HUSCAP logo Hokkaido Univ. logo

Hokkaido University Collection of Scholarly and Academic Papers >
Field Science Center for Northern Biosphere >
北海道大学農場研究報告 = Research bulletin of the University Farm Hokkaido University >
第34号 >

土壌化学性の変化とデントコーンの生育・収量に及ぼす消化液,堆肥および化学肥料の影響 : 1. 施用1年目の効果

Files in This Item:
34_p13-20.pdf3.07 MBPDFView/Open
Please use this identifier to cite or link to this item:http://hdl.handle.net/2115/13472

Title: 土壌化学性の変化とデントコーンの生育・収量に及ぼす消化液,堆肥および化学肥料の影響 : 1. 施用1年目の効果
Other Titles: Change of chemical properties and growth and yield of dentcorn in the field applied digested cattle slurry, manure and chemical fertilizer : 1. First year's results after application
Authors: 若木, 修1 Browse this author
鈴木, 啓太2 Browse this author
新海, 秀史3 Browse this author
高橋, 太郎4 Browse this author
平, 克郎5 Browse this author
八巻, 憲和6 Browse this author
荒木, 肇7 Browse this author →KAKEN DB
松田, 従三8 Browse this author
Authors(alt): WAKAKI, Osamu1
SUZUKI, Keita2
SHINKAI, Hideshi3
TAKAHASHI, Taro4
TAIRA, Katsuro5
YAMAKI, Norikazu6
ARAKI, Hajime7
MATSUDA, Juzo8
Issue Date: 24-Dec-2005
Publisher: 北海道大学北方生物圏フィールド科学センター耕地圏ステーション生物生産研究農場
Journal Title: 北海道大学農場研究報告
Journal Title(alt): Research bulletin of the University Farm Hokkaido University
Volume: 34
Start Page: 13
End Page: 20
Abstract: Digested cattle slurry, immature manure blended cattle waste and grass straw, mature manure blended with sewage compost, cattle waste and fish waste, and chemical fertilizer were applied as nitrogen source (14kg total nitrogen per 10a) in the field, Experimental Farm, Hokkaido University, 1ate of May, 2004. Dentcorn 'New Dent 100' was produced in these fields from June 7 to September 24, 2004. Content of NH4-N and NO3 showed a peak in middle of June and middle-late of July, respectively, in the soil applied chemical fertilizer. In the soil applied digested cattle slurry, they were lower than those of the soil applied chemical fertilizer and same as the soil applied mature manure and immature manure. Plant growth and dry matter production of dentcorn in the field applied digested cattle slurry were lower than other fields until July, however, increased to same level as others after August. Dry yield and TDN yield of dentcorn in the field applied digested cattle slurry showed 1956 kg/10a and 1351 kg/10a, respectively, and were same as the field applied others. Soil pH increased a little in all tested fields during dentcorn production. Total carbon and total nitrogen in the soil increased a little in the field applied immature manure and showed same in the field applied mature manure and chemical fertilizer, compared with those before dentcorn production. However, they reduced in the field applied digested cattle slurry.
Type: bulletin (article)
URI: http://hdl.handle.net/2115/13472
Appears in Collections:北海道大学農場研究報告 = Research bulletin of the University Farm Hokkaido University > 第34号

Export metadata:

OAI-PMH ( junii2 , jpcoar )


 

Feedback - Hokkaido University