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Wang Xiaona のバックアップ(No.18)

• バックアップ一覧
• 差分 を表示
• 現在との差分 を表示
• ソース を表示
• Wang Xiaona へ行く。
  • 1 (2011-09-29 08:01:44 (木))
  • 2 (2011-09-29 08:05:15 (木))
  • 3 (2011-09-30 07:31:43 (金))
  • 4 (2011-10-04 11:01:57 (火))
  • 5 (2011-11-03 10:43:26 (木))
  • 6 (2011-11-03 17:49:55 (木))
  • 7 (2011-11-12 12:52:26 (土))
  • 8 (2011-11-12 19:29:54 (土))
  • 9 (2011-11-20 16:41:02 (日))
  • 10 (2011-11-26 19:02:46 (土))
  • 11 (2011-12-18 09:26:48 (日))
  • 12 (2012-01-25 21:46:07 (水))
  • 13 (2012-02-26 10:16:09 (日))
  • 14 (2012-02-29 12:33:28 (水))
  • 15 (2012-02-29 19:45:48 (水))
  • 16 (2012-04-01 20:05:06 (日))
  • 17 (2012-05-12 18:04:52 (土))
  • 18 (2012-05-13 19:28:28 (日))
  • 19 (2012-06-02 08:02:00 (土))
  • 20 (2012-06-16 19:16:17 (土))
  • 21 (2012-07-22 21:48:35 (日))
  • 22 (2012-09-17 17:53:37 (月))
  • 23 (2012-09-17 21:02:49 (月))
  • 24 (2012-09-20 07:20:26 (木))
  • 25 (2012-11-07 09:12:06 (水))
  • 26 (2012-11-17 16:20:35 (土))
  • 27 (2012-11-17 22:21:13 (土))
  • 28 (2012-11-19 22:44:01 (月))
  • 29 (2012-11-24 09:18:17 (土))
  • 30 (2012-12-28 07:48:15 (金))
  • 31 (2012-12-30 06:51:21 (日))
  • 32 (2013-01-03 08:51:40 (木))
  • 33 (2013-01-04 19:29:23 (金))
  • 34 (2013-03-29 14:16:15 (金))
  • 35 (2013-06-30 17:05:01 (日))
  • 36 (2013-09-07 16:04:48 (土))
  • 37 (2013-09-14 13:31:42 (土))
  • 38 (2013-09-29 07:10:10 (日))
  • 39 (2014-06-17 08:12:44 (火))
  • 40 (2014-06-17 19:12:20 (火))
  • 41 (2014-11-13 10:55:48 (木))
  • 42 (2014-12-04 20:59:26 (木))
  • 43 (2014-12-13 22:15:05 (土))
  • 44 (2014-12-16 12:39:41 (火))
  • 45 (2014-12-16 22:22:30 (火))
  • 46 (2014-12-28 09:33:46 (日))
  • 47 (2015-01-27 08:08:34 (火))
  • 48 (2015-01-28 18:54:35 (水))
  • 49 (2015-02-01 20:17:11 (日))
  • 50 (2015-02-01 20:18:31 (日))
  • 51 (2015-02-02 12:54:04 (月))
  • 52 (2015-05-17 16:32:29 (日))
  • 53 (2015-11-17 20:22:51 (火))
  • 54 (2015-11-18 11:18:41 (水))
  • 55 (2015-11-28 09:46:47 (土))
  • 56 (2016-12-04 10:22:55 (日))

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Wang Xiaona †

Research Theme †

• Dynamics of root growth of tree species grown under elevated CO2 and O3 (tentative)

Education †

• Biochemical and Molecular Biology of higher plants, Master course in the Research Institute of Grassland and Ecology, Beijing Forestry University,

Publications †

Forest Ecophysiology

1. Hoshika, Y., Tatsuta, S., Watanabe, M., Wang, XN., Wanatabe, Y., Saito, H., Koike, T. (accepted) Effects of ambient ozone in somma of Lake Mashu on the growth and leaf gas exchange of Betula ermanii and B. platyphylla var. japonica.
2. Wang Xiao-na, Lu Xin-shi (2012) Different gene expression for Creeping-rooted alfalfa based on DNA analysis as a rehabilitation material for inner Mongolia. Boreal Forest Research 60: 47-50.
3. Wang Xiao-na, Lu Xin-shi (2010) Ecosystem services with low carbon combination increase urban economic influence. Proceedings of Climate Change and Ecosystem Response[C], Inner Mongolia, China: SRP, 2010: 430-433(ISTP).

Plant Physiology and Molecular Biology

1. Wang Xiao-na, Lu Xin-shi (2011) Analysis on different gene expression of creeping-rooted type Medicago varia. The Fourth China National Alfalfa Industry Development Conference[C]. Inner Mongolia, China: China Animal Agriculture Association (CAAC), 2011.:???
2. Wang Xiao-na, Lu Xin-shi (2010) Current situation and analysis method of Expressed Sequence Tags(EST)[J]. Pratacultural Science, 2010, 27(05):76-84.
3. Wang Xiao-na, LU Xin-shi (2010) Comparison study on cold resistance and production performance for alfalfa varieties. The Third China National Alfalfa Industry Development Conference[C]. Beijing China: CAAC, 2010: 251-258.

Notes and Comments †

1. Wang, X., Tatsuta, S., Watanabe, M., Hoshika, Y., Koike, T. (2012) Decline of mountain birch and root system –a role of ectomycorrhizal fungus-. Northern Forestry (Hoppo Ringyo), 64: in press (in Japanese)

Proceedings †

1. Wang XN, LU XS, Koike T. (2011) Different gene expression of creeping-rooted type of a kind of Alfalfa, Medicago varia. Abstract, The Latest Frontiers of Root Research in Asia, p62, Nov 6th, 2011.
2. Ito H, Nakaji T, Wang XN, Watanabe M and Koike T (2011) Growth and development of birch (Betula sp.) roots grown under elevated CO2 in FACE (A preliminary result) , Abstract, The Latest Frontiers of Root Research in Asia, p65, Nov 6th, 2011.

Submitted: review paper 0, original paper 0, note & comments 1

Presentations †

1)Oral

1. Mao, QZ., Watanabe, M., Wang, X. and Koike, T. (2012) The root-shoot linkage response of 3 kinds of larch to simulated nitrogen deposition under two phosphorous levels. Japan-Australia Symposium on Plant Sciences for Agriculture, 19-20 January 2012, Sapporo, Japan.
2. Wang XN (2011) Preliminary research of the ectomycorrhiza types with difference nitrogen load on three larch species grown under two phosphorous levels. Abstract "Toward sustainable management in forest resources," Kyoto University, Nov. 17-18th, Kyoto, pp.19-20.

2)Poster

1. Wang XN, Mao QZ, Qu, LY, Tamai Y, Yamakawa R, Watanabe M, Kita K and Koike T. (2012) (accepted) Biodiversity of ectomycorrhiza types with high nitrogen deposition on three larch species grown under two phosphorous levels. The International Society of Root Research in Dundee, 26-29 June 2012. (referred)
2. Koike T, Watanabe M, Wang XN, Tatsuta S, Sakuma A, Yamaguchi T, Noguchi I, Saito H and Hoshika Y (2012) Declining symptom of mountain birch (Betula ermanii) in northern Japan.IUFRO meeting at Kunsas. Lithuania, May 21-14.
3. Watanabe M, Hoshika Y, Inada N, Wang XN, Mao QZ, Koike T (2012) Photosynthetic traits of Fagus crenata and Quercus crispula sapling grown under free air ozone exposure. IUFRO meeting at Kunsas. Lithuania, May 21-14.
4. Mao, QZ., Watanabe, M, Wang, XN., Koyama, A., Kita, K, and Koike, T. (2012) (accepted) Effects of nitrogen deposition combined with phosphorus deficiency on fine-root growth of three larch species. The International Society of Root Research in Dundee, 26-29 June 2012. (referred)
5. Wang XN, Mao QZ, Qu, LY, Yamakawa R, Tamai Y, Watanabe M, Kita K and Koike T. (2012) (tentative) Identification of ectomycorrhiza types with difference nitrogen load on three larch species grown under two phosphorous level. 123 Annual meeting of Japan Forest Society (Utsunomiya Univ.)
6. Wang XN, Mao, QZ, Qu LY., Tamai, Y. Koyama, A., Watanabe, M.,and Koike, T. (2012) Identification of ectomycorrhiza types with different nitrogen loads on new hybrid larch and its parent species grown under two phosphorous levels Japan-Australia Symposium on Plant Sciences for Agriculture, 19-20 January 2012, Sapporo, Japan.
7. Wang XN and Lu XS (2011) Analysis on different gene expression of creeping-rooted type of a legume plant for ecosystem rehabilitation in China arid region. The 60th Annual Meeting of Boreal Forest Research (Sapporo)
8. Wang XN and LU XS (2011) Different gene expression of creeping-rooted type of a kind of Alfalfa, Medicago varia. The 20th Anniversary Conference in Japanese Society of Root Research (Tokyo) Nov. 6th, 2011.
9. Ito H, Nakaji T, Wang XN, Watanabe M and Koike T (2011) Growth and development of birch (Betula sp.) roots grown under elevated CO2 in FACE (A preliminary result) , The 20th Anniversary conference in Japanese Society of Root Research (Tokyo) Nov 6th, 2011.

Award †

• Scholarship Program supported by China Scholarship Council (CSC Program 2011).

Contact †

• Tel: +81-11-706-4180, Fax: +81-11-706-2517
• e-mail: nana77 AT for.agr.hokudai.ac.jp (Please change AT to @ in your e-mail soft)
• 〒060-8589 N371, Silviculture & Forest Ecological Studies, Hokkaido University

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Wang Xiaona のバックアップ(No.18)