New Institute of Pedology, Agrochemistry and Soil Protection … · 2015. 3. 12. · Institutul de...

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Institutul de Pedologie, Agrochimie şi Protecţie a Solului “Nicolae Dimo” Institute of Pedology, Agrochemistry and Soil Protection “Nicolae DimoEstablished on 16 February 1953 Laboratory of Pedology Laboratory Agrochemistry Laboratory of Soil Improvement And Protection Laboratory of Pedological Geoinformational System And Precision Agriculture Laboratory of Soils Agroecology In Protected Areas http://www.ipaps.md Director: Iurie Moşoi, Assoc. prof, PhD E-mail: [email protected] Tel/fax : (+373 - 22) 28 - 48 - 59 e-mail: [email protected]

Transcript of New Institute of Pedology, Agrochemistry and Soil Protection … · 2015. 3. 12. · Institutul de...

  • Institutul de Pedologie, Agrochimie şi Protecţie a Solului “Nicolae Dimo”

    Institute of Pedology, Agrochemistry

    and Soil Protection “Nicolae Dimo”

    Established on 16 February 1953

    Laboratory of Pedology

    Laboratory Agrochemistry

    Laboratory of Soil Improvement

    And Protection

    Laboratory of Pedological

    Geoinformational System And

    Precision Agriculture

    Laboratory of Soils Agroecology

    In Protected Areas

    http://www.ipaps.md

    Director: Iurie Moşoi, Assoc. prof, PhD

    E-mail: [email protected]

    Tel/fax : (+373 - 22) 28 - 48 - 59

    e-mail: [email protected]

  • The main purpose

    • Is to improve and apply Geographic

    Information System (GIS) of soil quality for

    performing agriculture development in

    Moldova.

    Laboratory of Pedological

    Geoinformational System And Precision

    Agriculture

    Dr. Iu. Rozloga Head of laboratory

    E-mail: [email protected]

  • Working directions:

    • -Elaboration of the founding principles for soil cover

    structure information database.

    • - Scanning archive materials and their connection to

    the national geodesic reference.

    • - Vectorization and the introduction of soil contours

    attribute information (SoilContour layer).

    • - The use of modern technologies for soil mapping.

    • - Creating a web portal and Geoweb services.

  • Ranking of group The name of the group Identification code in GIS The number of

    classification indices

    1 Class Clasa 5

    2 Type Tipul 13

    3 Subtype Subtipul 37

    4 Gender GenChimSol (soil chemistry)

    GenNAF ( level of underground water)

    GenGleizS (gleization degree)

    GenGleizH (depth of gleyic layer)

    GenCarbS (carbonates content)

    GenCarbH (depth of carbonates appearance)

    GenGradSal (degree of salinization)

    GenHSal (depth of salinization)

    GenGradAlc (the degree of alkalization)

    GenHAlc (depth of alkalization)

    9

    9

    5

    5

    6

    6

    5

    5

    5

    5

    5 Species SpecHRM (thickness of the profile)

    SpecColm (degree of clogging/warping)

    SpecHum (humus content)

    SpecAB (thickness of AB layer)

    SpecGrEr (degree of erosion )

    7

    5

    5

    7

    4

    6 Variety Varietate (soil texture) 9

    7 Rank Rang (parent material) 14

    8 Variant Variantă (land use) 9

    Additional indices NrContur (contour number)

    Bonit (land evaluation)

    BonitCalc (land evaluation marks)

    Alunecări (landslides)

    Ravene (ravines)

    Suprafaţa (surface area)

    3

    3

    2

    8 27 181

    Principles for the soil cover structure information database founding

  • were identified 70,475 soil contours with a surface of 3,109,343.37 ha

    Soil contours vectorization

  • Using GIS to the development of various digital maps

  • Digital soil contours and attribute data

  • Soil contours database

  • Using GIS to the development of various digital maps

    land evaluation

  • 0.52

    8.35

    62.42

    0.09

    3.82

    0.38 0.56 0.14 0.11

    7.56

    1.7 2.024.02

    0

    10

    20

    30

    40

    50

    60

    70

    Su

    pra

    faţa

    , %

    Bru

    n

    Cen

    uşi

    u

    Cern

    ozio

    m

    Mo

    cir

    Cern

    ozio

    mo

    id

    Ren

    dzin

    ă

    Verti

    sol

    So

    lon

    So

    lon

    cea

    c

    Alu

    via

    l

    Mo

    cir

    Delu

    via

    le

    Dete

    ora

    t

    Denumirea solurilor

    Soils distribution at the level of type in Moldova

  • - hotarele raioanelor

    - bazine acvatice

    - hotarele raioanelor

    Semne convenţionale

    - oraşe

    - restricţii moderate

    - restricţii severe

    LEGENDA

    - restricţii minime

    - fără restricţii

    - se exclud

    OCNIŢA

    LIPCANI

    DONDUŞENI

    EDINEŢ SOROCA

    GLODENI

    FĂLEŞTI

    CĂLĂRAŞIDUBASARI

    CRIULENI

    VULCĂNESTI

    ŞTEFAN-VODĂCIMIŞLIA

    CANTEMIR

    IALOVENI

    BENDER

    SLOBOZIA

    GRIGORIOPOL

    HINCEŞTI

    BRICENI

    DROCHIA CAMENCA

    FLOREŞTI

    RÎŞCANI

    BALŢREZINA

    ŞOLDANEŞTI

    TELENEŞTI

    SÎNGEREI

    UNGHENI

    ORHEI

    NISPORENI

    STRĂŞENI

    ANENII NOI

    CHIŞINAU

    CĂUŞENI

    LEOVA

    BASARABEASCACOMRAT

    CEADÎR-LUNGA

    TARACLIACAHUL

    Spatial distribution of the soil groups according to soil pretability for irrigation

    Fig.2. Răsp\ndirea procentuală a grupelor de soluri după

    pretabilitatea la irigaţie

    16

    76

    45

    26

    I - fără restricţii

    II - restricţii minime

    III - restricţii moderate

    IV - restricţii severe

    V - se exclud

  • Soil map at the II-nd administrative level

  • Digital Soil Map at the I-st administrative level

    Initially 58 soil contours

    After using GIS 539 Soil contours

  • Using "Soils" Layer at the level of agricultural fields

  • Soil map at the hydrographical basin level

    The upper reaches of the river Cula basin (2D)

  • Altitudinal Map of r. Cula basin area

  • The cartograme of slopes inclination degrees of the r. Cula basin

  • Soils map in the Cula basin area (3D)

  • 0

    2000

    4000

    6000

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    10000

    12000

    0º-1º 1º -3º 3º -5º 5º -7º 7º -10º 10º -12º 12º -15º 15º -20º 20º -45º 45º -90º

    Suprafata, ha

    Grade

    Sol brun luvic Sol brun tipic Sol cenușiu albic Sol cenușiu tipic Sol cenușiu molic Sol cernoziom argiloiluvial Sol cernoziom levigat Sol cernoziom tipic Sol cernoziom obișnuit Sol cernoziom carbonatic Mocirlă tipică Sol cernoziomoid levigat Sol cernoziomoid tipic Sol cenușiu vertic Sol cernoziom vertic Soloneț molic Soloneac hidric Sol aluvial molic Sol aluvial stratificat Sol deluvial ocric

    Chart of soil subtypes spreading according to the slope height classes

  • Chart of eroded soils spreading according to the slope height classes

    0

    100

    200

    300

    400

    500

    600

    700

    0-1 1-3 3-5 5-7 7-10 10-12 12-15 15-20 20-45 45-90

    Sol slab er4odat Sol moderat erodat Sol puternic erodat Alunecări de teren active Alunecări de teren stabile Ravene

  • The obtained results

    • Digital soil maps of the soil cover structure

    • Database of soil quality

    • Digital layers “Soils”, “Soils Profiles”, “Hidro”,

    “Infrastructure” etc.

    • Geoweb system for user access to digital data of

    soil cover structure.

    • GIS geoportal with published online resources.

  • Thank you for your attention !

    [email protected]

    Tel/Fax: +373 22 284859

    Tel. mob.: +373 67485109

    mailto:[email protected]