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MATSUNO Yutaka

    Department of Environmental Management　Professor
Last Updated :2024/04/25

Researcher Information

Degree

  • Ph. D.
  • MS

J-Global ID

Research Interests

  • Smart farming   水環境   農業開発   かんがい工学   Agricultural Development   Irrigation Engineering   

Research Areas

  • Environmental science/Agricultural science / Rural environmental engineering and planning

Academic & Professional Experience

  • 1996 - 2001  国際水管理研究所(IWMI)
  • 1996 - 2001  Researcher, International Water Management Institute
  • 2001  - 近畿大学農学部
  • 2001  - Associate Professor. Kinki University

Education

  •        - 1996  アイダホ大学大学院  農業工学科  農業工学
  •        - 1996  University of Idaho  Agricultural Engineering  Agricultural Engineering
  •        - 1989  ワシントン州立大学  農学部  農業工学科
  •        - 1989  Washington State University  Faculty of Agriculture  Agricultural Engineering

Association Memberships

  • 日本地域開発学会   International Society of Paddy and Environment Engineering   農業農村工学会   土壌物理学会   Aquatic Ecosystem Health and Management   American Society of Agricultural Engineers   

Published Papers

  • Atsushi Okayama; Atsushi Yamamoto; Masaomi Kimura; Yutaka Matsuno
    Artificial Intelligence and Data Science 4 (3) 46 - 53 2023/11 [Refereed]
  • Nobumasa Hatcho; Keigo Yamasaki; Okumura Hirofumi; Masaomi Kimura; Yutaka Matsuno
    Sustainability of Water Resources Springer International Publishing 159 - 177 0921-092X 2022/10
  • Atsushi Yamamoto; Makoto Shinoda; Tsumugu Kusudo; Masaomi Kimura; Yutaka Matsuno
    Acta Horticulturae International Society for Horticultural Science (ISHS) 1338 149 - 156 2022/05 [Refereed]
  • Atsushi Yamamoto; Tsumugu Kusudo; Masaomi Kimura; Yutaka Matsuno
    AgriEngineering MDPI AG 4 (1) 17 - 31 2022/01 
    Japanese agriculture is facing a decrease in agricultural workers. Mechanization, both to save time and reduce physical input, is essential to solving this issue. Recent worldwide progress in Internet-of-things technology has enabled the application of remote-controlled and unmanned machinery in agriculture. This study was conducted in the Gojo-Yoshino mountainous region in Nara, Japan, which is famous for its persimmon cultivation. The performance of newly introduced smart agricultural machinery was studied in the field by simulating cultivation work. The results showed that the remote-control weeder, speed sprayer, and remote-control mini crawler carrier saved 90%, 75%, and 5% of weeding, spraying, and harvesting times, respectively, when compared with conventional methods. Such time savings led to an 8% decrease in the total working time spent on persimmon cultivation. In addition, using the speed sprayer showed improvement in the fruit’s quality. Results of the power assist suits did not show a time-saving effect but showed a reduction of physical burden. These results suggest that the mechanization of persimmon cultivation is efficient and labor-saving, and satisfies the need for farmers. However, the high investment costs remain an issue in extending mechanization to the region.
  • Tsumugu Kusudo; Atsushi Yamamoto; Masaomi Kimura; Yutaka Matsuno
    Water MDPI AG 14 (1) 55 - 55 2021/12 
    In this study, we aimed to develop and assess a hydrological model using a deep learning algorithm for improved water management. Single-output long short-term memory (LSTM SO) and encoder-decoder long short-term memory (LSTM ED) models were developed, and their performances were compared using different input variables. We used water-level and rainfall data from 2018 to 2020 in the Takayama Reservoir (Nara Prefecture, Japan) to train, test, and assess both models. The root-mean-squared error and Nash–Sutcliffe efficiency were estimated to compare the model performances. The results showed that the LSTM ED model had better accuracy. Analysis of water levels and water-level changes presented better results than the analysis of water levels. However, the accuracy of the model was significantly lower when predicting water levels outside the range of the training datasets. Within this range, the developed model could be used for water management to reduce the risk of downstream flooding, while ensuring sufficient water storage for irrigation, because of its ability to determine an appropriate amount of water for release from the reservoir before rainfall events.
  • Shutaro Shiraki; Thin Mar Cho; Yutaka Matsuno; Yoshiyuki Shinogi
    Agronomy MDPI AG 11 (8) 1573 - 1573 2021/08 [Refereed]
     
    Actual crop evapotranspiration (ET) and crop coefficient (Kc) of ratoon rice crop, which are necessary for irrigation planning, have been hardly reported. ET can be directly measured by lysimeter and eddy covariance but it is expensive, so it remains difficult to determine ET, especially in developing countries. The focus of this study was to evaluate the ET and Kc of ratoon cropping in a tropical region of Myanmar using a simplified method. Our method combined the manual observation of water depth in concrete paddy tanks and the ET model estimation using Bayesian parameter inference. The ET and Kc could be determined using this method with an incomplete observation dataset. The total ET of ratoon was 60–70% less than that of the main crop, but this difference was mainly attributed to climate conditions in each cultivation. The Kc regression curve between transplanted rice and ratoon crops was different because of the tillering traits. The results suggest that irrigation scheduling of ratoon cropping in the initial growth stage should take high crop water requirements into account. In addition, the productivity of ratoon crop is equivalent to transplanted rice, which was determined for cultivation in experiment conditions of small concrete tanks. Therefore, further study on ratoon in Myanmar is necessary for clarifying the viability of ratoon cropping.
  • スマート化による農業農村振興の加速
    松野 裕
    土地改良の測量と設計 92 21 - 27 2021/04 [Invited]
  • 山本純之; 篠田 真; 楠堂 紡; 松浦大輝; 木村匡臣; 松野 裕
    水土の知 : 農業土木学会誌, journal of Japanese Society of Irrigation, Drainage and Reclamation Engineering 農業土木学会 89 (1) 23 - 26 1882-2770 2021/01 [Refereed]
  • Tsugumu Kusudo; Daisuke Hayashi; Daiki Matsuura; Atsushi Yamamoto; Masaomi Kimura; Yutaka Matsuno
    Springer Transactions in Civil and Environmental Engineering Springer Singapore 139 - 157 2363-7633 2021 [Refereed]
  • 先端技術による奈良の農村振興の可能性
    農村振興 14 - 15 2020 [Invited]
  • Perception and Valuation of Paddy Field Dam Function by Rural Communities - A CVM Approach
    Oishi T; Nakano R; Matsuno Y
    Paddy and Water Environment https://doi.org/10.1007/s10333 2019/04 [Refereed]
  • Assessment of water quality in small agricultural ponds in Nara, Japan
    MATSUNO Yutaka; KISHI Yoko; HATCHO Nobumasa
    Paddy and Water Environment https://doi.org/10.1007/s10333 2019/04 [Refereed]
  • Evaluation of infiltration models and field‑saturated hydraulic conductivity in situ infiltration tests during the dry season
    Shutaro Shiraki; Aung Kyaw Thu; Yutaka Matsuno; Yoshiyuki Shinogi
    Paddy and Water Environment https://doi.org/10.1007/s10333 2019/01 [Refereed]
  • 奈良大和平野ため池群の水質評価と水環境保全に向けた展望
    松野 裕; 貴志容子; 中野涼太; 北川忠生; 八丁信正
    農業農村工学会誌 86 (8) 705 - 708 2018/08 [Refereed]
  • Land use classification using satellite imagery in mountain area-a case study in Mae Chaem district, Chiang Mai province-
    Hagiwara, K; Matsuno, Y; Hatcho, N
    Mem. Fac. Agr. Kindai Univ. 50 52 - 60 2018/04 [Refereed]
  • Land use classification using satellite imagery Land use classification using satellite imagery Land use classification using satellite imagery Land use classification using satellite imagery Land use classification using satellite imagery Land use classi
    MATSUNO Yutaka
    MEMOIRS OF THE FACULTY OF AGRICULTURE OF KINDAI UNIVERSITY 51 52 - 60 2018/03 [Refereed]
  • Characteristics of Drainage Water Quality and Loading from Paddy Field under Cyclic Irrigation and Its Management Options
    HATCHO Nobumasa; KURIHARA K; MATSUNO Yutaka; HORINO Haruhiko
    Journal of Water Resource and Protection 10 73 - 84 2018/01 [Refereed]
  • Managing Paddy Fields for Maximizing Ecosystem Services and Minimizing Negative Impacts under Climate Change,
    HATCHO Nobumasa; MATSUNO Yutaka
    Proceedings of International Workshop. At the 13th INWEPF Steering Meeting and Symposium Vol 1 11 - 23 2016/12 [Refereed]
  • Performance evaluation of fresh groundwater skimming wells in the Indus basin irrigation system of Pakistan: A selective review
    Aslam M; Y. Matsuno; N. Hatcho
    Mem. Fac. Agr. Kindai Univ. 50 5 - 23 2016/03 [Refereed]
  • 農業農村工学のさらなる国際展開に向けて
    松野 裕
    農業農村工学会誌 83 (1) 1 - 2 2015/01 [Invited]
  • 岩永亮一; 八丁信正; 松野裕
    水環境学会誌 日本水環境学会 ; 1992- 38 (1) 31 - 38 0916-8958 2015 [Refereed]
  • Multifunctional Roles of Irrigation Water Management in Paddy Field and Rural Areas
    Nobumasa Hatcho; Yutaka Matsuno
    Proceedings of International Workshop at the 11th INWEPF Hanoi 29 - 45 2014/11 [Refereed]
  • M. Aslam; Y. Matsuno; N. Hatcho
    近畿大学農学部紀要 近畿大学農学部 47 (47) 11 - 32 0453-8889 2014/03 [Refereed]
     
    This paper presents the results of a modeling study on skimming well performances using the MODFLOW-MT3D groundwater model in Rechna Doab of Pakistan's Punjab. After calibration and validation of the developed model using the field data, a scenario analysis was conducted to identify the best management practice for well operation. The result of the analysis showed that a 4-strainer well with 0.2 to 0.5 cfs (340 to 850 l/min) discharge and well penetration (Pw) of 30 to 40％ of the 30 m thick fresh water layer is best recommended to be operated 4 to 8 hours/day to obtain water with a salinity that is less than 1500 ppm without a significant saltwater upconing on long-term basis in Rechna Doab of Pakistan's Punjab. <要約>本研究では, パキスタンパンジャブ州レチナドアブ地域を対象として, スキミング井戸の有効性をMODFLOW-MT3D地下水モデルを用いたシュミレーションにより検証した。 現地データを用いてモデルのキャリブレーションと再現性の検証を行った後, シナリオ分析を行い最適な井戸管理方法の摘出を試みた。 結果として, 対象地域で地下水を使用するには4-ストレイナー井戸を淡水層30メートルに対する井戸侵入率(Pw) を30-40％の深さで設置し, 揚水量を毎分340-850リットルで一日4 - 8 時間稼働させることを提案した。 この条件下においては, 地下塩水の上昇を抑えるとともに揚水の塩分濃度を1,500 ppm以下に制御できることが明らかとなった。
  • アジアにおける土地・水資源と米生産の展望
    八丁信正; 松野 裕
    農業農村工学会誌 81 (10) 25 - 30 2013/10 [Refereed]
  • Irrigation Development and Management for Sustainable Rice Production: A Case in Lower Myanmar
    Matsuno,Y; H.Horino; M.M.Naing; M.M. Than; M.Z. Zaw
    Proceedings of Symposium on Water Management of Paddy Irrigation and Impact of Climate Change 1 1 - 12 2013 [Refereed]
  • 橋本敏一; 松野裕; 八丁信正; 河内香織
    近畿大学農学部紀要 46 (46) 73 - 80 0453-8889 2013 [Refereed]
  • Irrigation Practice and Irrigation Management Improvement in Baingda Irrigation Project
    Maung Maung Naing; Thiha Aung; Zaw Min Htut; Yutaka Matsuno; Haruhiko Horino
    2013 PAWEES Conference Proceedings, 1 - 12 2013 [Refereed]
  • Historical Water Sustainability: Lessons to Learn from Japanese Experiences
    N Hatcho; Y Matsuno
    ICID 1st World Irrigation Forum 2013
  • Yutaka Matsuno; Haruhiko Horino; Nobumasa Hatcho
    PADDY AND WATER ENVIRONMENT SPRINGER HEIDELBERG 11 (1-4) 455 - 462 1611-2490 2013/01 [Refereed]
     
    The case study is aimed at assessing impacts of on-farm level irrigation development and management on dry season rice production in the main irrigated rice production area of Myanmar. The study was carried out from 2003 to 2009 in the middle reaches of the Ngameoeyeik irrigation area of 28,000 ha. In addition to collecting information on water management and institutional arrangement of the study area, hydrologic and agronomic parameters were monitored during the study period. Results showed the effectiveness of on-farm level infrastructural development for increasing rice productivity owing to increased amount of water delivery, increased flexibility of water distribution, and improved drainage conditions. Besides, encouraging the involvement of farmers in design and implementation of the development led to improved farmer participation in the operation and maintenance of the irrigation system. The outcomes of this study demonstrated the importance of balancing between infrastructural and institutional development in irrigation systems of Southeast Asia. Such infrastructural development should be in close association with institutional development and capacity building, and the interactions between those two aspects should be well understood.
  • 養液栽培がワサビ(Wasabia japonica)の生育に与える影響
    橋本敏一; 松野裕; 八丁信正; 河内香織
    近畿大学農学部紀要 (46) 73 - 80 2012 [Refereed]
  • Assessment of Environment-friendly Rice Farming through Life Cycle Assessment (LCA)
    Hatcho, N; Y. Matsuno; K. Kochi; K. Nishishita
    Assessment of Environment-friendly Rice Farming through Life Cycle Assessment (LCA) 11 (1) 403 - 408 2012 [Refereed]
  • Performance of Constructed Wetland for Nutrient Removal of Agricultural Drainage
    Matsuno, Y; K. Tanida; N. Hatcho; K. Fujii; K. Kochi
    Chaing Mai University Journal of Natural Sciences 11 (1) 135 - 140 2012 [Refereed]
  • 竹堆肥の施用がオタネニンジンの育成と収量に及ぼす影響
    近畿大学資源再生研究所報告 (9) 21 - 26 2011 [Refereed]
  • N.Hatcho; S.Ochi; Y. Matsuno
    Kinki University, Faculty of Agriculture, Paper Collections. 44 近畿大学農学部 44 (44) 171 - 181 0453-8889 2011 [Refereed]
     
    [Synopsis] GDP share of Australian agriculture is only 2.2％, but the export share of agriculture is 12％, which has declined from 65％ in 1960-61. About 60％ of agricultural production is for export, and Japan is the biggest importer of Australian agricultural products. Wheat, barley, beef and milk products from Australia have relatively large share in Japan. In this regard, the agricultural production in Australia has a direct impact on the import and food availability in Japan. After 2000, Australia experienced severe and prolonged droughts and climate variability, and the agricultural export of Australia has been in declining trend, which could pose serious threat to the food security in Japan. In this study, Australian agriculture is analyzed from the point of limited water resources with average annual rainfall of 472 mm. Agricultural sector is the biggest user of water in Australia, consuming about 65％ of available water. To overcome the variability of rainfall and water shortage, water market and trading was introduced in the 1980s, which has become very active in recent years. Conditions and impacts of water market and trading are analyzed to understand the future prospects of water and Australian agriculture.
  • 松野 裕; 八丁 信正
    Memoirs of the Faculty of Agriculture of Kinki University 近畿大学農学部 43 (43) 181 - 195 0453-8889 2010/03 [Refereed]
     
    Understanding of vegetation conditions is needed to establish an appropriate management and resource utilization system for satoyama （community forestry）. Vegetation condition was investigated at 100 sites of 100m^2 ［10 m × 10 m］ plot each in Nara Campus satoyama, focusing on the woody plant community from June through December of 2008. The spermatophytes and fernery plants were collected, and 153 species of woody plants and 123 species of herbaceous plants were identified. Among these, there were 164 species of medicinal plants and 23 species of naturalized plants, of which 15 were endangered species. The forest floor is dark without proper forest management and the diversity of vegetation is poor. Invasion by Phyllostachys pubescens, and Pinus densifora, and thick growth of Pleioblastus fortunei and vines as well as illegal disposal of garbage were observed. Moreover, 14 species of naturalized plants occupy the greening slope of the campus, with a relatively high. naturalization rate of 41.6％.Understanding the conditions of satoyama is one challenge,and managing it is another. Utilizing satoyama as a place for research and education will increase the opportunity for maintaining and managing it properly.
  • Impact of Irrigation Development Level on Dry-Season Rice Production -A Case in Southern Part of Lower Myanmar-
    松野 裕
    Journal of Development Studies 19 (2) 15 - 23 2009/03 [Refereed]
  • Monitoring and Management of Irrigation Water Quality in Japan
    MATSUNO Yutaka
    Extension Bulletin Food and Fertilizer Technology Center 610 1 - 12 2008/11 [Invited]
  • 中村 公人; 松野 裕; 増本 隆夫
    水土の知 : 農業農村工学会誌 : The Japanese Society of Irrigation, Drainage and Rural Engineering 76 (1) 65 - 68 1882-2770 2008/01
  • Yutaka Matsuno; Nobumasa Hatcho; Soji Shindo
    PADDY AND WATER ENVIRONMENT SPRINGER HEIDELBERG 5 (4) 239 - 246 1611-2490 2007/12 
    Agricultural water reorganization measures (AWRM) is an approach that has been adopted in Japan for more than 30 years to capture excess water from agriculture for other uses by relying on the modernization of existing irrigation infrastructures. This paper reviews the history and processes of four such permanent water transfers by AWRM in the Tone River Basin, specifically those conducted in the Saitama Prefecture, Japan. The benefit of AWRM for the agricultural sector is the lowering of rehabilitation costs by sharing part of it with the city sector. AWRM does not require saving water at the on-farm level. Instead, the labor requirement of farmers is reduced by the rehabilitation and installation of pipelines. The benefit to the city is the lower cost, when compared with costs for the development of new water resources, and the relatively short duration of the project, which are important factors in an environment of the rapid increase in domestic water demand.
  • Gilbert Levine; Chih-Hung Tan; Yutaka Matsuno; C. -C. Huang; Randolph Barker
    PADDY AND WATER ENVIRONMENT SPRINGER HEIDELBERG 4 (4) 245 - 250 1611-2490 2006/12 
    This paper presents protocols for estimating the magnitudes and monetary values of two non-market outputs from paddy rice production. The protocols were developed during a workshop held in Taiwan in 2004 to set guidelines or protocols for measuring the multi-functional attributes of positive and negative externalities of paddy rice. The externalities attributed to paddy rice include groundwater recharge, subsidence reduction, flood damage amelioration, change in water quality, change in air quality, and preservation of scenic value. Methodologies were set forth for measuring and valuing each of these externalities. Two that reflect differences in complexity - groundwater recharge and change in air quality - are discussed here. The protocols consider regional variation, the need for evaluation of net effects, and the avoidance of double counting. The conclusions presented are those from the workshop as a whole.
  • Y. Matsuno; K. Nakamura; T. Masumoto; H. Matsui; T. Kato; Y. Sato
    PADDY AND WATER ENVIRONMENT SPRINGER HEIDELBERG 4 (4) 189 - 197 1611-2490 2006/12 
    This paper presents a study carried out by a group of Japanese researchers to critically review past researches and discussions on the multifunctionality of paddy rice cultivation, with the aim of describing the current status of the subject and providing options and potentials for future research and practices. The review was of over 200 documented articles on the major external functions. The results of this study revealed that the importance of multifunctionality is well perceived in Japan. The methodologies to measure and estimate the magnitude have been established for most functions. However, there is a need for more cases, to integrate all the functions at the local or regional scale to represent site-specific characteristics of multifunctionality. There is also a need to develop management practices to sustain and enhance the positive multifunctionality of paddy rice cultivation while minimizing negative effects to the environment, which may be brought into the agricultural policies. Except for Korea, Taiwan, and Japan, there are slightly different notions on multifunctionality in other monsoon Asia countries, but the gap in this notion is reducing following recent international activities.
  • RL Shortt; E Boelee; Y Matsuno; C Madramootoo; W van der Hoek; G Faubert
    JOURNAL OF HEALTH POPULATION AND NUTRITION I C D D R B-CENTRE HEALTH POPULATION RESEARCH 24 (1) 64 - 70 1606-0997 2006/03 
    Four different water sources (irrigation canals, small reservoirs, shallow wells, and tubewells), used for domestic purposes, in an irrigated area in southern Sri Lanka, were tested for Giardia spp. cysts and Cryptosporidium spp. oocysts. Identification of these parasites in water sources is important as these are increasingly recognized as causative agents of waterborne diarrhoeal disease. All the four sources of water were contaminated with cysts and oocysts. The sources of surface-water contained a greater number of protozoa compared to tubewells and shallow wells (p < 0.05). The results indicate a reduction of high parasite loads by natural filtration as the water moves from canals to shallow wells through the soil profile. This could present an opportunity to reduce the burden of diarrhoeal disease due to protozoa by selecting an appropriate source of drinking-water and identifying those water sources that require treatment solutions.
  • MATSUNO Yutaka; HATCHO Nobumasa; IESHIMA Akiyoshi; SHINOGI Yoshiyuki
    Environmental science 環境科学会 19 (6) 495 - 506 0915-0048 2006
  • Human impacts and the status of water quality in the Bundala RAMSAR wetland lagoon system in southern Sri Lanka
    S.C.Piyankarage; A.P.Mallawatantri; Y.Matsuno; K.A.S. Pathiratne
    Wetland Ecology and Management 12 473 - 482 2004
  • R Shortt; E Boelee; Y Matsuno; G Faubert; C Madramootoo; W Van der Hoek
    IRRIGATION AND DRAINAGE JOHN WILEY & SONS LTD 52 (2) 133 - 146 1531-0353 2003/06 
    In many developing countries a close linkage exists between drinking and irrigation water; however, the effects of irrigation management on drinking water availability and quality, and what drinking water supplies are best suited to irrigated areas, have been little studied. Bacterial contamination and salinity of drinking water sources in a community within the Uda Walawe irrigation system of southern Sri Lanka were monitored from August to December 2000. Water with the lowest combination of faecal contamination and salt content (highest quality) was found in shallow wells, recharged with seepage water from the irrigation system. Of these wells, those surrounded by a protective wall had the lowest levels of thermotolerant coliforms (median of 244 ThCU 100 ml(-1)) as compared to shallow wells without protective walls (549 ThCU 100 ml(-1)). Furthermore, tube well waters were highly saline (average of 0.67 mS cm(-1)), while canal and reservoir waters had high thermotolerant coliform levels (3940 and 950 ThCU 100 ml(-1)). Interseasonal canal closures eliminate the canals as a water source, lowering water levels in shallow wells, and thus reducing regional water availability. Concrete lining of canals may exacerbate the drying up of shallow wells during canal closure, therefore eliminating the primary source of water in the region that can be used for drinking after only simple treatment. Copyright (C) 2002 John Wiley Sons, Ltd.
  • Use of Untreated Waste water in Peri-Urban Agriculture in Pakistan : Risk and Opportunities
    IWMI Research Report 64 2002
  • Accounting of Agricultural and Nonagricultural Impacts of Irrigation and Drainage Systems
    IWMI Working Paper 43 2002
  • A framework for valuing ecological services of irrigation water : A case of an irrigation-wetland system in Sri Lanka
    Irrigation and Drainage Systems (00) 17  2001
  • Irrigation and Drainage Systems 15, 117-128 2001
  • Assessment of Performance and Impact of Irrigation and Water Resources Systems in Taiwan and Sri Lanka
    IWMI Working Paper 31 2001
  • Impact of irrigation on an aquatic ecosystem
    International Journal of Ecology and Environmental Science (26) 10  2000
  • Water Resources Development 15 (1&2) 12  1999

Books etc

  • 飯田, 俊彰; 加藤, 亮 (編) (世界の農業水利（第2章3）)文永堂出版 2021/04 9784830041365 xx, 321p
  • 農地環境工学 第２版
    松野 裕 (Joint work乾燥地、開発地域の農業開発(第10章))文英堂出版 2016/10 9784830041327 312 288-295

Conference Activities & Talks

  • ESTIMATION OF THE FUNCTION OF PADDY FIELD FOR REDUCTION OF FLOOD RISK  [Invited]
    Tsumugu Kusudo; Atsushi Yamamoto; Masaomi Kimura; Yutaka Matsuno
    e-Conference on “Water Source Sustainability” organized by IWRS and DWRDM  2021/06
  • 中山間地域の農業をもっと便利に〜スマート農業事例のご紹介〜  [Invited]
    松野 裕
    奈良県大和高原農業経営セミナー  2021/02
  • 先端技術導入による中山間地域の特産品スマート化への展望  [Invited]
    松野 裕
    カキのスマート農業講演会  2020/11
  • 奈良における柿生産へのスマート技術導入の取り組み  [Invited]
    松野 裕
    愛知県スマート農業研修会  2020/11
  • Encoder-Decoder LSTM によるため池⽔位予測モデルの構築  [Not invited]
    楠堂 紡; 林 大輔; 松浦大輝; 山本純之; 木村匡臣; 松野 裕
    令和2年度農業農村工学会応用水理研究部会講演会  2020/11
  • 先端技術を用いた農業土木の展開  [Invited]
    松野 裕
    農業土木技術研修会  2020/10
  • 無料クラウドサービスを活用した溜池監視システムの開発
    松浦 大輝; 楠堂 紡; 山本 純之; 木村 匡臣; 松野 裕
    第69回農業農村工学会大会講演会  2020/08
  • 中山間地域におけるスマート農業の展開 -奈良県のカキ栽培でのアシストスーツ導入例-  [Not invited]
    山本 純之; 浅田 圭介; 松浦 大輝; 楠堂 紡; 木村 匡臣; 松野 裕
    第69回農業農村工学会大会講演会  2020/08
  • 長短期記憶（LSTM）を用いた溜池水位予測モデルの構築と最適化  [Not invited]
    楠堂 紡; 林 大輔; 松浦大輝; 山本純之; 木村匡臣; 松野 裕
    第69回農業農村工学会講演会  2020/08
  • 中山間地域におけるスマート農業の展開-奈良県のカキ栽培でのアシストスーツ導入例-  [Not invited]
    山本純之; 浅田圭介; 松浦大輝; 楠堂 紡; 木村匡臣; 松野 裕
    2020/08
  • 画像判定AIを活用したカキの経時的成熟度 -総合的なカキ栽培管理への応用-  [Not invited]
    山本 純之; 篠田 真; 楠堂 紡; 木村 匡臣; 松野 裕
    園芸学会令和3年度春季大会  2020/03
  • 奈良県五條吉野地域のカキ生産におけるスマート農機導入の効果  [Not invited]
    山本 純之; 松浦 大輝; 松野 裕; 八丁 信正
    園芸学会令和二年度春季大会  2020/03
  • Real Time Monitoring of Small Reservoir Hydrology Using ICT and Application of Deep Learning for Prediction of Water Level  [Invited]
    Y. Matsuno
    Roorkee Water Conclave 2020  2020/02
  • AIを活用したカキ成熟度の経時的判定システム -総合的なカキ栽培システムの開発-  [Not invited]
    山本純之; 篠田 真; 楠堂 紡; 松浦大輝; 木村匡臣; 松野 裕
    第77回 農業農村工学会京都支部研究発表会  2020/02
  • 先端技術を用いた農業・農村の展開  [Invited]
    松野 裕
    近畿農業土木技術士会技術講演会  2019/11
  • 奈良県五條吉野地域におけるスマート技術導入によるカキ生産の省力化  [Not invited]
    山本 純之; 松浦 大輝; 松野 裕; 八丁信正
    第76回農業農村工学会京都支部研究発表会  2019/11
  • TECHNOLOGY TRANSFER AND WATER SUSTAINABILITY - EXPERIENCES OF JAPAN
    Hatcho, N; Y. Matsuno
    3rd World Irrigation Forum  2019/09
  • Application of Deep Learning Technique for the Development of a Water Management Tool for Small Irrigation Reservoir  [Not invited]
    Hayashi D; T. Kusudo; Y. Matsuno; D. Matsuura; N. Hatcho
    3rd World Irrigation Water Forum,  2019/09
  • Prediction and Assessment of Water Quality in Agricultural Ponds of Nara Prefecture, Japan  [Not invited]
    MATSUNO Yutaka
    The 15th PAWEES Conference of Sustainable Paddy Water Management in Water-Energy-Food NEXUS  2016/10
  • Assessment of Agricultural Pond in Nara, Japan for Environmental Conservation-A Case Study of Kaerumataike Pond-  [Not invited]
    T. Tertani; Y.Matsuno; N.Hatcho
    PAWEES2014 International Conference  2015/10
  • ため池の水質予測に関する研究- 奈良市蛙股池を対象として -  [Not invited]
    寺谷 卓真; 松野 裕; 八丁信正
    平成26年度農業農村工学会大会  2015/08
  • Assessment and Optimization of the Flood Prevention of Paddy Field in Nara, Japan,  [Invited]
    MATSUNO Yutaka
    PAWEES-INWEPF Joint International Conference 2015  2015/08
  • 奈良市内における農業用ため池の水質と管理選択  [Not invited]
    岩永亮一; 松野 裕; 八丁信正
    平成25年度農業農村工学会大会  2013/09
  • Evolution of irrigated agriculture and its prospects in Myanmar  [Invited]
    N. Hatcho; Y. Matsuno; Maung Maung Naing
    成25年度農業農村工学会大会  2013/09
  • Characteristics of Drainage Water Quality and Loading from Paddy Field under Cyclic Irrigation and Its Management Options  [Not invited]
    Kurihara, K; Y Matsuno; N. Hatcho; H. Horino
    PAWEES 2012 International Conference on Challenges of Water & Environmental Management in Monsoon Asia  2012/11
  • Assessment of Farmer Participation in Irrigation Management for Paddy Irrigation Development in Myanmar  [Not invited]
    Naing, M.M; Z. M. Htut; Y. Matsuno; H. Horino
    PAWEES 2012 International Conference on Challenges of Water &Environmental Management in Monsoon Asia  2012/11
  • 水路に堆積したヘドロを活用したブルーベリー栽培  [Not invited]
    橋本 舞; 河内 香織; 松野 裕; 八丁 信正
    第68回農業農村工学会 京都支部研究発表会  2011/11
  • Effect of Cyclic Irrigation on Reduction of Nitrogen and Phosphorus Loadings  [Not invited]
    K. Fujii; K. Kurihara; Y. Matsuno; N. Hatcho
    International Conference of Paddy, Water and Environment Engineering  2011/10
  • 循環灌漑区における窒素・リン負荷量削減効果の検証  [Not invited]
    栗原 和幸; 藤井 健嗣; 松野 裕; 八丁 信正
    平成２３年度農業農村工学会大会講演会  2011/08
  • ベトナム紅河デルタ地域における農地レベルの窒素循環  [Not invited]
    八丁 信正; 松野 裕; 古根川 浩之
    平成２３年度農業農村工学会大会講演会  2011/08

Works

  • Waste water reuse for irrigation
    2001
  • Impact of Agricultural Drainage on Ecosystem
    2000
  • Multiple use of irrigation water
    2000
  • ため池の水環境
    松野 裕 Others
  • 途上国の農業と水問題
    松野 裕 Others
  • 農業用排水の生態系への影響
  • かんがい用排水の多目的利用
  • 廃水のかんがい利用

MISC

Awards & Honors

  • 2021/08 農業農村工学会 国際賞
  • 2021/04 全国農村振興技術連盟 優秀報文賞
  • 2011/11 Committe of the International Conferencec on the Role of Agriculture and Natural Resources on Global Change Best Presentation Award
     Preformance of constructed wetland for nurient removal of agricultural drainage
  • 2004/10 International Soociety of Paddy and Water Environment Engineering Paper Award
     
    受賞者: MATSUNO Yutaka

Research Grants & Projects

  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research
    Date (from‐to) : 2021/04 -2024/03 
    Author : 木村 匡臣; 松野 裕; 皆川 裕樹
     
    水田用IoT水門を設置した調査対象水田圃場において、水門開閉の操作と、田面水温・地温分布等の温度環境の変化を計測し、モデル検証のためのデータを収集した。日射、気温、湿度、風速等の基礎的な気象データを観測するとともに、IoT水門の開度データおよび用水路水位から水田内への取水流量を換算し、自記式水位・温度計にて水田内の湛水深、田面水温・地温の分布を連続測定するほか、プラント・キャノピー・アナライザーを用いて定期的に葉面積指数（LAI）の計測を実施した。 田面水の平面2次元流シミュレーションについては、稲株の周囲を流れる田面水の流れ場を計算可能な流体解析シミュレーションモデルを、微細計算格子に基づく有限体積法を用いて構築し、任意の湛水深、流速、稲株の太さ、稲株配置の間隔に応じて計算を行うことにより、さまざまな条件下における稲株群による流れへの抵抗をモデル化した。この結果を用いて、田面水が水田内のどの場所をどの程度の速度で流れるかをシミュレートする、田面水の平面2次元流数値計算モデルを構築した。 水田内の熱収支シミュレーションについては、物理則に基づく既存のアプローチのほか、機械学習（LSTM: Long Short-Term Memory）を適用した手法、物理則と機械学習を融合した手法（PGNN: Physics-Guided Neural Networks）についてもモデルを構築し、それらの性能を比較検証した。
  • スマート農業技術の開発・実証プロジェクト
    農研機構：
    Date (from‐to) : 2019/04 -2021/03 
    Author : 松野 裕・山本純之
  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research
    Date (from‐to) : 2011/11 -2014/03 
    Author : HORINO Haruhiko; MATSUNO Yutaka; NAKAMURA Kimihito; NAKAGIRI Takao; SAKURAI Shinji; HAMA Takehide
     
    Recycle of drainage water from paddies, which is referred to as circulating irrigation, is important for environment conservation in terms of effective water use and reduction of loads. The effects of circulating irrigation on annual effluent loads from the paddies were evaluated in the circulating and non-circulating irrigation paddies along Lake Biwa. As a result, in the circulating irrigation paddies, the reduction of effluent loads during the irrigation periods except the flood events was expected to be increased with the ratio of the reused drainage to the total irrigation water. However, such loads reduction cannot necessarily contribute to the environmental conservation up to the full potential, since the temporal increase of effluent loads during the times of flooding was inevitable and the substances brought back to the paddies were released in the non-irrigation periods.
  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research
    Date (from‐to) : 2011/04 -2014/03 
    Author : MATSUNO Yutaka; HORINO Haruhiko; HATCHO Nobumasa
     
    The purpose of the study was to develop an irrigation management strategy in Myanmar through assessing the selected irrigation system in a typical rice growing area of the country. The study area was selected in the lower Myanmar. During the study, the hydrological information was monitored in the study area, and the information on agricultural and irrigation practices was collected by the interview with farmers and government officials. The result of the study showed that the water supply was sufficient to meet the demand, but there is a lack of flexibility in water delivery. The outcome of the study implies the importance of institutional development in water management at both system and farm levels and capacity building of water users groups to promote farmer's participation in addition to the infrastructural development, particularly at the farm level.
  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research
    Date (from‐to) : 2008 -2010 
    Author : HATCHO Nobumasa; SHINOGI Yoshiyuki; MATSUNO Yutaka; OCHI Shiro
     
    Based on the field study and research at three countries in Japan (Nishinoko basin, Biwa lake area and Kinki University campus field), Hanoi suburb in Vietnam, and Chiang Mai suburb in Thailand, the model for material cycling was established. Utilizing this model, sustainable farming practices for each site and the mechanism for better manifestation of multifunctional roles were identified. Outcomes of the study was widely publicized at the International Workshop on "Material Cycling for Sustainable Agriculture" at the occasion of the 2010 International Conference of the International Society of Paddy, Water and Environment held in Korea in October 2010.
  • Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research
    Date (from‐to) : 2007 -2009 
    Author : MATSUNO Yutaka; HORINO Haruhiko; HATCHO Nobumasa
     
    The purpose of the study is to assess impacts of on-farm level irrigation infrastructural development on dry season rice production and water management in irrigated areas of Myanmar. Results showed the effectiveness of the development for increasing rice productivity and irrigated area that also lead to enhancing farmers' participation for the operation and maintenance. The study also resulted in identifying issues in infrastructural development and water management in developing countries of the monsoon Asia.
  • 途上国での灌漑管理
    Date (from‐to) : 2001
  • 廃水のかんがい利用
    国際研究協力
    Date (from‐to) : 2001
  • Waste water reuse for irrigation
    International Collaboration
    Date (from‐to) : 2001
  • 流域内での水管理
    国際研究協力
    Date (from‐to) : 2000
  • Water management at basin level
    International Collaboration
    Date (from‐to) : 2000
  • 途上国での農業開発
    農林水産業特別試験研究費補助金
    Date (from‐to) : 1996
  • Agricultural development in developing countries
    0064 (Japanese Only)
    Date (from‐to) : 1996
  • 農業・農村開発
  • water management
  • Agricultural development

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