College of Agriculture,Food and Environment Sciences, Department of Environmental and Symbiotic Science
星野仏方 ホシノ ブホウ
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Website：https://scholar.google.co.jp/citations?user=ZtsNTgEAAAAJ&hl=jaLast Update :2025/01/29Researcher Profile and Settings
Name
HOSHINO Buho
Affiliation (Master)
College of Agriculture,Food and Environment Sciences, Department of Environmental and Symbiotic Science
Education
1992 09 - 1995 07 , Doctor of Science, Chinese Academy of Sciences, The Institute of Geographic Sciences and Natural Resources Research (IGSNRR), State Key Laboratory of Resources and Environmental Information System 1987 09 - 1990 07 , Northeast Normal University, The School of Geography, Graduate School of Geography 1982 09 - 1987 07 , Inner Mongol Normal University, The School of Geography, Department of Geography
Association Memberships
Full Membership of Sigma Xi, The Scientific Research Honor Society, USA THE ASSOCIATION FOR KYOSEI STUDIES International Biogeography Society、IBS 日本リモートセンシング学会 日本沙漠学会 IEEE IGARSS アメリカ宇宙学会(COSPAR) American Association for the Advancement of Science; AAAS
Committee Memberships
2023 01 , The Japanese Association for Arid Land Studies., Trustees
Research Activities
Research Areas
Environmental science/Agricultural science, Biological resource conservation, Remote Sensing Humanities & social sciences, Geography, GIS Environmental science/Agricultural science, Social-ecological systems, Asian Dust Storm, Pasture degradation Humanities & social sciences, Local studies, Rangeland studies
Research Interests
Qinghai-Tibetan Plateau, Habitat Modeling, Wildlife conservation and management, Lasiopodomys brandtii radde, heterogenecity, mammalian, QingZang Railway (Qinghai-Tibetan Railway), Seasonal migration, Wildlife, satellite tracking, ココシリ保護区, チベット横断鉄道, チベットカモシカ, チルー(Pantholops hodgsonii), 青海-チベット鉄道, アルゴスシステム(Argos System), チルー, ARGOS追跡, 哺乳類, Habitat fragmentation, ARGOS衛星追跡, 乾燥地, 生態学, 植物, 国際情報交換, 環境分析, クチジロジカ, アフリカ, 動物追跡, 植林, 砂漠化, 変化の抽出, 土地利用・土地被覆, リモートセンシング, 資源保全,
Published Papers
The Impact of COVID-19 on Mongolian Nomadic Society, Chihiro Hazama; Kurt Ackermann; Narangerel Naranpurev; Chifumi Ono; Uuganbayar Ganbold; Takahiro Ozaki; Buho Hoshinno; Myagmartseren Purevtseren, Geographical Issues, Mongolian National University, 24, (2) 64 - 70, 2024 11 Causal relationship between seasonal variation in surface roughness and dust and sandstorm occurrence in arid and semi-arid Mongolia, Tian Ying; Katsuro Hagiwara; Buho Hoshino, E3S Web of Conferences Proceeding, EDP Sciences, 575, (1) 01014 - 01014, 2024 10 11 Net primary productivity of Betula platyphylla woodland and the response of current-year shoots to vegetation degradation in Mongolian forest steppe, Demidkhorloo Bayarsaikhan; Buho Hoshino; Takashi S. Kohyama; Shin-ichiro Aiba, Journal of Asia-Pacific Biodiversity, 17, (4) , 2024 09 Seasonal Dynamics of the Land-Surface Characteristics in Arid Regions Retrieved by Optical and Microwave Satellite Data, Ying Tian; Kurt Ackermann; Christopher McCarthy; Troy Sternberg; Myagmartseren Purevtseren; Che Limuge; Katsuro Hagiwara; Kenta Ogaw; Satoru Hobara; Buho Hoshino, Remote Sensing, 16, (3143) 1 - 22, 2024 08 The forgotten middle Silk Road: Historical caravan route geographies between Mongolia and Tibet, Christopher McCarthy; Yuki Konagaya; Troy Sternberg; Erdenebuyan Enkhjargal; Buho Hoshino, Journal of Historical Geography, Elsevier BV, 83, (1) 163 - 175, 2024 03 Detection of Vertical Ground Deformation Caused by the 2018 Hokkaido Eastern Iburi Earthquake Using Sentinel1 DInSAR Data, Yotaro Yoshine; Christopher McCarthy; Buho Hoshino, IGARSS 2023 - 2023 IEEE International Geoscience and Remote Sensing Symposium, IEEE, 2485 - 2488, 2023 07 16 Can Drones Help Smallholder Farmers Improve Agriculture Efficiencies and Reduce Food Insecurity in Sub-Saharan Africa? Local Perceptions from Malawi, Christopher McCarthy; Yamikani Nyoni; Daud Jones Kachamba; Lumbani Benedicto Banda; Boyson Moyo; Cornelius Chisambi; James Banfill; Buho Hoshino, Agriculture, MDPI AG, 13, (5) 1075 - 1075, 2023 05 17 Impact of settlement-type grazing on rangeland vegetation in the Inner Mongolia autonomous region: A field verification of case study through a grazing experiment, Tian Ying; Hai Rihan; Yong Hai; Myagmartseren Purevtseren; Buho Hoshino, Agricultural Biological Research, Agricultural and Biological Research, 39, (3) 537 - 546, 2023 03 SUSTAINABLE LAND MANAGEMENT IN CORN FARMLAND, SOUTHEAST KAZAKHSTAN: REPORT FROM KAZAKHSTAN AND CHINA BORDER, Fuki Yagi; Maira Kussainova; Buho Hoshino, Central Asia's Affairs, Kazakhstan Institute for Strategic Studies Under the President of The Republic of Kazakhstan, 88, (4) 23 - 34, 2022 12 15 The impact of China’s Belt and Road Initiative on change and losing of Central Asian oases agricultural land, Kazuki SENO; Christopher MCCARTHY; Maira KUSSAINOVA; Sabir NURTAZIN; Mikoto KANEKO; Nobutake NAKATANI; Satoru HOBARA; James BANFILL; Buho HOSHINO, Journal of Arid Land Studies, 32, (S) 53 - 60, 2022 12 Preserving the Gobi: Identifying Potential UNESCO World Heritage in Mongolia’s Gobi Desert, Christopher McCarthy; Troy Sternberg; Buho Hoshino; James Banfill; Erdenebuyan Enkhjargal; Yuki Konagaya; Simon Phillips, Journal of Asia-Pacific Biodiversity, Elsevier BV, 2022, (6) 1 - 61, 2022 09 Remote Sensing Approach for the Appearance and Disappearance of Oasis Farmland in Kazakhstan, Buho Hoshino, Kazuki Seno, Maira Kussainova, Nobutake Nakatani, Satoru Hobara, IGARSS 2022 - 2022 IEEE International Geoscience and Remote Sensing Symposium, IEEE, 2022, (1) 3668 - 3671, 2022 07 17 Bacterial Characteristics of Dust Particle Saltation in Gobi Dust Sites, Mongolia, Katsuro Hagiwara; Tamaki Matsumoto; Purevsuren Tsedendamba; Kenji Baba; Buho Hoshino, Atmosphere, MDPI AG, 12, (11) 1456 - 1456, 2021 11 03 MICROTOPOGRAPHICAL CHARACTERISTICS OF FOREST DIEBACK IN A SEMI-ARID REGION RETRIEVED FROM GROUND AND SATELLITE DATA, Buho Hoshino; Daishi Matsukawa; Takashi Sasamura; Tserendulam Tserenochir; Uuganbayar Ganbold; Christopher McCarthy; Masami Kaneko; Atsuko Sugimoto, IEEE Xplore, 2021, (1) 6735 - 6738, 2021 07 National Parks, Protected Areas and Biodiversity Conservation in North Korea: Opportunities for International Collaboration, Christopher McCarthy; James Banfill; Buho Hoshino, Journal of Asia-Pacific Biodiversity (Elsevier), Elsevier BV, 2021, (3) 1 - 25, 2021 06 Spatial distribution pattern of dryland plants : turing pattern in water limited conditions, Keita Shima; Buho Hoshino; Ying Tian; Zoljargal E; Saixialt Bao; Yintay Na; Myagmarjav; Myagmartseren P, Mongolian Journal of Agriculture Sciences, 28, (3) 48 - 55, 2020 09 03 Does China’s Belt and Road Initiative Threaten Food Security in Central Asia?, Troy Sternberg; Chris McCarthy; Buho Hoshino, Water, 12, (10) 1 - 17, 2020 09 REMOTELY SENSED METHOD FOR DETECTION OF SPATIAL DISTRIBUTION PATTERN OF DRYLAND PLANTS IN WATER LIMITED ECOSYSTEM, Buho Hoshino; Ying Tian; Keita Shima; Su Riga; Zoljarga Enkhtuvshin; Christopher McCarthy, IEEE Xplore, 2020, (1) 2799 - 2802, 2020 09 Distribution of Viable Bacteria in the Dust-Generating Natural Source Area of the Gobi Region, Mongolia, Katsuro Hagiwara; Tamaki Matsumoto; Purevsuren Tsedendamba; Kenji Baba; Buho Hoshino, Atmosphere, MDPI AG, 11, (9) 893 - 893, 2020 08 24 Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda; Sota Tomizawa; Buho Hoshino; Erdenebadrakh Munkhjargal; Kei Kawai; Kenji Kai, EDP Sciences, EDP Sciences, 99, (01011) 1 - 4, 2019 06 Imaging of micro-organisms on topsoil particles collected from different landscape in the Gobi Desert, Morine Kuribayashi; Keiichi Kawano; Yuta Demura; Kenji Baba; Yuki Sofue; Purevsuren Tsedendamba; Tamaki Matsumoto; Katsuro Hagiwara; Olaf Karthaus; Kenji Kai; Buho Hoshino, EDP Sciences, EDP Sciences, 99, (01011) 1 - 4, 2019 06 Northeast Asian Dust Transport: A Case Study of a Dust Storm Event from 28 March to 2 April 2012, Purevsuren Tsedendamba; Jugder Dulam; Kenji BABA; KATSURO Hagiwara; Jun Noda; Kei Kawai; Ganzorig Sumiya; Christopher McCarthy; Kenji Kai; Buho Hoshino, Atmosphere, 10, (69) 1 - 16, 2019 02 Railway underpass location affects migration distance in Tibetan antelope (Pantholops hodgsonii), Wenjing Xu; Qiongyu Huang; Jared Stabach; Hoshino Buho; Peter Leimgruber, Plos One, 14, (2) 1 - 13, 2019 02 Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, Buho HOSHINO; Yuki SOFUE; Yuta DEMURA; Tsedendamba PUREVSUREN; Morine KURIBAYASHI; Kenji BABA; Enkhtuvshin ZOLJARGAL; Katsuro HAGIWARA; Jun NODA; Keiichi KAWANO; Olaf KARTHAUS; Kenji KAI, Journal of Arid Land Studies, 28, (S) 109 - 113, 2018 12 Effects of Different Grazing Systems on Aboveground Biomass and Plant Species Dominance in Typical Chinese and Mongolian Steppes, Na, Y; Li, J; Hoshino, B; Bao, S; Qin, F, Sustainability, 10, (12) 1 - 14, 2018 12 Assessing Local Indigenous Knowledge and Information Sources on Biodiversity, Conservation and Protected Area Management at Khuvsgol Lake National Park, Mongolia, Christopher McCarthy; Hitoshi Shinjo; Buho Hoshino; Erdenebuyan Enkhjargal, Land, 7, (4) 1 - 11, 2018 10 Studies on the Forest Dieback Phenomenon in a Semi-Arid Region Using Remotely Sensed Data, Buho Hoshino; Takashi Sasamura; Atsuko Sugimoto; Tserenochir Tserendulam; Uuganbayar Ganbold; Christopher McCarthy; Masami Kaneko, IEEE Explore, 2018, (18244275) 1 - 4, 2018 07 A Helminthological Record on Free-Ranging Pikas and Rodents Collected from Tibetan Plateau, China: Preliminary Results, Khaliunaa Tsevegmid; Masaharu Motokawa; Hongfeng Zhang; Junfeng Pei; Masakazu Asahara; Wei-Jan Wen; Chuguang Liu; Halik Mahmut; Xiaomin Wu; Buho Hoshino; Mitsuhiko Asakawa, Annals of Clinical Cytology and Pathology, 4, (4) 1 - 4, 2018 06 Challenges for sustainable use of the fish resources from Lake Balkhash, a fragile lake in an arid ecosystem, Steven G. Pueppke; Margulan K. Iklasov; Volker Beckmann; Sabir T. Nurtazin; Niels Thevs; Sayat Sharakhmetov; Buho Hoshino, Sustainability (Switzerland), MDPI AG, 10, (4) 1 - 15, 2018 04 18 Satellite Monitoring of Vegetation Response to Precipitation and Dust Storm Outbreaks in Gobi Desert Regions, Yuki Sofue; Buho Hoshino; Yuta Demura; Kenji Kai; Kenji Baba; Eunice Nduati; Akihiko Kondoh; Troy Sternberg, LAND, MDPI, 7, (1) 1 - 13, 2018 03 The Effects of grazing systems on plant communities in steppe Lands-A case study from Mongolia's pastoralists and Inner Mongolian settlement areas, Yintai Na; Saixiyalt Bao; Kanji Hashimoto; Christopher McCarthy; Buho Hoshino, Land, MDPI AG, 7, (1) 1 - 10, 2018 03 01 Movements of dams milked for fermented horse milk production in Mongolia, Tserenpurev Bat-Oyun; Takehiko Y Ito; Yadamjav Purevdorj; Masato Shinoda; Satomi Ishii; Hoshino Buho; Yuki Morinaga, Animal Science Journal, Blackwell Publishing, 89, (1) 219 - 226, 2018 01 01 Population changes behind grassland degradation in Horqin region of Inner Mongolia, China, Na, Buho Hoshino; Shin'ya Kawamura; Tsedevdorj Serod, Research of One Health, 2018, (1) 1 - 17, 2018 01 Movements of dams milked for fermented horse milk production in Mongolia, Tserenpurev Bat-Oyun; Takehiko Y Ito; Yadamjav Purevdorj; Masato Shinoda; Satomi Ishii; Hoshino Buho; Yuki Morinaga, Animal Science Journal, Blackwell Publishing, 89, (1) 219 - 226, 2018 01 01 Determining the frequency of dry lake bed formation in semi-arid Mongolia from satellite data, Yuta Demura; Buho Hoshino; Kenji Baba; Christopher McCarthy; Yuki Sofue; Kenji Kai; Tsedendamba Purevsuren; Katsuro Hagiwara; Jun Noda, Land, MDPI AG, 6, (4) 1 - 9, 2017 12 01 Problems in the Protection of Reintroduced Przewalski's Horses (Equus ferus przewalskii) Caused by Piroplasmosis., Munkhbat Tarav; Makoto Tokunaga; Tatsunari Kondo; Yuko Kato-Mori; Buho Hoshino; Usukhjargal Dorj; Katsuro Hagiwara, Journal of wildlife diseases, 53, (4) 911 - 915, 2017 10 The ‘New Agricultural Land Reclamation’ Current Situation and Topic Regarding Inner Mongolia Semi-Farming Semi-Animal Husbandry - A Case Study of Village Level in Chifeng City -, YONG-HAI, Buho HOSHINO; SURIGA; Takashi SASAMURA; Kazuki UMEGAKI; NAYINTAI, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 27, (1) 9 - 16, 2017 08 Properties and seasonal variation of milk produced by One-humped Camels (camelus dromedarius) and Two-humped camels (C. bactrianus) in Republic of Kazakhstan, Properties and seasonal; variation of milk; produced by One-humped Camels; camelus dromedarius; Two-humped camels; C. bactrianus; in Republic of Kazakhstan, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 26, (4) 219 - 222, 2017 03 The Interactions Between Precipitation, Vegetation and Dust Emission Over Semi-Arid Mongolia, Yuki Sofue; Buho Hoshino; Yuta Demura; Eunice Nduati; Akihiko Kondoh, Atmospheric Chemistry and Physics Discussion (ACPD), Copernicus GmbH, 2017 03 A New Methodology for the Evaluation of Ecological Characteristic of the Camel - A case Study of Climate Change and Breeding of Camel -, Buho Hoshino, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 26, (4) 203 - 207, 2017 03 Remote sensing methodology for detection of environmental regime shifts in semi-arid region., Yuki Sofue; Buho Hoshino; Eunice Nduati; Akihiko Kondoh; Kenji Kai; Ts. Purevsuren; Kenji Baba, IEEE IGARSS 2017, IEEE, 2017, (1) 5113 - 5116, 2017 Seasonal migration and home ranges of Tibetan antelopes (Pantholops hodgsonii) based on satellite tracking, Karina Manayeva; Buho Hoshino; Hiromasa Igota; Takashi Nakazawa; Ganzorig Sumiya, International Journal of Zoological Research, Asian Network for Scientific Information, 13, (1) 26 - 37, 2016 12 15 Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Kai; Ts. Purevsuren; Kenji Baba; Jun Noda, ProScience, 3, (1) 21 - 30, 2016 12 Atmospheric black carbon and its role, Yasunari, T. J; N. Kaneyasu; A. Noda; B. Hoshino; I. Noguchi; N. Murao; M. Akiyama; M. Fujioka; K. Baba; K. Hagiwara; K. Kai; T. Yamaguchi; H. Suzuki; R. Matsumoto, Saihyou, 62, 3 - 42, 2016 Understating Dilemma and Sophism of Prosopis juliflora Eradication in Sudan, Mahgoub Suliman; Hiroshi Nawata; Buho Hoshino; Ismail Mohamed Fangama, International Journal of Current Microbiology and Applied Sciences, 4, (8) 10 - 16, 2015 08 Features of Ecological Restoration and Poverty Measures in "Semi-Farming Semi-Animal Husbandary Region of Inner Mongolia and Their Impacts on Inhabitants, Yong-Hai; Suriga; Riku Mizosugi; Yuta Demura; Yuki Sofue; Buho Hoshino, Kyosei Studies, 9, (1) 171 - 190, 2015 05 Society System Changed from Traditional Nomadic to Modern Settlement in Pastoral Region of Mongolia and its Impact on Japan, Buho Hoshino; Suriga; Yuki Sofue; Yuta Demura; Tsedendamba PUREVSUREN, Ei-kair, Kyosei Studies, 9, (1) 1 - 27, 2015 05 Evaluation of the Effect of a Rain Pulse on the Initial Growth of Prosopis Seedlings, Kiyotsugu Yoda; Wataru Tsuji; Tomoe Inoue; Tadaomi Saito; Mohamed A. M. Abd Elbasit; Ahmed M. Eldoma; Magzoub K. Magzoub; Buho Hoshino; Hiroshi Nawata; Hiroshi Yasuda, ARID LAND RESEARCH AND MANAGEMENT, TAYLOR & FRANCIS INC, 29, (2) 210 - 221, 2015 04 Designing and implementing a technical training course on forest remote sensing to promote REDD+ A case study at Rakuno Gakuen University, YOSHIMURA; Nobuhiko HINO; Takafumi KANEKO; Masami HOSHINO; Buho OGAWA, Kenta, Journal of Rakuno Gakuen University, 40, (1) 35 - 45, 2015 03 A Study on the Occurrence Tendency of the Dust Storm Using Vegetation Conditions and Frequency of Strong Winds in Gobi Desert, Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Baba, Journal of Arid Land Studies, 日本沙漠学会, 24, (3) 359 - 365, 2015 03 Mare's milk and kumys, S.Nurtazin; S Ishii; B Hoshino, KazNU Bulletin, 43, (1) 123 - 131, 2015 Estimates of critical ground surface condition for Asian dust storm outbreak in Gobi desert region based on remotely sensed data., Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Kai; Ts. Purevsuren; Kenji Baba; Jan-Chang Chen; Kaori Mori, IEEE Xplore, IEEE, 2015, (1) 870 - 873, 2015 Habitat selection and ecosystem resilience role of Microtus brandti voles in degraded pasture in Mongolia, B. Hoshino; S. Ganzorig; K. Umegaki; S. T. Nurtazin, CEBE, 14, (16) 14 - 17, 2014 12 Comparative characteristics of the home ranges of domestic and wild animals in arid and sub-arid Afro-Eurasia, and watering places as hot spot for the pasture degradation, Hoshino BUHO; Hiroshi NAWATA; Kenji KAI; Hiroshi YASUDA; Kenji BABA; Sumiya GANZORIG; SURIGA; Manayeva KARINA; Tsedendamba PUREVSUREN; Miki HASHIMOTO; Kenji KAWASHIMA; Jun NODA; Katsuro HAGIWARA; Yuka SHIBATA, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 51 - 56, 2014 06 Grazing behavior of livestock in settled and nomadic herders households in Mongolian plateau, Suriga, Miki; Hashimoto; Buho Hoshino; Sumiya Ganzorig; Saixialt; Yong Hai; Karina Manayeva; Tsedendamba Purevsuren, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 184 - 189, 2014 06 Studies on long-term changes in herders household and land use in Inner Mongolia, China, Yong Hai; Buho Hoshino (corresponding; Sumiya Ganzorig; Suriga; Tsedendamba Purevsuren; Manayeva Karina, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 191 - 194, 2014 06 Forest disturbance leads to the rapid spread of the invasive Leucaena leucocephala in Taiwan, CHEN Jan Chang; HOSHINO Buho; JUMP Alistair S.; KANEKO Masami; CHEN Chaur Tzuhn, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 38, (2) 101 - 109, 2014 04 Census of vegetation andenvironmental change in alpine zones using spatial information, Masami Kaneko; Buho Hoshino; Yukihiro Amagai, Global Environmental Research, 国際環境研究協会, 19, (1) 13 - 21, 2014 03 Study on production and properties of kumiss of herders in Mongolian dry steppe, Satomi ISHII; Buho HOSHINO; Hiroki KOMIYAMA; Aritune UEHARA; Sabyr NURTAZIN, Jounal of Arid land studies, 24, (1) 195 - 197, 2014 02 The impact of land cover change on patterns of zoogeomorphological influence: Case study of zoogeomorphic activity of Microtus brandti and its role in degradation of Mongolian steppe., Buho Hoshino; Sumiya Ganzorig; Marie Sawamukai; Kenji Kawashima; Kenji Baba; Kenji Kai; Sabyr Nurtazin, IEEE Xplore, IEEE, 2014, (1) 3518 - 3521, 2014 Mesquite Risk Mapping and Assessment in Tokar Delta-Eastern Sudan, Mahgoub Suliman; Hiroshi NAWATA; Buho Hoshino, JOUR. OF NAT. RESOUR.&ENVIRON. STU., 3, (1) 9 - 13, 2014 Greening of deserts by volunteer in Inner Mongolia, China : ─The case of action by Rakuno Gakuen University─, KODA Remi; ZHAO MingYu; HOSHINO Buho; KANEKO Masami, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 38, (1) 47 - 55, 2013 10 黄砂が運ぶ生物由来物質の時空間解析~2012年春季の事例~, 馬場賢治; 能田淳; 星野仏方; 萩原克郎, 日本気象学会大会講演予稿集, 日本気象学会, 103, (103) 388 - 388, 2013 04 30 極乾環境における外来植物メスキートの分布拡大の戦略―スーダンの事例, 星野仏方, 日本生態学会大会講演要旨集, 60th, 2013 03 05 ELUCIDATIVE MECHANISM OF THE RECESSION OF ALPINE PLANTS AND THE INVASION OF DWARF BAMBOO KURILENSIS IN THE TAISETSU MOUNTAINS, Buho Hoshino; Gaku Kudo; Masami Kaneko; Hidehisa Taniuchi; Tetsuo Yabuki, 2013 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 1, (2013) 2778 - 2781, 2013 Ecosystem Engineering Role of Brandt's Vole (Microtus brandti) in Overgrazing Steppe of Mongolia(Problems of Overuse and Underuse in Grassland Ecosystem), Kawashima Kenji; Hoshino Buhe; Sawamukai Marie; Ganzorig Sumiya; Asakawa Mitsuhiko; Batsaikhan Nyamsuren; Augugliaro Claudio, Japanese Journal of Grassland Science, Japanese Society of Grassland Science, VOl.59, (No.3) 217 - 220, 2013 A new spectral index to detect Poaceae grass abundance in Mongolian grasslands, S. Shimada; J. Matsumoto; A. Sekiyama; B. Aosier; M. Yokohana, ADVANCES IN SPACE RESEARCH, ELSEVIER SCI LTD, 50, (9) 1266 - 1273, 2012 11 Extraction of the alien species of Mesquite (Prosopis juliflora) expanding distribution by rivers and wadi in Eastern Sudan, YABUKI SHUNSUKE; HOSHINO BUHO; YODA KIYOTSUGU; YASUDA HIROSHI; NAWATA HIROSHI; ABDELAZIZ KARAMALLA; AIDA SHIGETO; MORI YUSUKE, 酪農学園大学紀要 自然科学編(Web), 37, (1) 71 - 77, 2012 10 Study on the effect of the Qinghai-Tibetan Railway on the migration of Tibetan antelope (Pantholops hodgsoni) in Hoh-Xil National Nature Reserve based on satellite tracking-case study of coexistence of wildlife and livestock-, NAKAZAWA TAKASHI; LIU CHUGUANG; MANAYEVA KARINA; HOSHINO BUHO; IGOTA HIROMASA; YOSHIDA TSUYOSHI; KANEKO MASAMI; KAJI KOICHI; JIANG ZHAOWEN; ASAKAWA MITSUHIKO; MOTOKAWA MASAHARU; KAMEYAMA SATOSHI; OTAISHI NORIYUKI; MASUDA RYUICHI; MAHAMUT HALIK; WU XAOMIN; GANZORIG SUMIYA, 酪農学園大学紀要 自然科学編(Web), 37, (1) 61 - 70, 2012 10 Evaluation of sustainable development for Mongolian plateau using behavior pattern of livestock, HASHIMOTO MIKI; HOSHINO BUHO; GANZORIG SUMIYA; SURIGA; MATSUBARA NAO; SAIXIALT, 酪農学園大学紀要 自然科学編(Web), 37, (1) 79 - 85, 2012 10 Study on the effect of the Qinghai-Tibetan Railway on the migration of Tibetan antelope (Pantholops hodgsoni) in Hoh-Xil National Nature Reserve based on satellite tracking : case study of coexistence of wildlife and livestock, NAKAZAWA Takashi; LIU Chuguang; MANAYEVA Karina; HOSHINO Buho; IGOTA Hiromasa; YOSHIDA Tsuyoshi; KANEKO Masami; KAJI Koichi; JIANG Zhaowen; ASAKAWA Mitsuhiko; MOTOKAWA Masaharu; KAMEYAMA Satoshi; OTAISHI Noriyuki; MASUDA Ryuichi; MAHAMUT Halik; WU Xaomin; GANZORIG Sumiya, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 37, (1) 61 - 70, 2012 10 降雨パルスに対する外来侵略樹種メスキートの実生初期成長応答の評価, 依田清胤; 辻渉; 井上知恵; 齋藤忠臣; ELBASIT Mohamed; 星野仏方; 縄田浩志; 安田裕, 日本植物学会大会研究発表記録, 76th, 2012 09 14 モンゴル国の過放牧地域における小型哺乳類の生態系エンジニアリングの働き, 川島健二; 星野仏方; 澤向麻里絵; GANZORIG S; 浅川満彦; BATSAIKHAN N; AUGUGLIARO C, 日本草地学会誌, 58, (1) 29 - 30, 2012 08 Mesquite (Prosopis spp.) Water Uptake under Different Simulated Drought Conditions, ABD ELBASIT; MOHAMED A.M; ABD ELBASIT; MOHAMED A.M; YASUDA HIROSHI; YODA KIYOTSUGU; ELDOMA AHMED M; NAWATA HIROSHI; HOSHINO BUHO; MAGZOUB MAGZOUB K, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 5 - 8, 2012 06 Spatial and Temporal Patterns of NDVI Response to Precipitation and Temperature in Mongolian Steppe, PUREVSUREN TSEDENDAMBA; HOSHINO BUHO; GANZORIG SUMIYA; SAWAMUKAI MARIE, Journal of Arid Land Studies, 22, (1) 247 - 250, 2012 06 Evaluating the Invasion Strategic of Mesquite (Prosopis juliflora) in Eastern Sudan Using Remotely Sensed Technique, HOSHINO BUHO; KARAMALLA ABDELAZIZ; ABD ELBASIT; MOHAMED A.M; MANAYEVA KARINA; YODA K; SULIMAN MAHGOUB; ELGAMRI MOHAMED; NAWATA H; YASUDA H, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 1 - 4, 2012 06 Root System Development of Prosopis Seedlings under Different Soil Moisture Conditions, YODA KIYOTSUGU; ELBASIT MOHAMED; A.M.ABD; HOSHINO BUHO; NAWATA HIROSHI; YASUDA HIROSHI, Journal of Arid Land Studies, 22, (1) 13 - 16, 2012 06 Preliminary Results on Surface and Soil Characteristics of Brandt's Vole (Microtus brandti) Habitat in Central Mongolia using Satellite Data, SAWAMUKAI MARIE; HOSHINO BUHO; GANZORIG SUMIYA; PUREVSUREN TSEDENDAMBA; ASAKAWA MITSUHIKO; KAWASHIMA KENJI, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 295 - 298, 2012 06 Root System Development of Prosopis Deedlings under Different Soil Moisture Conditions, K YODA; MA ELBASIT; B HOSHINO; H NAWATA; H YASUDA, Journal of Arid Land Studies, 22, (1) 13 - 16, 2012 05 Patterns of grazing behavior of livestock in settlements of Inner Mongolia, SURIGA; HOSHINO BUHO; SAIXIALT; GANZORIG SUMIYA; HASHIMOTO MIKI, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 347 - 355, 2012 04 Spatial and Temporal Distribution of Tibetan Antelope at Hoh Xil National Reserve, MANAYEVA KARINA; HOSHINO BUHO; GANZORIG SUMIYA; NAKAZAWA TAKASHI; MINARI YUKA; IGOTA HIROMASA, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 339 - 345, 2012 04 Cooperative guild and spatial heterogeneity in habitat of small mammals in the mountain steppe of Mongolia, KAWASHIMA KENJI; HOSHINO BUHO; GANZORIG SUMIYA; SAWAMUKAI MARIE; ASAKAWA MITSUHIKO; BATSAIKHAN NYAMSUREN, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 357 - 362, 2012 04 Studies on land use patterns and behavior of the domestic horses grazing in Mongolia, ICHIJO MASAYOSHI; ICHIJO MASAYOSHI; HOSHINO BUHO; GANZORIG SUMIYA; KAWASHIMA KENJI, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 363 - 375, 2012 04 地球は乾いている―進行する砂漠化と畜産(遊牧)と地球環境―《24》モンスーンアジアの生態系と日本の安全 3), 星野仏方, 酪農ジャーナル, 65, (3) 46 - 47, 2012 03 01 Change detection method for pasture degradation using RGB color composite image of multitemporal Landsat TM - A case study of the Inner Mongolian settlement region, Suriga Suriga; Miki Hashimoto; Buho Hoshino; Saixialt; Sumiya Ganzorig, 2012 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 6267 - 6270, 2012 ESTIMATED SOIL MOISTURE IN VEGETATED AREA USING MULTITEMPORAL MULTIPOLARIZATION DATA, Buho Hoshino; Gaku Kudo; Masami Kaneko; Hidehisa Taniuchi; Hisae Iino; Tetsuo Yabuki, 2012 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 654 - 657, 2012 Seasonal migration of Tibetan antelope (Pantholops hodgsonii) and its relation with spatial patterns of relative primary productivity (NDVI), Sumiya Ganzorig; Buho Hoshino; Karina Manaeva; Hiromasa Igota, 32nd Asian Conference on Remote Sensing 2011, ACRS 2011, 3, 1493 - 1496, 2011 12 01 A Model Analysis for the Regime Shift under Climate Change in Alpine Vegetation, Tetsuo Yabuki; Megumi Hashiguchi; Geku Kudo; Buho Hoshino; Masami Kaneko, Procceding of The International Conference on Environmental Science and Technology, 2011, (1) 1 - 7, 2011 10 A NEW METHOD FOR ESTIMATION OF SOIL MOISTURE FROM PALSAR POLARIZATION DATA IN HIGH DENSITY VEGETATED AREA, B. Hoshino; G. Kudo; Y. Amagai; M. Kaneko; T. Yabuki, The 32nd Asian Conference on Remote Sensing, 3 - 7, 2011 10 Invasion of dwarf bamboo into alpine snow-meadows in northern Japan: pattern of expansion and impact on species diversity, Gaku Kudo; Yukihiro Amagai; Buho Hoshino; Masami Kaneko, ECOLOGY AND EVOLUTION, WILEY-BLACKWELL, 1, (1) 85 - 96, 2011 09 Parasitological investigation of wild rodents collected from Mongolia: Its outline and preliminary results, ASAKAWA MITSUHIKO; KHALIUNAA TSEVEGMID; GANTIGMAA CHULUUNBAATAR; BATTULGA SUMIYA; ABMED DAVAAJAV; ANU DAVAASUREN; HOSHINO BUHO; ITO RYO, 日本獣医学会学術集会講演要旨集, 152nd, 2011 08 31 Preliminary study on migration pattern of the Tibetan antelope (Pantholops hodgsonii) based on satellite tracking, Hoshino Buho; Z. Jiang; C. Liu; T. Yoshida; Halik Mahamut; M. Kaneko; M. Asakawa; M. Motokawa; K. Kaji; X. Wu; N. Otaishi; Sumiya Ganzorig; R. Masuda, ADVANCES IN SPACE RESEARCH, ELSEVIER SCI LTD, 48, (1) 43 - 48, 2011 07 RAPID EVALUATION OF FOREST DAMAGED BY TYPHOON USING MULTISPECTRAL SATELLITE DATA – CASE STUDY IN HOKKAIDO JAPAN, Buho Hoshino; Sabyr Nurtazin; Masayuki Takada, KazNU Journal of Ecology, 3, (32) 53 - 58, 2011 05 Spatial and temporal patterns of NDVI response to precipitation in Mongolian Steppe, PUREVSUREN TSEDENDAMBA; HOSHINO BUHO; GANZORIG SUMIYA; TSERENDULAM TS, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 35, (2) 55 - 62, 2011 04 Remote Sensing Methods of Vegetation and Surface Run-off Change in Eastern Sudan Area, HOSHINO BUHO; NAWATA HIROSHI; JIA RUICHEN; ABDELAZIZ KARAMALLA; YODA KIYOTSUGU, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 35, (2) 33 - 43, 2011 04 Remote Sensing Methods of Vegetation and Surface Run-off Change in Eastern Sudan Area, HOSHINO Buho; NAWATA Hiroshi; Jia Ruichen; Karamalla Abdelaziz; YODA Kiyotsugu, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 35, (2) 33 - 43, 2011 04 CLASSIFICATION OF CASI-3 HYPERSPECTRAL IMAGE BY SUBSPACE METHOD, Buho Hoshino; Hasi Bagan; Akihiro Nakazawa; Masami Kaneko; Masaki Kawai; Tetuo Yabuki, 2011 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 2011, (1) 724 - 727, 2011 Monitor of the growth situation of the grass using remote sensing technology, GOMI Shigeta; HOSHINO Buho; YOSIHIHIRA Taiki; Agudamu, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 36, (1) 87 - 96, 2011 REMOTE SENSING METHODS FOR THE EVALUATION OF THE MESQUITE TREE (Prosopis juliflora) ENVIRONMENTAL ADAPTATION TO SEMI-ARID AFRICA, Buho Hoshino; Maino Yonemori; Karina Manayeva; Abdelaziz Karamalla; Kiyotsugu Yoda; Mahgoub Suliman; Mohamed Elgamri; Hiroshi Nawata; Yusuke Mori; Shunsuke Yabuki; Shigeto Aida, 2011 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 2011, (1) 1910 - 1913, 2011 External Measurements of Passeriformes (Aves) Species Captured in Qinghai Province of China, ASAKAWA Mitsuhiko; ZHANG Hongfeng; PEI Junfeng; ASAHARA Masakazu; WEN Wei-Jan; LIU Chuguang; MAHMUT Halik; WU Xiaomin; MOTOKAWA Masaharu; HOSHINO Buho, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 35, (1) 73 - 75, 2010 Small mammals collected from Qinghai Province, China, Masaharu Motokawa; Hongfeng Zhang; Junfeng Pei; Mitsuhiko Asakawa; Masakazu Asahara; Wei-Jan Wen; Chuguang Liu; Halik Mahmut; Xiaomin Wu; Buho Hoshino, Biogeography, 日本生物地理学会, 12, 29 - 37, 2010 Influence of the Qinghai-Tibetan Railway on Migration Pattern of Tibetan Antelope (Pantholops hodgsoni), IDA Kengo; HOSHINO Buho; KAJI Koichi; IGOTA Hiromasa; KANEKO Masami; Ganzorig S, Journal of the College of Dairying. Natural science, 酪農学園大学, 34, (1) 35 - 46, 2009 10 The Inventory Database of Wildlife Inhabiting around the Qinghai-Tibetan Railway and migration pattern of Tibetan antelope (Pantholops hodgsoni), OTA Haruka; HOSHINO Buho; KAJI Koichi; IGOTA Hiromasa; YOSHIDA Tsuyoshi; OTAISHI Noriyuki; Ganzorig S, Journal of the College of Dairying. Natural science, 酪農学園大学, 34, (1) 23 - 33, 2009 10 Laboratory of Environmental Remote Sensing, Department of Biosphere and Environmental Sciences, Faculty of Environment System, Rakuno Gakuen University, HOSHINO B., Journal of The Remote Sensing Society of Japan, The Remote Sensing Society of Japan, 29, (2) 435 - 436, 2009 04 25 中国・内モンゴルにおける草原の砂漠化と緑化をめぐって, 星野仏方; 賽西雅拉図; 佐藤藍; 中村修平, 沙漠研究, (20-1) 43 - 48, 2009 Investigation on the water stress in alpine vegetation using Hyperspectral Sensors, Buho Hoshino; Gaku Kudo; Tetsuo Yabuki; Masami Kaneko; Sumiya Ganzorig, 2009 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-5, IEEE, 2009, (1) 1856 - 1858, 2009 A comparative study of pasture degradation of Inner Mongolian fenced and unfenced land based on remotely sensed data, HOSHINO Buho; KANEKO Masami; MATSUNAKA Teruo; ISHII Satomi; SHIMADA Yoshihito; ONO Chifumi, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 34, (1) 15 - 22, 2009 Evaluate the Eco- Effectiveness of Grain for Green Project of China Using a Satellite-Derived Land Surface Parameter, Buho Hoshino; H.Nawata; R.Nagasawa; R.Sato; N.Yamanaka; S.Ganzorig, INTERNATIONAL JOURNAL OF ENVIRONMENTAL CREATION, 10, (2) 29 - 36, 2009 アジア内陸発生黄砂の地球環境への影響のビジュアル化, 星野仏方; 小野智郁; 佐藤藍; 松中照夫, 可視化情報学会論文集, 28, (2) 147 - 148, 2008 Zigbeeを用いた野生動物農業被害防除システムの検討, 伊吾田宏正; 鈴木透; 金子正美; 星野仏方; 吉田剛司, 第17回地理情報システム学会講演論文集, 429 - 432, 2008 Extended subspace method for remote sensing image classification, Hasi Bagan; Wataru Takeuchi; Buhe Aosier; Masami Kaneko; Xiaohui Wang; Yoshifumi Yasuoka, International Geoscience and Remote Sensing Symposium (IGARSS), IEEE, 2, (1) II927 - II930, 2008 Evaluate the Eco-effectiveness of Sloping Land Conversion "Grain for Green Project" of China Using a Satellite-derived Land Surface Parameter, Aosier Buhe; H. Nawata; R. Nagasawa; R. Sato; Y. Yamanaka, Journal of Arid Land Studies, 日本沙漠学会, 17, (2) 87 - 91, 2007 09 Land cover of oases and forest in XinJiang, China retrieved from ASTER data, Aosier Buhe; K. Tsuchiya; M. Kaneko; N. Ohtaishi; Mahmut Halik, Advances in Space Research, Elsevier BV, 39, (1) 39 - 45, 2007 01 Evaluation of the forest damage by typhoon using remote sensing technique, Buhe Aosier; Masarni Kaneko; Masayuki Takada, IGARSS: 2007 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-12, IEEE, 3022 - +, 2007 Comparison of NDVI of ground measurement, atmospheric corrected ASTER LIB data and ASTER surface reflectance product,(AST07) data, Buhe Aosier; Masami Kaneko; Masayuki Takada, IGARSS: 2007 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-12, IEEE, 1806 - +, 2007 Classifying the vegetation at Sarobetsu Mire, Hokkaido, using satellite remote sensing, M Takada; A Buhe; S Natsume; K Saito; K Kato, Landsc Ecol Manage, Japan Association for Landscape Ecology, 11, (1) 3 - 14, 2006 11 Extraction of Poplar(Populus euphratica) Forest and Tamaric(Tamarix taklamakanensis) Bushes in Taklamakan Desert Using Terra/ASTER Data, BUHE Aosier; M.KANEKO; N.OHTAISHI; MAHAMUT Halik; K. TSUCHIYA, Journal of Arid Land Studies, 日本沙漠学会, 15, (4) 391 - 397, 2006 Scaling transformation of remote sensing digital image with multiple resolutions from different sensors, A Buhe, J Ma; Q Wang, Journal of Geographical Sciences, 59, (1) 101 - 110, 2004 08 Terra/ASTERマルチスペクトル(VNIR, SWIR&TIR)データを用いた湿原環境評価に関する基礎的研究（サロベツ湿原を例として）, 布和欺斯尓; 高田雅之, 北海道環境科学研究センター所報, (31) , 2004 Comparison of image data acquired with AVHRR, MODIS, ETM+ and ASTER over Hokkaido, Japan, Buheaosier; K. Tsuchiya; M. Kaneko; S.J. Sung, Advances in Space Research, Elsevier BV, 32, (11) 2211 - 2216, 2003 12 湿原植生分類のためのリモートセンシング手法の研究 -北海道釧路湿原の場合-, 布和欺斯尓; 金子正美; 高田雅之; 土屋清; 福間博史, 北海道環境科学研究センター所報, 北海道立総合研究機構環境・地質研究本部環境科学研究センター, (29) 53 - 58, 2002 Quantitative assessment of vegetation coverage factor in USLE model using remote sensing data, Ma C F; Ma J W; Buhe A, Bulletin of Soil and Water Conservation, 21, (1) 6 - 9, 2001 06 Quantitative assessment of vegetation coverage factor in USLE model using remote sensing data, CF Ma; JW Ma; A Buhe, Bulletin of Soil and Water Conservation, 21, (4) 6 - 9, 2001 05 The application of ETM and sample sits statistic data to study distribution pattern of endangered rare plants in west ordos plateau, JW Ma; XZ Han; BuheAosier; CF Ma; SH Qin, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2091 - 2093, 2001 Lithology information extraction from TM data based on canopy bio-geochemistry elements spectrum analysis, JW Ma; CF Ma; BuheAosier; XG Meng; JP Wang, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2415 - 2417, 2001 Fusion of TM thermal band and band ratio data for the mapping of auriferous rocks in mountains of Western Tianshan, Xingjiang, China, JW Ma; BuheAosier; Hasibagan, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2418 - 2420, 2001 Study on spatial-temporal feature of modern land-use change in China: using remote sensing techniques, Jiyuan Liu; Buheaosier, Quaternary sciences, 20, (3) 229 - 239, 2000 05 Study on Land Cover Change in China Based on Seasonal & Longitudinal Characteristics Using Remotely Sensed Data, Buho Hoshino, Journal of Geographical Sciences, 65, (1) 52 - 60, 1998 12 Correction of NDVI calculated form ASTER L1B and ASTER(AST07) data based on ground measurement, Hoshino Buho; Masami Kaneko; Kenta Ogawa, Advances in Geoscience and Remote Sensing, 45 - 56 Regional environmental differentiation and regional safety threshold of soil selenium, Buber Aoseer; Dongwe Zhang; Li Liu, Acta Pedologica Sinica, 32, (2) 186 - 193
Books etc
Basic Remote Sensing text book, Buho Hoshino, Chapter 3 Remote sensing application to Land, The Remote Sensing Society of japan, 2025 02 , 9784844609636 Camels, living with people in harsh nature, Buho Hoshino; Kento Tani, Chapter 11: Camel eating habits and the formation of camel lines: environmental adaptation and environmental destruction of camels, Fukyosha Publishing Inc., 2023 03 , 9784894893450 Central Asian Pastoral Societies, People a; Livestock in Arid; Semi-arid Regions, Chapter 8, Kyoto University Press, 2023 03 , 9784814004744 Social Change and Pastoral Societies (Research on Pastoral Societies in Central Asia, Strictly Book 4), Buho Hoshino; Fugi Yagi, The Impact of the Covid-19 Pandemic on the livelihood of Mongolian Nomads: A Questionnaire Survey and a Field Survey, Nagoya Gakuin University, 2023 01 Environmental risk assessment of China’s OBOR (BRI) project in Kazakhstan – An evaluation of the appearance and disappearance of oasis farmland, Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Buho Hoshino; James Banfill, Chapter Pages 92-103, Youcanprint, 2021 06 , 9791220341592 The Nomad and sedentarization, Su Riga; Buho Hoshino; Christopher McCarthy; Kaoru Imamura, The relationship between humans and livestock in nomadic life – A comparative case study between Mongolian nomadic life and Inner Mongolian settlement life, Central Asian Pastoral Society Research Series, 2021 03 Desert encyclopedia, Buho Hoshino, Pasture management, Jananese Association of the Arid Land Studies, 2020 07 Desert encyclopedia, Buho Hoshino, The nomad system, Jananese Association of the Arid Land Studies, 2020 07 The Cultures of Water Management (eBook, Editors Hiroshi Nawata Makoto Taniguchi), Buho Hoshino; Hiroshi Nawata; Abdelaziz Karamalla Gaiballa; Kiyotsugu Yoda; Hiroshi Yasuda, Chapter 14;: 14. Remote Sensing Methods for Surface Run-Off, Soil Moisture and Alien Invasive Species Control in African Arid and Semi-Arid Lands, Springer Japan (Springer Japan KK, part of Springer Nature), 2019 12 , 9784431542131, This book assesses the importance of the cultural dimensions of water management, which differ from one region of the world to another, from humid Southeast Asia to arid parts of the Middle East and Africa. Water is a vital resource, and water circulation brings invaluable benefits in many ways. Too much or too little water can also create disasters, however, including flooding and drought. Water is considered “too much to control” in humid areas and “too little to survive” in arid regions. There is a great storehouse of traditional and scientific knowledge on water management as an expression of culture in both arid and humid areas. The qanat, for example, is used in some arid regions to control the transport of water underground. In humid areas, people have long existed under the threat of heavy flooding by drawing upon traditional knowledge for survival. Once-effective water management is threatened, however, by climate change such as global warming and by the globalization and urbanization of society. Adaptive water management is now imperative as climate and society undergo changes. Not only political and institutional solutions are called for. As well, adaptations of traditional methods must be introduced into modern systems of water management. This book provides valuable guidance on how that synthesis can be achieved. The Applications and Analysis Methods for Remote Sensing, Buho Hoshino, Chapter 10-3, NTS, 2019 08 , 9784860436124, 人工衛星とドローンが映し出す、私たちの知らない世界公的機関(NASA、ESA(欧州宇宙機関))の商用衛星データの無償提供が進んでおり、それらを利用した多数のビジネスが生まれようとしている。リモートセンシングの基礎やデータの解析技術をまとめた書籍は、数多くあるが、多分野の応用事例を一冊にまとめた技術書はなかった。リモートセンシングに携わる様々な分野の研究開発者のみならず、新しいビジネス創出を考えている方々に最適な書籍。人工衛星やドローンから捉えたデータに解析・分析を行うことで、農作物収穫予測・生育管理道路や鉄道等のインフラ監視、アマゾン地域の森林の違法伐採の阻止、海洋環境の変化を把握する、といった様々な衛星画像の利用事例を解説。 Remote Sensing & GIS Application to Agriculture, Buho Hoshino, 1-page spatial report, Dairy Journal, 2016 08 内モンゴルを知るための６０章, Buho Hoshino, Dust storm and desertification of Inner Mongolian Rangeland, Aka-Ishi Press, 2015 07 On the Helminth Fauna of small mammals in Hustai National Park, Mongolia, S. Ganzorig; N. Batsaikhan; K. Hagiwara; K. Baba; B. Hoshino, 84-92, Takhi (Book, in English), 2015 03 Spatial distribution of Microtus brandti colonies in abandoned cropland in a buffer zone of the Hustai National Park, Mongolia, S. Ganzorig; B. Hoshino; T. Toda; A. Saitoh; K. Umegaki; N. Batsaihan; R. Samiya; S. T. Nurtazin, 69-75, Takhi (Book, in English), 2015 03 Book of Desert History, Buho Hoshino, Chapter-1,3,4 Alien plant of Mesquite, Tokai University Press, 2014 03 Home ranges and habitat selection of Microtus brandti voles in abandoned cropland in a buffer zone of the Hustai National Park, Mongolia, Buho Hoshino, 76-83, Takhi (Mongolia), 2014 03 Alien Plant of Mesquite, Buho Hoshino; Hiroshi Nawata, Editorial, Rin-Sen Press, 2013 12 Diversify of Mongolian society and nature, Buho Hoshino, Change of natural environment and Nomadic depend Mongolian plateau, Nagoya University, 2013 03 Remote Sensing --- An Introductory Textbook, Buho Hoshino, Desertification, MARUZEN PLANET, 2013 03 Introductory Remote Sensing, Buho Hoshino, remote sensing of desertification: pp. 50-52, Riko-Tosho press, 2011 06 Advances in Geoscience and Remote Sensing, Buho Hoshino; Masami Kaneko; Kenta Ogawa, Correction of NDVI calculated from ASTER L1B and ASTER(AST07) data based on ground measurement, In-Tech Press, 2009 09 Desert of encyclopedia, Buho Hoshino, Ecological immigration, MARUZEN PLANET, 2008 10 Remote Sensing · GIS Handbook book for the natural environment analysis, Buho Hoshino, Analysis of arid and semi-arid land change, Kokin Shoin, 2007 11 Forest Sciences, Buho Hoshino, Remote Sensing Method for Forest Habiat Monitoring, Asa-Kura Press, 2005 08 Estimating soil moisture in the arid and semi-arid region using Terra/ASTER data, BUHE Aosier; M. Kaneko; S. Shimada; K. Tsuchiya, one chapter, ERECON, 2004 07
Conference Activities & Talks
Remote sensing monitoring for climate-driven deforestation, Buho Hoshino, Special lectureof National PingTung University of Science and Technology The Conference of ‘Life in Kyrgyzstan’ Study (LiK Study) in 2024, Buho Hoshino, The impact of COVID-19 on Mongolian nomadic society Ebetse Civic Lectures, Buho Hoshino, Mongolian Grassland coexisting with wolves Partnerships for Sustainable Cities: SCIENCE-BASED DEVELOPMENT PARTNERSHIP FORUM, Buho Hoshino, Remote sesning for Sustainable Land use Causal Relationship Between Seasonal Variation in Surface Roughness and DSS Occurrence in Arid and Semi-arid Mongolia, Buho Hoshino, The Second Central Asian DUst Conference (CADUC-2) Spatial informatics study on the dynamics of mangrove forests under overgrazing in coastal Port Sudan, Buho Hoshino; Hiroshi Nawata; Kento Tani; Abdelmoneim Karamalla Gaiballa, GIScience2023 DETECTION OF VERTICAL GROUND DEFORMATION CAUSED BY THE 2018 HOKKAIDO EASTERN IBURI EARTHQUAKE USING SENTINEL1 DINSAR DATA, Buho Hoshino, IEEE IGARSS 2023 China‘s Belt and Road Initiative (BRI) highway Crosses Central Asian Oasis and tis risk, Buho Hoshino, ESRI User Conference (2023) Migration of Tibetan Antelopes (Chiru), Buho Hoshino, Inaugural meeting of the Global Initiative on Ungulate Migration Reconsidering the Risks of China's " The Belt and Road Initiative (BRI)" Project from a Green Infrastructure Perspective, BUHO HOSHINO, The 34th Annual Conference of the Japanese Association for Arid land Studies Mongolian Nomads in the Midst of a New Coronavirus Pandemic--Surveys Using the Mongolian National Metreological Network, Buho Hoshino, Workshop "Transformation of Urban-Steppe Relationships and Well-Being in Contemporary Mongolia Reintroducing Wolves to Hokkaido (Japan) – Possibilities and Challenges Based on a Comparison with Mongolian Nomads’ Relationships with Wolves, Buho Hoshino, International Wolf Symposium 2022 Remote sensing approach for evaluation of the impact of the China's BRI project on food security in Kazakhstan, Buho Hoshino, COSPAR Athens 2022 REMOTE SENSING APPROACH FOR THE APPEARANCE AND DISAPPEARANCE OF OASIS FARMLAND IN KAZAKHSTAN, Buho Hoshino, The International Geoscience and Remote Sensing Symposium (IGARSS) REMOTE SENSING CHANGE DETECTION FOR THE APPEARANCE AND DISAPPEARANCE OF OASES FARMLAND IN CENTER ASIA, uho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, geoENV2022 Satellite tracking of camels and other livestock, Buho Hoshino, JSPS collaboration meeting Investment in China's Belt and Road Project in Kazakhstan and its Risk Assessment, Buho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, The 3rd World Conference on Research in Social Sciences Does China's Belt and Road Initiative affect oasis agriculture in Central Asia?, Kazuki Seno; Christopher McCarthy, Maira; Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara, James; Banfill, Buho Hoshino, The DT XIV International Conference on Arid Land, The DT XIV International Conference on Arid Land Research on Center Asian Oases Farm Driven by Climate Change and National Policy, Kazuki Seno; Buho Hoshino, Japanese Association for Arid Land Studies 32th Annual Conference Livestock behavior patterns in different landscapes area, Buho Hoshino, V Workshop on Dynamic analysis of pastoral societies in Central Asia Research on Center Asian Oases Farm Changes, Kazuki Seno; Buho Hoshino, V Workshop on Dynamic analysis of pastoral societies in Central Asia Satellite Tracking of Behavior Pattern of Livestock’s and Livestock Food Resources in Kazakh Dry Steppe, Buho Hoshino, V International Agritechnological Summit Environment risk assessment of China OBOR (BRI) project developed in Kazakhstan -The case study of the vulnerability assessments of oases agriculture in Zharkent region, Buho Hoshino, V International Agritechnological Summit REMOTELY SENSED METHOD FOR DETECTION OF SPATIAL DISTRIBUTION PATTERN OF DRYLAND PLANTS IN WATER LIMITED ECOSYSTEM, Buho Hoshino; Ying Tian; Keita Shima; Su Riga; Zoljarga Enkhtuvshin; Christopher McCarthy; Myagmartseren Purevtseren, IEEE IGARSS 2020 Relationship between human and livestock in the nomadic life, Buho Hoshino; Su Riga; Christopher McCarthy; Kaoru Imamura, The World Conference on Research in Social Sciences Climate change and livestock behavior -Case study of Center Asia, Buho Hoshino, 2nd Symposium on Research on Pastoral Society in Central Asia Risk assessment of the regional impact of the China "One-Belt-One-Road" (OBOR) project in Kazakhstan, Buho Hoshino, International Sympodium for China OBOR and Afro Eurasian dry land civilization Spatial Distribution Pattern (Turing Pattern ) of Dryland Plants, Buho Hoshino; Tian-Ying; Keita Shima, International Conference on Integrative Plant Physiology 2019 SPATIAL DISTRIBUTION PATTERN (TURING PATTERN) OF DRYLAND PLANTS – A CASE STUDY OF VEGETATION RESPONSE TO PRECIPITATION IN WATER LIMITED ECOSYSTEM, Buho Hoshino, International Workshop on "Nomad's Seasonal Movement Insights from Recent Studies" OWOH and Remote Sensing, Buho Hoshino, The 6th One World and One Health Research Forum 2019 Satellite tracking of livestock behavior of Kazakh Dry steppe and monitoring of seasonal change of animals food resources, Buho Hoshino, Japan Anthropological Society Farm to table: Environmental changes considered from the food table in Mongolia and Kazakhstan, Buho Hoshino, invitation lecture Behavior of material particles and transfort of pathogens on the earth and regional scale, Buho Hoshino, The 12th Atmospheric Bioaerosol Symposium Satellite tracking of livestock behavior patterns and seasonal change of food resources in Kazakh dry step, Buho Hoshino, The 2nd Central Asia Pastoral Society Study Group (Kagaku A "Dynamic Analysis of Pastoral Society in Central Asia - From Domestication to Climate Change") Environment Problem of Mongolian Plateau ---Case study of the interaction between precipitation-vegetation and dust emission, Buho Hoshino, INTERNATIONAL CONFERENCE ON SCIENCE APPLICATION AND DEVELOPMENT SOLUTION OF MONGOLIA Agenda Measurement of Changing in Natural Environment and Livelihood of Mongolian Plateau ---Case study of the interaction between precipitation-vegetation and dust emission, Buho Hoshino, 7th Study Meeting on the Mongolian Plateau Environmental Issues Studies on the Forest Dieback Phenomenon in a Semi-Arid Region Using Remotely Sensed Data, Buho Hoshino, IEEE IGARSS2018 Detection of Dry Lake Beds Formation and Estimate of Environmental Regime Shift in Semi-Arid Region, Buho Hoshino; Yuki Sofue; Yuta Demura; Tsedendamba Purevsuren; Kenji Baba; Enkhtuvshin Zoljargal; Jun Noda; Katsuro Hagiwara; Kenji Kai, The 13th International Conference of Desert Technology (DT13) Seasonal Dynamics for Vegetation Response to Precipitation and Detection of Environmental Regime Shifting in Semi-Arid Region, Buho Hoshino, International Workshop on Asian Dust, Bioaerosols and Environmental Regime Shift Seasonal Dynamics of Vegetation and Dust Emission in Dryland, Buho Hoshino; Yuki Sofue; Kenji Kai, Third COSPAR Symposium Strategy of survival of plants in dry environment and its response to precipitation, Buho Hoshino, The 6th Workshop in Progress of the Mongolian Plateau Environmental Problem (MoPEP) REMOTE SENSING METHODOLOGY FOR DETECTION OF ENVIRONMENTAL REGIME SHIFTS IN SEMI-ARID REGION, Buho Hoshino, IEEE IGARSS2017 Remote Sensing Approach for Environmental Regime Shifting Over Mongolian Gobi Desert Region, Buho Hoshino, JSPS seminar in Nagoya University Strategy of survival of plants in dry environment and its response to precipitation, Buho Hoshino, Open seminar about climate change response to vegetation Studies on the Betula platyphylla Suk. Forest dieback phenomenon in Hustai National Park, Mongolia based on remotely sensed data, Buho Hoshino, 8th Biennial Conference of the International Biogeography Society, the International Biogeography Society, This study we approached the dieback phenomenon of the Betula platyphylla Suk. forest in Hustai National Park in Mongolian using remotely sensed data. Recently the significant growth reduction in semi-arid pine forest, why? Our approaches including such as a rapider warming in dryer region; more evaporation; less available soil water; growth reduction and more frequent drought or long drought are major driving forces. But in our study region, we have chronic forest dieback, likely because in winter the temperature is < 0 0C and water storage in winter benefits tree growth. Early spring warming could exhaust this water storage. It is therefore hypothesized that early spring temperature is most crucial for tree growth. Rising temperature in spring overly evaporates winter water storage and leads to more frequent drought events in early spring. Frequency of spring drought in 1990s is 2.6 times of the average for the last century as a whole, explaining the most recent forest dieback. Remaining of this trend in the future will lead to more serious forest dieback and even vanishing of the semi-arid forests. Soil moisture is higher in deciduous broadleaved forest than in coniferous forest; Water consuming is more in deciduous broadleaved forest than in coniferous forest during the growing season. Distribution dynamics of soot drained from the thermal power station in Sainshand City of Dornogovi Province of Mongolia, Buho Hoshino, The 4th Atmospheric Aerosol Symposium A new remotely sensed methodology for detection of the land surface change in the Asian Dust Storm Sources Region, Buho Hoshino, Japan Society for Atmospheric Environment (57th Anniual Meeting) Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Buho Hoshino, Dust2016 Remote sensing approach for the dieback phenomenon of Betula platyphylla Suk. forest in Hustai National Park, Mongolia, Buho Hoshino, Annual Scientific Council Meeting of Hustai National Park, Mongolia Remote Sensing Tracking Change Over Time 時間の変化を追い続けて10年, 星野 仏方, GIS Day in Hokkaido, 基調講演 －日本のアジア縁ー日本と大陸アジア間の人と者の流れについて考察, 星野 仏方, 江別日中友好会 Habitat selection and ecosystem resilience role of Microtus brandti voles in degraded pasture in Mongolia, HNP, Ulanbaatar, Mongolia, 星野 仏方, SCIENTIFIC COUNCIL MEETING OF HUSTAI, Mongolia 「アフロ・ユーラシアの乾燥・半乾燥地域の生態・環境の変動と人間のなりわいに ついて～リモートセンシング技術を用いたアプローチ」, 星野 仏方, 日本科学史学会２０１４年度総会・第６１回年会 アジア内陸発生黄砂の発生メカニズム、輸送経路と日本への影響ーハタネズミとマーモットが創る草原ー,, 星野 仏方, 動物臨床医学会記念年次大会 市民公開野生動物フォーラム講演 モンゴル草原における遊牧から定住への社会変遷と日本への影響, 星野 仏方, 共生社会システム学会, 招待講演 アフロ・ユーラシアの乾燥・半乾燥地域の生態・環境の変動と人間のなりわいについて ～リモートセンシング技術を用いたアプローチ, 星野 仏方, 日本科学史学会, 特別講演 （一般公開） 水場を中心に描かれるホームレンジ, 星野 仏方, 国立科学博物館, Sudan Remote Sensing Authority (RSA),, Buho Hoshino, スーダン国立リモートセンシング局（センター）での招待講演, Workshop on Afro-Eurasian Dry Lands Civilizations, Buho Hoshino, アメリカインディアナ大学 三千年の遊牧生業（なりわい）を支えるモンゴルの大草原, 星野 仏方, 江別市 モンゴル高原の環境問題を考える, 星野 仏方, 日本モンゴル学会,
Works
Spring, Buho Hoshino, 1990 - 2017 05 Raod, Buho Hoshino (Buheaosier, 1997 09 - 2015 09 Remote Sensing An Introductory Textbook, Buho Hoshino, 2011 04 - 2013 03 The Earth become dry, Buho Hoshino, 2011 05 - 2012 03 基礎からわかるリモートセンシング, 星野 仏方, 2011 03 - 2011 12 Mongolian Land, Buho Hoshino (Buheaosier, 1990 03 - 2006 04
Misc
Reconsidering the Risks of China's " The Belt and Road Initiative (BRI)" Project from a Green Infrastructure Perspective, Buho Hoshino, Abstract of Annual Meeting of Japanese Association for Arid Land Studies, 2023 05 Possibility of reintroducing wolves to Hokkaido （Japan） based the viewpoint of ecosystems with apex predators, Kyo Ohkubo; Tamami Yoshimura; Taiki Yamauchi; Buho Hoshino, J. Rakuno Gakuen Univ, 47, (1) 25 - 39, 2022 10 , https://rakuno.repo.nii.ac.jp/?action=pages_view_main&active_action=repository_view_main_item_detail&item_id=7068&item_no=1&page_id=13&block_id=37 Investment in China's Belt and Road Project in Kazakhstan and its Risk Assessment, Buho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, Proceeding of The 3rd World Conference on Research in Social Sciences, 2021 10 , 10.33422/5th.icmets.2021.10.65 Relationship between human and livestock in the nomadic life, Buho Hoshino; Suriga, Christopher McCarthy; Kaoru Imamura, Proceedings of The World Conference on Research in Social Sciences, 1, (1) 1 - 18, 2020 02 , 10.33422/socialsciencesconf.2020.02.52 人工知能(AI)を用いた門別16S rRNA遺伝子PCRプライマーの設計, 苣木直人; 神野美雪; 星野仏方; 香山虎哲; 華園究; 遠藤大二, 日本獣医学会学術集会講演要旨集, 161st, 2018 08 21 モンゴルゴビ砂漠Sainshand付近のバイオエアロゾル集積地における飛散実験について, 馬場賢治; 馬場賢治; 出村雄太; 星野仏方; 星野仏方, 日本気象学会大会講演予稿集, 2017 09 30 Changes in Agricultural Form and Regional Development In Tongliao, Inner Mongolia, China, 小田 玲実; 趙 明宇; 森 夏節; 小川 健太; 發地 喜久治; 小糸 健太郎; 星野 仏方; 金子 正美, 酪農学園大学紀要. 自然科学編, 41, (1) 85 - 91, 2016 10 CALIPSOを用いた2012年4月のダストストームの時空間変遷について, 馬場賢治; 神慶孝; 高畑若奈; 出村雄太; 星野仏方, 日本気象学会大会講演予稿集, 2016 09 30 衛星植生指数を用いたモンゴル国ゴビから発生する黄砂の頻度について, 祖父江侑紀; 出村雄太; ツェデンバプレブスレン; 星野仏方; 馬場賢治; 能田淳; 甲斐賢二, 共生社会システム学会大会報告要旨, 2014, 2014 Evaluation of sustainable development for Mongolian plateau using behavior pattern of livestock, HASHIMOTO Miki; HOSHINO Buho; GANZORIG Sumiya; Suriga; MATSUBARA Nao; Saixialt, Journal of the College of Dairying. Natural science, 37, (1) 79 - 85, 2012 10 Extraction of the alien species of Mesquite (Prosopis juliflora) expanding distribution by rivers and wadi in Eastern Sudan, YABUKI Shunsuke; HOSHINO Buho; YODA Kiyotsugu; YASUDA Hiroshi; NAWATA Hiroshi; ABDELAZIZ Karamalla; AIDA Shigeto; MORI Yusuke, Journal of the College of Dairying. Natural science, 37, (1) 71 - 77, 2012 10 The habitat evalution of Brandt's Vole (Microtus brandti) in Mongolian degenerated pastureland using remote sensing method, SAWAMUKAI Marie; HOSHINO Buho; Sumiya Ganzorig; ASAKAWA Mitsuhiko, Journal of the College of Dairying. Natural science, 35, (2) 45 - 53, 2011 04 Habitats of Brandt's Vole (Microtus brandti) in Mongolian mountains steppe, SAWAMUKAI Marie; HOSHINO Buho; Ganzorig S., Journal of the College of Dairying. Natural science, 35, (1) 65 - 72, 2010 10 Estimating forest line changes and factors influencing long-term variation in Mongolian Taiga Forest, TSUKUURA Akemi; HOSHINO Buho; SUGIMOTO Atsuko, Journal of the College of Dairying. Natural science, 35, (1) 55 - 64, 2010 10 Quantitative Studies on vegetation changes in Mountain Ecosystems : - Case study of Taisetsuzan National Park of Hokkaido, Japan, HOSHINO Buho; KUDO Gaku; YONEMORI Maino; AMAGAI Yukihiro; KANEKO Masami; YABUKI Tetsuo, Journal of the College of Dairying. Natural science, 35, (1) 47 - 53, 2010 10 30aYE-7 Proposal of New Method for Environmental Analysis using Mutual Entropy on Remote Sensing Data, Yabuki Tetsuo; Hoshino Buho, Meeting abstracts of the Physical Society of Japan, 64, (1) 418 - 418, 2009 03 03 Land-use change and rural economy under the 'Grain for Green' project in Loess Plateau, China:A case from Ansai, Shanxi Province, Sato Ren'ya; Nawata Hiroshi; Jia Ruichen; Aosier Buhe; Nagasawa Ryota; Zhang Wenhui; Hou Qingchun; Yamanaka Norikazu, Proceedings of the General Meeting of the Association of Japanese Geographers, 2009, (0) 113 - 113, 2009 , The purpose of this paper is to examine effects and problems of the 'Grain for Green' project of China, which progressed halfway through the onset, from the viewpoints both of ecological recovery and of changes in land use as well as rural subsistence economy. The 'Grain for Green' project tries for ecological recovery of the upper reaches of the Huang-He and the Yangtze River, by prohibition of grazing and transformation of cultivated fields in steep slopes into afforested areas. This project aims at not only ecological recovery but also rural economic development, because improvement of peasant economy is regarded as a key for future sustainability of the forests. The authors used remote sensing analysis to examine the extent of ecological recovery after the onset of the project on the one hand, and conducted intensive field research in Beisongta Village, Ansai, Shanxi to investigate the extent of change of traditional land use and subsistence economy on the other hand. The result of remote sensing analysis showed marked recovery of land cover, that indicates the effect of afforestation and the prohibition of grazing. Though peasant subsistence economy were greatly affected by the prohibition of sheep and goats grazing and decrease of cultivated land, hothouse cultivation which started at the same time as the project, seems to make up for them so far. チベット産野生小哺乳類の現地踏査概況−科研最終年度に向けての備忘録として, 浅川満彦; 本川雅治; 星野仏方, 日本野生動物医学会ニュースレター, 28, (28) 20 - 22, 2009 Traditional land use in Loess Plateau (China) and the 'Grain-for-Green' project : A case from Ansai Province, Shanxi, Sato Ren'ya; Nawata Hiroshi; Buhe Aosier; Nagasawa Ryota; Jia Ruichen; Zhang Wenhui; Hou Qingchun; Yamanaka Norikazu, Bulletin of the Graduate School of Social and Cultural Studies, Kyushu University, 14, 2008 , The purpose of this paper is to examine effects and problems of the 'Grain for Green' project of China, which progressed halfway through the onset, from the viewpoints both of ecological recovery and of changes in land use as well as rural subsistence economy. The 'Grain for Green' project tries for ecological recovery of the upper reaches of the Huang-He and the Yangtze River, by prohibition of grazing and transformation of cultivated fields in steep slopes into afforested areas. This project aims at not only ecological recovery but also rural economic development, because improvement of peasant economy is regarded as a key for future sustainability of the forests. The authors used remote sensing analysis to examine the extent of ecological recovery after the onset of the project on the one hand, and conducted intensive field research in Beisongta Village, Ansai Province, Shanxi to investigate the extent of change of traditional land use and subsistence economy on the other hand. The result of remote sensing analysis showed marked recovery of land cover, that indicates the effect of afforestation and the prohibition of grazing. Though peasant subsistence economy were greatly affected by the prohibition of sheep and goats grazing and decrease of cultivated land, hothouse cultivation which started at the same time as the project, seems to make up for them so far. The sharing and disclosure of natural environmental information using GIS in Hokkaido, KANEKO Masami; SUZUKI Toru; TANAKA Katsuyoshi; YOSHIMURA Nobuhiko; TACHIKI Yasuyuki; BUHEAOSIER; OSA Yuichi, 地理情報システム学会講演論文集 = Papers and proceedings of the Geographic Information Systems Association, 16, 2007 10 20
Awards & Honors
2022 10 , the United Nations (UN) Sustainable Development Goals (SDGs), Article was linked to the UN SDGs (Goal-15), National parks, protected areas and biodiversity conservation in North Korea: opportunities for international collaboration, Dear Buho Hoshino,
As part of International Open Access Week 2022, we would like to celebrate the contribution you have made to open science.
At Elsevier, we believe that open science has the power to drive societal progress and advance the United Nations (UN) Sustainable Development Goals (SDGs). Making knowledge freely accessible to anyone, anywhere can play a fundamental role in achieving a sustainable and equitable future.
Between 2019–2021, you published an open access article with Elsevier, receiving a total of 3,111 downloads. Your article was linked to the UN SDGs, helping to tackle some of the world’s greatest challenges. 2022 01 , Sigma Xi, The Scientific Research Honor Society (ΣΞ), Elected to Full Membership of Sigma XI (Honor Society), Elected by Sigma XI The Scientific Research Honor Society is the international honor society of science and engineering., Full Membership
An individual who has shown noteworthy achievement as an original investigator in a field of pure or applied science is eligible for election to Full Membership. This noteworthy achievement must be evidenced by one of the following:
Publication as the primary author (defined in the manner appropriate to the discipline) on at least two different articles published in a refereed journal
Patents
Refereed monograph
Books or book chapters 2018 10 , Ministry of Environment and Tourism, Mongolia, the Best Environmental Scientist Award by Mongolian Ministry of Environment and Tourism, The study on on the Mongolian Plateau Environmental Issues 2018 05 , The Remote Sensing Society of Japan ( RSSJ), Certificate of Appreciation of RSSJ, Contribution to the development of academic societies 2012 05 , Japanese Association for Arid Land Studies, Award of Best Poster Presentation, Evaluation of sustainable development for Mongolian Plateau using behavior pattern of livestock 2010 05 , Japanese Association for Arid Land Studies, Award of Best Poster Presentation, Study of vegetation change due to grazing intensity in Inner Mongolian rangeland ." 2004 07 , サイエンスデレックトトップ25ホット論文 1997 , 中国環境省、科学技術進歩賞 1995 , 中国科学院地理研究所 所長優秀論文賞を受賞 1995 , 中国科学院(Hong Kong, Elite Co., 共同)：優秀博士論文賞 1995 , 中国科学院院長賞（優秀博士論文賞）
Research Grants & Projects
JSPS and UKRI, JRPs-LEAD with UKRI Japan JSPS and UK Research and innovation (UKRI), *Comparative research on pastoral societies in post-Covid19 Inner Asian countries: ca se study of Mongolia and Kyrgyzstan, 202111, 202503, https://www.jsps.go.jp/j-bottom/03_i_jyoukyou.html Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Research (Exploratory), A study of dromedary camel management practices striking a balance between conservation of the mangrove forests and improvement of local communities' livelihoods, 202107, 202403, 縄田 浩志; 坂田 隆; 星野 仏方; 中島 敦司, 本研究の目的は，砂漠化対処におけるこれまでの学術的・実践的前提を打ち破って，牧畜は必ずしも森林減少の主因ではないという，挑戦的な視座を獲得することにある．熱帯・亜熱帯地域の沿岸域は，バイオマスや生物多様性の観点から重要な地域であり，ほぼ北緯・南緯30度の範囲内にはマングローブ生態系やサンゴ礁生態系という沿岸生態系が発達している．一方，乾燥地域は，単位面積あたりのバイオマスや生物多様性が最も低い地域である．乾燥地域とマングローブ・サンゴ礁域の3者が連続して重なり接する，熱帯・亜熱帯の乾燥地の沿岸域では，ヒルギダマシ((以下マングローブ)を優占種とするマングローブ林と裾礁を中心としたサンゴ礁が共存し，マングローブ生態系とサンゴ礁生態系が相互に関係し合う特有の沿岸生態系を発達させている．同時に常緑マングローブの枝葉はヒトコブラクダ(以下ラクダ)の通年の飼料として地域住民の生計維持に不可欠な資源である．本研究では「牧夫がマングローブ林分の増加と減少の潜在性のある場所を理解し，ラクダの摂食行動を管理することが，林分面積の場所ごとの増減に影響し，結果的に林分全体が維持される」可能性に焦点をあてて，植物生理生態学，比較栄養生理学，環境動態解析学，資源管理学をあわせた多角的な視点から「乾燥地マングローブ林の維持管理においてラクダは単なる食害ではない」ことを検証する．その結果をもとに，乾燥地の沿岸域ではラクダ牧畜はマングローブ林減少の主因ではないことを明らかにする． Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Risk assessment of the regional impact of the China "One-Belt-One-Road" (OBOR) project, 201904, 202403, 星野 仏方; 松井 佳世; 保原 達; 中谷 暢丈, 2019年度の繰越業務として2020年9月現地の大学(al-Farabiカザフ国立総合大学）に業務委託をして水質・土壌のサンプリングを行い、さらにOBOR沿線地域オアシス農家へのアンケートを実施した。2020年度の内容として、2020年11月にカザフスタン国立農業大学に業務委託を行い、水質・土壌のサンプリングとOBORの影響によるジャルケント地域のオアシス農業変遷の実態調査を行った。また今までの一部の成果をまとめ、国際誌Waterに論文を掲載し、第5回International Agritechnological Summitに招待され、"Environment risk assessment of China OBOR (BRI) project developed in Kazakhstan -The case study of the vulnerability assessments of oases agriculture in Zharkent region"のタイトルで招待講演を行った。2020年度はGISによるOBOR全域の路線データベースを作成した。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), Dynamic analysis of pastoral societies in Central Asia, 201804, 202303, 今村 薫; 地田 徹朗; 斎藤 成也; 久米 正吾; 塩谷 哲史; 星野 仏方, 本研究は、中央アジア牧畜民の環境利用、生業ー経済活動、他民族との関係を「牧畜連続体」の観点から歴史生態学的に解明することを目的としている。歴史軸の中心に「家畜化」を据える。
「家畜化」の課題については、ウマの最初の家畜化、青銅器時代における中央アジアにおける牧畜社会と農耕社会の接触、軍事におけるウマ、ラクダの使用、19世紀交易におけるラクダの使用などの「ヒトー動物関係」の歴史的展開について、おおよそのアウトラインを描くことができた。家畜を媒介にした生態、自然環境、社会環境との相互作用については、とくにラクダの生物学的、経済学的価値の重要性が再確認された。環境変動にともなう砂漠化にもっとも適応している家畜はラクダであり、将来にわたって人類に食料を提供できる動物である。また、乳の利用、毛の利用、観光用（騎乗、牽引）、娯楽（ラクダ・レース、ラクダ相撲）など、現代社会においてもラクダの経済的価値は大きい。以下に研究分担者各自の研究成果を列挙する。
カザフスタンのボタイ遺跡を訪れ、約5000年前の馬の家畜化を裏付ける動物資料を得た（斎藤）。キルギス天山山中にある青銅器時代の遺跡モル・ブラク1遺跡の発掘調査とその周辺の踏査を実施し、高地環境での移牧の成立過程を通時的に明らかにするための考古記録を収集、解析した(久米）。カザフ人が移牧にともないラクダを運搬に使っている実態を調査した（今村）。モンゴルとカザフスタンにおける牧畜文化と技術、環境利用についてのあらたな資料を得た（星野、児玉）。カザフスタン・小アラル海地域における牧畜の実態と社会・経済問題について聞き取りと視察を行い、アラル海の生態危機への対策として牧畜が再評価されていることを明らかした（地田）。ウズベキスタン共和国、ロシアの文書館を調査し、資料収集・分析を行うとともに、中央アジア史関連の二次文献の収集を行った(塩谷）。 国立研究開発法人農業・食品産業技術総合研究機構, 生産性・収益性向上を実現する⾧時間航行ドローン等研究開発 コンソーシアム, 農薬・肥料を長時間自動散布可能なドローンシステムの開発, 201804, 202103, Buho Hoshino, １．電動ドローンにおける充電・バッテリー・燃料の交換や肥料・農薬補充の迅速化の開発とハイブリッドドローンの開発
（１）長時間航行可能なハイブリッドドローンの開発 １時間以上の長時間航行が可能なハイブリッドドローンを用いて、農業に適した燃料交換手法や肥料・農薬補充の迅速化と最適化技術の開発を行う。
（２）電動ドローンにおける充電・バッテリー交換や肥料・農薬補充の迅速化の開発 充電・バッテリー交換や肥料・農薬補充の迅速化と最適化技術の開発を行う。
２．ハイブリッドドローンの操縦システムの開発及び利用マニュアルの作成 （１）ハイブリッドドローンの自動航行システムの開発 定期的な生育状況調査等のための、定時に同一高度・同一経路でのセンシングが可能な自動航行システムを、既存の自動航行システムを活用して、農家が利用しやすいように開発を行う。（２）ハイブリッドドローンの利用マニュアルの作成
長時間航行可能なハイブリッドドローンの利用マニュアルの作成を行う。
３．光学カメラ・センサーカメラ等のデータに基づくセンシング技術の開発
ドローン搭載の光学カメラ・センサーカメラによるセンシングデータを活用し、生育状況と病害虫の早期発見、収量予測、収穫適期予測に関する技術開発を行う。
４．ドローンによる施肥・農薬散布等のタスク管理システムの開発 ドローンによる施肥・農薬散布情報とセンシングデータを自動的に取り込み活用でき、GAP取得につなげるためのタスク管理システムの開発を行う。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), International Observation of Asian Dust and Environmental Regime shift over the Source Regions, 201604, 201903, Kai Kenji, In recent years, international environmental problems occur due to the Asian dust, which is potentially affected by microorganisms and air pollutants, to be transported long distances. The 2014-2016 JSPS “Asia-Africa Science Platform on Asian dust and environmental regime shift” was applied for an international observation of the Asian dust from the Gobi Desert and Mongolian Grassland to Japan. A lidar network observation in the Gobi Desert showed a transport of the Asian dust from the atmospheric boundary layer to the free troposphere by a cold frontal system, moving across the desert. A new approach to investigate the Asian dust as bioaerosols was employed. A gene analysis of the bioaerosols showed that the Asian dust is a significant vehicle for long‐range transport of microorganisms. An evidence of the environmental regime shift was found in the Mongolian Grassland. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), A Model Analysis for the Regime Shift under climate change, 201504, 201903, YABUKI TETSUO; Hara Toshihiko; Tanaka Shigenori; Ebina Kuniyoshi; Tanaka Ayumi, To propose how to recover already degraded alpine vegetation through the regime shift under climate change especially global warming, we have performed model analyzing based on the state structure quantitative analysis in terms of several dimensionless parameters, referring to field measurement data and recovery experiment data in our research field. It has been found that the plausible values of the parameters in our model can explain the degraded alpine vegetation in our field as a regime shift, and the initial soil water content increased by cutting dwarf bamboo on the ground can recover the favorable stable state structure, and as a result our degraded alpine vegetation can be recovered within a reasonable value of dimensionless parameters in our model. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Tree ring width, oxygen, carbon and nitrogen isotope analyses for ecosystem change, 201404, 201803, Sugimoto Atsuko, Analyses lines were developed for tree ring oxygen and nitrogen isotopes. Carbon, oxygen and nitrogen isotopes were analyzed for tree ring samples obtained from taiga at north Mongolia. Carbon and oxygen isotopes showed similar trend, with higher values under dryer conditions. Higher nitrogen was observed for tree ring at grassland boundary than that at forest site. Nitrogen isotope was also observed for 5-year period, and no clear correlations with temperature and precipitation fluctuations were observed. These tree ring nitrogen isotopes at forest site and grassland boundary showed different trends, and suggested nitrogen dynamics at each ecosystem. Growth of larch trees at grassland boundary seem to be limited due to a dry condition, however sufficient right and nitrogen conditions may contribute the growth of trees. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), A Re-Evaluation of the Use of Large Domestic Animals in Central Asia: Focusing on Changes in Camel Breeding, 201404, 201703, IMAMURA Kaoru; Nurtazin Sabir; Azim Baibagyssov, Camels are well adapted to dry climates. We focused primarily on camels reared in Kazakhstan, conducting a diversified examination of such topics as the ecological characteristics of camels, their economic value, and their origins, and the history of their hybrids. There are two types of domestic camels found spread across the globe; the Bactrian camel and the dromedary. Although they are different species, in Kazakhstan crossbreeding of the two has been carried out since long ago for various purposes. Recent years has seen the increased popularity of a hybrid between the Arabian camel, with its higher volume of milk.
It is in this context that research is proceeding forward, not only with investigations into what their DNA, ecology and behavior tell us about the peculiar characteristics of camels as animals, but also at the same time into how human beings have used camels of the ages, considering the history and current state of this interaction. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Bioaerosol time-space transition during Asian dust transport incorporating cloud physics process, 201304, 201703, BABA KENJI, We investigated the spatio-temporal variation of bioaerosol occurred in the Mongolian Gobi Desert. The asian dust which occurred in the Mongolian Gobi desert arrived in Hokkaido area through the Westerly Wind without spreading in the meridian direction, according to meteorological model. We were also able to confirm occurrence / transport of Asian dust from LIDAR (Light Detection and Ranging, Laser Imaging Detection and Ranging) and artificial satellites CALIPSO. From aerosol samples acquired in Mongolian Gobi desert and Sapporo, they were biologically identified between them. Ministry of Education, Culture, Sports, Science and Technology, MEXT-Supported Program for the Strategic Research Foundation at Private Universities, Development of rapid identification method of infectious agents in production animals and establishment of effective countermeasures based on global analysis of infection routes, 201304, 201703, Hiroshi Yokota Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), A Study of Integrated Management Methods of Alien Invasive Species Mesquite in Arid Lands of West Asia and Africa, 201304, 201603, NAWATA HIROSHI; ELBASIT M. Ahmed, The invasion of mesquite (Prosopis spp.) has not only changed regional ecosystems, but has also led to livelihood degradation in local communities.
The Japanese-Sudanese interdisciplinary research teams developed comprehensive measures to control this invasive species. Hydrologists, plant physiologists, weed scientists, remote-sensing specialists, range managers, agricultural economists, nutrient physiologists, and cultural anthropologists worked together in field surveys at riverbanks, wadi beds, seashores and mountainsides in arid to semi-arid areas of Sudan.
The results of the study were applied as a training course on mesquite management and utilization for outreach workers of local state government. The results were immediately presented at an international conference and published in an academic book. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Relationship between the exclusive invasion of alien vegetation, mesquite and heterogeneity of sub-surface zone in arid environment, 201104, 201603, Yasuda Hiroshi; NAKAGAWA Kei; HOSHINO Buho; NAWATA Hiroshi; YODA Kiyotsugu; SAITO Tadaomi; NISHIYAMA Koji; TSUJI Wataru; KAWAI Takayuki; ISHIYAMA Shun; Mohamed Abd Elbasit Mohamed Ahmed, Field survey in Sudan and analysis in Japan have been performed since 2011. In Sudan, observation wells were constructed at several mesquite bushes. Corresponding to solar radiation, water uptake by mesquite was observed. Decline of groundwater table due to the midday depression was indicated around the noon time. The root length was 10 times of the height of shrub. A numerical simulation model for groundwater uptake was developed. Experiments on germination were conducted at Arid Land Research Center and rapid root extension was observed (2 cm/day). Analysis of mesquite spread covering area by remote sensing indicated that high density of mesquite depends on specific soil moisture range region. The mesquite spread can be simulated by a biological spreading simulation model. Existence of groundwater is apparently significant for intrusion and spread of mesquite. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Comparative study of Asian and Saharan dusts - estimation of the dust flux and influence to the climate, 201204, 201503, KAI Kenji; HOSHINO Buho; TAKEMI Tetsuya, There are two major dusts in the world. One is the Saharan dust and the other is the Asian dust. The dust influences the global and local climates through the processes of radiation and cloud micro-physics. The present study carried out a comparative study of Asian and Saharan dusts by using in situ observations, space lidar, and numerical models. The result suggests that the Asian dust has more ability of forming ice nuclei than the Saharan dust. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (S), Historico-Ecological Studies of Afro-Eurasian Inner Dry Land Civilizations and their Modern Changes from the View Point of Pastoralism, 200905, 201403, SHIMADA Yoshihito; SAKATA Takashi; TAKAKI Keiko; IKEYA Kazunobu; IMAMURA Kaoru; OHNO Akira; NAWATA Hiroshi; OUSBY Sacko; HOSHINO Buhou; HIRATA Masahiro; KODAMA Kanako; ISHIYAMA Syun; NAKAMURA Ryo, For rethinking the human civilization history, we have evaluated the Afro-Eurasian Inner dry land Civilization as its basic and main stream before the modern time from a pastoralist point of view. The animal was the pre modern most important power for men to exploit. The value of domesticated animals was not limited to the production of protein resources. As an excellent way of transport, it has contributed to the formation of long distant trade making its network and city civilization; as that of war and political domination, it supported the formation of Great Empires. Thus a global civilization was established in the inner dry land where distant regions and peoples communicate and exchange together, while 4 kinds of typology can be classified: 1. Northern prairie, 2. Tropical desert, 3. Oasis, 4. Tropical savanna. The destruction was however its modern history because Western modern history was that of ocean centered civilization and fossil energy. 国立試験研究機関技術開発研究費, アラブ社会におけるなりわい生態系の研究－ポスト石油時代に向けて, 2008, 2014, 衛星画像解析によって、スーダン紅海沿岸地域をフィールドにして、南アメリカ原産・アフリカにとって輸入種のマメ科の外来植物メスキートの分布域を特定し、マイクロ波衛星データなどを用いて、土壌水分の空間分布からメスキートの拡大域を予測する。 地球環境研究推進費, 「気候変動に対する森林帯-高山帯エコトーンの多様性消失の実態とメカニズムの解明」による山岳生態系における植生変動の定量化に関する研究, 2009, 2011, 北アルプス周辺の植生変化パタンの解析と、立地環境と植物の生理活性の対応関係についての解析を中心に行う。そして、山域間の違いについて解析を行う。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Climate change impacts on the dynamics of alpine plant communities and clarification of its mechanisms, 2009, 2011, KUDO Gaku; KANEKO Masami; H0SHIN0 Buho; YABUKI Tetsuo, We aimed to evaluate the climate change impacts on the vegetation dynamics in alpine ecosystem and to clarify the changing mechanisms. Expansion of dwarf bamboo and drought stress caused the rapid decrease in species diversity and declining alpine vegetation. We developed new methods to quantify the vegetation changes using air-photographs and to evaluate the changes in soil moisture conditions using remote sensing data. Furthermore, we developed theoretical model to predict a drastic vegetation change caused by climate change. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), Influence of the Qinghai-Tibetan railway on seasonal migration of Tibetan animals, 2007, 2010, HOSHINO Buho; MOTOKAWA Masaharu; SUZUKI Masatsugu; OHTAISHI Noriyuki; MASUDA Ryuichi; KAJI Koichi; KANEKO Masami; TAKEDA Masaya; ASAKAWA Mitsuhiko; KAMEYAMA Satoshi; YOSHIDA Tsuyoshi; IGOTA Hiromasa; JIANG Zhaowen; WU Xiaomin; LIU Chuguang; HALIK Mahmut; CUI Qinghu; ANIWAR T.; SU J.P.; HE Huamin; CHEN Shilong; SUMIYA Ganzorig, In this study, the hindering factor of the Qinghai-Tibetan railway, that is linking the Lhasa (Tibet) and Golmud of Qinghai Province since July 2006, on the migration of the Tibetan antelope-Tibetan antelope (Pantholops hodgsonii) and other wild animals, inhabitants of the Tibetan Plateau is investigated. For the first time in world practice, nine (9) female Tibetan antelope were captured, fitted with satellite-based ARGOS platform transmitter terminal (PTT) and tracked distantly. Distant tracking and on-site field observations showed that the migrating Tibetan antelope mostly used a relatively small (200 meters in size) underpass Wu-Bei (N35°15′; E93°09′; altitude 4597 m) and also an underpass at the river Chumaru (a total of 33 under and overpasses are exists along the railroad). Satellite tracking of the migrating Tibetan antelope was successful; all tracked individuals area used breeding site in surrounds of the lake Huiten (or Zhuonai Lake) that is located in the National Reservation of Cococili (4900 m～5100 m above sea level). The satellite data are clearly showed exact locations of summer (calving), intermediate and winter pastures; and also provided data on the Tibetan antelope temporaldistribution pattern. A preliminary analysis of the obtained data showed that summer habitat selection is closely associated with conditions of pastures that are also could be obtained from the satellites. This is very important to know the mechanism that is driving such migrations. During the study period numerous data on distribution, morphology, feeding habits, parasites in relations to the railroad of small mammals and birds that live along the railway have been obtained. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), Surveillance of the change of ecosystem on the Uotsuri-jima in Senkaku Islands with goats, using high-resolution satellite images, 2007, 2008, YOKOHATA Yasushi; KANEKO Masami; YOKOTA Masatsugu; HOSHINO Buho, 航空写真(1978年)および高解像度人工衛星イコノス(2000年)、Quickbird(2004、2006年)およびALOS(2007年)の衛星画像を分析した。1978、2000、2006年の画像を用いて3次元立体化画像の観察と裸地面積の推定を行い、裸地の増加や崖崩れの発生などの状況を具体的に把握した。ALOS画像による植生指数値(NDVI)の分布の分析により、裸地化に至っていない森林にもヤギの影響が及んでいることが示され、場所ごとの違いが把握された。これらの結果とヤギによる変化のなかった時期に作成されていた植生図(新納・新城、1980)との比較照合によって、ヤギの影響を特に強く受けている植生区分が特定された。以上の研究成果は第55、56回日本生態学会、第31回日本土壌動物学会、第14回日本野生生物保護学会で発表され、論文などで公表されたほか、今後さらに学術論文として順次公表してゆく予定である。本研究の成果は、新聞、テレビなどのマスメディアでも繰り返し取り上げられ、関心を呼んだ。本研究の成果発表にともない、2008年3月に石垣市議会が政府に野生化ヤギの対策を要請している。 Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Conservation biology for establishment a sanctuary for deer of an endangered species ; Tarim Red Deer and Thorold's Deer, 2003, 2006, OHTAISHI Noriyuki; KANEKO Masami; SUZUKI Masatsugl; BUHE Aosier; KAJI Kouichi; TAKEDA Masaya, Tarim red deer (Cervus elaphus yarkandensis) is a special subspecies belong to Western system which is wondrously adapted to desert habitat. The Tarim red deer inhabits in the river valley of the Tarim, Konqi and Qarqan rivers in Xinjiang, China. Currently, the habitat of the Tarim red deer is an area of intensive human activities, therefore the deer populations isolated into three areas, namely Xayar, Lopnur and Qarqan. Even more with the habitat's decreasing, not only the subspecies lost it's genetic diversity but also the animals are in severe danger because of genetic drifting and close relative reproduction. So far, the protective measure that has been sufficiently effective, and the ecology and genetic features of this subspecies remain to be elucidated. For that, some effective measures must be taken at present.
Mammals of the Palearctic have evolved in the region from western Tibetan Plateau to Xinjiang of China. Severe changes in the natural environments of the Cenozoic era gradually formed the present zoogeographical and ecological features in Xiljiang. Seven orders, 23 families, and 136 species of mammals are distributed over Xinjiang's complex environment. However. because influences via human activities have resulted in decreasing and fragmentation of habitats of the mammals, conservation and management for endangered species together with natural environments are urgently needed. It is very important to conserve and manage wild animals, and recover habitat environments, based on the biological data.
We used the optimum index factor (OIF) technique to rank all three-band combinations of ASTER original 14-band data over Tarim River Poplar Protection Area. Our study indicates that RGB color overlay using atmospheric corrected ASTER original bands 2, 3 (VNIR), and 6 (SWIR) has the highest OIF. When NDVI is considered as one ASTER band, highest OIF will have by carrying out bands 3 (VNIR), 4 (SWIR), and NDVI. In this study, we used highest OIF (bands 3, 4, and NDVI) succeeded in extraction of tarim River Poplar Forest. 現地と衛星データを用いた黄砂発生時の地表面臨界条件の特定, 酪農学園大学学内共同研究, 星野 仏方
社会貢献活動情報
Social Contribution
2022 01 15 - 2022 12 30 , Reviewer of International Journals, ELSERVER publisher, ELSERVER Journals###添付ファイルのURL##### 2020 01 01 - 2022 12 30 , Between 2020–2022, you published a total of 2 open access articles with Elsevier. 2 of your articles were linked to the UN SDGs, helping to tackle some of the world’s greatest challenges., UN SDGs, ELSEVIER###添付ファイルのURL##### 2022 06 11 - 2022 06 12 , Executive Committee Chair of the 33rd Annual Meeting of the Japan Association for Arid Land Studies, Japan Association for Arid Land Studies, the 33rd Annual Meeting of the Japan Association for Arid Land Studies# 2019 09 28 - 2019 09 28 , Grassland ecosystem and livelihood coexisting with wolves, Rakuno Gakuen University, Off-campus seminar###添付ファイルのURL##### 2019 09 08 - 2019 09 08 , Monitoring environmental changes in the Mongolian Plateau using remote sensing, Mongolian Academy of Sciences, Remote Sensing seminar###添付ファイルのURL##### 2019 02 20 - 2019 02 20 , From Farm to Table: case study of Center Asian Traditional Cultures, Nakamura Gakuen University, Seminar to PhD students of Nakamura Gakuen University (Fukuoka City)# 2018 02 24 - 2018 02 24 , Remote sensing monitoring of soil and crops, Event of National Fertilizer Confederation of Japan, 「肥料講習会」# 2017 11 21 - 2017 11 22 , Remote sensing application for Hokkaido, Japan, The Remote Sensing Society of Japan, 秋の全国大会特別講演会# 2016 10 01 - 2016 10 02 , Dream Navigation, Dream Navi: http://talk.yumenavi.info/archives/1912?site=p, Dream Navi: http://talk.yumenavi.info/archives/1912?site=p# 2016 01 15 - 2016 01 15 , Adaptation to the social and ecological change of arid Asia and Africa, The Research Institute for Humanity and Nature (RIHN), Adaptation to the social and ecological change of arid Asia and Africa workshop###添付ファイルのURL##### 2014 11 16 - 2014 11 16 , アジア内陸発生黄砂の発生のメカニズム、輸送経路と日本への影響 －ハタネズミとマーモットが創る草原－, 公益財団法人 動物臨床医学研究所主催, 第３５回動物臨床医学会・市民公開シンポジウム#
教員総覧
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Website：https://scholar.google.co.jp/citations?user=ZtsNTgEAAAAJ&hl=ja
Last Update :2025/01/29
Researcher Profile and Settings
Name
| HOSHINO Buho |
Affiliation (Master)
| College of Agriculture,Food and Environment Sciences, Department of Environmental and Symbiotic Science |
Education
| 1992 09 - 1995 07 , Doctor of Science, Chinese Academy of Sciences, The Institute of Geographic Sciences and Natural Resources Research (IGSNRR), State Key Laboratory of Resources and Environmental Information System |
| 1987 09 - 1990 07 , Northeast Normal University, The School of Geography, Graduate School of Geography |
| 1982 09 - 1987 07 , Inner Mongol Normal University, The School of Geography, Department of Geography |
Association Memberships
| Full Membership of Sigma Xi, The Scientific Research Honor Society, USA |
| THE ASSOCIATION FOR KYOSEI STUDIES |
| International Biogeography Society、IBS |
| 日本リモートセンシング学会 |
| 日本沙漠学会 |
| IEEE IGARSS |
| アメリカ宇宙学会(COSPAR) |
| American Association for the Advancement of Science; AAAS |
Committee Memberships
| 2023 01 , The Japanese Association for Arid Land Studies., Trustees |
Research Activities
Research Areas
| Environmental science/Agricultural science, Biological resource conservation, Remote Sensing |
| Humanities & social sciences, Geography, GIS |
| Environmental science/Agricultural science, Social-ecological systems, Asian Dust Storm, Pasture degradation |
| Humanities & social sciences, Local studies, Rangeland studies |
Research Interests
| Qinghai-Tibetan Plateau, |
| Habitat Modeling, |
| Wildlife conservation and management, |
| Lasiopodomys brandtii radde, |
| heterogenecity, |
| mammalian, |
| QingZang Railway (Qinghai-Tibetan Railway), |
| Seasonal migration, |
| Wildlife, |
| satellite tracking, |
| ココシリ保護区, |
| チベット横断鉄道, |
| チベットカモシカ, |
| チルー(Pantholops hodgsonii), |
| 青海-チベット鉄道, |
| アルゴスシステム(Argos System), |
| チルー, |
| ARGOS追跡, |
| 哺乳類, |
| Habitat fragmentation, |
| ARGOS衛星追跡, |
| 乾燥地, |
| 生態学, |
| 植物, |
| 国際情報交換, |
| 環境分析, |
| クチジロジカ, |
| アフリカ, |
| 動物追跡, |
| 植林, |
| 砂漠化, |
| 変化の抽出, |
| 土地利用・土地被覆, |
| リモートセンシング, |
| 資源保全, |
Published Papers
| The Impact of COVID-19 on Mongolian Nomadic Society, Chihiro Hazama; Kurt Ackermann; Narangerel Naranpurev; Chifumi Ono; Uuganbayar Ganbold; Takahiro Ozaki; Buho Hoshinno; Myagmartseren Purevtseren, Geographical Issues, Mongolian National University, 24, (2) 64 - 70, 2024 11 |
| Causal relationship between seasonal variation in surface roughness and dust and sandstorm occurrence in arid and semi-arid Mongolia, Tian Ying; Katsuro Hagiwara; Buho Hoshino, E3S Web of Conferences Proceeding, EDP Sciences, 575, (1) 01014 - 01014, 2024 10 11 |
| Net primary productivity of Betula platyphylla woodland and the response of current-year shoots to vegetation degradation in Mongolian forest steppe, Demidkhorloo Bayarsaikhan; Buho Hoshino; Takashi S. Kohyama; Shin-ichiro Aiba, Journal of Asia-Pacific Biodiversity, 17, (4) , 2024 09 |
| Seasonal Dynamics of the Land-Surface Characteristics in Arid Regions Retrieved by Optical and Microwave Satellite Data, Ying Tian; Kurt Ackermann; Christopher McCarthy; Troy Sternberg; Myagmartseren Purevtseren; Che Limuge; Katsuro Hagiwara; Kenta Ogaw; Satoru Hobara; Buho Hoshino, Remote Sensing, 16, (3143) 1 - 22, 2024 08 |
| The forgotten middle Silk Road: Historical caravan route geographies between Mongolia and Tibet, Christopher McCarthy; Yuki Konagaya; Troy Sternberg; Erdenebuyan Enkhjargal; Buho Hoshino, Journal of Historical Geography, Elsevier BV, 83, (1) 163 - 175, 2024 03 |
| Detection of Vertical Ground Deformation Caused by the 2018 Hokkaido Eastern Iburi Earthquake Using Sentinel1 DInSAR Data, Yotaro Yoshine; Christopher McCarthy; Buho Hoshino, IGARSS 2023 - 2023 IEEE International Geoscience and Remote Sensing Symposium, IEEE, 2485 - 2488, 2023 07 16 |
| Can Drones Help Smallholder Farmers Improve Agriculture Efficiencies and Reduce Food Insecurity in Sub-Saharan Africa? Local Perceptions from Malawi, Christopher McCarthy; Yamikani Nyoni; Daud Jones Kachamba; Lumbani Benedicto Banda; Boyson Moyo; Cornelius Chisambi; James Banfill; Buho Hoshino, Agriculture, MDPI AG, 13, (5) 1075 - 1075, 2023 05 17 |
| Impact of settlement-type grazing on rangeland vegetation in the Inner Mongolia autonomous region: A field verification of case study through a grazing experiment, Tian Ying; Hai Rihan; Yong Hai; Myagmartseren Purevtseren; Buho Hoshino, Agricultural Biological Research, Agricultural and Biological Research, 39, (3) 537 - 546, 2023 03 |
| SUSTAINABLE LAND MANAGEMENT IN CORN FARMLAND, SOUTHEAST KAZAKHSTAN: REPORT FROM KAZAKHSTAN AND CHINA BORDER, Fuki Yagi; Maira Kussainova; Buho Hoshino, Central Asia's Affairs, Kazakhstan Institute for Strategic Studies Under the President of The Republic of Kazakhstan, 88, (4) 23 - 34, 2022 12 15 |
| The impact of China’s Belt and Road Initiative on change and losing of Central Asian oases agricultural land, Kazuki SENO; Christopher MCCARTHY; Maira KUSSAINOVA; Sabir NURTAZIN; Mikoto KANEKO; Nobutake NAKATANI; Satoru HOBARA; James BANFILL; Buho HOSHINO, Journal of Arid Land Studies, 32, (S) 53 - 60, 2022 12 |
| Preserving the Gobi: Identifying Potential UNESCO World Heritage in Mongolia’s Gobi Desert, Christopher McCarthy; Troy Sternberg; Buho Hoshino; James Banfill; Erdenebuyan Enkhjargal; Yuki Konagaya; Simon Phillips, Journal of Asia-Pacific Biodiversity, Elsevier BV, 2022, (6) 1 - 61, 2022 09 |
| Remote Sensing Approach for the Appearance and Disappearance of Oasis Farmland in Kazakhstan, Buho Hoshino, Kazuki Seno, Maira Kussainova, Nobutake Nakatani, Satoru Hobara, IGARSS 2022 - 2022 IEEE International Geoscience and Remote Sensing Symposium, IEEE, 2022, (1) 3668 - 3671, 2022 07 17 |
| Bacterial Characteristics of Dust Particle Saltation in Gobi Dust Sites, Mongolia, Katsuro Hagiwara; Tamaki Matsumoto; Purevsuren Tsedendamba; Kenji Baba; Buho Hoshino, Atmosphere, MDPI AG, 12, (11) 1456 - 1456, 2021 11 03 |
| MICROTOPOGRAPHICAL CHARACTERISTICS OF FOREST DIEBACK IN A SEMI-ARID REGION RETRIEVED FROM GROUND AND SATELLITE DATA, Buho Hoshino; Daishi Matsukawa; Takashi Sasamura; Tserendulam Tserenochir; Uuganbayar Ganbold; Christopher McCarthy; Masami Kaneko; Atsuko Sugimoto, IEEE Xplore, 2021, (1) 6735 - 6738, 2021 07 |
| National Parks, Protected Areas and Biodiversity Conservation in North Korea: Opportunities for International Collaboration, Christopher McCarthy; James Banfill; Buho Hoshino, Journal of Asia-Pacific Biodiversity (Elsevier), Elsevier BV, 2021, (3) 1 - 25, 2021 06 |
| Spatial distribution pattern of dryland plants : turing pattern in water limited conditions, Keita Shima; Buho Hoshino; Ying Tian; Zoljargal E; Saixialt Bao; Yintay Na; Myagmarjav; Myagmartseren P, Mongolian Journal of Agriculture Sciences, 28, (3) 48 - 55, 2020 09 03 |
| Does China’s Belt and Road Initiative Threaten Food Security in Central Asia?, Troy Sternberg; Chris McCarthy; Buho Hoshino, Water, 12, (10) 1 - 17, 2020 09 |
| REMOTELY SENSED METHOD FOR DETECTION OF SPATIAL DISTRIBUTION PATTERN OF DRYLAND PLANTS IN WATER LIMITED ECOSYSTEM, Buho Hoshino; Ying Tian; Keita Shima; Su Riga; Zoljarga Enkhtuvshin; Christopher McCarthy, IEEE Xplore, 2020, (1) 2799 - 2802, 2020 09 |
| Distribution of Viable Bacteria in the Dust-Generating Natural Source Area of the Gobi Region, Mongolia, Katsuro Hagiwara; Tamaki Matsumoto; Purevsuren Tsedendamba; Kenji Baba; Buho Hoshino, Atmosphere, MDPI AG, 11, (9) 893 - 893, 2020 08 24 |
| Atmospheric dust as a possible survival factor for bioaerosols, Jun Noda; Sota Tomizawa; Buho Hoshino; Erdenebadrakh Munkhjargal; Kei Kawai; Kenji Kai, EDP Sciences, EDP Sciences, 99, (01011) 1 - 4, 2019 06 |
| Imaging of micro-organisms on topsoil particles collected from different landscape in the Gobi Desert, Morine Kuribayashi; Keiichi Kawano; Yuta Demura; Kenji Baba; Yuki Sofue; Purevsuren Tsedendamba; Tamaki Matsumoto; Katsuro Hagiwara; Olaf Karthaus; Kenji Kai; Buho Hoshino, EDP Sciences, EDP Sciences, 99, (01011) 1 - 4, 2019 06 |
| Northeast Asian Dust Transport: A Case Study of a Dust Storm Event from 28 March to 2 April 2012, Purevsuren Tsedendamba; Jugder Dulam; Kenji BABA; KATSURO Hagiwara; Jun Noda; Kei Kawai; Ganzorig Sumiya; Christopher McCarthy; Kenji Kai; Buho Hoshino, Atmosphere, 10, (69) 1 - 16, 2019 02 |
| Railway underpass location affects migration distance in Tibetan antelope (Pantholops hodgsonii), Wenjing Xu; Qiongyu Huang; Jared Stabach; Hoshino Buho; Peter Leimgruber, Plos One, 14, (2) 1 - 13, 2019 02 |
| Detection of dry lake beds formation and estimate of environmental regime shift in semi-arid region, Buho HOSHINO; Yuki SOFUE; Yuta DEMURA; Tsedendamba PUREVSUREN; Morine KURIBAYASHI; Kenji BABA; Enkhtuvshin ZOLJARGAL; Katsuro HAGIWARA; Jun NODA; Keiichi KAWANO; Olaf KARTHAUS; Kenji KAI, Journal of Arid Land Studies, 28, (S) 109 - 113, 2018 12 |
| Effects of Different Grazing Systems on Aboveground Biomass and Plant Species Dominance in Typical Chinese and Mongolian Steppes, Na, Y; Li, J; Hoshino, B; Bao, S; Qin, F, Sustainability, 10, (12) 1 - 14, 2018 12 |
| Assessing Local Indigenous Knowledge and Information Sources on Biodiversity, Conservation and Protected Area Management at Khuvsgol Lake National Park, Mongolia, Christopher McCarthy; Hitoshi Shinjo; Buho Hoshino; Erdenebuyan Enkhjargal, Land, 7, (4) 1 - 11, 2018 10 |
| Studies on the Forest Dieback Phenomenon in a Semi-Arid Region Using Remotely Sensed Data, Buho Hoshino; Takashi Sasamura; Atsuko Sugimoto; Tserenochir Tserendulam; Uuganbayar Ganbold; Christopher McCarthy; Masami Kaneko, IEEE Explore, 2018, (18244275) 1 - 4, 2018 07 |
| A Helminthological Record on Free-Ranging Pikas and Rodents Collected from Tibetan Plateau, China: Preliminary Results, Khaliunaa Tsevegmid; Masaharu Motokawa; Hongfeng Zhang; Junfeng Pei; Masakazu Asahara; Wei-Jan Wen; Chuguang Liu; Halik Mahmut; Xiaomin Wu; Buho Hoshino; Mitsuhiko Asakawa, Annals of Clinical Cytology and Pathology, 4, (4) 1 - 4, 2018 06 |
| Challenges for sustainable use of the fish resources from Lake Balkhash, a fragile lake in an arid ecosystem, Steven G. Pueppke; Margulan K. Iklasov; Volker Beckmann; Sabir T. Nurtazin; Niels Thevs; Sayat Sharakhmetov; Buho Hoshino, Sustainability (Switzerland), MDPI AG, 10, (4) 1 - 15, 2018 04 18 |
| Satellite Monitoring of Vegetation Response to Precipitation and Dust Storm Outbreaks in Gobi Desert Regions, Yuki Sofue; Buho Hoshino; Yuta Demura; Kenji Kai; Kenji Baba; Eunice Nduati; Akihiko Kondoh; Troy Sternberg, LAND, MDPI, 7, (1) 1 - 13, 2018 03 |
| The Effects of grazing systems on plant communities in steppe Lands-A case study from Mongolia's pastoralists and Inner Mongolian settlement areas, Yintai Na; Saixiyalt Bao; Kanji Hashimoto; Christopher McCarthy; Buho Hoshino, Land, MDPI AG, 7, (1) 1 - 10, 2018 03 01 |
| Movements of dams milked for fermented horse milk production in Mongolia, Tserenpurev Bat-Oyun; Takehiko Y Ito; Yadamjav Purevdorj; Masato Shinoda; Satomi Ishii; Hoshino Buho; Yuki Morinaga, Animal Science Journal, Blackwell Publishing, 89, (1) 219 - 226, 2018 01 01 |
| Population changes behind grassland degradation in Horqin region of Inner Mongolia, China, Na, Buho Hoshino; Shin'ya Kawamura; Tsedevdorj Serod, Research of One Health, 2018, (1) 1 - 17, 2018 01 |
| Movements of dams milked for fermented horse milk production in Mongolia, Tserenpurev Bat-Oyun; Takehiko Y Ito; Yadamjav Purevdorj; Masato Shinoda; Satomi Ishii; Hoshino Buho; Yuki Morinaga, Animal Science Journal, Blackwell Publishing, 89, (1) 219 - 226, 2018 01 01 |
| Determining the frequency of dry lake bed formation in semi-arid Mongolia from satellite data, Yuta Demura; Buho Hoshino; Kenji Baba; Christopher McCarthy; Yuki Sofue; Kenji Kai; Tsedendamba Purevsuren; Katsuro Hagiwara; Jun Noda, Land, MDPI AG, 6, (4) 1 - 9, 2017 12 01 |
| Problems in the Protection of Reintroduced Przewalski's Horses (Equus ferus przewalskii) Caused by Piroplasmosis., Munkhbat Tarav; Makoto Tokunaga; Tatsunari Kondo; Yuko Kato-Mori; Buho Hoshino; Usukhjargal Dorj; Katsuro Hagiwara, Journal of wildlife diseases, 53, (4) 911 - 915, 2017 10 |
| The ‘New Agricultural Land Reclamation’ Current Situation and Topic Regarding Inner Mongolia Semi-Farming Semi-Animal Husbandry - A Case Study of Village Level in Chifeng City -, YONG-HAI, Buho HOSHINO; SURIGA; Takashi SASAMURA; Kazuki UMEGAKI; NAYINTAI, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 27, (1) 9 - 16, 2017 08 |
| Properties and seasonal variation of milk produced by One-humped Camels (camelus dromedarius) and Two-humped camels (C. bactrianus) in Republic of Kazakhstan, Properties and seasonal; variation of milk; produced by One-humped Camels; camelus dromedarius; Two-humped camels; C. bactrianus; in Republic of Kazakhstan, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 26, (4) 219 - 222, 2017 03 |
| The Interactions Between Precipitation, Vegetation and Dust Emission Over Semi-Arid Mongolia, Yuki Sofue; Buho Hoshino; Yuta Demura; Eunice Nduati; Akihiko Kondoh, Atmospheric Chemistry and Physics Discussion (ACPD), Copernicus GmbH, 2017 03 |
| A New Methodology for the Evaluation of Ecological Characteristic of the Camel - A case Study of Climate Change and Breeding of Camel -, Buho Hoshino, Journal of Arid Land Studies, The Japanese Association for Arid Land Studies, 26, (4) 203 - 207, 2017 03 |
| Remote sensing methodology for detection of environmental regime shifts in semi-arid region., Yuki Sofue; Buho Hoshino; Eunice Nduati; Akihiko Kondoh; Kenji Kai; Ts. Purevsuren; Kenji Baba, IEEE IGARSS 2017, IEEE, 2017, (1) 5113 - 5116, 2017 |
| Seasonal migration and home ranges of Tibetan antelopes (Pantholops hodgsonii) based on satellite tracking, Karina Manayeva; Buho Hoshino; Hiromasa Igota; Takashi Nakazawa; Ganzorig Sumiya, International Journal of Zoological Research, Asian Network for Scientific Information, 13, (1) 26 - 37, 2016 12 15 |
| Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Kai; Ts. Purevsuren; Kenji Baba; Jun Noda, ProScience, 3, (1) 21 - 30, 2016 12 |
| Atmospheric black carbon and its role, Yasunari, T. J; N. Kaneyasu; A. Noda; B. Hoshino; I. Noguchi; N. Murao; M. Akiyama; M. Fujioka; K. Baba; K. Hagiwara; K. Kai; T. Yamaguchi; H. Suzuki; R. Matsumoto, Saihyou, 62, 3 - 42, 2016 |
| Understating Dilemma and Sophism of Prosopis juliflora Eradication in Sudan, Mahgoub Suliman; Hiroshi Nawata; Buho Hoshino; Ismail Mohamed Fangama, International Journal of Current Microbiology and Applied Sciences, 4, (8) 10 - 16, 2015 08 |
| Features of Ecological Restoration and Poverty Measures in "Semi-Farming Semi-Animal Husbandary Region of Inner Mongolia and Their Impacts on Inhabitants, Yong-Hai; Suriga; Riku Mizosugi; Yuta Demura; Yuki Sofue; Buho Hoshino, Kyosei Studies, 9, (1) 171 - 190, 2015 05 |
| Society System Changed from Traditional Nomadic to Modern Settlement in Pastoral Region of Mongolia and its Impact on Japan, Buho Hoshino; Suriga; Yuki Sofue; Yuta Demura; Tsedendamba PUREVSUREN, Ei-kair, Kyosei Studies, 9, (1) 1 - 27, 2015 05 |
| Evaluation of the Effect of a Rain Pulse on the Initial Growth of Prosopis Seedlings, Kiyotsugu Yoda; Wataru Tsuji; Tomoe Inoue; Tadaomi Saito; Mohamed A. M. Abd Elbasit; Ahmed M. Eldoma; Magzoub K. Magzoub; Buho Hoshino; Hiroshi Nawata; Hiroshi Yasuda, ARID LAND RESEARCH AND MANAGEMENT, TAYLOR & FRANCIS INC, 29, (2) 210 - 221, 2015 04 |
| Designing and implementing a technical training course on forest remote sensing to promote REDD+ A case study at Rakuno Gakuen University, YOSHIMURA; Nobuhiko HINO; Takafumi KANEKO; Masami HOSHINO; Buho OGAWA, Kenta, Journal of Rakuno Gakuen University, 40, (1) 35 - 45, 2015 03 |
| A Study on the Occurrence Tendency of the Dust Storm Using Vegetation Conditions and Frequency of Strong Winds in Gobi Desert, Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Baba, Journal of Arid Land Studies, 日本沙漠学会, 24, (3) 359 - 365, 2015 03 |
| Mare's milk and kumys, S.Nurtazin; S Ishii; B Hoshino, KazNU Bulletin, 43, (1) 123 - 131, 2015 |
| Estimates of critical ground surface condition for Asian dust storm outbreak in Gobi desert region based on remotely sensed data., Yuta Demura; Buho Hoshino; Yuki Sofue; Kenji Kai; Ts. Purevsuren; Kenji Baba; Jan-Chang Chen; Kaori Mori, IEEE Xplore, IEEE, 2015, (1) 870 - 873, 2015 |
| Habitat selection and ecosystem resilience role of Microtus brandti voles in degraded pasture in Mongolia, B. Hoshino; S. Ganzorig; K. Umegaki; S. T. Nurtazin, CEBE, 14, (16) 14 - 17, 2014 12 |
| Comparative characteristics of the home ranges of domestic and wild animals in arid and sub-arid Afro-Eurasia, and watering places as hot spot for the pasture degradation, Hoshino BUHO; Hiroshi NAWATA; Kenji KAI; Hiroshi YASUDA; Kenji BABA; Sumiya GANZORIG; SURIGA; Manayeva KARINA; Tsedendamba PUREVSUREN; Miki HASHIMOTO; Kenji KAWASHIMA; Jun NODA; Katsuro HAGIWARA; Yuka SHIBATA, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 51 - 56, 2014 06 |
| Grazing behavior of livestock in settled and nomadic herders households in Mongolian plateau, Suriga, Miki; Hashimoto; Buho Hoshino; Sumiya Ganzorig; Saixialt; Yong Hai; Karina Manayeva; Tsedendamba Purevsuren, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 184 - 189, 2014 06 |
| Studies on long-term changes in herders household and land use in Inner Mongolia, China, Yong Hai; Buho Hoshino (corresponding; Sumiya Ganzorig; Suriga; Tsedendamba Purevsuren; Manayeva Karina, Journal of Arid Land Studies, 日本沙漠学会, 24, (1) 191 - 194, 2014 06 |
| Forest disturbance leads to the rapid spread of the invasive Leucaena leucocephala in Taiwan, CHEN Jan Chang; HOSHINO Buho; JUMP Alistair S.; KANEKO Masami; CHEN Chaur Tzuhn, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 38, (2) 101 - 109, 2014 04 |
| Census of vegetation andenvironmental change in alpine zones using spatial information, Masami Kaneko; Buho Hoshino; Yukihiro Amagai, Global Environmental Research, 国際環境研究協会, 19, (1) 13 - 21, 2014 03 |
| Study on production and properties of kumiss of herders in Mongolian dry steppe, Satomi ISHII; Buho HOSHINO; Hiroki KOMIYAMA; Aritune UEHARA; Sabyr NURTAZIN, Jounal of Arid land studies, 24, (1) 195 - 197, 2014 02 |
| The impact of land cover change on patterns of zoogeomorphological influence: Case study of zoogeomorphic activity of Microtus brandti and its role in degradation of Mongolian steppe., Buho Hoshino; Sumiya Ganzorig; Marie Sawamukai; Kenji Kawashima; Kenji Baba; Kenji Kai; Sabyr Nurtazin, IEEE Xplore, IEEE, 2014, (1) 3518 - 3521, 2014 |
| Mesquite Risk Mapping and Assessment in Tokar Delta-Eastern Sudan, Mahgoub Suliman; Hiroshi NAWATA; Buho Hoshino, JOUR. OF NAT. RESOUR.&ENVIRON. STU., 3, (1) 9 - 13, 2014 |
| Greening of deserts by volunteer in Inner Mongolia, China : ─The case of action by Rakuno Gakuen University─, KODA Remi; ZHAO MingYu; HOSHINO Buho; KANEKO Masami, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 38, (1) 47 - 55, 2013 10 |
| 黄砂が運ぶ生物由来物質の時空間解析~2012年春季の事例~, 馬場賢治; 能田淳; 星野仏方; 萩原克郎, 日本気象学会大会講演予稿集, 日本気象学会, 103, (103) 388 - 388, 2013 04 30 |
| 極乾環境における外来植物メスキートの分布拡大の戦略―スーダンの事例, 星野仏方, 日本生態学会大会講演要旨集, 60th, 2013 03 05 |
| ELUCIDATIVE MECHANISM OF THE RECESSION OF ALPINE PLANTS AND THE INVASION OF DWARF BAMBOO KURILENSIS IN THE TAISETSU MOUNTAINS, Buho Hoshino; Gaku Kudo; Masami Kaneko; Hidehisa Taniuchi; Tetsuo Yabuki, 2013 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 1, (2013) 2778 - 2781, 2013 |
| Ecosystem Engineering Role of Brandt's Vole (Microtus brandti) in Overgrazing Steppe of Mongolia( |
| A new spectral index to detect Poaceae grass abundance in Mongolian grasslands, S. Shimada; J. Matsumoto; A. Sekiyama; B. Aosier; M. Yokohana, ADVANCES IN SPACE RESEARCH, ELSEVIER SCI LTD, 50, (9) 1266 - 1273, 2012 11 |
| Extraction of the alien species of Mesquite (Prosopis juliflora) expanding distribution by rivers and wadi in Eastern Sudan, YABUKI SHUNSUKE; HOSHINO BUHO; YODA KIYOTSUGU; YASUDA HIROSHI; NAWATA HIROSHI; ABDELAZIZ KARAMALLA; AIDA SHIGETO; MORI YUSUKE, 酪農学園大学紀要 自然科学編(Web), 37, (1) 71 - 77, 2012 10 |
| Study on the effect of the Qinghai-Tibetan Railway on the migration of Tibetan antelope (Pantholops hodgsoni) in Hoh-Xil National Nature Reserve based on satellite tracking-case study of coexistence of wildlife and livestock-, NAKAZAWA TAKASHI; LIU CHUGUANG; MANAYEVA KARINA; HOSHINO BUHO; IGOTA HIROMASA; YOSHIDA TSUYOSHI; KANEKO MASAMI; KAJI KOICHI; JIANG ZHAOWEN; ASAKAWA MITSUHIKO; MOTOKAWA MASAHARU; KAMEYAMA SATOSHI; OTAISHI NORIYUKI; MASUDA RYUICHI; MAHAMUT HALIK; WU XAOMIN; GANZORIG SUMIYA, 酪農学園大学紀要 自然科学編(Web), 37, (1) 61 - 70, 2012 10 |
| Evaluation of sustainable development for Mongolian plateau using behavior pattern of livestock, HASHIMOTO MIKI; HOSHINO BUHO; GANZORIG SUMIYA; SURIGA; MATSUBARA NAO; SAIXIALT, 酪農学園大学紀要 自然科学編(Web), 37, (1) 79 - 85, 2012 10 |
| Study on the effect of the Qinghai-Tibetan Railway on the migration of Tibetan antelope (Pantholops hodgsoni) in Hoh-Xil National Nature Reserve based on satellite tracking : case study of coexistence of wildlife and livestock, NAKAZAWA Takashi; LIU Chuguang; MANAYEVA Karina; HOSHINO Buho; IGOTA Hiromasa; YOSHIDA Tsuyoshi; KANEKO Masami; KAJI Koichi; JIANG Zhaowen; ASAKAWA Mitsuhiko; MOTOKAWA Masaharu; KAMEYAMA Satoshi; OTAISHI Noriyuki; MASUDA Ryuichi; MAHAMUT Halik; WU Xaomin; GANZORIG Sumiya, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 37, (1) 61 - 70, 2012 10 |
| 降雨パルスに対する外来侵略樹種メスキートの実生初期成長応答の評価, 依田清胤; 辻渉; 井上知恵; 齋藤忠臣; ELBASIT Mohamed; 星野仏方; 縄田浩志; 安田裕, 日本植物学会大会研究発表記録, 76th, 2012 09 14 |
| モンゴル国の過放牧地域における小型哺乳類の生態系エンジニアリングの働き, 川島健二; 星野仏方; 澤向麻里絵; GANZORIG S; 浅川満彦; BATSAIKHAN N; AUGUGLIARO C, 日本草地学会誌, 58, (1) 29 - 30, 2012 08 |
| Mesquite (Prosopis spp.) Water Uptake under Different Simulated Drought Conditions, ABD ELBASIT; MOHAMED A.M; ABD ELBASIT; MOHAMED A.M; YASUDA HIROSHI; YODA KIYOTSUGU; ELDOMA AHMED M; NAWATA HIROSHI; HOSHINO BUHO; MAGZOUB MAGZOUB K, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 5 - 8, 2012 06 |
| Spatial and Temporal Patterns of NDVI Response to Precipitation and Temperature in Mongolian Steppe, PUREVSUREN TSEDENDAMBA; HOSHINO BUHO; GANZORIG SUMIYA; SAWAMUKAI MARIE, Journal of Arid Land Studies, 22, (1) 247 - 250, 2012 06 |
| Evaluating the Invasion Strategic of Mesquite (Prosopis juliflora) in Eastern Sudan Using Remotely Sensed Technique, HOSHINO BUHO; KARAMALLA ABDELAZIZ; ABD ELBASIT; MOHAMED A.M; MANAYEVA KARINA; YODA K; SULIMAN MAHGOUB; ELGAMRI MOHAMED; NAWATA H; YASUDA H, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 1 - 4, 2012 06 |
| Root System Development of Prosopis Seedlings under Different Soil Moisture Conditions, YODA KIYOTSUGU; ELBASIT MOHAMED; A.M.ABD; HOSHINO BUHO; NAWATA HIROSHI; YASUDA HIROSHI, Journal of Arid Land Studies, 22, (1) 13 - 16, 2012 06 |
| Preliminary Results on Surface and Soil Characteristics of Brandt's Vole (Microtus brandti) Habitat in Central Mongolia using Satellite Data, SAWAMUKAI MARIE; HOSHINO BUHO; GANZORIG SUMIYA; PUREVSUREN TSEDENDAMBA; ASAKAWA MITSUHIKO; KAWASHIMA KENJI, Journal of Arid Land Studies, 日本沙漠学会, 22, (1) 295 - 298, 2012 06 |
| Root System Development of Prosopis Deedlings under Different Soil Moisture Conditions, K YODA; MA ELBASIT; B HOSHINO; H NAWATA; H YASUDA, Journal of Arid Land Studies, 22, (1) 13 - 16, 2012 05 |
| Patterns of grazing behavior of livestock in settlements of Inner Mongolia, SURIGA; HOSHINO BUHO; SAIXIALT; GANZORIG SUMIYA; HASHIMOTO MIKI, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 347 - 355, 2012 04 |
| Spatial and Temporal Distribution of Tibetan Antelope at Hoh Xil National Reserve, MANAYEVA KARINA; HOSHINO BUHO; GANZORIG SUMIYA; NAKAZAWA TAKASHI; MINARI YUKA; IGOTA HIROMASA, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 339 - 345, 2012 04 |
| Cooperative guild and spatial heterogeneity in habitat of small mammals in the mountain steppe of Mongolia, KAWASHIMA KENJI; HOSHINO BUHO; GANZORIG SUMIYA; SAWAMUKAI MARIE; ASAKAWA MITSUHIKO; BATSAIKHAN NYAMSUREN, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 357 - 362, 2012 04 |
| Studies on land use patterns and behavior of the domestic horses grazing in Mongolia, ICHIJO MASAYOSHI; ICHIJO MASAYOSHI; HOSHINO BUHO; GANZORIG SUMIYA; KAWASHIMA KENJI, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 36, (2) 363 - 375, 2012 04 |
| 地球は乾いている―進行する砂漠化と畜産(遊牧)と地球環境―《24》モンスーンアジアの生態系と日本の安全 3), 星野仏方, 酪農ジャーナル, 65, (3) 46 - 47, 2012 03 01 |
| Change detection method for pasture degradation using RGB color composite image of multitemporal Landsat TM - A case study of the Inner Mongolian settlement region, Suriga Suriga; Miki Hashimoto; Buho Hoshino; Saixialt; Sumiya Ganzorig, 2012 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 6267 - 6270, 2012 |
| ESTIMATED SOIL MOISTURE IN VEGETATED AREA USING MULTITEMPORAL MULTIPOLARIZATION DATA, Buho Hoshino; Gaku Kudo; Masami Kaneko; Hidehisa Taniuchi; Hisae Iino; Tetsuo Yabuki, 2012 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 654 - 657, 2012 |
| Seasonal migration of Tibetan antelope (Pantholops hodgsonii) and its relation with spatial patterns of relative primary productivity (NDVI), Sumiya Ganzorig; Buho Hoshino; Karina Manaeva; Hiromasa Igota, 32nd Asian Conference on Remote Sensing 2011, ACRS 2011, 3, 1493 - 1496, 2011 12 01 |
| A Model Analysis for the Regime Shift under Climate Change in Alpine Vegetation, Tetsuo Yabuki; Megumi Hashiguchi; Geku Kudo; Buho Hoshino; Masami Kaneko, Procceding of The International Conference on Environmental Science and Technology, 2011, (1) 1 - 7, 2011 10 |
| A NEW METHOD FOR ESTIMATION OF SOIL MOISTURE FROM PALSAR POLARIZATION DATA IN HIGH DENSITY VEGETATED AREA, B. Hoshino; G. Kudo; Y. Amagai; M. Kaneko; T. Yabuki, The 32nd Asian Conference on Remote Sensing, 3 - 7, 2011 10 |
| Invasion of dwarf bamboo into alpine snow-meadows in northern Japan: pattern of expansion and impact on species diversity, Gaku Kudo; Yukihiro Amagai; Buho Hoshino; Masami Kaneko, ECOLOGY AND EVOLUTION, WILEY-BLACKWELL, 1, (1) 85 - 96, 2011 09 |
| Parasitological investigation of wild rodents collected from Mongolia: Its outline and preliminary results, ASAKAWA MITSUHIKO; KHALIUNAA TSEVEGMID; GANTIGMAA CHULUUNBAATAR; BATTULGA SUMIYA; ABMED DAVAAJAV; ANU DAVAASUREN; HOSHINO BUHO; ITO RYO, 日本獣医学会学術集会講演要旨集, 152nd, 2011 08 31 |
| Preliminary study on migration pattern of the Tibetan antelope (Pantholops hodgsonii) based on satellite tracking, Hoshino Buho; Z. Jiang; C. Liu; T. Yoshida; Halik Mahamut; M. Kaneko; M. Asakawa; M. Motokawa; K. Kaji; X. Wu; N. Otaishi; Sumiya Ganzorig; R. Masuda, ADVANCES IN SPACE RESEARCH, ELSEVIER SCI LTD, 48, (1) 43 - 48, 2011 07 |
| RAPID EVALUATION OF FOREST DAMAGED BY TYPHOON USING MULTISPECTRAL SATELLITE DATA – CASE STUDY IN HOKKAIDO JAPAN, Buho Hoshino; Sabyr Nurtazin; Masayuki Takada, KazNU Journal of Ecology, 3, (32) 53 - 58, 2011 05 |
| Spatial and temporal patterns of NDVI response to precipitation in Mongolian Steppe, PUREVSUREN TSEDENDAMBA; HOSHINO BUHO; GANZORIG SUMIYA; TSERENDULAM TS, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 35, (2) 55 - 62, 2011 04 |
| Remote Sensing Methods of Vegetation and Surface Run-off Change in Eastern Sudan Area, HOSHINO BUHO; NAWATA HIROSHI; JIA RUICHEN; ABDELAZIZ KARAMALLA; YODA KIYOTSUGU, 酪農学園大学紀要 自然科学編(Web), Rakuno Gakuen University, 35, (2) 33 - 43, 2011 04 |
| Remote Sensing Methods of Vegetation and Surface Run-off Change in Eastern Sudan Area, HOSHINO Buho; NAWATA Hiroshi; Jia Ruichen; Karamalla Abdelaziz; YODA Kiyotsugu, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 35, (2) 33 - 43, 2011 04 |
| CLASSIFICATION OF CASI-3 HYPERSPECTRAL IMAGE BY SUBSPACE METHOD, Buho Hoshino; Hasi Bagan; Akihiro Nakazawa; Masami Kaneko; Masaki Kawai; Tetuo Yabuki, 2011 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 2011, (1) 724 - 727, 2011 |
| Monitor of the growth situation of the grass using remote sensing technology, GOMI Shigeta; HOSHINO Buho; YOSIHIHIRA Taiki; Agudamu, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 36, (1) 87 - 96, 2011 |
| REMOTE SENSING METHODS FOR THE EVALUATION OF THE MESQUITE TREE (Prosopis juliflora) ENVIRONMENTAL ADAPTATION TO SEMI-ARID AFRICA, Buho Hoshino; Maino Yonemori; Karina Manayeva; Abdelaziz Karamalla; Kiyotsugu Yoda; Mahgoub Suliman; Mohamed Elgamri; Hiroshi Nawata; Yusuke Mori; Shunsuke Yabuki; Shigeto Aida, 2011 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM (IGARSS), IEEE, 2011, (1) 1910 - 1913, 2011 |
| External Measurements of Passeriformes (Aves) Species Captured in Qinghai Province of China, ASAKAWA Mitsuhiko; ZHANG Hongfeng; PEI Junfeng; ASAHARA Masakazu; WEN Wei-Jan; LIU Chuguang; MAHMUT Halik; WU Xiaomin; MOTOKAWA Masaharu; HOSHINO Buho, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 35, (1) 73 - 75, 2010 |
| Small mammals collected from Qinghai Province, China, Masaharu Motokawa; Hongfeng Zhang; Junfeng Pei; Mitsuhiko Asakawa; Masakazu Asahara; Wei-Jan Wen; Chuguang Liu; Halik Mahmut; Xiaomin Wu; Buho Hoshino, Biogeography, 日本生物地理学会, 12, 29 - 37, 2010 |
| Influence of the Qinghai-Tibetan Railway on Migration Pattern of Tibetan Antelope (Pantholops hodgsoni), IDA Kengo; HOSHINO Buho; KAJI Koichi; IGOTA Hiromasa; KANEKO Masami; Ganzorig S, Journal of the College of Dairying. Natural science, 酪農学園大学, 34, (1) 35 - 46, 2009 10 |
| The Inventory Database of Wildlife Inhabiting around the Qinghai-Tibetan Railway and migration pattern of Tibetan antelope (Pantholops hodgsoni), OTA Haruka; HOSHINO Buho; KAJI Koichi; IGOTA Hiromasa; YOSHIDA Tsuyoshi; OTAISHI Noriyuki; Ganzorig S, Journal of the College of Dairying. Natural science, 酪農学園大学, 34, (1) 23 - 33, 2009 10 |
| Laboratory of Environmental Remote Sensing, Department of Biosphere and Environmental Sciences, Faculty of Environment System, Rakuno Gakuen University, HOSHINO B., Journal of The Remote Sensing Society of Japan, The Remote Sensing Society of Japan, 29, (2) 435 - 436, 2009 04 25 |
| 中国・内モンゴルにおける草原の砂漠化と緑化をめぐって, 星野仏方; 賽西雅拉図; 佐藤藍; 中村修平, 沙漠研究, (20-1) 43 - 48, 2009 |
| Investigation on the water stress in alpine vegetation using Hyperspectral Sensors, Buho Hoshino; Gaku Kudo; Tetsuo Yabuki; Masami Kaneko; Sumiya Ganzorig, 2009 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-5, IEEE, 2009, (1) 1856 - 1858, 2009 |
| A comparative study of pasture degradation of Inner Mongolian fenced and unfenced land based on remotely sensed data, HOSHINO Buho; KANEKO Masami; MATSUNAKA Teruo; ISHII Satomi; SHIMADA Yoshihito; ONO Chifumi, Journal of the College of Dairying. Natural science, Rakuno Gakuen University, 34, (1) 15 - 22, 2009 |
| Evaluate the Eco- Effectiveness of Grain for Green Project of China Using a Satellite-Derived Land Surface Parameter, Buho Hoshino; H.Nawata; R.Nagasawa; R.Sato; N.Yamanaka; S.Ganzorig, INTERNATIONAL JOURNAL OF ENVIRONMENTAL CREATION, 10, (2) 29 - 36, 2009 |
| アジア内陸発生黄砂の地球環境への影響のビジュアル化, 星野仏方; 小野智郁; 佐藤藍; 松中照夫, 可視化情報学会論文集, 28, (2) 147 - 148, 2008 |
| Zigbeeを用いた野生動物農業被害防除システムの検討, 伊吾田宏正; 鈴木透; 金子正美; 星野仏方; 吉田剛司, 第17回地理情報システム学会講演論文集, 429 - 432, 2008 |
| Extended subspace method for remote sensing image classification, Hasi Bagan; Wataru Takeuchi; Buhe Aosier; Masami Kaneko; Xiaohui Wang; Yoshifumi Yasuoka, International Geoscience and Remote Sensing Symposium (IGARSS), IEEE, 2, (1) II927 - II930, 2008 |
| Evaluate the Eco-effectiveness of Sloping Land Conversion "Grain for Green Project" of China Using a Satellite-derived Land Surface Parameter, Aosier Buhe; H. Nawata; R. Nagasawa; R. Sato; Y. Yamanaka, Journal of Arid Land Studies, 日本沙漠学会, 17, (2) 87 - 91, 2007 09 |
| Land cover of oases and forest in XinJiang, China retrieved from ASTER data, Aosier Buhe; K. Tsuchiya; M. Kaneko; N. Ohtaishi; Mahmut Halik, Advances in Space Research, Elsevier BV, 39, (1) 39 - 45, 2007 01 |
| Evaluation of the forest damage by typhoon using remote sensing technique, Buhe Aosier; Masarni Kaneko; Masayuki Takada, IGARSS: 2007 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-12, IEEE, 3022 - +, 2007 |
| Comparison of NDVI of ground measurement, atmospheric corrected ASTER LIB data and ASTER surface reflectance product,(AST07) data, Buhe Aosier; Masami Kaneko; Masayuki Takada, IGARSS: 2007 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-12, IEEE, 1806 - +, 2007 |
| Classifying the vegetation at Sarobetsu Mire, Hokkaido, using satellite remote sensing, M Takada; A Buhe; S Natsume; K Saito; K Kato, Landsc Ecol Manage, Japan Association for Landscape Ecology, 11, (1) 3 - 14, 2006 11 |
| Extraction of Poplar(Populus euphratica) Forest and Tamaric(Tamarix taklamakanensis) Bushes in Taklamakan Desert Using Terra/ASTER Data, BUHE Aosier; M.KANEKO; N.OHTAISHI; MAHAMUT Halik; K. TSUCHIYA, Journal of Arid Land Studies, 日本沙漠学会, 15, (4) 391 - 397, 2006 |
| Scaling transformation of remote sensing digital image with multiple resolutions from different sensors, A Buhe, J Ma; Q Wang, Journal of Geographical Sciences, 59, (1) 101 - 110, 2004 08 |
| Terra/ASTERマルチスペクトル(VNIR, SWIR&TIR)データを用いた湿原環境評価に関する基礎的研究（サロベツ湿原を例として）, 布和欺斯尓; 高田雅之, 北海道環境科学研究センター所報, (31) , 2004 |
| Comparison of image data acquired with AVHRR, MODIS, ETM+ and ASTER over Hokkaido, Japan, Buheaosier; K. Tsuchiya; M. Kaneko; S.J. Sung, Advances in Space Research, Elsevier BV, 32, (11) 2211 - 2216, 2003 12 |
| 湿原植生分類のためのリモートセンシング手法の研究 -北海道釧路湿原の場合-, 布和欺斯尓; 金子正美; 高田雅之; 土屋清; 福間博史, 北海道環境科学研究センター所報, 北海道立総合研究機構環境・地質研究本部環境科学研究センター, (29) 53 - 58, 2002 |
| Quantitative assessment of vegetation coverage factor in USLE model using remote sensing data, Ma C F; Ma J W; Buhe A, Bulletin of Soil and Water Conservation, 21, (1) 6 - 9, 2001 06 |
| Quantitative assessment of vegetation coverage factor in USLE model using remote sensing data, CF Ma; JW Ma; A Buhe, Bulletin of Soil and Water Conservation, 21, (4) 6 - 9, 2001 05 |
| The application of ETM and sample sits statistic data to study distribution pattern of endangered rare plants in west ordos plateau, JW Ma; XZ Han; BuheAosier; CF Ma; SH Qin, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2091 - 2093, 2001 |
| Lithology information extraction from TM data based on canopy bio-geochemistry elements spectrum analysis, JW Ma; CF Ma; BuheAosier; XG Meng; JP Wang, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2415 - 2417, 2001 |
| Fusion of TM thermal band and band ratio data for the mapping of auriferous rocks in mountains of Western Tianshan, Xingjiang, China, JW Ma; BuheAosier; Hasibagan, IGARSS 2001: SCANNING THE PRESENT AND RESOLVING THE FUTURE, VOLS 1-7, PROCEEDINGS, IEEE, 2418 - 2420, 2001 |
| Study on spatial-temporal feature of modern land-use change in China: using remote sensing techniques, Jiyuan Liu; Buheaosier, Quaternary sciences, 20, (3) 229 - 239, 2000 05 |
| Study on Land Cover Change in China Based on Seasonal & Longitudinal Characteristics Using Remotely Sensed Data, Buho Hoshino, Journal of Geographical Sciences, 65, (1) 52 - 60, 1998 12 |
| Correction of NDVI calculated form ASTER L1B and ASTER(AST07) data based on ground measurement, Hoshino Buho; Masami Kaneko; Kenta Ogawa, Advances in Geoscience and Remote Sensing, 45 - 56 |
| Regional environmental differentiation and regional safety threshold of soil selenium, Buber Aoseer; Dongwe Zhang; Li Liu, Acta Pedologica Sinica, 32, (2) 186 - 193 |
Books etc
| Basic Remote Sensing text book, Buho Hoshino, Chapter 3 Remote sensing application to Land, The Remote Sensing Society of japan, 2025 02 , 9784844609636 |
| Camels, living with people in harsh nature, Buho Hoshino; Kento Tani, Chapter 11: Camel eating habits and the formation of camel lines: environmental adaptation and environmental destruction of camels, Fukyosha Publishing Inc., 2023 03 , 9784894893450 |
| Central Asian Pastoral Societies, People a; Livestock in Arid; Semi-arid Regions, Chapter 8, Kyoto University Press, 2023 03 , 9784814004744 |
| Social Change and Pastoral Societies (Research on Pastoral Societies in Central Asia, Strictly Book 4), Buho Hoshino; Fugi Yagi, The Impact of the Covid-19 Pandemic on the livelihood of Mongolian Nomads: A Questionnaire Survey and a Field Survey, Nagoya Gakuin University, 2023 01 |
| Environmental risk assessment of China’s OBOR (BRI) project in Kazakhstan – An evaluation of the appearance and disappearance of oasis farmland, Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Buho Hoshino; James Banfill, Chapter Pages 92-103, Youcanprint, 2021 06 , 9791220341592 |
| The Nomad and sedentarization, Su Riga; Buho Hoshino; Christopher McCarthy; Kaoru Imamura, The relationship between humans and livestock in nomadic life – A comparative case study between Mongolian nomadic life and Inner Mongolian settlement life, Central Asian Pastoral Society Research Series, 2021 03 |
| Desert encyclopedia, Buho Hoshino, Pasture management, Jananese Association of the Arid Land Studies, 2020 07 |
| Desert encyclopedia, Buho Hoshino, The nomad system, Jananese Association of the Arid Land Studies, 2020 07 |
| The Cultures of Water Management (eBook, Editors Hiroshi Nawata Makoto Taniguchi), Buho Hoshino; Hiroshi Nawata; Abdelaziz Karamalla Gaiballa; Kiyotsugu Yoda; Hiroshi Yasuda, Chapter 14;: 14. Remote Sensing Methods for Surface Run-Off, Soil Moisture and Alien Invasive Species Control in African Arid and Semi-Arid Lands, Springer Japan (Springer Japan KK, part of Springer Nature), 2019 12 , 9784431542131, This book assesses the importance of the cultural dimensions of water management, which differ from one region of the world to another, from humid Southeast Asia to arid parts of the Middle East and Africa. Water is a vital resource, and water circulation brings invaluable benefits in many ways. Too much or too little water can also create disasters, however, including flooding and drought. Water is considered “too much to control” in humid areas and “too little to survive” in arid regions. There is a great storehouse of traditional and scientific knowledge on water management as an expression of culture in both arid and humid areas. The qanat, for example, is used in some arid regions to control the transport of water underground. In humid areas, people have long existed under the threat of heavy flooding by drawing upon traditional knowledge for survival. Once-effective water management is threatened, however, by climate change such as global warming and by the globalization and urbanization of society. Adaptive water management is now imperative as climate and society undergo changes. Not only political and institutional solutions are called for. As well, adaptations of traditional methods must be introduced into modern systems of water management. This book provides valuable guidance on how that synthesis can be achieved. |
| The Applications and Analysis Methods for Remote Sensing, Buho Hoshino, Chapter 10-3, NTS, 2019 08 , 9784860436124, 人工衛星とドローンが映し出す、私たちの知らない世界公的機関(NASA、ESA(欧州宇宙機関))の商用衛星データの無償提供が進んでおり、それらを利用した多数のビジネスが生まれようとしている。リモートセンシングの基礎やデータの解析技術をまとめた書籍は、数多くあるが、多分野の応用事例を一冊にまとめた技術書はなかった。リモートセンシングに携わる様々な分野の研究開発者のみならず、新しいビジネス創出を考えている方々に最適な書籍。人工衛星やドローンから捉えたデータに解析・分析を行うことで、農作物収穫予測・生育管理道路や鉄道等のインフラ監視、アマゾン地域の森林の違法伐採の阻止、海洋環境の変化を把握する、といった様々な衛星画像の利用事例を解説。 |
| Remote Sensing & GIS Application to Agriculture, Buho Hoshino, 1-page spatial report, Dairy Journal, 2016 08 |
| 内モンゴルを知るための６０章, Buho Hoshino, Dust storm and desertification of Inner Mongolian Rangeland, Aka-Ishi Press, 2015 07 |
| On the Helminth Fauna of small mammals in Hustai National Park, Mongolia, S. Ganzorig; N. Batsaikhan; K. Hagiwara; K. Baba; B. Hoshino, 84-92, Takhi (Book, in English), 2015 03 |
| Spatial distribution of Microtus brandti colonies in abandoned cropland in a buffer zone of the Hustai National Park, Mongolia, S. Ganzorig; B. Hoshino; T. Toda; A. Saitoh; K. Umegaki; N. Batsaihan; R. Samiya; S. T. Nurtazin, 69-75, Takhi (Book, in English), 2015 03 |
| Book of Desert History, Buho Hoshino, Chapter-1,3,4 Alien plant of Mesquite, Tokai University Press, 2014 03 |
| Home ranges and habitat selection of Microtus brandti voles in abandoned cropland in a buffer zone of the Hustai National Park, Mongolia, Buho Hoshino, 76-83, Takhi (Mongolia), 2014 03 |
| Alien Plant of Mesquite, Buho Hoshino; Hiroshi Nawata, Editorial, Rin-Sen Press, 2013 12 |
| Diversify of Mongolian society and nature, Buho Hoshino, Change of natural environment and Nomadic depend Mongolian plateau, Nagoya University, 2013 03 |
| Remote Sensing --- An Introductory Textbook, Buho Hoshino, Desertification, MARUZEN PLANET, 2013 03 |
| Introductory Remote Sensing, Buho Hoshino, remote sensing of desertification: pp. 50-52, Riko-Tosho press, 2011 06 |
| Advances in Geoscience and Remote Sensing, Buho Hoshino; Masami Kaneko; Kenta Ogawa, Correction of NDVI calculated from ASTER L1B and ASTER(AST07) data based on ground measurement, In-Tech Press, 2009 09 |
| Desert of encyclopedia, Buho Hoshino, Ecological immigration, MARUZEN PLANET, 2008 10 |
| Remote Sensing · GIS Handbook book for the natural environment analysis, Buho Hoshino, Analysis of arid and semi-arid land change, Kokin Shoin, 2007 11 |
| Forest Sciences, Buho Hoshino, Remote Sensing Method for Forest Habiat Monitoring, Asa-Kura Press, 2005 08 |
| Estimating soil moisture in the arid and semi-arid region using Terra/ASTER data, BUHE Aosier; M. Kaneko; S. Shimada; K. Tsuchiya, one chapter, ERECON, 2004 07 |
Conference Activities & Talks
| Remote sensing monitoring for climate-driven deforestation, Buho Hoshino, Special lectureof National PingTung University of Science and Technology |
| The Conference of ‘Life in Kyrgyzstan’ Study (LiK Study) in 2024, Buho Hoshino, The impact of COVID-19 on Mongolian nomadic society |
| Ebetse Civic Lectures, Buho Hoshino, Mongolian Grassland coexisting with wolves |
| Partnerships for Sustainable Cities: SCIENCE-BASED DEVELOPMENT PARTNERSHIP FORUM, Buho Hoshino, Remote sesning for Sustainable Land use |
| Causal Relationship Between Seasonal Variation in Surface Roughness and DSS Occurrence in Arid and Semi-arid Mongolia, Buho Hoshino, The Second Central Asian DUst Conference (CADUC-2) |
| Spatial informatics study on the dynamics of mangrove forests under overgrazing in coastal Port Sudan, Buho Hoshino; Hiroshi Nawata; Kento Tani; Abdelmoneim Karamalla Gaiballa, GIScience2023 |
| DETECTION OF VERTICAL GROUND DEFORMATION CAUSED BY THE 2018 HOKKAIDO EASTERN IBURI EARTHQUAKE USING SENTINEL1 DINSAR DATA, Buho Hoshino, IEEE IGARSS 2023 |
| China‘s Belt and Road Initiative (BRI) highway Crosses Central Asian Oasis and tis risk, Buho Hoshino, ESRI User Conference (2023) |
| Migration of Tibetan Antelopes (Chiru), Buho Hoshino, Inaugural meeting of the Global Initiative on Ungulate Migration |
| Reconsidering the Risks of China's " The Belt and Road Initiative (BRI)" Project from a Green Infrastructure Perspective, BUHO HOSHINO, The 34th Annual Conference of the Japanese Association for Arid land Studies |
| Mongolian Nomads in the Midst of a New Coronavirus Pandemic--Surveys Using the Mongolian National Metreological Network, Buho Hoshino, Workshop "Transformation of Urban-Steppe Relationships and Well-Being in Contemporary Mongolia |
| Reintroducing Wolves to Hokkaido (Japan) – Possibilities and Challenges Based on a Comparison with Mongolian Nomads’ Relationships with Wolves, Buho Hoshino, International Wolf Symposium 2022 |
| Remote sensing approach for evaluation of the impact of the China's BRI project on food security in Kazakhstan, Buho Hoshino, COSPAR Athens 2022 |
| REMOTE SENSING APPROACH FOR THE APPEARANCE AND DISAPPEARANCE OF OASIS FARMLAND IN KAZAKHSTAN, Buho Hoshino, The International Geoscience and Remote Sensing Symposium (IGARSS) |
| REMOTE SENSING CHANGE DETECTION FOR THE APPEARANCE AND DISAPPEARANCE OF OASES FARMLAND IN CENTER ASIA, uho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, geoENV2022 |
| Satellite tracking of camels and other livestock, Buho Hoshino, JSPS collaboration meeting |
| Investment in China's Belt and Road Project in Kazakhstan and its Risk Assessment, Buho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, The 3rd World Conference on Research in Social Sciences |
| Does China's Belt and Road Initiative affect oasis agriculture in Central Asia?, Kazuki Seno; Christopher McCarthy, Maira; Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara, James; Banfill, Buho Hoshino, The DT XIV International Conference on Arid Land, The DT XIV International Conference on Arid Land |
| Research on Center Asian Oases Farm Driven by Climate Change and National Policy, Kazuki Seno; Buho Hoshino, Japanese Association for Arid Land Studies 32th Annual Conference |
| Livestock behavior patterns in different landscapes area, Buho Hoshino, V Workshop on Dynamic analysis of pastoral societies in Central Asia |
| Research on Center Asian Oases Farm Changes, Kazuki Seno; Buho Hoshino, V Workshop on Dynamic analysis of pastoral societies in Central Asia |
| Satellite Tracking of Behavior Pattern of Livestock’s and Livestock Food Resources in Kazakh Dry Steppe, Buho Hoshino, V International Agritechnological Summit |
| Environment risk assessment of China OBOR (BRI) project developed in Kazakhstan -The case study of the vulnerability assessments of oases agriculture in Zharkent region, Buho Hoshino, V International Agritechnological Summit |
| REMOTELY SENSED METHOD FOR DETECTION OF SPATIAL DISTRIBUTION PATTERN OF DRYLAND PLANTS IN WATER LIMITED ECOSYSTEM, Buho Hoshino; Ying Tian; Keita Shima; Su Riga; Zoljarga Enkhtuvshin; Christopher McCarthy; Myagmartseren Purevtseren, IEEE IGARSS 2020 |
| Relationship between human and livestock in the nomadic life, Buho Hoshino; Su Riga; Christopher McCarthy; Kaoru Imamura, The World Conference on Research in Social Sciences |
| Climate change and livestock behavior -Case study of Center Asia, Buho Hoshino, 2nd Symposium on Research on Pastoral Society in Central Asia |
| Risk assessment of the regional impact of the China "One-Belt-One-Road" (OBOR) project in Kazakhstan, Buho Hoshino, International Sympodium for China OBOR and Afro Eurasian dry land civilization |
| Spatial Distribution Pattern (Turing Pattern ) of Dryland Plants, Buho Hoshino; Tian-Ying; Keita Shima, International Conference on Integrative Plant Physiology 2019 |
| SPATIAL DISTRIBUTION PATTERN (TURING PATTERN) OF DRYLAND PLANTS – A CASE STUDY OF VEGETATION RESPONSE TO PRECIPITATION IN WATER LIMITED ECOSYSTEM, Buho Hoshino, International Workshop on "Nomad's Seasonal Movement Insights from Recent Studies" |
| OWOH and Remote Sensing, Buho Hoshino, The 6th One World and One Health Research Forum 2019 |
| Satellite tracking of livestock behavior of Kazakh Dry steppe and monitoring of seasonal change of animals food resources, Buho Hoshino, Japan Anthropological Society |
| Farm to table: Environmental changes considered from the food table in Mongolia and Kazakhstan, Buho Hoshino, invitation lecture |
| Behavior of material particles and transfort of pathogens on the earth and regional scale, Buho Hoshino, The 12th Atmospheric Bioaerosol Symposium |
| Satellite tracking of livestock behavior patterns and seasonal change of food resources in Kazakh dry step, Buho Hoshino, The 2nd Central Asia Pastoral Society Study Group (Kagaku A "Dynamic Analysis of Pastoral Society in Central Asia - From Domestication to Climate Change") |
| Environment Problem of Mongolian Plateau ---Case study of the interaction between precipitation-vegetation and dust emission, Buho Hoshino, INTERNATIONAL CONFERENCE ON SCIENCE APPLICATION AND DEVELOPMENT SOLUTION OF MONGOLIA Agenda |
| Measurement of Changing in Natural Environment and Livelihood of Mongolian Plateau ---Case study of the interaction between precipitation-vegetation and dust emission, Buho Hoshino, 7th Study Meeting on the Mongolian Plateau Environmental Issues |
| Studies on the Forest Dieback Phenomenon in a Semi-Arid Region Using Remotely Sensed Data, Buho Hoshino, IEEE IGARSS2018 |
| Detection of Dry Lake Beds Formation and Estimate of Environmental Regime Shift in Semi-Arid Region, Buho Hoshino; Yuki Sofue; Yuta Demura; Tsedendamba Purevsuren; Kenji Baba; Enkhtuvshin Zoljargal; Jun Noda; Katsuro Hagiwara; Kenji Kai, The 13th International Conference of Desert Technology (DT13) |
| Seasonal Dynamics for Vegetation Response to Precipitation and Detection of Environmental Regime Shifting in Semi-Arid Region, Buho Hoshino, International Workshop on Asian Dust, Bioaerosols and Environmental Regime Shift |
| Seasonal Dynamics of Vegetation and Dust Emission in Dryland, Buho Hoshino; Yuki Sofue; Kenji Kai, Third COSPAR Symposium |
| Strategy of survival of plants in dry environment and its response to precipitation, Buho Hoshino, The 6th Workshop in Progress of the Mongolian Plateau Environmental Problem (MoPEP) |
| REMOTE SENSING METHODOLOGY FOR DETECTION OF ENVIRONMENTAL REGIME SHIFTS IN SEMI-ARID REGION, Buho Hoshino, IEEE IGARSS2017 |
| Remote Sensing Approach for Environmental Regime Shifting Over Mongolian Gobi Desert Region, Buho Hoshino, JSPS seminar in Nagoya University |
| Strategy of survival of plants in dry environment and its response to precipitation, Buho Hoshino, Open seminar about climate change response to vegetation |
| Studies on the Betula platyphylla Suk. Forest dieback phenomenon in Hustai National Park, Mongolia based on remotely sensed data, Buho Hoshino, 8th Biennial Conference of the International Biogeography Society, the International Biogeography Society, This study we approached the dieback phenomenon of the Betula platyphylla Suk. forest in Hustai National Park in Mongolian using remotely sensed data. Recently the significant growth reduction in semi-arid pine forest, why? Our approaches including such as a rapider warming in dryer region; more evaporation; less available soil water; growth reduction and more frequent drought or long drought are major driving forces. But in our study region, we have chronic forest dieback, likely because in winter the temperature is < 0 0C and water storage in winter benefits tree growth. Early spring warming could exhaust this water storage. It is therefore hypothesized that early spring temperature is most crucial for tree growth. Rising temperature in spring overly evaporates winter water storage and leads to more frequent drought events in early spring. Frequency of spring drought in 1990s is 2.6 times of the average for the last century as a whole, explaining the most recent forest dieback. Remaining of this trend in the future will lead to more serious forest dieback and even vanishing of the semi-arid forests. Soil moisture is higher in deciduous broadleaved forest than in coniferous forest; Water consuming is more in deciduous broadleaved forest than in coniferous forest during the growing season. |
| Distribution dynamics of soot drained from the thermal power station in Sainshand City of Dornogovi Province of Mongolia, Buho Hoshino, The 4th Atmospheric Aerosol Symposium |
| A new remotely sensed methodology for detection of the land surface change in the Asian Dust Storm Sources Region, Buho Hoshino, Japan Society for Atmospheric Environment (57th Anniual Meeting) |
| Estimates of ground surface characteristics for outbreaks of the Asian Dust Storms in the sources region, Buho Hoshino, Dust2016 |
| Remote sensing approach for the dieback phenomenon of Betula platyphylla Suk. forest in Hustai National Park, Mongolia, Buho Hoshino, Annual Scientific Council Meeting of Hustai National Park, Mongolia |
| Remote Sensing Tracking Change Over Time 時間の変化を追い続けて10年, 星野 仏方, GIS Day in Hokkaido, 基調講演 |
| －日本のアジア縁ー日本と大陸アジア間の人と者の流れについて考察, 星野 仏方, 江別日中友好会 |
| Habitat selection and ecosystem resilience role of Microtus brandti voles in degraded pasture in Mongolia, HNP, Ulanbaatar, Mongolia, 星野 仏方, SCIENTIFIC COUNCIL MEETING OF HUSTAI, Mongolia |
| 「アフロ・ユーラシアの乾燥・半乾燥地域の生態・環境の変動と人間のなりわいに ついて～リモートセンシング技術を用いたアプローチ」, 星野 仏方, 日本科学史学会２０１４年度総会・第６１回年会 |
| アジア内陸発生黄砂の発生メカニズム、輸送経路と日本への影響ーハタネズミとマーモットが創る草原ー,, 星野 仏方, 動物臨床医学会記念年次大会 市民公開野生動物フォーラム講演 |
| モンゴル草原における遊牧から定住への社会変遷と日本への影響, 星野 仏方, 共生社会システム学会, 招待講演 |
| アフロ・ユーラシアの乾燥・半乾燥地域の生態・環境の変動と人間のなりわいについて ～リモートセンシング技術を用いたアプローチ, 星野 仏方, 日本科学史学会, 特別講演 （一般公開） |
| 水場を中心に描かれるホームレンジ, 星野 仏方, 国立科学博物館, |
| Sudan Remote Sensing Authority (RSA),, Buho Hoshino, スーダン国立リモートセンシング局（センター）での招待講演, |
| Workshop on Afro-Eurasian Dry Lands Civilizations, Buho Hoshino, アメリカインディアナ大学 |
| 三千年の遊牧生業（なりわい）を支えるモンゴルの大草原, 星野 仏方, 江別市 |
| モンゴル高原の環境問題を考える, 星野 仏方, 日本モンゴル学会, |
Works
| Spring, Buho Hoshino, 1990 - 2017 05 |
| Raod, Buho Hoshino (Buheaosier, 1997 09 - 2015 09 |
| Remote Sensing An Introductory Textbook, Buho Hoshino, 2011 04 - 2013 03 |
| The Earth become dry, Buho Hoshino, 2011 05 - 2012 03 |
| 基礎からわかるリモートセンシング, 星野 仏方, 2011 03 - 2011 12 |
| Mongolian Land, Buho Hoshino (Buheaosier, 1990 03 - 2006 04 |
Misc
| Reconsidering the Risks of China's " The Belt and Road Initiative (BRI)" Project from a Green Infrastructure Perspective, Buho Hoshino, Abstract of Annual Meeting of Japanese Association for Arid Land Studies, 2023 05 |
| Possibility of reintroducing wolves to Hokkaido （Japan） based the viewpoint of ecosystems with apex predators, Kyo Ohkubo; Tamami Yoshimura; Taiki Yamauchi; Buho Hoshino, J. Rakuno Gakuen Univ, 47, (1) 25 - 39, 2022 10 , https://rakuno.repo.nii.ac.jp/?action=pages_view_main&active_action=repository_view_main_item_detail&item_id=7068&item_no=1&page_id=13&block_id=37 |
| Investment in China's Belt and Road Project in Kazakhstan and its Risk Assessment, Buho Hoshino; Kazuki Seno; Christopher McCarthy; Maira Kussainova; Sabir Nurtazin; Mikoto Kaneko; Nobutake Nakatani; Satoru Hobara; James Banfill, Proceeding of The 3rd World Conference on Research in Social Sciences, 2021 10 , 10.33422/5th.icmets.2021.10.65 |
| Relationship between human and livestock in the nomadic life, Buho Hoshino; Suriga, Christopher McCarthy; Kaoru Imamura, Proceedings of The World Conference on Research in Social Sciences, 1, (1) 1 - 18, 2020 02 , 10.33422/socialsciencesconf.2020.02.52 |
| 人工知能(AI)を用いた門別16S rRNA遺伝子PCRプライマーの設計, 苣木直人; 神野美雪; 星野仏方; 香山虎哲; 華園究; 遠藤大二, 日本獣医学会学術集会講演要旨集, 161st, 2018 08 21 |
| モンゴルゴビ砂漠Sainshand付近のバイオエアロゾル集積地における飛散実験について, 馬場賢治; 馬場賢治; 出村雄太; 星野仏方; 星野仏方, 日本気象学会大会講演予稿集, 2017 09 30 |
| Changes in Agricultural Form and Regional Development In Tongliao, Inner Mongolia, China, 小田 玲実; 趙 明宇; 森 夏節; 小川 健太; 發地 喜久治; 小糸 健太郎; 星野 仏方; 金子 正美, 酪農学園大学紀要. 自然科学編, 41, (1) 85 - 91, 2016 10 |
| CALIPSOを用いた2012年4月のダストストームの時空間変遷について, 馬場賢治; 神慶孝; 高畑若奈; 出村雄太; 星野仏方, 日本気象学会大会講演予稿集, 2016 09 30 |
| 衛星植生指数を用いたモンゴル国ゴビから発生する黄砂の頻度について, 祖父江侑紀; 出村雄太; ツェデンバプレブスレン; 星野仏方; 馬場賢治; 能田淳; 甲斐賢二, 共生社会システム学会大会報告要旨, 2014, 2014 |
| Evaluation of sustainable development for Mongolian plateau using behavior pattern of livestock, HASHIMOTO Miki; HOSHINO Buho; GANZORIG Sumiya; Suriga; MATSUBARA Nao; Saixialt, Journal of the College of Dairying. Natural science, 37, (1) 79 - 85, 2012 10 |
| Extraction of the alien species of Mesquite (Prosopis juliflora) expanding distribution by rivers and wadi in Eastern Sudan, YABUKI Shunsuke; HOSHINO Buho; YODA Kiyotsugu; YASUDA Hiroshi; NAWATA Hiroshi; ABDELAZIZ Karamalla; AIDA Shigeto; MORI Yusuke, Journal of the College of Dairying. Natural science, 37, (1) 71 - 77, 2012 10 |
| The habitat evalution of Brandt's Vole (Microtus brandti) in Mongolian degenerated pastureland using remote sensing method, SAWAMUKAI Marie; HOSHINO Buho; Sumiya Ganzorig; ASAKAWA Mitsuhiko, Journal of the College of Dairying. Natural science, 35, (2) 45 - 53, 2011 04 |
| Habitats of Brandt's Vole (Microtus brandti) in Mongolian mountains steppe, SAWAMUKAI Marie; HOSHINO Buho; Ganzorig S., Journal of the College of Dairying. Natural science, 35, (1) 65 - 72, 2010 10 |
| Estimating forest line changes and factors influencing long-term variation in Mongolian Taiga Forest, TSUKUURA Akemi; HOSHINO Buho; SUGIMOTO Atsuko, Journal of the College of Dairying. Natural science, 35, (1) 55 - 64, 2010 10 |
| Quantitative Studies on vegetation changes in Mountain Ecosystems : - Case study of Taisetsuzan National Park of Hokkaido, Japan, HOSHINO Buho; KUDO Gaku; YONEMORI Maino; AMAGAI Yukihiro; KANEKO Masami; YABUKI Tetsuo, Journal of the College of Dairying. Natural science, 35, (1) 47 - 53, 2010 10 |
| 30aYE-7 Proposal of New Method for Environmental Analysis using Mutual Entropy on Remote Sensing Data, Yabuki Tetsuo; Hoshino Buho, Meeting abstracts of the Physical Society of Japan, 64, (1) 418 - 418, 2009 03 03 |
| Land-use change and rural economy under the 'Grain for Green' project in Loess Plateau, China:A case from Ansai, Shanxi Province, Sato Ren'ya; Nawata Hiroshi; Jia Ruichen; Aosier Buhe; Nagasawa Ryota; Zhang Wenhui; Hou Qingchun; Yamanaka Norikazu, Proceedings of the General Meeting of the Association of Japanese Geographers, 2009, (0) 113 - 113, 2009 , The purpose of this paper is to examine effects and problems of the 'Grain for Green' project of China, which progressed halfway through the onset, from the viewpoints both of ecological recovery and of changes in land use as well as rural subsistence economy. The 'Grain for Green' project tries for ecological recovery of the upper reaches of the Huang-He and the Yangtze River, by prohibition of grazing and transformation of cultivated fields in steep slopes into afforested areas. This project aims at not only ecological recovery but also rural economic development, because improvement of peasant economy is regarded as a key for future sustainability of the forests. The authors used remote sensing analysis to examine the extent of ecological recovery after the onset of the project on the one hand, and conducted intensive field research in Beisongta Village, Ansai, Shanxi to investigate the extent of change of traditional land use and subsistence economy on the other hand. The result of remote sensing analysis showed marked recovery of land cover, that indicates the effect of afforestation and the prohibition of grazing. Though peasant subsistence economy were greatly affected by the prohibition of sheep and goats grazing and decrease of cultivated land, hothouse cultivation which started at the same time as the project, seems to make up for them so far. |
| チベット産野生小哺乳類の現地踏査概況−科研最終年度に向けての備忘録として, 浅川満彦; 本川雅治; 星野仏方, 日本野生動物医学会ニュースレター, 28, (28) 20 - 22, 2009 |
| Traditional land use in Loess Plateau (China) and the 'Grain-for-Green' project : A case from Ansai Province, Shanxi, Sato Ren'ya; Nawata Hiroshi; Buhe Aosier; Nagasawa Ryota; Jia Ruichen; Zhang Wenhui; Hou Qingchun; Yamanaka Norikazu, Bulletin of the Graduate School of Social and Cultural Studies, Kyushu University, 14, 2008 , The purpose of this paper is to examine effects and problems of the 'Grain for Green' project of China, which progressed halfway through the onset, from the viewpoints both of ecological recovery and of changes in land use as well as rural subsistence economy. The 'Grain for Green' project tries for ecological recovery of the upper reaches of the Huang-He and the Yangtze River, by prohibition of grazing and transformation of cultivated fields in steep slopes into afforested areas. This project aims at not only ecological recovery but also rural economic development, because improvement of peasant economy is regarded as a key for future sustainability of the forests. The authors used remote sensing analysis to examine the extent of ecological recovery after the onset of the project on the one hand, and conducted intensive field research in Beisongta Village, Ansai Province, Shanxi to investigate the extent of change of traditional land use and subsistence economy on the other hand. The result of remote sensing analysis showed marked recovery of land cover, that indicates the effect of afforestation and the prohibition of grazing. Though peasant subsistence economy were greatly affected by the prohibition of sheep and goats grazing and decrease of cultivated land, hothouse cultivation which started at the same time as the project, seems to make up for them so far. |
| The sharing and disclosure of natural environmental information using GIS in Hokkaido, KANEKO Masami; SUZUKI Toru; TANAKA Katsuyoshi; YOSHIMURA Nobuhiko; TACHIKI Yasuyuki; BUHEAOSIER; OSA Yuichi, 地理情報システム学会講演論文集 = Papers and proceedings of the Geographic Information Systems Association, 16, 2007 10 20 |
Awards & Honors
| 2022 10 , the United Nations (UN) Sustainable Development Goals (SDGs), Article was linked to the UN SDGs (Goal-15), National parks, protected areas and biodiversity conservation in North Korea: opportunities for international collaboration, Dear Buho Hoshino, As part of International Open Access Week 2022, we would like to celebrate the contribution you have made to open science. At Elsevier, we believe that open science has the power to drive societal progress and advance the United Nations (UN) Sustainable Development Goals (SDGs). Making knowledge freely accessible to anyone, anywhere can play a fundamental role in achieving a sustainable and equitable future. Between 2019–2021, you published an open access article with Elsevier, receiving a total of 3,111 downloads. Your article was linked to the UN SDGs, helping to tackle some of the world’s greatest challenges. |
| 2022 01 , Sigma Xi, The Scientific Research Honor Society (ΣΞ), Elected to Full Membership of Sigma XI (Honor Society), Elected by Sigma XI The Scientific Research Honor Society is the international honor society of science and engineering., Full Membership An individual who has shown noteworthy achievement as an original investigator in a field of pure or applied science is eligible for election to Full Membership. This noteworthy achievement must be evidenced by one of the following: Publication as the primary author (defined in the manner appropriate to the discipline) on at least two different articles published in a refereed journal Patents Refereed monograph Books or book chapters |
| 2018 10 , Ministry of Environment and Tourism, Mongolia, the Best Environmental Scientist Award by Mongolian Ministry of Environment and Tourism, The study on on the Mongolian Plateau Environmental Issues |
| 2018 05 , The Remote Sensing Society of Japan ( RSSJ), Certificate of Appreciation of RSSJ, Contribution to the development of academic societies |
| 2012 05 , Japanese Association for Arid Land Studies, Award of Best Poster Presentation, Evaluation of sustainable development for Mongolian Plateau using behavior pattern of livestock |
| 2010 05 , Japanese Association for Arid Land Studies, Award of Best Poster Presentation, Study of vegetation change due to grazing intensity in Inner Mongolian rangeland ." |
| 2004 07 , サイエンスデレックトトップ25ホット論文 |
| 1997 , 中国環境省、科学技術進歩賞 |
| 1995 , 中国科学院地理研究所 所長優秀論文賞を受賞 |
| 1995 , 中国科学院(Hong Kong, Elite Co., 共同)：優秀博士論文賞 |
| 1995 , 中国科学院院長賞（優秀博士論文賞） |
Research Grants & Projects
| JSPS and UKRI, JRPs-LEAD with UKRI Japan JSPS and UK Research and innovation (UKRI), *Comparative research on pastoral societies in post-Covid19 Inner Asian countries: ca se study of Mongolia and Kyrgyzstan, 202111, 202503, https://www.jsps.go.jp/j-bottom/03_i_jyoukyou.html |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Research (Exploratory), A study of dromedary camel management practices striking a balance between conservation of the mangrove forests and improvement of local communities' livelihoods, 202107, 202403, 縄田 浩志; 坂田 隆; 星野 仏方; 中島 敦司, 本研究の目的は，砂漠化対処におけるこれまでの学術的・実践的前提を打ち破って，牧畜は必ずしも森林減少の主因ではないという，挑戦的な視座を獲得することにある．熱帯・亜熱帯地域の沿岸域は，バイオマスや生物多様性の観点から重要な地域であり，ほぼ北緯・南緯30度の範囲内にはマングローブ生態系やサンゴ礁生態系という沿岸生態系が発達している．一方，乾燥地域は，単位面積あたりのバイオマスや生物多様性が最も低い地域である．乾燥地域とマングローブ・サンゴ礁域の3者が連続して重なり接する，熱帯・亜熱帯の乾燥地の沿岸域では，ヒルギダマシ((以下マングローブ)を優占種とするマングローブ林と裾礁を中心としたサンゴ礁が共存し，マングローブ生態系とサンゴ礁生態系が相互に関係し合う特有の沿岸生態系を発達させている．同時に常緑マングローブの枝葉はヒトコブラクダ(以下ラクダ)の通年の飼料として地域住民の生計維持に不可欠な資源である．本研究では「牧夫がマングローブ林分の増加と減少の潜在性のある場所を理解し，ラクダの摂食行動を管理することが，林分面積の場所ごとの増減に影響し，結果的に林分全体が維持される」可能性に焦点をあてて，植物生理生態学，比較栄養生理学，環境動態解析学，資源管理学をあわせた多角的な視点から「乾燥地マングローブ林の維持管理においてラクダは単なる食害ではない」ことを検証する．その結果をもとに，乾燥地の沿岸域ではラクダ牧畜はマングローブ林減少の主因ではないことを明らかにする． |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Risk assessment of the regional impact of the China "One-Belt-One-Road" (OBOR) project, 201904, 202403, 星野 仏方; 松井 佳世; 保原 達; 中谷 暢丈, 2019年度の繰越業務として2020年9月現地の大学(al-Farabiカザフ国立総合大学）に業務委託をして水質・土壌のサンプリングを行い、さらにOBOR沿線地域オアシス農家へのアンケートを実施した。2020年度の内容として、2020年11月にカザフスタン国立農業大学に業務委託を行い、水質・土壌のサンプリングとOBORの影響によるジャルケント地域のオアシス農業変遷の実態調査を行った。また今までの一部の成果をまとめ、国際誌Waterに論文を掲載し、第5回International Agritechnological Summitに招待され、"Environment risk assessment of China OBOR (BRI) project developed in Kazakhstan -The case study of the vulnerability assessments of oases agriculture in Zharkent region"のタイトルで招待講演を行った。2020年度はGISによるOBOR全域の路線データベースを作成した。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), Dynamic analysis of pastoral societies in Central Asia, 201804, 202303, 今村 薫; 地田 徹朗; 斎藤 成也; 久米 正吾; 塩谷 哲史; 星野 仏方, 本研究は、中央アジア牧畜民の環境利用、生業ー経済活動、他民族との関係を「牧畜連続体」の観点から歴史生態学的に解明することを目的としている。歴史軸の中心に「家畜化」を据える。 「家畜化」の課題については、ウマの最初の家畜化、青銅器時代における中央アジアにおける牧畜社会と農耕社会の接触、軍事におけるウマ、ラクダの使用、19世紀交易におけるラクダの使用などの「ヒトー動物関係」の歴史的展開について、おおよそのアウトラインを描くことができた。家畜を媒介にした生態、自然環境、社会環境との相互作用については、とくにラクダの生物学的、経済学的価値の重要性が再確認された。環境変動にともなう砂漠化にもっとも適応している家畜はラクダであり、将来にわたって人類に食料を提供できる動物である。また、乳の利用、毛の利用、観光用（騎乗、牽引）、娯楽（ラクダ・レース、ラクダ相撲）など、現代社会においてもラクダの経済的価値は大きい。以下に研究分担者各自の研究成果を列挙する。 カザフスタンのボタイ遺跡を訪れ、約5000年前の馬の家畜化を裏付ける動物資料を得た（斎藤）。キルギス天山山中にある青銅器時代の遺跡モル・ブラク1遺跡の発掘調査とその周辺の踏査を実施し、高地環境での移牧の成立過程を通時的に明らかにするための考古記録を収集、解析した(久米）。カザフ人が移牧にともないラクダを運搬に使っている実態を調査した（今村）。モンゴルとカザフスタンにおける牧畜文化と技術、環境利用についてのあらたな資料を得た（星野、児玉）。カザフスタン・小アラル海地域における牧畜の実態と社会・経済問題について聞き取りと視察を行い、アラル海の生態危機への対策として牧畜が再評価されていることを明らかした（地田）。ウズベキスタン共和国、ロシアの文書館を調査し、資料収集・分析を行うとともに、中央アジア史関連の二次文献の収集を行った(塩谷）。 |
| 国立研究開発法人農業・食品産業技術総合研究機構, 生産性・収益性向上を実現する⾧時間航行ドローン等研究開発 コンソーシアム, 農薬・肥料を長時間自動散布可能なドローンシステムの開発, 201804, 202103, Buho Hoshino, １．電動ドローンにおける充電・バッテリー・燃料の交換や肥料・農薬補充の迅速化の開発とハイブリッドドローンの開発 （１）長時間航行可能なハイブリッドドローンの開発 １時間以上の長時間航行が可能なハイブリッドドローンを用いて、農業に適した燃料交換手法や肥料・農薬補充の迅速化と最適化技術の開発を行う。 （２）電動ドローンにおける充電・バッテリー交換や肥料・農薬補充の迅速化の開発 充電・バッテリー交換や肥料・農薬補充の迅速化と最適化技術の開発を行う。 ２．ハイブリッドドローンの操縦システムの開発及び利用マニュアルの作成 （１）ハイブリッドドローンの自動航行システムの開発 定期的な生育状況調査等のための、定時に同一高度・同一経路でのセンシングが可能な自動航行システムを、既存の自動航行システムを活用して、農家が利用しやすいように開発を行う。（２）ハイブリッドドローンの利用マニュアルの作成 長時間航行可能なハイブリッドドローンの利用マニュアルの作成を行う。 ３．光学カメラ・センサーカメラ等のデータに基づくセンシング技術の開発 ドローン搭載の光学カメラ・センサーカメラによるセンシングデータを活用し、生育状況と病害虫の早期発見、収量予測、収穫適期予測に関する技術開発を行う。 ４．ドローンによる施肥・農薬散布等のタスク管理システムの開発 ドローンによる施肥・農薬散布情報とセンシングデータを自動的に取り込み活用でき、GAP取得につなげるためのタスク管理システムの開発を行う。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), International Observation of Asian Dust and Environmental Regime shift over the Source Regions, 201604, 201903, Kai Kenji, In recent years, international environmental problems occur due to the Asian dust, which is potentially affected by microorganisms and air pollutants, to be transported long distances. The 2014-2016 JSPS “Asia-Africa Science Platform on Asian dust and environmental regime shift” was applied for an international observation of the Asian dust from the Gobi Desert and Mongolian Grassland to Japan. A lidar network observation in the Gobi Desert showed a transport of the Asian dust from the atmospheric boundary layer to the free troposphere by a cold frontal system, moving across the desert. A new approach to investigate the Asian dust as bioaerosols was employed. A gene analysis of the bioaerosols showed that the Asian dust is a significant vehicle for long‐range transport of microorganisms. An evidence of the environmental regime shift was found in the Mongolian Grassland. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), A Model Analysis for the Regime Shift under climate change, 201504, 201903, YABUKI TETSUO; Hara Toshihiko; Tanaka Shigenori; Ebina Kuniyoshi; Tanaka Ayumi, To propose how to recover already degraded alpine vegetation through the regime shift under climate change especially global warming, we have performed model analyzing based on the state structure quantitative analysis in terms of several dimensionless parameters, referring to field measurement data and recovery experiment data in our research field. It has been found that the plausible values of the parameters in our model can explain the degraded alpine vegetation in our field as a regime shift, and the initial soil water content increased by cutting dwarf bamboo on the ground can recover the favorable stable state structure, and as a result our degraded alpine vegetation can be recovered within a reasonable value of dimensionless parameters in our model. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Tree ring width, oxygen, carbon and nitrogen isotope analyses for ecosystem change, 201404, 201803, Sugimoto Atsuko, Analyses lines were developed for tree ring oxygen and nitrogen isotopes. Carbon, oxygen and nitrogen isotopes were analyzed for tree ring samples obtained from taiga at north Mongolia. Carbon and oxygen isotopes showed similar trend, with higher values under dryer conditions. Higher nitrogen was observed for tree ring at grassland boundary than that at forest site. Nitrogen isotope was also observed for 5-year period, and no clear correlations with temperature and precipitation fluctuations were observed. These tree ring nitrogen isotopes at forest site and grassland boundary showed different trends, and suggested nitrogen dynamics at each ecosystem. Growth of larch trees at grassland boundary seem to be limited due to a dry condition, however sufficient right and nitrogen conditions may contribute the growth of trees. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), A Re-Evaluation of the Use of Large Domestic Animals in Central Asia: Focusing on Changes in Camel Breeding, 201404, 201703, IMAMURA Kaoru; Nurtazin Sabir; Azim Baibagyssov, Camels are well adapted to dry climates. We focused primarily on camels reared in Kazakhstan, conducting a diversified examination of such topics as the ecological characteristics of camels, their economic value, and their origins, and the history of their hybrids. There are two types of domestic camels found spread across the globe; the Bactrian camel and the dromedary. Although they are different species, in Kazakhstan crossbreeding of the two has been carried out since long ago for various purposes. Recent years has seen the increased popularity of a hybrid between the Arabian camel, with its higher volume of milk. It is in this context that research is proceeding forward, not only with investigations into what their DNA, ecology and behavior tell us about the peculiar characteristics of camels as animals, but also at the same time into how human beings have used camels of the ages, considering the history and current state of this interaction. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Challenging Exploratory Research, Bioaerosol time-space transition during Asian dust transport incorporating cloud physics process, 201304, 201703, BABA KENJI, We investigated the spatio-temporal variation of bioaerosol occurred in the Mongolian Gobi Desert. The asian dust which occurred in the Mongolian Gobi desert arrived in Hokkaido area through the Westerly Wind without spreading in the meridian direction, according to meteorological model. We were also able to confirm occurrence / transport of Asian dust from LIDAR (Light Detection and Ranging, Laser Imaging Detection and Ranging) and artificial satellites CALIPSO. From aerosol samples acquired in Mongolian Gobi desert and Sapporo, they were biologically identified between them. |
| Ministry of Education, Culture, Sports, Science and Technology, MEXT-Supported Program for the Strategic Research Foundation at Private Universities, Development of rapid identification method of infectious agents in production animals and establishment of effective countermeasures based on global analysis of infection routes, 201304, 201703, Hiroshi Yokota |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), A Study of Integrated Management Methods of Alien Invasive Species Mesquite in Arid Lands of West Asia and Africa, 201304, 201603, NAWATA HIROSHI; ELBASIT M. Ahmed, The invasion of mesquite (Prosopis spp.) has not only changed regional ecosystems, but has also led to livelihood degradation in local communities. The Japanese-Sudanese interdisciplinary research teams developed comprehensive measures to control this invasive species. Hydrologists, plant physiologists, weed scientists, remote-sensing specialists, range managers, agricultural economists, nutrient physiologists, and cultural anthropologists worked together in field surveys at riverbanks, wadi beds, seashores and mountainsides in arid to semi-arid areas of Sudan. The results of the study were applied as a training course on mesquite management and utilization for outreach workers of local state government. The results were immediately presented at an international conference and published in an academic book. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Relationship between the exclusive invasion of alien vegetation, mesquite and heterogeneity of sub-surface zone in arid environment, 201104, 201603, Yasuda Hiroshi; NAKAGAWA Kei; HOSHINO Buho; NAWATA Hiroshi; YODA Kiyotsugu; SAITO Tadaomi; NISHIYAMA Koji; TSUJI Wataru; KAWAI Takayuki; ISHIYAMA Shun; Mohamed Abd Elbasit Mohamed Ahmed, Field survey in Sudan and analysis in Japan have been performed since 2011. In Sudan, observation wells were constructed at several mesquite bushes. Corresponding to solar radiation, water uptake by mesquite was observed. Decline of groundwater table due to the midday depression was indicated around the noon time. The root length was 10 times of the height of shrub. A numerical simulation model for groundwater uptake was developed. Experiments on germination were conducted at Arid Land Research Center and rapid root extension was observed (2 cm/day). Analysis of mesquite spread covering area by remote sensing indicated that high density of mesquite depends on specific soil moisture range region. The mesquite spread can be simulated by a biological spreading simulation model. Existence of groundwater is apparently significant for intrusion and spread of mesquite. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Comparative study of Asian and Saharan dusts - estimation of the dust flux and influence to the climate, 201204, 201503, KAI Kenji; HOSHINO Buho; TAKEMI Tetsuya, There are two major dusts in the world. One is the Saharan dust and the other is the Asian dust. The dust influences the global and local climates through the processes of radiation and cloud micro-physics. The present study carried out a comparative study of Asian and Saharan dusts by using in situ observations, space lidar, and numerical models. The result suggests that the Asian dust has more ability of forming ice nuclei than the Saharan dust. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (S), Historico-Ecological Studies of Afro-Eurasian Inner Dry Land Civilizations and their Modern Changes from the View Point of Pastoralism, 200905, 201403, SHIMADA Yoshihito; SAKATA Takashi; TAKAKI Keiko; IKEYA Kazunobu; IMAMURA Kaoru; OHNO Akira; NAWATA Hiroshi; OUSBY Sacko; HOSHINO Buhou; HIRATA Masahiro; KODAMA Kanako; ISHIYAMA Syun; NAKAMURA Ryo, For rethinking the human civilization history, we have evaluated the Afro-Eurasian Inner dry land Civilization as its basic and main stream before the modern time from a pastoralist point of view. The animal was the pre modern most important power for men to exploit. The value of domesticated animals was not limited to the production of protein resources. As an excellent way of transport, it has contributed to the formation of long distant trade making its network and city civilization; as that of war and political domination, it supported the formation of Great Empires. Thus a global civilization was established in the inner dry land where distant regions and peoples communicate and exchange together, while 4 kinds of typology can be classified: 1. Northern prairie, 2. Tropical desert, 3. Oasis, 4. Tropical savanna. The destruction was however its modern history because Western modern history was that of ocean centered civilization and fossil energy. |
| 国立試験研究機関技術開発研究費, アラブ社会におけるなりわい生態系の研究－ポスト石油時代に向けて, 2008, 2014, 衛星画像解析によって、スーダン紅海沿岸地域をフィールドにして、南アメリカ原産・アフリカにとって輸入種のマメ科の外来植物メスキートの分布域を特定し、マイクロ波衛星データなどを用いて、土壌水分の空間分布からメスキートの拡大域を予測する。 |
| 地球環境研究推進費, 「気候変動に対する森林帯-高山帯エコトーンの多様性消失の実態とメカニズムの解明」による山岳生態系における植生変動の定量化に関する研究, 2009, 2011, 北アルプス周辺の植生変化パタンの解析と、立地環境と植物の生理活性の対応関係についての解析を中心に行う。そして、山域間の違いについて解析を行う。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Climate change impacts on the dynamics of alpine plant communities and clarification of its mechanisms, 2009, 2011, KUDO Gaku; KANEKO Masami; H0SHIN0 Buho; YABUKI Tetsuo, We aimed to evaluate the climate change impacts on the vegetation dynamics in alpine ecosystem and to clarify the changing mechanisms. Expansion of dwarf bamboo and drought stress caused the rapid decrease in species diversity and declining alpine vegetation. We developed new methods to quantify the vegetation changes using air-photographs and to evaluate the changes in soil moisture conditions using remote sensing data. Furthermore, we developed theoretical model to predict a drastic vegetation change caused by climate change. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (A), Influence of the Qinghai-Tibetan railway on seasonal migration of Tibetan animals, 2007, 2010, HOSHINO Buho; MOTOKAWA Masaharu; SUZUKI Masatsugu; OHTAISHI Noriyuki; MASUDA Ryuichi; KAJI Koichi; KANEKO Masami; TAKEDA Masaya; ASAKAWA Mitsuhiko; KAMEYAMA Satoshi; YOSHIDA Tsuyoshi; IGOTA Hiromasa; JIANG Zhaowen; WU Xiaomin; LIU Chuguang; HALIK Mahmut; CUI Qinghu; ANIWAR T.; SU J.P.; HE Huamin; CHEN Shilong; SUMIYA Ganzorig, In this study, the hindering factor of the Qinghai-Tibetan railway, that is linking the Lhasa (Tibet) and Golmud of Qinghai Province since July 2006, on the migration of the Tibetan antelope-Tibetan antelope (Pantholops hodgsonii) and other wild animals, inhabitants of the Tibetan Plateau is investigated. For the first time in world practice, nine (9) female Tibetan antelope were captured, fitted with satellite-based ARGOS platform transmitter terminal (PTT) and tracked distantly. Distant tracking and on-site field observations showed that the migrating Tibetan antelope mostly used a relatively small (200 meters in size) underpass Wu-Bei (N35°15′; E93°09′; altitude 4597 m) and also an underpass at the river Chumaru (a total of 33 under and overpasses are exists along the railroad). Satellite tracking of the migrating Tibetan antelope was successful; all tracked individuals area used breeding site in surrounds of the lake Huiten (or Zhuonai Lake) that is located in the National Reservation of Cococili (4900 m～5100 m above sea level). The satellite data are clearly showed exact locations of summer (calving), intermediate and winter pastures; and also provided data on the Tibetan antelope temporaldistribution pattern. A preliminary analysis of the obtained data showed that summer habitat selection is closely associated with conditions of pastures that are also could be obtained from the satellites. This is very important to know the mechanism that is driving such migrations. During the study period numerous data on distribution, morphology, feeding habits, parasites in relations to the railroad of small mammals and birds that live along the railway have been obtained. |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C), Surveillance of the change of ecosystem on the Uotsuri-jima in Senkaku Islands with goats, using high-resolution satellite images, 2007, 2008, YOKOHATA Yasushi; KANEKO Masami; YOKOTA Masatsugu; HOSHINO Buho, 航空写真(1978年)および高解像度人工衛星イコノス(2000年)、Quickbird(2004、2006年)およびALOS(2007年)の衛星画像を分析した。1978、2000、2006年の画像を用いて3次元立体化画像の観察と裸地面積の推定を行い、裸地の増加や崖崩れの発生などの状況を具体的に把握した。ALOS画像による植生指数値(NDVI)の分布の分析により、裸地化に至っていない森林にもヤギの影響が及んでいることが示され、場所ごとの違いが把握された。これらの結果とヤギによる変化のなかった時期に作成されていた植生図(新納・新城、1980)との比較照合によって、ヤギの影響を特に強く受けている植生区分が特定された。以上の研究成果は第55、56回日本生態学会、第31回日本土壌動物学会、第14回日本野生生物保護学会で発表され、論文などで公表されたほか、今後さらに学術論文として順次公表してゆく予定である。本研究の成果は、新聞、テレビなどのマスメディアでも繰り返し取り上げられ、関心を呼んだ。本研究の成果発表にともない、2008年3月に石垣市議会が政府に野生化ヤギの対策を要請している。 |
| Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B), Conservation biology for establishment a sanctuary for deer of an endangered species ; Tarim Red Deer and Thorold's Deer, 2003, 2006, OHTAISHI Noriyuki; KANEKO Masami; SUZUKI Masatsugl; BUHE Aosier; KAJI Kouichi; TAKEDA Masaya, Tarim red deer (Cervus elaphus yarkandensis) is a special subspecies belong to Western system which is wondrously adapted to desert habitat. The Tarim red deer inhabits in the river valley of the Tarim, Konqi and Qarqan rivers in Xinjiang, China. Currently, the habitat of the Tarim red deer is an area of intensive human activities, therefore the deer populations isolated into three areas, namely Xayar, Lopnur and Qarqan. Even more with the habitat's decreasing, not only the subspecies lost it's genetic diversity but also the animals are in severe danger because of genetic drifting and close relative reproduction. So far, the protective measure that has been sufficiently effective, and the ecology and genetic features of this subspecies remain to be elucidated. For that, some effective measures must be taken at present. Mammals of the Palearctic have evolved in the region from western Tibetan Plateau to Xinjiang of China. Severe changes in the natural environments of the Cenozoic era gradually formed the present zoogeographical and ecological features in Xiljiang. Seven orders, 23 families, and 136 species of mammals are distributed over Xinjiang's complex environment. However. because influences via human activities have resulted in decreasing and fragmentation of habitats of the mammals, conservation and management for endangered species together with natural environments are urgently needed. It is very important to conserve and manage wild animals, and recover habitat environments, based on the biological data. We used the optimum index factor (OIF) technique to rank all three-band combinations of ASTER original 14-band data over Tarim River Poplar Protection Area. Our study indicates that RGB color overlay using atmospheric corrected ASTER original bands 2, 3 (VNIR), and 6 (SWIR) has the highest OIF. When NDVI is considered as one ASTER band, highest OIF will have by carrying out bands 3 (VNIR), 4 (SWIR), and NDVI. In this study, we used highest OIF (bands 3, 4, and NDVI) succeeded in extraction of tarim River Poplar Forest. |
| 現地と衛星データを用いた黄砂発生時の地表面臨界条件の特定, 酪農学園大学学内共同研究, 星野 仏方 |
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| 2022 01 15 - 2022 12 30 , Reviewer of International Journals, ELSERVER publisher, ELSERVER Journals## #添付ファイルのURL#### # |
| 2020 01 01 - 2022 12 30 , Between 2020–2022, you published a total of 2 open access articles with Elsevier. 2 of your articles were linked to the UN SDGs, helping to tackle some of the world’s greatest challenges., UN SDGs, ELSEVIER## #添付ファイルのURL#### # |
| 2022 06 11 - 2022 06 12 , Executive Committee Chair of the 33rd Annual Meeting of the Japan Association for Arid Land Studies, Japan Association for Arid Land Studies, the 33rd Annual Meeting of the Japan Association for Arid Land Studies# |
| 2019 09 28 - 2019 09 28 , Grassland ecosystem and livelihood coexisting with wolves, Rakuno Gakuen University, Off-campus seminar## #添付ファイルのURL#### # |
| 2019 09 08 - 2019 09 08 , Monitoring environmental changes in the Mongolian Plateau using remote sensing, Mongolian Academy of Sciences, Remote Sensing seminar## #添付ファイルのURL#### # |
| 2019 02 20 - 2019 02 20 , From Farm to Table: case study of Center Asian Traditional Cultures, Nakamura Gakuen University, Seminar to PhD students of Nakamura Gakuen University (Fukuoka City)# |
| 2018 02 24 - 2018 02 24 , Remote sensing monitoring of soil and crops, Event of National Fertilizer Confederation of Japan, 「肥料講習会」# |
| 2017 11 21 - 2017 11 22 , Remote sensing application for Hokkaido, Japan, The Remote Sensing Society of Japan, 秋の全国大会特別講演会# |
| 2016 10 01 - 2016 10 02 , Dream Navigation, Dream Navi: http://talk.yumenavi.info/archives/1912?site=p, Dream Navi: http://talk.yumenavi.info/archives/1912?site=p# |
| 2016 01 15 - 2016 01 15 , Adaptation to the social and ecological change of arid Asia and Africa, The Research Institute for Humanity and Nature (RIHN), Adaptation to the social and ecological change of arid Asia and Africa workshop## #添付ファイルのURL#### # |
| 2014 11 16 - 2014 11 16 , アジア内陸発生黄砂の発生のメカニズム、輸送経路と日本への影響 －ハタネズミとマーモットが創る草原－, 公益財団法人 動物臨床医学研究所主催, 第３５回動物臨床医学会・市民公開シンポジウム# |
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