Aus dem GIS/NLS eingesetzte
Datensätze
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Name
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Beschreibung
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sw_topogrid (grid)
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DHM (digitales
Höhenmodell)
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sw_standort
(coverage)
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Standortkarte, Kartierung der
potentiell natürlichen Vegetation in der Naturlandschaft
Sihlwald
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sw_geologie
(coverage)
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Geologie in der Naturlandschaft
Sihlwald
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Während der Diplomarbeit erhobene
Datensätze
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Name
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Beschreibung
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sw_profile
(coverage)
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Standorte der Bodenprofile,
Bodendaten sind abrufbar
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sw_boka (coverage)
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Generalisierte Bodenkarte, Daten der
Legende sind abrufbar
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sw_veg (coverage)
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Standortkarte ohne
Subklassen
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sw_grenze
(coverage)
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Grenze des
Testgebietes
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dhm_flow (grid)
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Berechnung der Abflussrichtung aus
jeder Zelle (Grid-Befehl: flowdirection)
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dhm_shed (grid)
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Klassifiziert die
Wassereinzugsgebiete (Grid-Befehl: watershed)
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dhm_bas (grid)
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Grenzt die Abflussbecken voneinander
ab (Grid-Befehl: basin)
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Für die Tabelle 'Attribute'
eingesetzte Datensätze
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Name
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Bezeichnung in der Tabelle
'Attribute'
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Anwendungen
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Befehl in
ARC/INFO
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slopr (grid)
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Neig
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Geländeneigung in Prozenten,
aus dem DHM berechnet
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slope
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whh (grid)
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WHH
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Werte für den Wasserhaushalt
aus dem Ökogramm
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ph (grid)
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pH
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Werte für den Basenhaushalt
(pH-Wert) aus dem Ökogramm
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topo_tot (grid)
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Krümmung
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Geländekrümmung, aus dem
DHM berechnet
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curvature
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veg (grid)
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Vegetat
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sw_standort, ohne
Subklassen
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dissolve
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strahl (grid)
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Strahl
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Einstrahlung mit einem Programm von
M. Hölzle aus dem DHM berechnet
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Datensätze der Modellierung der
Bodeneigenschaftsklassen aus der Legende der generalisierten Bodenkarte, nur
Grids
|
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Name
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Klasse
|
con-statement
(ARC/INFO)
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Humusform
|
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h1
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Mull
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h1 = con(slopr in {3, 4, 5} and whh
in {3, 4, 5} and topo_tot in {1, 2}, 60, 3)
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h2
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Moder
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h2 = con(whh in {2, 3, 4} and ph in
{1, 2, 3, 4} and topo_tot in {1, 3}, 70, 3)
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h_tot1
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alle Klassen der
Humusform
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h1=combine(h1, h2)
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Basenhaushalt
(pH-Wert)
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p1
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stark sauer
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p1 = con(slopr in {1, 2, 3, 4} and
whh in {2, 3} and ph in {1, 3} and topo_tot in {2, 3} and veg in {1, 7, 8, 11},
240, 5)
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p2
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sauer
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p2 = con(whh in {3} and ph in {3}
and topo_tot in {2, 3} and veg in {8, 12}, 250, 4)
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p3
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schwach sauer
|
p3 = con(slopr in {3, 4, 5} and whh
in {4} and ph in {3, 5} and topo_tot in {2, 3} and veg in {7, 11}, 260,
5)
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p4
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neutral
|
p4 = con(slopr in {3, 4, 5} and whh
in {3, 4} and ph in {3, 5} and topo_tot in {1, 3} and veg in {7, 8, 11, 12},
270, 5)
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ph_tot1
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alle Klassen des
pH-Wertes
|
ph_tot1 = combine(p1, p2, p3,
p4)
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ph_tot_cov
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Coverage von
ph_tot1
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Name
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Klasse
|
con-statement
(ARC/INFO)
|
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Wasserhaushalt
(WHH)
|
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w1
|
I2
|
w1 = con(slopr in {3, 4, 5} and whh
in {3} and ph in {5} and veg in {8, 12}, 170, 4)
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w2
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I3
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w2 = con(whh in {3} and ph in {3}
and topo_tot in {2} veg in {7}, 180, 4)
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w3
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G5
|
w3 = con(whh in {3, 4} and veg in
{7, 11}, 190, 2)
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w4
|
G2 - G4
|
w4 = con(slopr in {3, 4, 5} and whh
in {3} and ph in {3, 5} and veg in {8, 12, 17}, 200, 4)
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w5
|
G3 - G5
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w5 = con(topo/slopr in {2, 3, 4, 5}
and whh in {3, 4} and ph in {3, 5} and topo_tot in {1, 2} and veg in {8, 11, 12,
17}, 210, 5)
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w6
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G4 - G5
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w6 = con(slopr in {2, 2, 3, 4} and
whh in {3, 4} and ph in {3, 5} and topo_tot in {1, 3} and veg in {7, 11}, 220,
5)
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w7
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G4 - G6
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w7 = con(whh in {3, 5} and ph in {3,
5} and topo_tot in {1, 3} and veg in {7, 8, 12, 17}, 230, 4)
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w_tot1
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alle Klassen des
WHH
|
w1=combine(w1, w2, w3, w4, w5, w6,
w7)
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whh_tot_cov
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Coverage von w_tot1
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Feinerde
|
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f1
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L (Lehm)
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f1 = con(whh in {3} and ph in {3}
and topo_tot in {2, 3} and veg in {8, 11}, 10, 4)
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f2
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tL (toniger Lehm)
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f2 = con(whh in {3} and ph in {2, 2,
4, 5} and veg in {7, 11, 12, 17}, 20, 3
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f3
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lT (lehmiger Ton)
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f3 = con(whh in {3} and ph in {2, 3,
4, 5} and topo_tot in {1, 3}, 30, 3)
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f4
|
lU (lehmiger
Schluff)
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f4 = con(slopr in {1, 2, 3} and whh
in {4} and ph in {5} and topo_tot in {1, 3} and veg in {11}, 40,
5)
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f5
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sL-L (sandiger Lehm -
Lehm)
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f5 = con(slopr in {1, 2, 3, 4} and
whh in {2, 3} and ph in {1, 2} and topo_tot in {2, 3} and veg in {1, 7, 8}, 50,
5)
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f6
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L-tL (Lehm - toniger
Lehm)
|
f6 = con(slopr in {3, 4, 5} and whh
in {3} and ph in {3, 5} and topo_tot in {1, 2} and veg in {7, 11, 12, 17}, 55,
5)
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f_tot1
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alle Klassen der
Feinerde
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f1=combine(f1, f2, f3, f4,
f6)
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Grünigkeit
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gr1
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flgr
(flachgründig)
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gr1 = conslopr in {5} and topo_tot
in {1, 3} and vegetat/veg in {17}, 80, 3)
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gr2
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zflgr (zielich
flachgründig)
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gr2 = con(whh in {3, 4} and ph in
{3, 5} and veg in {7, 8, 11, 12}, 90, 3)
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gr3
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mtgr (mässig
tiefgründig)
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gr3 = con(whh in {3, 4} and ph in
{3, 5}, 100, 2)
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gr4
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tgr
(tiefgründig)
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gr4 = con(slopr in {1, 2, 3} and ph
in {1, 3} and topo_tot in {2, 3} and veg in {1, 7, 8}, 110, 4)
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Geländeform
|
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gf1
|
Terrasse
|
gf1 = con(slopr in {1, 2, 3, 4} and
whh in {2, 3} and ph in {1, 3} and topo_tot in {3} and veg in {1, 7, 8}, 310,
5)
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gf2
|
Rippe
|
gf2 = con(slopr in {2, 3, 4} and whh
in {3} and ph in {3} and topo_tot in {2, 3} and veg in {7, 12}, 320,
5)
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gf3
|
Mulde
|
gf3 = con(slopr in {2, 3, 4} and whh
in {3, 4} and ph in {5} and veg in {7, 11}, 330, 4)
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gf4
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Rinne
|
gf4 = con(slopr in {2, 3, 4, 5} and
whh in {3} and ph in {3, 5} and topo_tot in {1} and veg in {7, 8, 12, 26}, 340,
5)
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gf5
|
Hang
|
gf6 = con(slopr in {2, 3, 4, 5} and
whh in {3} and ph in {3} and topo_tot in {3} and veg in {7, 8, 11}, 370,
5)
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gf6
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Hang steil
|
gf7 = con(slopr in {4, 5} and whh in
{3, 4} and ph in {3, 5} and veg in {7, 8, 11, 12, 17}, 380, 4)
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gf7
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Hang konvex
|
gf8 = con(slopr in {3, 4, 5} and whh
in {3} and ph in {3} and topo_tot in {2, 3} and veg in {7}, 390,
5)
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gf8
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Schuttkegel
|
gf9 = con(slopr in {3, 4, 5} and whh
in {3, 4} and ph in {3, 5} and topo_tot in {3} veg in {7, 11}, 400,
5)
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Mix1
|
Mull, mtgr, neutral
|
mix1 = combine(h1, gr3,
p4)
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Ort
|
Titeldaten
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Baumarten:
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Datenschlüs-sel
10
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Profilart
11
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Intensität
12
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PedologIn
13
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X-Koord.
14
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Y-Koord.
15
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Höhe
16
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Lagegenauig-keit 17
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Datum
18
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Profil- Nr. 19
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Höhe:
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Situation
|
Standort
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Zeigerpflanze:
|
Neigung %
20
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Geländeform
21
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Exposition
22
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Landschafts-
element 23
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Geologie
40
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Klima
41
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Vegetation
42
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Gesellschaft
43
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44
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Profilbeschreibung
|
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Relieftyp
24
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Vertikaler
Radius 25
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Horizontaler
Radius 26
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Grösse 27
B L
T
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Bodentyp
50
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Wasser-
haushalt 51
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Untertyp
52
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Gründigkeit 53
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WHH-
Gruppe 54
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Mikrorelief
28
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Lage im
Relief 29
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Erosion
Akkum. 30
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31
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Karbonat-grenze 55
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Wasser-
stand 56
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Profiltiefe
cm 57
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Humusform 58
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59
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Horizontbeschreibung
|
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Nr.
60
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Tiefe
61
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Horizont-grenze
61.1
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Bezeich-
nung 62
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Substrat
63
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Gefüge
64
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Dichte
65
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OS
66
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Ton
67
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Schluff
68
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Kies
69
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Steine
70
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Redox
71
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Kalk
72
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pH
73
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Durchwur-zelung
73.1
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Beimeng
74
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Farbe
75
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Probe
76
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%
|
G
|
X
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V
|
W
|
<5
|
a
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<10
|
b
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c
|
d
|
e
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<15
|
f
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g
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h
|
i
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<20
|
j
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<25
|
k
|
l
|
m
|
n
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<35
|
o
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p
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q
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r
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<50
|
s
|
t
|
u
|
v
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<75
|
w
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x
|
>75
|
y
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z
|
XX
|
XG
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XV
|
GX
|
GG
|
GV
|
VX
|
VG
|
VV
|