• 제목/요약/키워드: Farming System

검색결과 906건 처리시간 0.026초

유기농업단지 주요경관요소의 물리적 관리방안에 관한 연구 (A Study on the Morphological Management of Major Landscape Elements in Organic Farming)

  • 안필균;공민재;이상민;김상범;조정래;김남춘;신지훈
    • 농촌계획
    • /
    • 제26권2호
    • /
    • pp.107-116
    • /
    • 2020
  • Up to date, the majority research on the major landscape elements in organic farming has been mainly focused on the practice of seeking efficiency. The problem is that this type of study contributes to polluting the agricultural environment and damaging the ecological circulation system. As an alternative, there is a growing body of research on organic farming, but it is not widely applied that research on how to manage the landscape considering the scenic characteristics of farming villages practicing organic farming. Therefore, this study was carried out in the conservative aspects of rural landscapes in order to effectively manage the landscape of organic agriculture and, intended to be used to maintain and preserve natural and ecologically harmonious landscapes by deriving management methods suitable for landscape elements targeting the major landscape elements of the organic farming complex. To carry out, this study performed the experts survey which is composed of 13 major landscape elements, including rice paddies and fields, monoculture and diverse crops, dirt roads, windbreak trees, accent planting, dum-bung(small pond), natural small river, natural waterways, plastic film houses, one-storied houses, and pavilion. As a result, Farm land was formed in a square shape, concentrated in an independent space, planted companion plants around the crop, and covered with plants to manage the borders. As for the surrounding environment, it was analyzed that the aspart road system circulating through the village, the evergreen broad-leaved windbreak forest around the cultivated land, and the accent plant located at the entrance of the village were suitable. The hydrological environment consists of Round small pond made of stone in an open space, natural rivers around the village, and natural channels around the farmland, and The Major facilities are suitable for greenhouses that are shielded by plants in independent regions, and wooden duck houses located inside the cultivation area are suitable and The settlement facilities were analyzed to be suitable for single-story brick houses located in independent residential areas, pavilion located with greenery in the center of the village, and educational spaces shielded with wood from arable land. If supplementary evaluation criteria suitable for the management of organic farming landscape are additionally supplemented based on the results derived from this study, It is expected to enhance the landscape value of ecologically superior organic farming.

Design of an Aquaculture Decision Support Model for Improving Profitability of Land-based Fish Farm Based on Statistical Data

  • Jaeho Lee;Wongi Jeon;Juhyoung Sung;Kiwon Kwon;Yangseob Kim;Kyungwon Park;Jongho Paik;Sungyoon Cho
    • KSII Transactions on Internet and Information Systems (TIIS)
    • /
    • 제18권8호
    • /
    • pp.2431-2449
    • /
    • 2024
  • As problems such as water pollution and fish species depletion have become serious, a land-based fish farming is receiving a great attention for ensuring stable productivity. In the fish farming, it is important to determine the timing of shipments, as one of key factors to increase net profit on the aquaculture. In this paper, we propose a system for predicting net profit to support decision of timing of shipment using fish farming-related statistical data. The prediction system consists of growth and farm-gate price prediction models, a cost statistics table, and a net profit estimation algorithm. The Gaussian process regression (GPR) model is exploited for weight prediction based on the analysis that represents the characteristics of the weight data of cultured fish under the assumption of Gaussian probability processes. Moreover, the long short-term memory (LSTM) model is applied considering the simple time series characteristics of the farm-gate price data. In the case of GPR model, it allows to cope with data missing problem of the weight data collected from the fish farm in the time and temperature domains. To solve the problem that the data acquired from the fish farm is aperiodic and small in amount, we generate the corresponding data by adopting a data augmentation method based on the Gaussian model. Finally, the estimation method for net profit is proposed by concatenating weight, price, and cost predictions. The performance of the proposed system is analyzed by applying the system to the Korean flounder data.

벼논오리 방사가 쌀 수량 및 품질에 미치는 영향 (Influence of Rice-Duck Farming System on Yield and Quality of Rice)

  • 강양순;김정일;박정화
    • 한국작물학회지
    • /
    • 제40권4호
    • /
    • pp.437-443
    • /
    • 1995
  • 오리방사에 의한 화학제 기능대체 효과와 유기미의 수량 및 품질을 검토코자 사양질답에 관행 시비량의 70%를 감비하고 일품벼를 중묘 이앙하여 이앙 3주후에 3주령오리를 10a당 30마리 밀도로 방사하고 무농약으로 재배하여 시험한 결과는 다음과 같다. 1. 오리 3년차 방사논의 방사 직전 잡초 발생수는 무방사구보다 거의 반으로 줄어들었으나 피의 발생은 오히려 현저히 증가되었고 최고분얼기 잡초방제가는 관행 88%보다 92%로 높았으나 그 이후에 피의 방제는 효과가 적었다. 2. 오리 방사는 벼물바구미와 멸구류, 기타 곤충등과 소동물을 거의 포식하였으나 수잉기에 발생된 혹명나방피해는 방제하지 못하였다. 3. 오리 방사구는 관행구보다 표면수가 항상 현탁되어 있고 표층토의 산화환원전위차가 높아 유수형성기의 엽색이 관행 38.6보다 41.8로서 더 짙은 녹색을 유지하였으며 등숙기 까지 높은 근활력을 유지하였다. 4. 오리 방사구에서는 유기미 쌀수량이 648kg /10로서 관행구보다 3% 증수되었고 생산된 유기미는 '94년 고온년의 특이성으로 청미비율이 높아 관능검사에 의한 식미는 약간 나쁜 경미한 차이를 보였다.

  • PDF

유기농업을 위한 잡초방제기술의 현재 미래 (Status and Prospect of Weed Control Technology for Organic Farming)

  • 전용웅
    • 한국유기농업학회지
    • /
    • 제6권2호
    • /
    • pp.127-140
    • /
    • 1998
  • Organic farming excludes any use of the herbicide. The present paper reviews what can be done for effective weed control with existing weed control technology by farmers crop-ping paddy rice, field crops, vegetables, and fruit trees. If condition of the crop-land-al-lows diversified rotational use of the paddy land as paddy and upland field would minimize weed problem. Practising this is limited in acreage due to extremely limited governmental investment to the land for the purpose. Secondly, rotation of crops in the upland field breaking life cycles of various weeds adapted to each crop should reduce the weed problem. This is also limited as only a few crops are making the farmer profitable. In addition climate and tolerance of crops to high and low temperature. Monsoon rains and poor drainage restrict the freedom of choice. For any crop land year-round multiple cropping in denser planting shall lessen the weed problem, this multiple cropping practiced by 1960s has been abandoned due to laborshortage and increased production cost. Deep flooding the rice is impractical at present in Korean. Mulching crop with transparent, black , or combinated polyethylene sheet, hs been in-creasingly used. Progresses in development and use of mulch with allelopathic crop residues. inexpensive paper mulch, allelopathic crop residues, inexpensive paper mulch, allelopathic crop cultivar development, recently developed ex-perimental weeding machinaries, flamers, microbial herbicides, biological control organisms, soil sterilization techniques have been critically reviewed for their adoption into existing in-tegrated weeding system. Unfortunately, information on cost-benifit, and labor-benefit, for the various methods above mentioned are lacking. Urgent need for the research on rational weeding in organic farming, and herbicide low-input farming is emphasized.

  • PDF

Development of an Ergonomic Checklist for the Investigation of Work-related Upper Limb Disorders in Farming - AULA: Agricultural Upper-Limb Assessment

  • Kong, Yong-Ku;Lee, Soo-Jin;Lee, Kyung-Suk;Han, Jun-Goo;Kim, Dae-Min
    • 대한인간공학회지
    • /
    • 제30권4호
    • /
    • pp.481-489
    • /
    • 2011
  • Objective: The aim of this study was to develop an ergonomic checklist (AULA: Agricultural Upper-Limb Assessment) which can assess the risks of the work-related upper limb disorders of farming tasks in Korea. Background: There are few assessment tools that reflect the current condition of agricultural works as of now. Method: AULA was developed as following three stages. First of all, a physiological experiment was conducted with selected 14 upper limb postures which are frequently occurred in farming tasks and then, an ergonomic checklist was developed with determining risk levels of each body posture based on the experimental findings. Lastly, the ergonomic checklist was validated by comparing with the existing assessment tools. Results: When comparing the AULA which was developed in this study with the existing assessment tools, it was found that the AULA may get over limits of the existing ones which are sensitive to particular postures, but aren't sensitive to the rest of them. Conclusion: It is predicted that the developed upper limb posture assessment tool which gets over the existing tools' limits and is proper for domestic farm work conditions, will help to reduce musculoskeletal disorders caused by farm works, by assessing farm works more easily and objectively. Application: By further developing the theoretical groundwork on the induction of muscular skeletal system symptoms relating to agricultural works, it is expected to improve the level of preventing and managing such muscular skeletal system symptoms in the field of agricultural and farming works, which is relatively less advanced in terms of labor difficulties.

산란계의 체온 감시를 위한 이식형 소형 센서 노드 (Implantable Sensor Node for Temperature Monitoring of Laying Hens)

  • 김현중;양현호
    • 한국정보통신학회논문지
    • /
    • 제14권10호
    • /
    • pp.2351-2357
    • /
    • 2010
  • 최근 최첨단 IT 기술을 선도하는 USN은 사회 전반에 걸쳐 활용되고 있다. u-City, u-Home, u-Education, u-Farming 과 같은 다양한 USN 응용 서비스가 진행되고 있으며 도시를 지나 농촌에서도 유비쿼터스 기술이 '제 2의 농업 혁명'을 불러 오고 있다. 유비쿼터스 농업은 가축이나, 농작물 등의 생산 단계에서 USN 기술을 적용해 기온, 습도, 조도와 같은 생육 환경을 최적으로 조성하여 생산성과 안전성을 높이는데 있으며 기존 농업 환경에 많은 변화를 줄 수 있다. 본 논문에서 제안하는 이식형 소형 센서 노드는 센서 네트워크용 SoC(System-on-Chip)을 이용하여 설계하였으며 닭의 흉부에 이식하여 몸체의 체온을 직접적으로 모니터링 할 수 있도록 하였다. 또한 이를 이용한 여러 활용 방안 및 추가적인 고려사항에 대하여 논하였다.

농작업에서 발생하는 하지자세의 근골격계 질환 위험도 평가를 위한 인간공학적 평가도구 개발 (Development of an Ergonomic Checklist for the Investigation of Work-related Lower Limb Disorders in Farming - ALLA: Agricultural Lower-Limb Assessment)

  • 공용구;한준구;김대민
    • 대한인간공학회지
    • /
    • 제29권6호
    • /
    • pp.933-942
    • /
    • 2010
  • Objective: To develop an ergonomic evaluation tool which can be apply to assess the lower-limb postures associated with farming tasks. Background: In general, most of existing ergonomic assessment tools was developed to investigate the work-related musculoskeletal disorders of the upper-limb postures in manufacturing industry. Methods: As the first step of development of the evaluation tool, 13 lower-limb postures that were commonly observed in farming task were investigated by the subjective discomfort ratings, heart rates, and muscle activities. And then, an ergonomic evaluation tool for the lower-limb postures was developed based on results of the first experiment. Lastly, the ergonomic checklist which was developed in the current study was compared with other existing ergonomic assessment tools. Results: Based on the results of comparisons between a newly developed assessment tool and other existing assessment tools, it was found that a newly developed tool can perceive more sensitively for the various lower-limb postures than other assessment tools. Conclusions: Lower-limb posture assessment tool which can evaluate and assess risks of lower-limb WMSDs which were prevalent in farming tasks more easily and accurately was developed in this study. The lower-limb assessment tool can also be utilized to prevent WMSDs related with lower-limbs as well as improve working environments.

수도작을 위한 적정 농기계 선정 전문가 시스템 개발(II) - 전문가 시스템 개발 - (Expert system for Selecting Optimized Farm Machinery in Rice Farming(II) - Development of Expert System -)

  • 이용범;조성인;배영민;신승엽;나우정
    • Journal of Biosystems Engineering
    • /
    • 제22권3호
    • /
    • pp.343-350
    • /
    • 1997
  • In farm management, many factors should be considered to select optimum farm machinery Some factors such as fm size can be quantified, but other factors such as working experience can not be. Futhermore, as several factors are missed and assumptions are made for the selection using conventional computer programs, the result is sometimes questionable. This problem can be solved using artificial intelligent techniques such as expert system. In this study, an expert system was developed to select optimum machinery by considering available working days, machinery to on, farming environments, labor cost, population, etc. It also took into account the characteristics of machinery, turning radius, easiness of operation, subsidy, loan to purchase, asset. farmers age, Rest Metabolic Rate, and working experience, etc. Expertise and experience of human experts were utilized to develop the expert system. The developed expert system was evaluated by the human experts and others, and it was proved to be practically useful fir farmers.

  • PDF

韓國 煙草載培地域의 地理學的 硏究 (A geographical study of the Korean Tobacoo forming region)

  • 김광자
    • 대한지리학회지
    • /
    • 제21권
    • /
    • pp.16-37
    • /
    • 1980
  • The purpose of this study is to clarify how the Korean tobacco farming region has been geographically formed by natural and cultural environments, and to examine and cultural environments, and to examine whether it can be recognized as a major part of agricultultural regions. The questions asked in this study are associated with the spatial diffusion of tobacco cultivation, the patterns and processes of the farming region from 1900 to 1960, and the regional characteristics of the concentrated farming area since 1960. The study is inductively approached and most data used were collected from old records and field works. The delineation of the tobacco farming region was derived by applying the concept of the uniform region. Tobacco was introduced through Japan during the years of Kwang Hae Kun (1616-1622). According to the old records, three places, Waekwan, Dongrae, and Ulsan, were the first tobacco raising areas. In the 1700's the well-known tobacco farming regions were scattered all around the nation in places like Jinan, Samdeung, Seongcheon, Gangdong, Yeongweol and Yeongyang. This distributon pattern suggests that tobacco farming in Korea developed spatially along main traffic routes before the 1700's. Untill the 1920's the pattern of tobacco regions was relatively static. Since the 1920's, it has shown a pattern of concentration in the Choongbuk province, where the new highly productive yellow tobacco has been introduced. It was not until the 1960's that yellow tobacco instead of the native variety came to be cultivated all over the country. In the 1960's, the tobacco farming region tended to be concentrated and localized in north western Choongnam, northern Cheonbuk, Choongbuk, and Kyeongbuk including Cheongsong, Andong, and Yeongyang. Since 1970, tobacco production has declined in some of the former major areas of cultivation in terms of its density, while there have appeared highly concentrated areas in Cheongsong and Andong, centered around Yeongyand. There has also emerged a secondary major concentrated area along the coast including such places as Kochang, Yeongkwang and Mooan. The appearance of the Yeongyang tobacco area as the most important core region can be described as follows; at first this area has the disadvantage of being in competition with other places for selling cash crops besides tobacco, because it is located in a mountain zone and it is far from the major metropolises of Seoul and Pusan. Thus has been formed the farming mentality that agricultural management makes the most profit on farming tobacco because tobacco is stable in price and selling routes. As a result of this longstanding belief, these areas (Yeongyang, Cheongsong and Andong) have developed into tobacco concentrated regions. Finally, the tobacco concentrated regions of Korea have changed through time. The factors affecting this change have been the kind of tobacco grown, the monopoly system, agricultural techniques and the expansion of arable land through the clearing of slopes. In conclusion, the research indicates that the localized and concentrated patterns of tobacco cultivation are geographically typical. Thus, recognition of tobacco farming region is important to understanding the agricultural region of Korea as a whole.

  • PDF

남부지방 벼 유기농법 유형별 투입기술체계 비교분석 (Comparative Analysis of Technical System by Six Organic Rice Cultivation Type in the Southern Provinces)

  • 안인;박주섭;김삼현;맹운영;이인애
    • 한국유기농업학회지
    • /
    • 제20권4호
    • /
    • pp.535-542
    • /
    • 2012
  • 본 연구는 2011년부터 2012년까지 주로 남부지방에서 재배되고 있는 민간실천 유기농법 6종에 대한 유기 벼 재배기술체계를 조사하여 우수농법은 영농활용자료로 보급코자 벼 유기농법 유형별 재배면적, 농가수, 품종, 작부체계, 토양관리, 시비, 병충해 잡초방제, 환경보전기능 및 10a당 수량과 농가수취가격 등을 조사 하였다. 전남북, 경남 등 남부 지방 8개시군 115농가를 대상으로 현지방문 또는 설문조사를 실시하였다. 조사 결과 벼 유기농법별 기술체계는 최대한 무투입(방임) 또는 최소투입을 원칙으로 하고 있었다. 작부체계는 대부분 맥류/녹비작물/벼를 경운 또는 무경운으로 재배하고, 품종은 일본도입 품종이나 그 지방 장려품종 중에서 선택 혼합되어 재배하고 있었다. 토양관리는 일체 시비하지 않고 볏짚, 보리짚을 그대로 이용하거나, 자가제조 퇴 액비나 토착미생물을 이용하고, 병충해 방제는 일체 무방제 하거나 친환경유기농자재를 구입사용 또는 천연식물추출물, 토착미생물, 한방제 등을 자가제조 사용하였다. 제초는 맥류 짚을 활용하거나, 왕우렁이를 이용하였다. 긴꼬리 투구새우 및 풍년새우 복원 및 메뚜기 다발생 등으로 보아 환경생태보전기능은 조사농법 모두 우수 한 것으로 판명 되었다. 10a당 생산수량은 생명환경농법>자연순환농법>스테비아농법>지장농법>예술자연농법>태평농법 순이었으나, kg당 농가수취가격은 반대의 경향을 나타내어 단순 수익성은 큰 차이를 보이지 않았으나, 조사 농법 모두 관행농법에 비해 수량성은 낮았다. 재배안전성은 스테비아농법, 자연순환농법, 생명환경농법은 비교적 높았고 태평농법, 예술자연농법 및 지장농법은 비교적 낮았다. 본 연구결과로 볼 때 재배안전성 및 실천용이성 등을 고려할 경우 스테비아, 자연순환, 생명환경 농법은 농가활용이 가능할 것으로 사료된다.