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      Advanced application of ICT to the sustainable production of excellent Japanese Mandarin

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      Proceedings (813.4Kb)
      Date
      2010
      Author
      Ito, Ryoei
      Hashimoto, Atsushi
      Okuda, Hitoshi
      Togami, Takashi
      Kameoka, Takaharu
      Suzaki, Noritaka
      Ithinokiyama, Hiromithi
      Hidekazu, Oono
      Nishijima, Masakazu
      Nakamura, Motokazu
      Fujita, Ayaka
      Numano, Nagisa
      Yagyu, Hiroyuki
      Kamiya, Toshiyuki
      Shima, Hideo
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      Abstract
      Satsuma Mandarin cultivated in Nanki, Mie, Japan is one of the most excellent rareripes. However, lack of agricultural continuators makes the translation of special agricultural skills much harder. Under these circumstances, advanced application of ICT to Mandarin production using the scientific evidences based on the sensing data is eagerly desired. In this sense, collaboration between ICT system developers and Mandarin growers should be necessary with sharing common understanding for the sustainable production of excellent Japanese Mandarin based on the index for optimal irrigation control with sensing data. In this paper, therefore, we tried to apply cutting-edge ICT to sustainable production of excellent Satsuma Mandarin: namely, the establishment of cultivation diagnosis for the Mandarin production by the hardness of fruit, water stress measured by Time Domain Reflectometry method, evapotranspiration, and soil moisture stress (PF value); and the development of the cultivation aid software, which is Guideware, with simple and easy human interfaces using a database linking between remotely sensed data and expertise. We also conducted to extract cheap, easy, rapid, nondestructive and nonchemical method for sensing tree vigor, fruit conditions, and meteorological conditions in Mandarin production.
      URI
      http://repository.ipb.ac.id/handle/123456789/41737
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      Copyright © 2020 Library of IPB University
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      Indonesia DSpace Group 
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      UIN Syarif Hidayatullah Institutional Repository
      Universitas Jember Digital Repository