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  • LIAONING LINYE KEJI

    1974

    20111237

    1

    2100005000013

    6 .00

    12

    02431681868

    02486903334

    110032

    lnlykj@yeah. net

    782

    ISSN 1001-1714CN 21-1107/S

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    CN21-1107/S 1974 b A4 64 zh P 6.00 3500 20 2011-01 * * * * * * * * * *

    62

  • Journal of Liaoning ForestryScience and TechnologyStarted in 1974bimonthlyTotal 237Number 1Jan2011

    Supervised by

    Liaoning Province Forestry Department

    Sponsored by

    LiaoningAcademy of Forestry Science

    Liaoning Society of Forestry

    Editor - in - Chief

    XING Zhao- kai

    Edited and Published by

    Editorial Board of Journal of

    Liaoning Forestry Science andTechnology

    Address:

    12Yalujiang StreetShenyangChina

    Postcode:110032

    E - mail:lnlykj@yeah.net

    http://www . lnly . net

    Telephone:024-31681868

    Portraiture:024-86903334

    Distributed at Home by

    Editorial Board of Journal of

    Liaoning Forestry Science andTechnology

    Distributor Abroad by

    China Publishing ForeignTrade Corporation

    P. O. Box 782BeijingP. R. China

    Printed by

    ShenyangNormalUniversityColorPrintingCo.LTD.

    Registration NO.

    Price: 6.00

    ISSN 1001-1714CN 21-1107/S

    Artificial vegetation restoration on sandy lands and its effects on soilameliorationTAN Xi-binCHEN ZhuoTANG Yiet al. 1Study on soil respiration of natural secondary forests in mountainous areas ofeastern LiaoningZHANG Hui-dongYOU Wen-zhongXING Zhao-kaiet al. 5The effects of mixed forests of Phyllostachys heterocycla cv. pubescens andMagnolia officinalis on soil fertility in cutting-over lands of CunninghamialanceolataHONG ZhenLIU Shu-xinHU Zheng-jinet al. 9The contents potassium elements and the dynamics distribution pattern of it inmain organs of Juglans regiaYU Dong-meiGAI Su-fen. 13Quantitative analysis of ecological landscape patterns in Kashi River BasinZHOU Jian-qinJIA Hong-taoZHU Jin-zhao. 16Fluorescent microscopic observation and affinity analysis of pollinated styles formajor planted hybrid filbertsLIU Zhen-panXIE MingYU Dong-meiet al. 20Experiments on prevention and control of Monochamus alternatus by thiaclopridin forestsCHANG Guo-binWEN Xiao-suiXIONG Hui-longet al. 22Establishment of fast breeding systems for Rosa baiyushanensisXI Hai-xiuZHENG RenZHAO Tianet al. 25Researches on regenerated adventitious buds from excised organs of Vitisamurensis cv. ZuoyouhongWANG NingZONG Cheng-wenTANG Xiao-yanet al. 27Surveys on benefits of converting farmlands into forests in soil erosion hilly areasin western LiaoningWANG Shi-zhongLU Guo-zhen. 30Occurrences and prevention and control of leaf blight of Schisandra chinensisWANG PinJIA YunWANG Weiet al. 34Study on management technique of the seed stands of korean pineLI WeiHUANG Xin-chunZHOU Qianget al. 36Studies on cultivation techniques of seedlings of Pinus koraiensisXIE WeiZHANG Li-minGUO Yu-minget al. 39Primary studies on reforms of stock cooperative for stated-owned forest rightsLIU JiaZHAN Hong-de. 42Status and development advices on poplar industry in LiaoningYANG Zhi-yanWANG Sheng-dongZHANG Yan. 46Molecular marker and its application on poplar researchesZHAO Xin-wenPENG Ru-shengZHAO Ji-meiet al. 48Classification of management types for ecological forests and formulation ofmain management measures in mountainous areas in eastern LiaoningJIN XinKANG Xin-gangHU Wan-lianget al. 52The construction techniques of protective forests in desert land of northwesternLiaoningLIU Chang. 56Pollution-free and off-season cultivation technology of Eleutherococcus senticosusinFour in OnegreenhouseGAO Dian-yi. 58Main disease and pests and their control methods of apricotYU Zhong-feng. 60

    CONTENTS

  • 11

    2011 1

    20111

    Journal of Liaoning Forestry Science Technology

    20

    50

    [12]40

    43.1%[3]

    [3]

    [4-6]

    2010-05-12

    00-08-05

    1 2 3 4

    1. 1210132. 0245003.

    1100164. 252-5201

    1.0 m1.0 m34 a

    23 a

    030 cm

    116

    S156.5 A 1001-1714201101-0001-05

    Artificial vegetation restoration on saArtificial vegetation restoration on sandy lands and its effects on soilndy lands and its effects on soil

    amelioraameliorationtionTAN Xi-bin1, CHEN Zhuo2, TANG Yi3, TOSHIO Oshida4

    (1.Jinzhou CityAdministration for Forestry Seeds and Seedlings, Jinzhou 121013, China; 2.Wengniute Banner Station for Desertification Con-

    trol, Chifeng 024500, China; 3. Shenyang Institute ofApplied Ecology, CAS, Shenyang 110016, China; 4. Faculty of Veterinary, JapanAzabu

    University, Sagamihara 252-5201, Japan)

    AbstractsThe artificial sand-fixing vegetation restoration process and its soil amelioration effects for moveable dunes in Horqin Sandy

    Land were studied. The results showed that: the effects of such measures as 1.0m1.0m grass grids and sowing of Caragana microphyliaon artificial sand-fixing for the moveable dunes were significant, and the surfaces of dunes were fixed in 34 years. On the conditions of

    fencing closure, the effects of sand-fixing with suitable vegetation restoration measures were also significant in 23 years. The soil nutri-

    ents in artificial sand-fixing communities of Caragana microphylia varied with the development of communities. At soil depths from 0 to30cm, the order for the contents of OM, available Potassium, total nitrogen, hydrolysable nitrogen, total phosphor and available phosphor

    were as follows: 11-year-old communities, 6--year-old communities, moveable dune.

    Key Wordsmoveable dune; artificial sand-fixing community; vegetation restoration; soil amelioration; Horqin Sandy Land

  • 2

    1

    1.1

    479 m

    330 mm 68

    70%

    67 1.01.8

    5.8~6.4 10 3 000~

    3 200 140~160 d 4.5 m/s

    200 d

    69%81%

    [127]

    Salix flavidaS.microstachyaCaragana microphyllaEphedra distachya Pennisetum centrasiaticum Bassiadasyphylla Leymus chinense Agriophyllum squarrosum Artemisiahalodendron1.2

    0.7 m0.7 m1.0 m

    1.0 m1.0 m1.5 m1.5 m1.5 m2.0 m2.0 m 5

    3

    2~3 a

    611

    1.0 m1.0 m

    0.5 m

    5 1

    0~10 cm10~20 cm20~30 cm

    4 12

    2

    4

    100

    CNPK

    NN

    N

    PNa2CO3

    PNaHCO3K

    [8]

    SPSS11.0 Microsoft

    Excel 2000

    2

    2.1

    5

    1

    1 2011

    1

    mm

    0.70.7

    1.01.0

    1.01.5

    1.51.5

    2.02.0

    3 a

    1mm/s

    5.75

    5.76

    5.97

    6.47

    7.98

    0.3mm/s

    1.31

    1.37

    4.79

    5.46

    5.45

    cm/a

    +2

    +22

    11

    23

    47

    kg/hm2

    10200

    8400

    7200

    6150

    4800

    /hm2

    1325

    1020

    850

    720

    585

    + +1~+10-1~-50

  • 13

    1 2011

    2 a 1.0 m

    1.0 m0.7 m

    0.7 m

    2.0 m2.0 m

    2.0 m2.0 m1.5 m1.5 m

    1 m 0.3 m

    0.7 m0.7 m 1.0 m1.0 m

    0.3 m

    1.0 m1.0 m

    1.0 m

    1.0 m

    0.7 m0.7 m

    1.0 m1.0 m

    34 a

    2.2

    3

    2~3 a

    2

    I 2 a

    1

    -

    2

    -

    3

    -

    4

    -

    II 2 a

    5

    -

    6

    -

    III 3 a

    7

    -

    8

    -

    cm

    1.89

    1.34

    1.78

    1.00

    0.99

    0.85

    1.15

    0.62

    cm

    2.76

    2.57

    3.21

    1.61

    3.27

    1.21

    1.98

    0.77

    N/hm2

    44400

    32000

    35200

    30600

    176800

    75600

    232400

    110000

    kg/hm2

    21000

    4400

    15000

    6000

    13800

    2600

    12800

    1468

    kg/hm2

    10021

    2169

    8056

    2753

    7356

    1345

    6345

    790

    %

    8

    2

    13

    3

    80

    70

    35

    30

    m

    13

    5

    10

    10

    80

    20

    55

    40

    kg/hm2

    1650

    150

    1000

    100

    9250

    1750

    4450

    450

    kg/hm2

    660

    60

    400

    40

    3700

    700

    1700

    100

    kg/hm2

    22650

    4550

    16800

    6100

    23850

    4350

    17250

    1910

    kg/hm2

    11481

    2229

    8455

    2793

    11055

    2045

    8265

    970

    2 3

    2 2 a

    15%

    38.7%2.54.8

    2 a

    133.8%

    5.33 a

    111.3%

    8.7

  • 4

    1 2011

    23 a

    35 a

    2.3

    3

    0~30 cm

    116

    CEC

    [39]

    N

    [11]

    3

    3.1

    1.0 m1.0 m

    34 a

    3.2

    23 a3

    3.3

    0~30 cm

    116

    [1] .

    [M]. 1996. 15

    3

    cm

    0~10

    10~20

    20~30

    6

    11

    6

    11

    6

    11

    g/kg

    0.198a

    0.249b

    0.337c

    0.159a

    0.233b

    0.261b

    0.147a

    0.157a

    0.175a

    K

    mg/kg

    73.526a

    106.437b

    156.314c

    63.703a

    80.994b

    120.870c

    58.013a

    62.006b

    97.718c

    N

    mg/kg

    62.688a

    75.775ab

    84.963b

    53.550a

    64.575a

    76.825c

    50.138a

    52.850a

    62.038b

    N

    mg/kg

    1.291a

    1.715ab

    2.018b

    0.998a

    1.291ab

    1.693b

    0.726a

    0.945ab

    1.323b

    P

    mg/kg

    5.549a

    7.247b

    9.231c

    5.000a

    6.271b

    7.253c

    4.514a

    5.382b

    6.307c

    P

    mg/kg

    0.412a

    0.453a

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