지원, 가금 경쟁력 강화사업 등을 추진하고 있다. 경기도의 조류인플루엔자(AI) 방역상황을 점검해 보고 오리 방역정책을 중점적으로 살펴보자.

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Service Model Standardization of Risk Mitigation on Livestock Pandemic based on Network (네트워크 기반에서 가축 유행병 위기 완화 서비스 모델 표준화)

  • Kim, Dong Il;Chung, Hee Chang
    • Proceedings of the Korean Institute of Information and Commucation Sciences Conference
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    • 2022.05a
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    • pp.450-452
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    • 2022
  • In this paper, we present a standard model of livestock epidemic service in the field of smart livestock, which is emerging as an important issue in smart agriculture. By using the network to identify the global livestock epidemic disease risk and provide relevant models to service users, it is expected that it will actually provide economic benefits to livestock owners and ultimately help the national livestock industry economy. In order to apply the standard livestock epidemic service standard model and the livestock infectious disease crisis mitigation standard model sharing method that is presented in conjunction with ICT to the standards in the domestic and international agricultural and livestock industries in the future, continuous research will be carried out.

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Service Model Standardization of Risk Mitigation on Livestock Pandemic based on Network (네트워크 기반에서 가축 유행병 위기 완화를 위한 개념 모델 표준화)

  • Kim, Dong Il;Chung, Hee Chang
    • Proceedings of the Korean Institute of Information and Commucation Sciences Conference
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    • 2022.10a
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    • pp.12-14
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    • 2022
  • In this paper, we present a standard conceptual model of livestock epidemic service in the field of smart livestock, which is emerging as an important issue in smart agriculture. By using the network to identify the global livestock epidemic disease risk and provide relevant models to service users, it is expected that it will actually provide economic benefits to livestock owners and ultimately help the national livestock industry economy. In order to apply the standard livestock epidemic service standard model and the livestock infectious disease crisis mitigation standard model sharing method that is presented in conjunction with ICT to the standards in the domestic and international agricultural and livestock industries in the future, continuous research will be carried out.

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