Okada A, Chinzei K (2004) Major landform of Kinki, Chugoku, and
Shikoku. In: Ota Y, Nause T, Tanaka S, Okada A (eds) Regional
geomorphology of the Japanese Islands, vol 6. Geomorphology of
Kinki, Chugoku and Shikoku. University of Tokyo Press. Tokyo,
pp 2–4. (in Japanese)
Okayama Prefecture (2013) Guide of livestock manure proper application. http://www.pref.okayama.jp/site/22/388931.html. (in Japanese)
Oomori T (2012) Status of cultivated soil properties in Ehime
Prefecture. In: The council of soil conservation and soil survey in
Japan (ed) The guideline for cultivated soils in Japan. Japan Soil
Association, Tokyo, pp 96–97. (in Japanese)
Ota Y (2004) Coasts of the outer zone. In: Ota Y, Nause T, Tanaka S,
Okada A (eds) Regional geomorphology of the Japanese Islands,
vol 6. Geomorphology of Kinki, Chugoku and Shikoku. University
of Tokyo Press. Tokyo, pp 296–297. (in Japanese)
Saigusa M, Matsuyama N (1994) Distribution of allophanic and
nonallophanic Andosols in Japan. Tohoku J Agri Res 48:75–83
Sakurai K (2007) Overview of upland soils in Shikoku region.
Dojyo-wo-aishi, Dojyo-wo-mamoru. Hakuyu-Sya, Tokyo, pp 253–
254. (in Japanese)
Sangawa A (2004) Kyoto basin, Nara basin, Osaka Plain, Osaka bay.
Outline of region and active faults. In Ota Y, Nause T, Tanaka S,
Okada A (eds) Regional geomorphology of the Japanese Islands,
vol 6. Geomorphology of Kinki, Chugoku and Shikoku. University
of Tokyo Press. Tokyo, p 68. (in Japanese)
Shibahara F (2008) Development of rice cultivation systems for
environmentally conscious agriculture and estimation models of the
load-reducing effect in the Kinki region. Research and development:
research project for utilizing advanced technologies in agriculture,
forestry and fisheries, pp 1–121. (in Japanese)
Shibahara F (2010) Development of rice cultivation systems for
environmentally conscious agriculture and estimation models of the
load-reducing effect. J Water Waste 52:55–62 (in Japanese)
Shibahara F, Takehisa K, Hasegawa K (2000) Development of a simple
model for nitrogen uptake and fertilizer application of rice
crop. Jpn J Soil Sci Plant Nutr 71:898–902 (in Japanese)
Shibahara F, Tsuji T, Nishimura M (1992) Improvement on nitrogen
application efficiency to paddy rice and reduction in the outflow of
fertilizer elements by using the coated urea fertilizer—on the
nitrogen uptake by paddy rice from 15 N labelled coated urea. Bull
Shiga Pref Agric Exp Stn 33:17–29 (in Japanese with English
summary)
Shiga Prefecture (2001) Characteristics and distribution of prefectural
cultivated soil. 4. (in Japanese)
Shiga Prefecture (Agricultural Administration Fisheries Department
Agricultural Management Division) (2012) Cultivation guidelines
for wheat varieties and soybean favorable to sell. http://www.maff.
go.jp/j/seisan/kankyo/hozen_type/h_sehi_kizyun/sig03.html.
(in
Japanese)
Shimada N (2009) The essence of problems on groundwater and soil
pollutions caused by naturally occurring heavy metals and harmful
elements: arsenic. Appl Geol Techn Rep 29:31–59 (in Japanese
with English summary)
Shimane Prefecture (2019) Key points of field maintenance for wheat
and soybean cultivation. https://www.pref.shimane.lg.jp/industry/
norin/gijutsu/nougyo_tech/kenyui/sisin_manyuaru/ine-sisin/inesisin.data/P88-89mugidaizuho.pdf (in Japanese)
Shishido N, Ishida T (1999) Crops damage by nickel (Ni) in
serpentinite soil. Monthly Rep Civ Eng Res Inst 559:33–37 (in
Japanese)
Shiwa M, Yoshizawa K, Ito M (2000) Dissolution of coated urea
fertilizer and absorption of tea plants in tea field soil. Tea Res J
88:31–38 (in Japanese with English summary)
Statistics Department of Minister’s Secretariat, Ministry of Agriculture,
Forestry and Fisheries (2017) Statistics of agriculture, forestry and
fisheries. Ministry of Agriculture, Forestry and Fisheries, Tokyo,
pp 1–55. (in Japanese)
Takata Y, Kuwagata T et al (2011) Delineation of Japanese soil
temperature regime map. Soil Sci Plant Nutr 57:294–302
Tanabe K (2007) Agriculture and soil management in Kagawa
Prefecture. Jpn J Soil Sci Plant Nutr 78:331–332 (in Japanese)
Tanabe K (2012) The actual status of cultivated soil in Kagawa
prefecture. Soil guidebook for arable land in Japan (Zenkoku
noukouti dojou gaidobukku).Japan Soil Association, Tokyo, pp 96–
97. (in Japanese)
Tanaka Y (2001) For reduction of pollution loading from paddy fields
in Shiga Prefecture. J Agric Sci 56:251–256 (in Japanese)
Tanimoto T (2006) Agriculture and soil management in Hiroshima
Prefecture. J Soil Sci Plant Nutr 77:367–368 (in Japanese)
Tanioka T (1964) Developments of plains, Kokin-Shoin. Tokyo,
pp 57–70
Tano H (2017) Establishment and sustainable development of agricultural management of triple-cropping in paddy field (I)—Case study
of Minami Awaji city, Hyogo Prefecture. Bulletin of the Chiba
University of Commerce 54(2):29–48 (in Japanese)
Tateishi H (2007) The story of the formation of agriculture in the Awa
area (awagata nougyou monogatari). tokushima nousei club,
tokushima, pp 87–88. (in Japanese)
The Fifth Committee for Soil Classification and Nomenclature (2017)
Soil classification system of Japan. The Japanese Society of
Pedology, pp 1–53
The Forestry Agency (2012) The ratios of forest and planted forest in
each prefecture. http://www.rinya.maff.go.jp/j/keikaku/genkyou/
h24/1.html
Tsukimori A, Hirai H, Kyuma K (1992) Studies on the changes in soil
properties brought about by afforestation in Mt. Tanakami of Shiga
Prefecture. Pedologist 36:17–30 (in Japanese with English summary)
Tsutaka T (1989) The agriculture and soil nutrition in Sanyo area
(chapter: serpentine soils), pp 90–96. (in Japanese)
Umemiya Y (2004) Present state of fertilizer nitrogen load from
orchard. Hort Res 3(2):127–132 (in Japanese)
Vitousek PM, Aber JD et al (1997) Human alteration of the global
nitrogen cycles: sources and consequences. Ecol Appl 7:737–750
Wakayama Prefecture (2011a) Guidelines for soil fertilizer application.
51. (in Japanese)
Wakayama Prefecture (2011b) Guidelines for soil fertilizer application.
Wakayama Prefecture. 51–54. (in Japanese)
Yamamoto S (2007) Andosols in Chugoku region. In: Dojyo-wo-aishi
Dojyo-wo-mamoru (ed) Japanese society of pedology. Tokyo,
Hakuyu-Sya, pp 231–237 (in Japanese)
Yamamoto S, Endo T, Honna T (2007) The soil of Tottori sand dunes.
In: Dojyo-wo-aishi Dojyo-wo-mamoru (ed) Japanese society of
pedology. Tokyo, Hakuyusha, pp 245–251 (in Japanese)
Yamasaki H (2005) Agriculture, Soil Science and Plant Nutrition in
Kochi. Jpn J Soil Sci Plant Nutr 76:101–102 (in Japanese)
Yoshikawa (Yamanishi) H, Nakao S (2010) Construction procedure of
the automated pulsating drip-Irrigation system using solar pump
Miscellaneous Publication of The National Agricultural Research
Center for Western Region, 7(Feb), p 21. (in Japanese with English
summary)
326
J. Yanai et al.
Shikoku. In: Ota Y, Nause T, Tanaka S, Okada A (eds) Regional
geomorphology of the Japanese Islands, vol 6. Geomorphology of
Kinki, Chugoku and Shikoku. University of Tokyo Press. Tokyo,
pp 2–4. (in Japanese)
Okayama Prefecture (2013) Guide of livestock manure proper application. http://www.pref.okayama.jp/site/22/388931.html. (in Japanese)
Oomori T (2012) Status of cultivated soil properties in Ehime
Prefecture. In: The council of soil conservation and soil survey in
Japan (ed) The guideline for cultivated soils in Japan. Japan Soil
Association, Tokyo, pp 96–97. (in Japanese)
Ota Y (2004) Coasts of the outer zone. In: Ota Y, Nause T, Tanaka S,
Okada A (eds) Regional geomorphology of the Japanese Islands,
vol 6. Geomorphology of Kinki, Chugoku and Shikoku. University
of Tokyo Press. Tokyo, pp 296–297. (in Japanese)
Saigusa M, Matsuyama N (1994) Distribution of allophanic and
nonallophanic Andosols in Japan. Tohoku J Agri Res 48:75–83
Sakurai K (2007) Overview of upland soils in Shikoku region.
Dojyo-wo-aishi, Dojyo-wo-mamoru. Hakuyu-Sya, Tokyo, pp 253–
254. (in Japanese)
Sangawa A (2004) Kyoto basin, Nara basin, Osaka Plain, Osaka bay.
Outline of region and active faults. In Ota Y, Nause T, Tanaka S,
Okada A (eds) Regional geomorphology of the Japanese Islands,
vol 6. Geomorphology of Kinki, Chugoku and Shikoku. University
of Tokyo Press. Tokyo, p 68. (in Japanese)
Shibahara F (2008) Development of rice cultivation systems for
environmentally conscious agriculture and estimation models of the
load-reducing effect in the Kinki region. Research and development:
research project for utilizing advanced technologies in agriculture,
forestry and fisheries, pp 1–121. (in Japanese)
Shibahara F (2010) Development of rice cultivation systems for
environmentally conscious agriculture and estimation models of the
load-reducing effect. J Water Waste 52:55–62 (in Japanese)
Shibahara F, Takehisa K, Hasegawa K (2000) Development of a simple
model for nitrogen uptake and fertilizer application of rice
crop. Jpn J Soil Sci Plant Nutr 71:898–902 (in Japanese)
Shibahara F, Tsuji T, Nishimura M (1992) Improvement on nitrogen
application efficiency to paddy rice and reduction in the outflow of
fertilizer elements by using the coated urea fertilizer—on the
nitrogen uptake by paddy rice from 15 N labelled coated urea. Bull
Shiga Pref Agric Exp Stn 33:17–29 (in Japanese with English
summary)
Shiga Prefecture (2001) Characteristics and distribution of prefectural
cultivated soil. 4. (in Japanese)
Shiga Prefecture (Agricultural Administration Fisheries Department
Agricultural Management Division) (2012) Cultivation guidelines
for wheat varieties and soybean favorable to sell. http://www.maff.
go.jp/j/seisan/kankyo/hozen_type/h_sehi_kizyun/sig03.html.
(in
Japanese)
Shimada N (2009) The essence of problems on groundwater and soil
pollutions caused by naturally occurring heavy metals and harmful
elements: arsenic. Appl Geol Techn Rep 29:31–59 (in Japanese
with English summary)
Shimane Prefecture (2019) Key points of field maintenance for wheat
and soybean cultivation. https://www.pref.shimane.lg.jp/industry/
norin/gijutsu/nougyo_tech/kenyui/sisin_manyuaru/ine-sisin/inesisin.data/P88-89mugidaizuho.pdf (in Japanese)
Shishido N, Ishida T (1999) Crops damage by nickel (Ni) in
serpentinite soil. Monthly Rep Civ Eng Res Inst 559:33–37 (in
Japanese)
Shiwa M, Yoshizawa K, Ito M (2000) Dissolution of coated urea
fertilizer and absorption of tea plants in tea field soil. Tea Res J
88:31–38 (in Japanese with English summary)
Statistics Department of Minister’s Secretariat, Ministry of Agriculture,
Forestry and Fisheries (2017) Statistics of agriculture, forestry and
fisheries. Ministry of Agriculture, Forestry and Fisheries, Tokyo,
pp 1–55. (in Japanese)
Takata Y, Kuwagata T et al (2011) Delineation of Japanese soil
temperature regime map. Soil Sci Plant Nutr 57:294–302
Tanabe K (2007) Agriculture and soil management in Kagawa
Prefecture. Jpn J Soil Sci Plant Nutr 78:331–332 (in Japanese)
Tanabe K (2012) The actual status of cultivated soil in Kagawa
prefecture. Soil guidebook for arable land in Japan (Zenkoku
noukouti dojou gaidobukku).Japan Soil Association, Tokyo, pp 96–
97. (in Japanese)
Tanaka Y (2001) For reduction of pollution loading from paddy fields
in Shiga Prefecture. J Agric Sci 56:251–256 (in Japanese)
Tanimoto T (2006) Agriculture and soil management in Hiroshima
Prefecture. J Soil Sci Plant Nutr 77:367–368 (in Japanese)
Tanioka T (1964) Developments of plains, Kokin-Shoin. Tokyo,
pp 57–70
Tano H (2017) Establishment and sustainable development of agricultural management of triple-cropping in paddy field (I)—Case study
of Minami Awaji city, Hyogo Prefecture. Bulletin of the Chiba
University of Commerce 54(2):29–48 (in Japanese)
Tateishi H (2007) The story of the formation of agriculture in the Awa
area (awagata nougyou monogatari). tokushima nousei club,
tokushima, pp 87–88. (in Japanese)
The Fifth Committee for Soil Classification and Nomenclature (2017)
Soil classification system of Japan. The Japanese Society of
Pedology, pp 1–53
The Forestry Agency (2012) The ratios of forest and planted forest in
each prefecture. http://www.rinya.maff.go.jp/j/keikaku/genkyou/
h24/1.html
Tsukimori A, Hirai H, Kyuma K (1992) Studies on the changes in soil
properties brought about by afforestation in Mt. Tanakami of Shiga
Prefecture. Pedologist 36:17–30 (in Japanese with English summary)
Tsutaka T (1989) The agriculture and soil nutrition in Sanyo area
(chapter: serpentine soils), pp 90–96. (in Japanese)
Umemiya Y (2004) Present state of fertilizer nitrogen load from
orchard. Hort Res 3(2):127–132 (in Japanese)
Vitousek PM, Aber JD et al (1997) Human alteration of the global
nitrogen cycles: sources and consequences. Ecol Appl 7:737–750
Wakayama Prefecture (2011a) Guidelines for soil fertilizer application.
51. (in Japanese)
Wakayama Prefecture (2011b) Guidelines for soil fertilizer application.
Wakayama Prefecture. 51–54. (in Japanese)
Yamamoto S (2007) Andosols in Chugoku region. In: Dojyo-wo-aishi
Dojyo-wo-mamoru (ed) Japanese society of pedology. Tokyo,
Hakuyu-Sya, pp 231–237 (in Japanese)
Yamamoto S, Endo T, Honna T (2007) The soil of Tottori sand dunes.
In: Dojyo-wo-aishi Dojyo-wo-mamoru (ed) Japanese society of
pedology. Tokyo, Hakuyusha, pp 245–251 (in Japanese)
Yamasaki H (2005) Agriculture, Soil Science and Plant Nutrition in
Kochi. Jpn J Soil Sci Plant Nutr 76:101–102 (in Japanese)
Yoshikawa (Yamanishi) H, Nakao S (2010) Construction procedure of
the automated pulsating drip-Irrigation system using solar pump
Miscellaneous Publication of The National Agricultural Research
Center for Western Region, 7(Feb), p 21. (in Japanese with English
summary)
326
J. Yanai et al.