-------------------------------------------------------------------------------
GENERAL DIAGRAM OF THE PROJECT FILE SYSTEM HIERARCHY:
Project directory ($EROHOME)
|
|-- 1 - Dictionary and general information
|
|-- 2 - Directory analysis
| |-- 2.1 - Monitor files
| |-- 2.2 - Directory maps_and_listings
|
|-- 3 - Directory database
-------------------------------------------------------------------------------
SUMMARY:
1 - Dictionary and general information:
1.1 - Files Dictionary.txt and
Dictionary.html:
2 - Directory analysis:
2.1 - Monitor files:
2.1.1 - File 1template.monitor:
2.1.2 - File maps_and_listings.monitor:
2.1.3 - File admin.monitor:
2.1.4 - File use.monitor:
2.1.5 - File mask.monitor:
2.1.6 - File soil.monitor:
2.1.7 - File slope.monitor:
2.1.8 - File watershed_demiurge.monitor:
2.1.9 - File watershed_pfafsteter.monitor:
2.1.10 - File
sensitivity_model_development.monitor:
2.1.11 - File
sensitivity_model_application.monitor:
2.1.12 - File
integration_sens_model_development.monitor:
2.1.13 - File
integration_sens_model_application.monitor:
2.1.14 - File
meteo.monitor:
2.1.15 - File
risk_model_development.monitor:
2.1.16 - File
risk_model_application.monitor:
2.1.17 - File
integration_model_development.monitor:
2.1.18 - File
integration_model_application.monitor:
2.1.19 - File
catena.monitor:
2.2 - Directory maps_and_listings:
2.2.1 - Files maps_and_listings.aml
and page_setup.aml:
2.2.2 - Directory
gra:
2.2.3 - Directory
rtl:
2.2.4 - Directory
web_erosion:
2.2.4.1
- File index.html:
2.2.4.2
- Directory maps_and_listings:
2.2.4.3
- Directory pedotransfer_rules:
2.2.4.4
- Directory purity_maps:
3 - Directory database:
3.1 - Coverage COUNTRY:
3.1.1 - Info file
COUNTRY.AAT:
3.1.2 - Info file
COUNTRY.PAT:
3.2 - Coverage NURGCD:
3.2.1 - Info file
NURGCD.PAT:
3.3 - Grid NURGCD_G:
3.3.1 - Info file
NURGCD_G.VAT:
3.4 - Grid USE:
3.4.1 - Info file
USE.VAT:
3.4.2 - Arc/Info
shadeset file USE.SHD:
3.5 - Grid MASK:
3.5.1 - Info file
MASK.VAT:
3.6 - Coverage SOIL:
3.6.1 - Info file
SOIL.PAT:
3.6.2 - Info file
SMU:
3.6.3 - Info file
STU.ORG:
3.6.4 - Info file
STU:
3.6.5 - Info file
SOIL1.LES:
3.6.6 - Info file
SOIL2.LES:
3.6.7 - Info file
TEXT1.LES:
3.6.8 - Info file
TEXT2.LES:
3.6.9 - Info file
MAT1.LES:
3.6.10 - Info
file CL.LES:
3.7 - Grid CRUSTING:
3.7.1 - Info file
CRUSTING.VAT:
3.8 - Grid ERODIBILITY:
3.8.1 - Info file
ERODIBILITY.VAT:
3.9 - Grid DEM:
3.9.1 - Info file
DEM.VAT:
3.10 - Grid ALT:
3.10.1 - Info
file ALT.VAT:
3.11 - Grid SLOPECLASS:
3.11.1 - Info
file SLOPECLASS.VAT:
3.11.2 - Info
file SLOPECLASS.LES:
3.12 - Coverage BAS_PF:
3.12.1 - Info
file BAS_PF.PAT:
3.12.2 - Info
file BAS_PF.LES:
3.13 - Grid BAS_PF_G:
3.13.1 - Info
file BAS_PF_G.VAT:
3.14 - Coverage STR_PF:
3.14.1 - Info
file STR_PF.AAT:
3.15 - Info file SMODEL:
3.16 - Grid SENSITIVITY:
3.16.1 - Info
file SENSITIVITY.VAT:
3.16.2 - Info
file SENSITIVITY.LES:
3.17 - Coverage ISMODEL:
3.17.1 - Info
file ISMODEL.PAT:
3.17.2 - Info
file ISMODEL.TAB:
3.17.3 - Info
file ISMODEL.LES:
3.18 - Info file SENSITIVITYBAS_PF:
3.19 - Info file SENSITIVITYNURGCD:
3.20 - Grid METEO:
3.20.1 - Info
file METEO.VAT:
3.21 - Grid R_SPRING:
3.22 - Grid R_SUMMER:
3.23 - Grid R_AUTUMN:
3.24 - Grid R_WINTER:
3.25 - Grid R_ANNUAL:
3.25.1 - Info
file R_SPRING.VAT:
3.25.2 - Info
file R_SUMMER.VAT:
3.25.3 - Info
file R_AUTUMN.VAT:
3.25.4 - Info
file R_WINTER.VAT:
3.25.5 - Info
file R_ANNUAL.VAT:
3.25.6 - Info
file R_SPRING.LES:
3.25.7 - Info
file R_SUMMER.LES:
3.25.8 - Info
file R_AUTUMN.LES:
3.25.9 - Info
file R_WINTER.LES:
3.25.10 - Info
file R_ANNUAL.LES:
3.26 - Grid F_SPRING:
3.27 - Grid F_SUMMER:
3.28 - Grid F_AUTUMN:
3.29 - Grid F_WINTER:
3.30 - Grid F_ANNUAL:
3.30.1 - Info
file F_SPRING.VAT:
3.30.2 - Info
file F_SUMMER.VAT:
3.30.3 - Info
file F_AUTUMN.VAT:
3.30.4 - Info
file F_WINTER.VAT:
3.30.5 - Info
file F_ANNUAL.VAT:
3.30.6 - Info
file F_SPRING.LES:
3.30.7 - Info
file F_SUMMER.LES:
3.30.8 - Info
file F_AUTUMN.LES:
3.30.9 - Info
file F_WINTER.LES:
3.30.10 - Info
file F_ANNUAL.LES:
3.31 - Grid RF_SPRING:
3.32 - Grid RF_SUMMER:
3.33 - Grid RF_AUTUMN:
3.34 - Grid RF_WINTER:
3.35 - Grid RF_ANNUAL:
3.35.1 - Info
file RF_SPRING.VAT:
3.35.2 - Info
file RF_SUMMER.VAT:
3.35.3 - Info
file RF_AUTUMN.VAT:
3.35.4 - Info
file RF_WINTER.VAT:
3.35.5 - Info
file RF_ANNUAL.VAT:
3.36 - Coverage RF_LES:
3.36.1 - Info
file RF_LES.PAT:
3.37 - Info file RMODEL:
3.38 - Grid RISK_SPRING:
3.39 - Grid RISK_SUMMER:
3.40 - Grid RISK_AUTUMN:
3.41 - Grid RISK_WINTER:
3.42 - Grid RISK_ANNUAL:
3.42.1 - Info
file RISK_SPRING.VAT:
3.42.2 - Info
file RISK_SUMMER.VAT:
3.42.3 - Info
file RISK_AUTUMN.VAT:
3.42.4 - Info
file RISK_WINTER.VAT:
3.42.5 - Info
file RISK_ANNUAL.VAT:
3.42.6 - Info
file RISK.LES:
3.43 - Coverage IMODEL:
3.43.1 - Info
file IMODEL.PAT:
3.43.2 - Info
file IMODEL.TAB:
3.43.3 - Info
file IMODEL.LES:
3.44 - Info file RISKBAS_PFSPRING:
3.45 - Info file RISKBAS_PFSUMMER:
3.46 - Info file RISKBAS_PFAUTUMN:
3.47 - Info file RISKBAS_PFWINTER:
3.48 - Info file RISKBAS_PFANNUAL:
3.49 - Info file RISKNURGCDSPRING:
3.50 - Info file RISKNURGCDSUMMER:
3.51 - Info file RISKNURGCDAUTUMN:
3.52 - Info file RISKNURGCDWINTER:
3.53 - Info file RISKNURGCDANNUAL:
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
1 - Dictionary and general
information:
1.1 - Files Dictionary.txt
and Dictionary.html:
Description: files describing the content of the project in simple
ASCII text
format and HTML format (the present file).
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
2 - Directory analysis:
Description: workspace for the preparation of base data, application
of
models, and production of maps and listings.
-------------------------------------------------------------------------------
2.1 - Monitor files:
Description: monitor files give details and comments on the processing
steps that are necessary for the preparation of base
data, the application
of models, and the production of maps and listings.
Monitor files are listed hereafter in the order they should normaly be used.
2.1.1 - File 1template.monitor:
Description: template for the creation of a new monitor file.
2.1.2 - File maps_and_listings.monitor:
Description: monitor for the production of the project's resulting
maps
and listings.
See file:analysis/maps_and_listings.monitor
for full details.
2.1.3 - File admin.monitor:
Description: monitor for the creation of administrative units data
layers:
country coverage, NUTS ???level??? coverage and grids.
See file:analysis/admin.monitor
for full details.
2.1.4 - File use.monitor:
Description: monitor for the creation of the land use data layer
from
CORINE Land Cover.
See file:analysis/use.monitor
for full details.
2.1.5 - File mask.monitor:
Description: monitor for the creation of a mask data layer. The
area of
interest is the area that has soil data and land use
data. Any other can
be masked.
See file:analysis/mask.monitor
for full details.
2.1.6 - File soil.monitor:
Description: monitor for the creation of the data layers derived
from the
Soil Geographical Data Base of Europe at scale 1:1,000,000.
See file:analysis/soil.monitor
for full details.
2.1.7 - File slope.monitor:
Description: monitor for the creation of the altitude and slope
data layers.
See file:analysis/slope.monitor
for full details.
2.1.8 - File watershed_demiurge.monitor:
Description: monitor for the creation of a watersheds data layer
from the
1 km resolution USGS GTOPO30 digital elevation model
using the "Demiurge"
methodology.
See file:analysis/watershed_demiurge.monitor
for full details.
2.1.9 - File watershed_pfafsteter.monitor:
Description: monitor for the creation of a watersheds data layer
from the
HYDRO1K bassins database built by USGS from GTOPO30
using the Pfafsteter
methodology.
See file:analysis/watershed_pfafsteter.monitor
for full details.
2.1.10 - File sensitivity_model_development.monitor:
Description: monitor for the development of the model to reclass
land use,
crusting, slope and erodibility parameters into classes
of soil
sensitivity to erosion.
See file:analysis/sensitivity_model_development.monitor
for full details.
2.1.11 - File sensitivity_model_application.monitor:
Description: monitor for the application of the soil sensitivity
to
erosion model.
See file:analysis/sensitivity_model_application.monitor
for full details.
2.1.12 - File integration_sens_model_development.monitor:
Description: monitor for the creation of a model for the determination
of
the erosion sensitivity class of an integration spatial
unit (SIU)
depending on the combination of sensitivity classes
it contains and their
respective percentage area.
See file:analysis/integration_sens_model_development.monitor
for full details.
2.1.13 - File integration_sens_model_application.monitor:
Description: monitor for the integration of soil erosion sensitivity
classes by
spatial integration units (SIU).
See file:analysis/integration_sens_model_application.monitor
for full details.
2.1.14 - File meteo.monitor:
Description: monitor for the creation of the rainfall erosivity
class data
layer.
See file:analysis/meteo.monitor
for full details.
2.1.15 - File risk_model_development.monitor:
Description: monitor for the development of the model to reclass
land use,
crusting, slope, erodibility and rainfall erosivity
parameters into
classes of soil erosion risk.
See file:analysis/risk_model_development.monitor
for full details.
2.1.16 - File risk_model_application.monitor:
Description: monitor for the application of the soil erosion risk
model.
See file:analysis/risk_model_application.monitor
for full details.
2.1.17 - File integration_model_development.monitor:
Description: monitor for the creation of a model for the determination
of
the erosion risk class of an integration spatial unit
(SIU) depending on
the combination of risk classes it contains and their
respective
percentage area.
See file:analysis/integration_model_development.monitor
for full details.
2.1.18 - File integration_model_application.monitor:
Description: monitor for the integration of soil erosion risk classes
by
spatial integration units (SIU).
See file:analysis/integration_model_application.monitor
for full details.
2.1.19 - File catena.monitor:
Description: monitor for the creation of materials for the Catena
paper.
See file:analysis/catena.monitor
for full details.
-------------------------------------------------------------------------------
2.2 - Directory maps_and_listings:
Description: workspace for the production, storage and visualisation
of
the project's resulting maps and listings.
2.2.1 - Files maps_and_listings.aml
and page_setup.aml:
Description: AML program tools for the production of the project's
maps
and listings. Usage: see file maps_and_listings.monitor.
2.2.2 - Directory gra:
Description: storage place for maps in Arc/Info graphics file format
(.gra).
2.2.3 - Directory rtl:
Description: storage place for maps in HP-RTL graphics file format
(.rtl)
ready to plot on an HP Design Jet ink jet plotter.
2.2.4 - Directory web_erosion:
Description: workspace for the production, storage and visualisation
of
the project's results in HTML format.
Only the main objects contained in this directory are described
hereafter.
2.2.4.1 - File index.html:
Description: used with an Internet browser, this file is the start
and access
point for exploring the catalogue and all the project's
description and
results.
See file:analysis/maps_and_listings/web_erosion/index.html.
2.2.4.2 - Directory
maps_and_listings:
Description: storage place for maps in GIF graphics format (.gif)
and
listings in ASCII text format (.txt).
2.2.4.3 - Directory
pedotransfer_rules:
Description: storage place for pedotransfer_rules description documents.
2.2.4.4 - Directory
purity_maps:
Description: storage place for purity explanation documents.
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
3 - Directory database:
Description: workspace to store the raw and the base data of the
project.
Raw data are those needed by the project, which are
kept just as it received.
Base data are those processed and structured for use
by modeling, or by
mapping and reporting tools. Processing steps can
generally be traced back
thru monitor files.
-------------------------------------------------------------------------------
3.1 - Coverage COUNTRY:
Description: country boundaries.
Source: Digital Chart of the World + update from Arc World Suplemental
+ see file admin.monitor.
Legal access constraints: internal use.
Use constraints: scale 1/15000000, countries before 1995
Feature count and classes: 368 arcs + 249 polygons
Secondary feature count and classes: 57 annotations
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Precision: single
Resolution: 1500 meters
3.1.1 - Info file COUNTRY.AAT:
Description: arc attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 FNODE#
4 5 B
-
-
5 TNODE#
4 5 B
-
-
9 LPOLY#
4 5 B
-
-
13 RPOLY#
4 5 B
-
-
17 LENGTH
4 12 F
3
-
21 COUNTRY#
4 5 B
-
-
25 COUNTRY-ID
4 5 B
-
-
29 BORDER_TYPE
1 1 C
-
-
30 BORDER_SOIL1M
1 1 I
-
-
BORDER_TYPE : Type of border line.
Data source: computed.
Measurement system: nominal
Data type: character string.
Attribute values and definitions in dataset:
= Null arcs (border lines of oceans)
E = Earth
S = Sea
BORDER_SOIL1M : State of progress of the Soil Geographical
Data Base of
Europe at Scale 1:1,000,000 in the neighbouring country.
Data source: computed.
Measurement system: nominal
Data type: integer number.
Attribute values and definitions in dataset:
0 = Null arcs (border lines of oceans)
1 = Border lines of countries currently covered by the database
2 = Border lines of countries under progress
3 = Border lines of other countries
3.1.2 - Info file COUNTRY.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 COUNTRY#
4 5 B
-
-
13 COUNTRY-ID
4 5 B
-
-
17 COUNTRY
2 2 C
-
-
19 SOIL1M
2 2 I
-
-
COUNTRY : Country
code: identifier of country.
Data source: user assigned.
Measurement system: nominal.
Data type: character string.
Attribute values and definitions in dataset:
Background polygon
-8 Ocean polygons
AL ALBANIA
AG ALGERIA
AU AUSTRIA
BO BELARUS
BE BELGIUM
BK BOSNIA HERZEGOVINA
BU BULGARIA
HR CROATIA
EZ CZECH REPUBLIC
DA DENMARK
EN ESTONIA
FO FAEROE ISLANDS
FI FINLAND
FR FRANCE
MK F.Y.R.O.M. (Former Yugoslav Republic
of Macedonia)
GM GERMANY
GR GREECE
GK GUERNSEY
HU HUNGARY
IC ICELAND
EI IRISH REPUBLIC
IM ISLE OF MAN
IT ITALY
JE JERSEY
LG LATVIA
LH LITHUANIA
LU LUXEMBOURG
MT MALTA
MD MOLDOVA
MW MONTENEGRO
MO MOROCCO
NL NETHERLANDS
NO NORWAY
PL POLAND
PO PORTUGAL
RO ROMANIA
RU RUSSIA
SR SERBIA
LO SLOVAKIA
SI SLOVENIA
SP SPAIN
SW SWEDEN
SZ SWITZERLAND
TS TUNISIA
TU TURKEY
UI UKRAINE
UK UNITED KINGDOM
SOIL1M : State
of progress of the Soil Geographical Data Base of
Europe at Scale 1:1,000,000.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 Background polygon
-8 Not applicable (oceans)
1 Countries currently covered by
the database
2 Countries under progress
3 Other countries
-------------------------------------------------------------------------------
3.2 - Coverage NURGCD:
Description: European Community NUTS regions boundaries level 2,
Version 6,
15 EU Member States, because UK is still missing in
version 7.
Source: SAI/JRC Ispra (Johan Van der Knijff, 17/11/99 and 15/12/99,
and Steve Peedell, 14/03/00).
+ see file admin.monitor.
Legal access constraints: internal use.
Feature count and classes: 4342 arcs + 2011 polygons + 3308 nodes
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Precision: single
Resolution: 1:1M
3.2.1 - Info file NURGCD.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 NUTS#
4 5 B
-
-
13 NUTS-ID
4 5 B
-
-
17 NURGCD
5 5 C
-
-
22 NURGCD_NO
4 5 B
-
-
NURGCD : codes for the
NUTS regions level 2 of the European Union.
Data source: user assigned.
Measurement system: nominal.
Data type: character string.
Attribute values and definitions in dataset:
Number of different value: 977
NURGCD_NO : codes for the NUTS regions level
2 of the European Union
converted to numerical format necessary for the rasterisation.
Data source: computed from NURGCD.
Measurement system: nominal.
Data type: integer number.
Number of different value: 977
-------------------------------------------------------------------------------
3.3 - Grid NURGCD_G:
Description: rasterisation of EC NUTS region cover on the NUTS_NO
item.
Source: SAI/JRC Ispra + see file admin.monitor.
Legal access constraints: this project only.
Use constraints: none
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 1
maximum value = 977
mean = 611.478
standard deviation = 234.819
number of distinct values = 977
3.3.1 - Info file NURGCD_G.VAT:
Description: Value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
** REDEFINED ITEMS **
1 NURGCD_NO
4 10 B
-
Indexed
NURGCD_NO : see
Info file NURGCD.PAT.
-------------------------------------------------------------------------------
3.4 - Grid USE:
Description: land use classified from CORINE Land Cover.
Source: SAI/JRC Ispra + see file use.monitor.
Legal access constraints: this project only.
Use constraints: none
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 4269 columns x 3351 rows
Grid value statistics:
Z units = nominal
minimum value = 100
maximum value = 400
mean = 250.972
standard deviation = 57.090
number of distinct values = 9
3.4.1 - Info file USE.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 SYMBOL
3 3 I
-
-
12 LEGEND
40 40 C
-
-
VALUE
: land use class.
Data source: reclassification of CORINE Land Cover classes.
Measurement system: nominal
Data type: binary integer number.
Attribute values and definitions in dataset:
100 = Artificial land
210 = Arable land
220 = Permanent crops
231 = Pastures and grassland
240 = Heterogeneous agricultural land
310 = Forest and scrub
324 = Degradated natural land
330 = Bare land
400 = Water surfaces and wetland
SYMBOL : symbol number for map publishing.
LEGEND : attribute
values legend.
3.4.2 - Arc/Info shadeset
file USE.SHD:
Description: shade symbols definitions for land use class map publishing.
-------------------------------------------------------------------------------
3.5 - Grid MASK:
Description: serves as mask for all grid processing. The area of
interest is
the area that has soil data and land use data. Any
other can be masked.
Source: see file mask.monitor.
Legal access constraints: none.
Use constraints: none.
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 1
maximum value = 1
mean = 1
standard deviation = 0
number of distinct values = 1
3.5.1 - Info file MASK.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
VALUE
: area of interest.
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
Attribute values and definitions in dataset:
1 = area of interest.
-------------------------------------------------------------------------------
3.6 - Coverage SOIL:
Description: soil mapping units.
Source: Soil Geographical Data Base of Europe at scale 1:1,000,000
+ see file soil.monitor.
Legal access constraints: this project only.
Use constraints: scale 1:1000000
Feature count and classes: 28946 polygons
Secondary feature count and classes:
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Precision: single
Resolution: 100 meters
3.6.1 - Info file SOIL.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 SOIL#
4 5 B
-
-
13 SOIL-ID
4 5 B
-
-
17 SMU
7 7 I
-
-
SMU
: see Info file SMU.
3.6.2 - Info file SMU:
Description: table describing the Soil Mapping Units.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SMU
7 7 I
-
Indexed
8 NB-POLYS
4 5 B
-
-
12 AREA
8 8 F
1
-
20 NB-STU
4 2 B
-
-
SMU
: Soil Mapping Unit number: identifier of Soil Mapping Unit.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
-1 Undefined
-2 Town
-3 Soils disturbed
by man
-4 Water body
-5 Glacier
-6 Marsh
-7 Out of surveyed
area
0 Background
polygon
1 SMU number
1
2 SMU number
2
3 ...
...
NB-POLYS : Number of polygons
making SMU.
Data source: computed.
Measurement system: ratio.
Data type: binary integer number.
Units = count.
Minimum allowable value = 1
AREA Area of SMU.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = km2.
Minimum allowable value > 0
NB-STU : Number
of STUs composing SMU.
Data source: computed.
Measurement system: ratio.
Data type: binary integer number.
Units = count.
Minimum allowable value = 1
3.6.3 - Info file STU.ORG:
Description:
Source:
Legal access constraints:
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SMU
7 7 I
-
Indexed
8 STU
7 7 I
-
Indexed
15 PCAREA
3 3 I
-
-
SMU : see Info file SMU.
STU : see Info file STU.
PCAREA : proportion
of the area of the SMU covered by the STU.
Data source: user assigned.
Measurement system: ratio.
Data type: integer number.
Minimum allowable value = 5
Minimum allowable value = 100
NB: for each SMU, sum of PCAREA is 100%.
3.6.4 - Info file STU:
Description: table describing the Soil Typological Units.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 STU
7 7 I
-
Indexed
8 NB-POLYS
4 5 B
-
-
12 NB-SMU
4 3 B
-
-
16 AREA
8 8 F
1
-
24 SOIL
4 4 C
-
-
28 TEXT1
1 1 I
-
-
29 TEXT2
1 1 I
-
-
30 AGLIM1
2 2 I
-
-
32 AGLIM2
2 2 I
-
-
34 MAT1
3 3 C
-
-
37 CFL
1 1 C
-
-
38 TEXT
1 1 I
-
-
39 TEXT.CL
1 1 C
-
-
40 TEXT-CRUST
1 1 I
-
-
41 TEXT-CRUST.CL
1 1 C
-
-
42 PHYS-CHIM
1 1 I
-
-
43 PHYS-CHIM.CL
1 1 C
-
-
44 CRUSTING
1 1 I
-
-
45 CRUSTING.CL
1 1 C
-
-
46 TEXT-EROD
1 1 I
-
-
47 TEXT-EROD.CL
1 1 C
-
-
48 ERODIBILITY
1 1 I
-
-
49 ERODIBILITY.CL
1 1 C
-
-
** REDEFINED ITEMS **
24 SOIL1
1 1 C
-
-
24 SOIL2
2 2 C
-
-
24 SOIL3
3 3 C
-
-
24 SN1
1 1 C
-
-
25 SN2
1 1 C
-
-
26 SN3
1 1 C
-
-
34 MAT11
1 1 C
-
-
34 MAT12
2 2 C
-
-
34 PM11
1 1 C
-
-
35 PM12
1 1 C
-
-
36 PM13
1 1 C
-
-
STU
Soil Typological Unit number: Soil Typological Units.
NB-POLYS Number of polygons
containing STU as computed by
CHECK_AND_BUILD_SOILDB.AML.
NB-SMU Number of
SMUs containing STU as computed by
CHECK_AND_BUILD_SOILDB.AML.
AREA
Area of STU (in square kilometres) as computed by
CHECK_AND_BUILD_SOILDB.AML.
SOIL
Full 1974 (modified CEC 1985) FAO-Unesco legend soil name.
TEXT1 Dominant
surface textural class.
TEXT2 Secondary
surface textural class.
AGLIM1 Dominant
limitation to agricultural use.
AGLIM2 Secondary
limitation to agricultural use.
MAT1
Dominant parent material code.
CFL
Global confidence level of the Soil Typological Unit attributes
description.
TEXT
: Dominant surface textural class
TEXT.CL :
Dominant surface textural class confidence level
TEXT-CRUST : Crusting textural factor
TEXT-CRUST.CL : Crusting textural factor confidence
level
PHYS-CHIM : Soil physico-chemical
factor
TEXT-EROD : Erodibility
textural factor
TEXT-EROD.CL : Erodibility textural factor
confidence level
Data source: computed (pedotransfer rule).
ERODIBILITY : Erodibility of the parent
material.
Data source: computed (pedotransfer rule).
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = No information
1 = Very low
2 = Low
3 = Medium
4 = High
5 = Very high
CRUSTING : Susceptibility
of soils to crusting.
Data source: computed (pedotransfer rule).
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = No information
1 = Very low
2 = Low
3 = Medium
4 = High
5 = Very high
ERODIBILITY.CL : Pedotransfer Rule inference confidence level.
CRUSTING.CL : Pedotransfer Rule inference
confidence level.
Data source: computed (pedotransfer rule).
Measurement system: nominal.
Data type: character string.
Attribute values and definitions in dataset:
h = High
m = Medium
l = Low
SOIL1 First
level 1974 (modified CEC 1985) FAO legend soil name.
SOIL2 Second
level 1974 (modified CEC 1985) FAO legend soil name.
SOIL3 Third
level 1974 (modified CEC 1985) FAO legend soil name.
SN1
First character in item SOIL (meant for pedotransfer rules)
SN2
Second character in item SOIL (meant for pedotransfer rules)
SN3
Third character in item SOIL (meant for pedotransfer rules)
MAT11 First
level dominant parent material code.
MAT12 Second
level dominant parent material code.
PM11
First character in item MAT1 (meant for pedotransfer rules)
PM12
Second character in item MAT1 (meant for pedotransfer rules)
PM13
Third character in item MAT1 (meant for pedotransfer rules)
3.6.5 - Info file SOIL1.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 SOIL1
1 1 C
-
-
5 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
SOIL1 : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
3.6.6 - Info file SOIL2.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 SOIL2
2 2 C
-
-
6 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
SOIL2 : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
3.6.7 - Info file TEXT1.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 TEXT1
1 1 I
-
-
5 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
TEXT1 : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
3.6.8 - Info file TEXT2.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 TEXT2
1 1 I
-
-
5 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
TEXT2 : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
3.6.9 - Info file MAT1.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 MAT1
3 3 C
-
-
7 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
MAT1 : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
3.6.10 - Info file CL.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 CL
1 1 C
-
-
5 LEGEND
80 80 C
-
-
** REDEFINED ITEMS **
1 LABEL
3 3 I
-
-
SYMBOL : symbol number for map publishing.
CL : see Info file STU.
LEGEND : attribute values legend.
LABEL
: for Arc/Info use only.
Crusting and erodibility are evaluated by pedo-transfert rules.
This rules are apply to surface textural class and parent material code.
For each estimation a confidence level is associated by the rule.
=============================================================================
Rule 1, expert-based, evaluation of dominant surface textural class:
Input data:
a = SN1 (1,1,C,0)
b = SN2 (1,1,C,0)
c = SN3 (1,1,C,0)
d = TEXT1 (1,1,I,0)
e = TEXT2 (1,1,I,0)
f = PM11 (1,1,C,0)
g = PM12 (1,1,C,0)
h = PM13 (1,1,C,0)
Output data:
i = TEXT (1,1,I,0)
j = TEXT.CL (Confidence level: 1 1 C 0)
_ _ _ _ _ _ _ _ _ _ ____________ ________
|a|b|c|d|e|f|g|h|i|j| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|_|_|_|____________|________|
1|*|*|*|1|*|*|*|*|1|h|CL
|11/07/00|
2|*|*|*|2|*|*|*|*|2|h|CL
|11/07/00|
3|*|*|*|3|*|*|*|*|3|h|CL
|11/07/00|
4|*|*|*|4|*|*|*|*|4|h|CL
|11/07/00|
5|*|*|*|5|*|*|*|*|5|h|CL
|11/07/00|
6|*|*|*|9|*|*|*|*|6|h|CL
|03/07/00|
7| | | |0|0| | | |0|h|CL
|29/09/00|
8|B| | |0|*|1|1|0|2|l|JJL
|22/09/00|
9|B|d| |0|*|7|3|9|1|l|JJL
|22/09/00|
10|B|d| |0|*| | | |2|l|JJL
|22/09/00|
11|B|e| |0|*|3|1|9|4|l|JJL
|22/09/00|
12|B|e| |0|*| | | |2|l|JJL
|22/09/00|
13|B|e|c|0|*|2|1|2|2|l|JJL
|22/09/00|
14|B|e|f|0|*|1|2|0|4|l|JJL
|22/09/00|
15|B|g|g|0|*| | | |2|l|JJL
|22/09/00|
16|g| | |0|*|*|*|*|7|h|CL
|11/07/00|
17|g| | |9|*|*|*|*|7|h|CL
|11/07/00|
18|G|c|s|0|*|2|1|2|3|l|JJL
|22/09/00|
19|G|d| |0|*|7|3|9|2|l|JJL
|22/09/00|
20|G|d|s|0|*|3|1|9|2|l|JJL
|22/09/00|
21|G|e| |0|*|9|1|0|5|l|JJL
|22/09/00|
22|G|e|s|0|*|2|1|2|3|l|JJL
|22/09/00|
23|G|e|s|0|*|3|1|9|4|l|JJL
|22/09/00|
24|G|h|*|0|*|*|*|*|8|h|CL
|11/07/00|
25|G|h|*|9|*|*|*|*|8|h|CL
|11/07/00|
26|G|i|*|9|*|*|*|*|8|h|CL
|11/07/00|
27|G|m|*|0|*|*|*|*|8|h|CL
|11/07/00|
28|G|m|*|9|*|*|*|*|8|h|CL
|11/07/00|
29|I|*|*|9|1|*|*|*|1|m|CL
|11/07/00|
30|I|c| |0|*|2|0|0|2|l|JJL
|22/09/00|
31|I| | |0|*| | | |1|l|JJL
|22/09/00|
32|I| | |0|0|2|1|0|2|l|JJL
|29/09/00|
33|I| | |0|0|3|1|2|4|l|JJL
|29/09/00|
34|I| | |0|0|4|5|1|2|l|JJL
|29/09/00|
35|I| | |0|0|4|5|4|2|l|JJL
|29/09/00|
36|I| | |0|0|5|1|2|2|l|JJL
|29/09/00|
37|I| | |0|0|6|0|0|1|l|JJL
|29/09/00|
38|J|c|g|0|*|1|2|0|3|l|JJL
|22/09/00|
39|J|e|g|0|*|3|1|9|4|l|JJL
|22/09/00|
40|J|m|g|9|*|*|*|*|8|m|CL
|11/07/00|
41|L|c| |0|*| | | |2|l|JJL
|22/09/00|
42|L|g|s|0|*|3|1|3|5|l|JJL
|22/09/00|
43|L|g|s|0|*| | | |2|l|JJL
|22/09/00|
44|L|o| |0|*|2|1|2|2|l|JJL
|22/09/00|
45|L|o| |0|*|3|1|3|4|l|JJL
|22/09/00|
46|L|o| |0|*|3|1|9|4|l|JJL
|22/09/00|
47|O|*|*|0|*|*|*|*|8|h|CL
|11/07/00|
48|O|*|*|9|*|*|*|*|8|h|CL
|11/07/00|
49|P|o| |0|*| | | |1|l|JJL
|22/09/00|
50|P|p|*|0|*|*|*|*|8|h|CL
|11/07/00|
51|P|p|*|9|*|*|*|*|8|h|CL
|11/07/00|
52|Q|c| |0|*| | | |1|m|JJL
|22/09/00|
53|r| | |0|*|*|*|*|7|h|CL
|11/07/00|
54|r| | |9|*|*|*|*|7|h|CL
|11/07/00|
55|R|c| |0|*|1|2|0|2|l|JJL
|22/09/00|
56|U|*|*|0|*|*|*|*|8|m|CL
|11/07/00|
57|U|*|*|9|*|*|*|*|8|m|CL
|11/07/00|
58|W| | |0|*|3|1|3|4|l|JJL
|22/09/00|
|_|_|_|_|_|_|_|_|_|_|____________|________|
|a|b|c|d|e|f|g|h|i|j| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|_|_|_|____________|________|
=============================================================================
Rule 601, expert-based, evaluation of crusting textural factor:
Input data:
a = TEXT (1,1,I,0)
b = TEXT2 (1,1,I,0)
c = PM11 (1,1,C,0)
d = PM12 (1,1,C,0)
e = PM13 (1,1,C,0)
Output data:
f = TEXT-CRUST (1,1,I,0)
g = TEXT-CRUST.CL (Confidence level: 1 1 C 0)
_ _ _ _ _ _ _ ____________ ________
|a|b|c|d|e|f|g| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|____________|________|
1|0|*|*|*|*|3|h|YL
|03/10/00|
2|0|*|1|*|*|4|h|YL
|03/10/00|
3|0|*|1|2|*|5|h|YL
|03/10/00|
4|0|*|5|*|*|5|h|YL
|03/10/00|
5|0|*|9|*|*|1|h|YL
|03/10/00|
6|1|*|*|*|*|2|h|YL
|03/10/00|
7|1|*|1|*|*|3|h|YL
|03/10/00|
8|1|*|1|2|*|4|h|YL
|03/10/00|
9|1|*|5|*|*|3|h|YL
|03/10/00|
10|2|*|*|*|*|4|h|YL
|03/10/00|
11|2|*|1|*|*|5|h|YL
|03/10/00|
12|2|4|*|*|*|3|h|YL
|03/10/00|
13|2|1|*|*|*|3|h|YL
|03/10/00|
14|2|*|5|*|*|5|h|YL
|03/10/00|
15|3|*|*|*|*|4|h|YL
|03/10/00|
16|3|*|1|*|*|5|h|YL
|03/10/00|
17|3|4|*|*|*|4|h|YL
|03/10/00|
18|3|1|*|*|*|4|h|YL
|03/10/00|
19|3|*|5|*|*|5|h|YL
|03/10/00|
20|4|*|*|*|*|2|h|YL
|03/10/00|
21|4|*|1|*|*|3|h|YL
|03/10/00|
22|4|*|1|2|*|4|h|YL
|03/10/00|
23|4|*|5|*|*|3|h|YL
|03/10/00|
24|5|*|*|*|*|2|h|YL
|03/10/00|
25|7|*|*|*|*|5|h|YL
|03/10/00|
26|8|*|*|*|*|1|h|YL
|03/10/00|
27|6|*|*|*|*|3|h|YL
|03/10/00|
28|6|*|1|*|*|4|h|YL
|03/10/00|
29|6|*|9|*|*|1|h|YL
|03/10/00|
|_|_|_|_|_|_|_|____________|________|
|a|b|c|d|e|f|g| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|____________|________|
=============================================================================
Rule 612, type expert, evaluation of soil physico-chemical factor:
Input data:
a = SN1 (1,1,C,0)
b = SN2 (1,1,C,0)
c = SN3 (1,1,C,0)
Output data:
d = PHYS-CHIM (1,1,I,0)
e = PHYS-CHIM.CL (Confidence level: 1 1 C 0)
_ _ _ _ _ ____________ ________
|a|b|c|d|e| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|____________|________|
1|*|*|*|3|h|YL
|19/09/00|
2|A|*|*|3|h|YL
|19/09/00|
3|B|*|*|3|h|YL
|19/09/00|
4|B|a|*|2|h|YL
|19/09/00|
5|B|c|*|2|h|YL
|19/09/00|
6|B|c|c|1|h|YL
|19/09/00|
7|B|c|h|1|h|YL
|19/09/00|
8|B|d|*|3|h|YL
|19/09/00|
9|B|d|a|4|h|YL
|19/09/00|
10|B|d|g|4|h|YL
|19/09/00|
11|B|d|s|4|h|YL
|19/09/00|
12|B|e|c|2|h|YL
|19/09/00|
13|B|g|c|2|h|YL
|19/09/00|
14|B|g|s|4|h|YL
|19/09/00|
15|B|h|*|2|h|YL
|19/09/00|
16|B|h|c|1|h|YL
|19/09/00|
17|B|k|*|2|h|YL
|19/09/00|
18|B|k|f|3|h|YL
|19/09/00|
19|B|m|*|4|h|YL
|19/09/00|
20|B|v|*|2|h|YL
|19/09/00|
21|B|x|*|3|h|YL
|19/09/00|
22|C|*|*|2|h|YL
|19/09/00|
23|C|l|*|3|h|YL
|19/09/00|
24|D|*|*|4|h|YL
|19/09/00|
25|D|g|*|5|h|YL
|19/09/00|
26|E|*|*|2|h|YL
|19/09/00|
27|F|*|*|2|h|YL
|19/09/00|
28|G|*|*|3|h|YL
|19/09/00|
29|G|c|*|2|h|YL
|19/09/00|
30|G|h|*|2|h|YL
|19/09/00|
31|G|i|*|2|h|YL
|19/09/00|
32|G|m|*|2|h|YL
|19/09/00|
33|G|t|*|4|h|YL
|19/09/00|
34|H|*|*|2|h|YL
|19/09/00|
35|H|c|s|4|h|YL
|19/09/00|
36|H|l|*|3|h|YL
|19/09/00|
37|I|*|*|3|h|YL
|19/09/00|
38|J|*|*|3|h|YL
|19/09/00|
39|K|*|*|2|h|YL
|19/09/00|
40|L|*|*|3|h|YL
|19/09/00|
41|L|a|*|4|h|YL
|19/09/00|
42|L|c|*|2|h|YL
|19/09/00|
43|L|c|p|3|h|YL
|19/09/00|
44|L|d|*|4|h|YL
|19/09/00|
45|L|f|*|2|h|YL
|19/09/00|
46|L|g|a|4|h|YL
|19/09/00|
47|L|g|p|4|h|YL
|19/09/00|
48|L|g|s|4|h|YL
|19/09/00|
49|L|h|*|2|h|YL
|19/09/00|
50|L|k|*|2|h|YL
|19/09/00|
51|L|o|p|4|h|YL
|19/09/00|
52|L|s|*|4|h|YL
|19/09/00|
53|L|v|c|2|h|YL
|19/09/00|
54|L|v|k|2|h|YL
|19/09/00|
55|M|*|*|2|h|YL
|19/09/00|
56|N|c|*|4|h|YL
|19/09/00|
57|O|*|*|1|h|YL
|19/09/00|
58|P|*|*|4|h|YL
|19/09/00|
59|Q|*|*|4|h|YL
|19/09/00|
60|R|*|*|3|h|YL
|19/09/00|
61|S|*|*|5|h|YL
|19/09/00|
62|T|*|*|4|h|YL
|19/09/00|
63|U|*|*|3|h|YL
|19/09/00|
64|V|*|*|3|h|YL
|19/09/00|
65|W|*|*|4|h|YL
|19/09/00|
66|W|m|*|3|h|YL
|19/09/00|
67|X|*|*|4|h|YL
|19/09/00|
68|Z|*|*|5|h|YL
|19/09/00|
69|g| | |3|h|YL
|19/09/00|
70|p| | |2|h|YL
|19/09/00|
71|r| | |3|h|YL
|19/09/00|
|_|_|_|_|_|____________|________|
|a|b|c|d|e| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|____________|________|
=============================================================================
Rule 613, type expert, evaluation of soil crusting:
Input data:
a = TEXT-CRUST (1,1,I,0)
b = PHYS-CHIM (1,1,I,0)
Output data:
c = CRUSTING (1,1,I,0)
d = CRUSTING.CL (Confidence level: 1 1 C 0)
_ _ _ _ ____________ ________
|a|b|c|d| AUTHOR(S) |UPD DATE|
|_|_|_|_|____________|________|
1|5|5|5|h|YL
|19/09/00|
2|5|4|5|h|YL
|19/09/00|
3|5|3|5|h|YL
|19/09/00|
4|5|2|4|h|YL
|19/09/00|
5|5|1|3|h|YL
|19/09/00|
6|4|5|5|h|YL
|19/09/00|
7|4|4|4|h|YL
|19/09/00|
8|4|3|4|h|YL
|19/09/00|
9|4|2|3|h|YL
|19/09/00|
10|4|1|2|h|YL
|19/09/00|
11|3|5|5|h|YL
|19/09/00|
12|3|4|4|h|YL
|19/09/00|
13|3|3|3|h|YL
|19/09/00|
14|3|2|2|h|YL
|19/09/00|
15|3|1|1|h|YL
|19/09/00|
16|2|5|5|h|YL
|19/09/00|
17|2|4|3|h|YL
|19/09/00|
18|2|3|2|h|YL
|19/09/00|
19|2|2|2|h|YL
|19/09/00|
20|2|1|1|h|YL
|19/09/00|
21|1|5|3|h|YL
|19/09/00|
22|1|4|2|h|YL
|19/09/00|
23|1|3|1|h|YL
|19/09/00|
24|1|2|1|h|YL
|19/09/00|
25|1|1|1|h|YL
|19/09/00|
|_|_|_|_|____________|________|
|a|b|c|d| AUTHOR(S) |UPD DATE|
|_|_|_|_|____________|________|
=============================================================================
Rule 621, type expert, evaluation of erodibility textural factor:
Input data:
a = TEXT (1,1,I,0)
b = TEXT2 (1,1,I,0)
c = PM11 (1,1,C,0)
d = PM12 (1,1,C,0)
e = PM13 (1,1,C,0)
Output data:
f = TEXT-EROD (1,1,I,0)
g = TEXT-EROD.CL (Confidence level: 1 1 C 0)
_ _ _ _ _ _ _ ____________ ________
|a|b|c|d|e|f|g| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|____________|________|
1|0|*|1|*|*|4|l|YL
|03/10/00|
2|0|*|1|1|1|3|m|YL
|03/10/00|
3|0|*|1|1|2|3|m|YL
|03/10/00|
4|0|*|2|*|*|2|h|YL
|03/10/00|
5|0|*|2|1|7|5|m|YL
|03/10/00|
6|0|*|2|1|6|3|m|YL
|03/10/00|
7|0|*|2|1|8|3|m|YL
|03/10/00|
8|0|*|2|1|9|3|m|YL
|03/10/00|
9|0|*|2|2|0|3|m|YL
|03/10/00|
10|0|*|2|3|*|5|h|YL
|03/10/00|
11|0|*|2|4|0|5|h|YL
|03/10/00|
12|0|*|3|*|*|3|m|YL
|03/10/00|
13|0|*|3|0|0|2|m|YL
|03/10/00|
14|0|*|3|1|*|2|m|YL
|03/10/00|
15|0|*|3|4|0|2|l|YL
|03/10/00|
16|0|*|4|*|*|4|m|YL
|03/10/00|
17|0|*|4|5|*|3|h|YL
|03/10/00|
18|0|*|4|5|2|2|h|YL
|03/10/00|
19|0|*|4|5|5|2|h|YL
|03/10/00|
20|0|*|4|5|6|2|h|YL
|03/10/00|
21|0|*|5|*|*|5|h|YL
|03/10/00|
22|0|*|5|1|*|4|h|YL
|03/10/00|
23|0|*|5|1|2|3|m|YL
|03/10/00|
24|0|*|5|1|3|3|m|YL
|03/10/00|
25|0|*|6|*|*|3|l|YL
|03/10/00|
26|0|*|6|3|0|4|h|YL
|03/10/00|
27|0|*|7|*|*|2|h|YL
|03/10/00|
28|0|*|7|4|*|3|m|YL
|03/10/00|
29|0|*|7|4|0|4|m|YL
|03/10/00|
30|0|*|7|4|3|4|m|YL
|03/10/00|
31|0|*|8|*|*|2|l|YL
|03/10/00|
32|0|*|9|0|0|2|l|YL
|03/10/00|
33|0|*|9|1|0|1|h|YL
|03/10/00|
34|7|*|*|*|*|1|h|YL
|03/10/00|
35|8|*|*|*|*|1|h|YL
|03/10/00|
36|6|*|*|*|*|3|h|YL
|03/10/00|
37|5|*|*|*|*|2|h|YL
|03/10/00|
38|4|*|*|*|*|2|h|YL
|03/10/00|
39|4|*|1|*|*|3|h|YL
|03/10/00|
40|4|*|4|*|*|3|h|YL
|03/10/00|
41|4|*|4|5|*|2|h|YL
|03/10/00|
42|4|*|5|*|*|3|h|YL
|03/10/00|
43|4|4|*|*|*|2|h|YL
|03/10/00|
44|4|5|*|*|*|2|h|YL
|03/10/00|
45|4|*|2|1|7|4|h|YL
|03/10/00|
46|4|*|2|3|*|4|h|YL
|03/10/00|
47|4|*|2|4|*|4|h|YL
|03/10/00|
48|4|*|6|3|0|4|h|YL
|03/10/00|
49|4|*|7|4|0|4|h|YL
|03/10/00|
50|4|*|7|4|3|4|h|YL
|03/10/00|
51|3|*|*|*|*|3|h|YL
|03/10/00|
52|3|*|1|*|*|4|h|YL
|03/10/00|
53|3|*|2|1|0|2|h|YL
|03/10/00|
54|3|*|4|*|*|4|h|YL
|03/10/00|
55|3|*|4|5|*|2|h|YL
|03/10/00|
56|3|*|5|*|*|4|h|YL
|03/10/00|
57|3|*|5|1|2|3|h|YL
|03/10/00|
58|3|*|5|1|3|3|h|YL
|03/10/00|
59|3|*|7|*|*|2|h|YL
|03/10/00|
60|3|*|8|*|*|2|h|YL
|03/10/00|
61|3|4|*|*|*|2|h|YL
|03/10/00|
62|3|5|*|*|*|2|h|YL
|03/10/00|
63|3|*|2|1|7|4|h|YL
|03/10/00|
64|3|*|2|3|*|4|h|YL
|03/10/00|
65|3|*|2|4|*|4|h|YL
|03/10/00|
66|3|*|6|3|0|4|h|YL
|03/10/00|
67|3|*|7|4|0|4|h|YL
|03/10/00|
68|3|*|7|4|3|4|h|YL
|03/10/00|
69|2|*|*|*|*|4|h|YL
|03/10/00|
70|2|*|2|1|*|3|h|YL
|03/10/00|
71|2|*|2|1|7|5|h|YL
|03/10/00|
72|2|*|2|1|6|4|h|YL
|03/10/00|
73|2|*|2|1|8|4|h|YL
|03/10/00|
74|2|*|2|1|9|4|h|YL
|03/10/00|
75|2|*|2|3|*|5|h|YL
|03/10/00|
76|2|*|2|4|*|5|h|YL
|03/10/00|
77|2|*|4|*|*|5|h|YL
|03/10/00|
78|2|*|4|5|*|3|h|YL
|03/10/00|
79|2|*|5|*|*|5|h|YL
|03/10/00|
80|2|*|5|1|2|4|h|YL
|03/10/00|
81|2|*|5|1|3|4|h|YL
|03/10/00|
82|2|*|7|*|*|3|h|YL
|03/10/00|
83|2|*|7|4|0|5|h|YL
|03/10/00|
84|2|*|7|4|3|5|h|YL
|03/10/00|
85|2|*|6|3|0|5|h|YL
|03/10/00|
86|2|*|8|*|*|3|h|YL
|03/10/00|
87|1|*|*|*|*|4|h|YL
|03/10/00|
88|1|*|1|*|*|5|h|YL
|03/10/00|
89|1|*|2|1|*|3|h|YL
|03/10/00|
90|1|*|2|1|7|5|h|YL
|03/10/00|
91|1|*|2|1|6|4|h|YL
|03/10/00|
92|1|*|2|1|8|4|h|YL
|03/10/00|
93|1|*|2|1|9|4|h|YL
|03/10/00|
94|1|*|2|3|*|5|h|YL
|03/10/00|
95|1|*|2|4|*|5|h|YL
|03/10/00|
96|1|*|4|*|*|5|h|YL
|03/10/00|
97|1|*|4|5|*|3|h|YL
|03/10/00|
98|1|*|5|*|*|5|h|YL
|03/10/00|
99|1|*|5|1|2|4|h|YL
|03/10/00|
100|1|*|5|1|3|4|h|YL
|03/10/00|
101|1|*|7|*|*|3|h|YL
|03/10/00|
102|1|*|7|4|*|4|h|YL
|03/10/00|
103|1|*|7|4|0|5|h|YL
|03/10/00|
104|1|*|7|4|3|5|h|YL
|03/10/00|
105|1|*|6|3|0|5|h|YL
|03/10/00|
|_|_|_|_|_|_|_|____________|________|
|a|b|c|d|e|f|g| AUTHOR(S) |UPD DATE|
|_|_|_|_|_|_|_|____________|________|
=============================================================================
Rule 623, type expert, evaluation of soil erodibility:
Input data:
a = TEXT-EROD (1,1,I,0)
b = PHYS-CHIM (1,1,I,0)
Output data:
c = ERODIBILITY (1,1,I,0)
d = ERODIBILITY.CL (Confidence level: 1 1 C 0)
_ _ _ _ ____________ ________
|a|b|c|d| AUTHOR(S) |UPD DATE|
|_|_|_|_|____________|________|
1|5|5|5|h|YL
|19/09/00|
2|5|4|5|h|YL
|19/09/00|
3|5|3|5|h|YL
|19/09/00|
4|5|2|4|h|YL
|19/09/00|
5|5|1|3|h|YL
|19/09/00|
6|4|5|5|h|YL
|19/09/00|
7|4|4|4|h|YL
|19/09/00|
8|4|3|4|h|YL
|19/09/00|
9|4|2|3|h|YL
|19/09/00|
10|4|1|2|h|YL
|19/09/00|
11|3|5|5|h|YL
|19/09/00|
12|3|4|4|h|YL
|19/09/00|
13|3|3|3|h|YL
|19/09/00|
14|3|2|2|h|YL
|19/09/00|
15|3|1|1|h|YL
|19/09/00|
16|2|5|4|h|YL
|19/09/00|
17|2|4|3|h|YL
|19/09/00|
18|2|3|2|h|YL
|19/09/00|
19|2|2|2|h|YL
|19/09/00|
20|2|1|1|h|YL
|19/09/00|
21|1|5|3|h|YL
|19/09/00|
22|1|4|2|h|YL
|19/09/00|
23|1|3|1|h|YL
|19/09/00|
24|1|2|1|h|YL
|19/09/00|
25|1|1|1|h|YL
|19/09/00|
|_|_|_|_|____________|________|
|a|b|c|d| AUTHOR(S) |UPD DATE|
|_|_|_|_|____________|________|
-------------------------------------------------------------------------------
3.7 - Grid CRUSTING:
Description: susceptibility of soils to crusting.
Source: computed (see file soil.monitor).
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 0
maximum value = 5
mean = 3.338
standard deviation = 1.085
number of distinct values = 6
3.7.1 - Info file CRUSTING.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 SYMBOL
3 3 I
-
-
12 LEGEND
80 80 C
-
-
VALUE
: susceptibility of soils to crusting.
Measurement system: nominal.
Data type: binary integer number.
Attribute values and definitions in dataset: see
Info file STU.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.8 - Grid ERODIBILITY:
Description: erodibility of the parent material.
Source: computed (see file soil.monitor).
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 0
maximum value = 5
mean = 3.492
standard deviation = 1.137
number of distinct values = 6
3.8.1 - Info file ERODIBILITY.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 SYMBOL
3 3 I
-
-
12 LEGEND
80 80 C
-
-
VALUE
: erodibility of the parent material.
Measurement system: nominal.
Data type: binary integer number.
Attribute values and definitions in dataset: see
Info file STU.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.9 - Grid DEM:
Description: hydrologically correct but un-projected digital elevation
model.
Source: USGS HYDRO1K database + see file slope.monitor.
Legal access constraints: this project only
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 8319 columns x 7638 rows
Grid value statistics:
Z units = meters
minimum value = -4
maximum value = 4453
mean = 349.799
standard deviation = 398.930
number of distinct values = 3631
Important note: re-projecting a DEM alters its' "hydrologic conductivity"
because some cells can desapear during the projection
process due to
warping. Therefor the "hydrologically correct" qualification
of this DEM
and its' derived products is not maintained over re-projection.
Any
hydrologic analysis should be carried out using this
un-projected DEM,
and only the results may be re-projected for further
use.
3.9.1 - Info file DEM.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
VALUE
: altitude.
Measurement system: ratio.
Data type: binary integer number.
Units = meters.
Maximum allowable value = 4807
-------------------------------------------------------------------------------
3.10 - Grid ALT:
Description: digital elevation model (not hydrologically correct
but projected).
Source: USGS HYDRO1K database + see file slope.monitor.
Legal access constraints: this project only
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 9311 columns x 8777 rows
Grid value statistics:
Z units = meters
minimum value = -4
maximum value = 4453
mean = 349.797
standard deviation = 398.943
number of distinct values = 3628
3.10.1 - Info file ALT.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
VALUE
: altitude.
Measurement system: ratio.
Data type: binary integer number.
Units = meters.
Maximum allowable value = 4807
-------------------------------------------------------------------------------
3.11 - Grid SLOPECLASS:
Description: classified slopes.
Source: USGS HYDRO1K database + see file slope.monitor.
Legal access constraints: this project only
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 9311 columns x 8777 rows
Grid value statistics:
Z units = percent
minimum value = 0
maximum value = 30
mean = 2.236
standard deviation = 4.197
number of distinct values = 7
3.11.1 - Info file SLOPECLASS.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 SYMBOL
3 3 I
-
-
12 LEGEND
11 11 C
-
-
VALUE
: slope class.
Measurement system: ratio.
Data type: binary integer number.
Units = percent slope.
Attribute values and definitions in dataset:
0 = 0 - 1 %
1 = > 1 - 2 %
2 = > 2 - 5 %
5 = > 5 - 10 %
10 = > 10 - 15 %
15 = > 15 - 30 %
30 = > 30 - 75 %
75 = > 75 %
SYMBOL : symbol number for map publishing.
LEGEND : attribute
values legend.
3.11.2 - Info file SLOPECLASS.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
2 2 I
-
-
3 SYMBOL
3 3 I
-
-
6 LEGEND
11 11 C
-
-
VALUE : see Info file SLOPECLASS.VAT.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.12 - Coverage BAS_PF:
Description: Pfafsterer method watershed basins.
Source: USGS HYDRO1K database
+ see http://edcdaac.usgs.gov/gtopo30/hydro/readme.html
+ see http://edcdaac.usgs.gov/gtopo30/hydro/P311.html
+ see file watershed_pfafsteter.monitor.
Legal access constraints:
Use constraints:
Feature count and classes: 7065 polygons
Secondary feature count and classes:
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Precision: single
Resolution: 1.630421519279 meters
3.12.1 - Info file BAS_PF.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 BAS_PF#
4 5 B
-
-
13 BAS_PF-ID
4 5 B
-
-
17 LEVELS
7 7 I
-
-
24 TODN_FLOWLEN
8 12 I
-
-
** REDEFINED ITEMS **
17 LEVEL1
2 2 I
-
-
18 L1
1 1 I
-
-
17 LEVEL2
3 3 I
-
-
19 L2
1 1 I
-
-
17 LEVEL3
4 4 I
-
-
20 L3
1 1 I
-
-
17 LEVEL4
5 5 I
-
-
21 L4
1 1 I
-
-
17 LEVEL5
6 6 I
-
-
22 L5
1 1 I
-
-
17 LEVEL6
7 7 I
-
-
23 L6
1 1 I
-
-
17 BAS_PF
7 7 I
-
-
17 BAS_PF_NO
7 7 I
-
-
LEVEL1 : Pfafsteter
basin unit identifier at level 1.
LEVEL2 :
Pfafsteter basin unit identifier at level 2.
LEVEL3 :
Pfafsteter basin unit identifier at level 3.
LEVEL4 :
Pfafsteter basin unit identifier at level 4.
LEVEL5 :
Pfafsteter basin unit identifier at level 5.
LEVEL6 :
Pfafsteter basin unit identifier at level 6.
LEVELS :
Pfafsteter basin unit identifier at level 6.
BAS_PF :
Pfafsteter basin unit identifier at level 6.
BAS_PF_NO : Pfafsteter basin
unit identifier at level 6.
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = universe polygon
1
...
9
10 = closed bassin at
level 1
100 = closed bassin at level
2
1000 = closed bassin at level 3
10000 = closed bassin at level 4
100000 = closed bassin at level 5
1000000 = closed bassin at level 6
L1
: type and class of basins at level 1.
L2
: type and class of basins at level 2.
L3
: type and class of basins at level 3.
L4
: type and class of basins at level 4.
L5
: type and class of basins at level 5.
L6
: type and class of basins at level 6.
type: odd numbers = inter-basins.
class: numbers raise upstream.
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = universe polygon or closed bassin
1
...
9
TODN_FLOWLEN : downstream flowlength from basin
outlet to the DEM outlet.
Data source: computed.
Measurement system: ratio.
Data type: integer number.
Units = meters.
3.12.2 - Info file BAS_PF.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 LEVEL
1 1 I
-
-
2 SYMBOL
3 3 I
-
-
5 LEGEND
30 30 C
-
-
** REDEFINED ITEMS **
1 L1
1 1 I
-
-
1 L2
1 1 I
-
-
1 L3
1 1 I
-
-
1 L4
1 1 I
-
-
1 L5
1 1 I
-
-
1 L6
1 1 I
-
-
LEVEL
: Pfafsteter basin unit identifier at any level.
L1
: see Info file BAS_PF.PAT.
L2
: see Info file BAS_PF.PAT.
L3
: see Info file BAS_PF.PAT.
L4
: see Info file BAS_PF.PAT.
L5
: see Info file BAS_PF.PAT.
L6
: see Info file BAS_PF.PAT.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.13 - Grid BAS_PF_G:
Description: Pfafsterer method watershed basins.
Source: USGS HYDRO1K database
+ see http://edcdaac.usgs.gov/gtopo30/hydro/readme.html
+ see http://edcdaac.usgs.gov/gtopo30/hydro/P311.html
+ see file watershed_pfafsteter.monitor.
Legal access constraints:
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 29400
maximum value = 1000000
mean = 876256.795
standard deviation = 129676.859
number of distinct values = 1205
3.13.1 - Info file BAS_PF_G.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
** REDEFINED ITEMS **
1 BAS_PF_NO
4 7 B
-
Indexed
VALUE
: Pfafsteter basin unit identifier at level 6.
BAS_PF_NO : Pfafsteter basin
unit identifier at level 6.
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = universe polygon
1
...
9
10 = closed bassin at
level 1
100 = closed bassin at level
2
1000 = closed bassin at level 3
10000 = closed bassin at level 4
100000 = closed bassin at level 5
1000000 = closed bassin at level 6
-------------------------------------------------------------------------------
3.14 - Coverage STR_PF:
Description: streamlines.
Source: USGS HYDRO1K database
+ see http://edcdaac.usgs.gov/gtopo30/hydro/readme.html
+ see http://edcdaac.usgs.gov/gtopo30/hydro/P311.html
+ see file watershed_pfafsteter.monitor.
Legal access constraints:
Use constraints:
Feature count and classes: 3520 arcs
Secondary feature count and classes:
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Precision: double
Resolution: 414.8735961914 meters
3.14.1 - Info file STR_PF.AAT:
Description: arc attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 FNODE#
4 5 B
-
-
5 TNODE#
4 5 B
-
-
9 LPOLY#
4 5 B
-
-
13 RPOLY#
4 5 B
-
-
17 LENGTH
8 18 F
5
-
25 STR_PF#
4 5 B
-
-
29 STR_PF-ID
4 5 B
-
-
33 LEVELS
7 7 I
-
-
40 TODN_FLOWLEN
8 12 I
-
-
** REDEFINED ITEMS **
33 LEVEL1
2 2 I
-
-
34 L1
1 1 I
-
-
33 LEVEL2
3 3 I
-
-
35 L2
1 1 I
-
-
33 LEVEL3
4 4 I
-
-
36 L3
1 1 I
-
-
33 LEVEL4
5 5 I
-
-
37 L4
1 1 I
-
-
33 LEVEL5
6 6 I
-
-
38 L5
1 1 I
-
-
33 LEVEL6
7 7 I
-
-
39 L6
1 1 I
-
-
LEVEL1 : see
Info file BAS_PF.PAT.
LEVEL2 :
see Info file BAS_PF.PAT.
LEVEL3 :
see Info file BAS_PF.PAT.
LEVEL4 :
see Info file BAS_PF.PAT.
LEVEL5 :
see Info file BAS_PF.PAT.
LEVEL6 :
see Info file BAS_PF.PAT.
LEVELS :
see Info file BAS_PF.PAT.
L1
: see Info file BAS_PF.PAT.
L2
: see Info file BAS_PF.PAT.
L3
: see Info file BAS_PF.PAT.
L4
: see Info file BAS_PF.PAT.
L5
: see Info file BAS_PF.PAT.
L6
: see Info file BAS_PF.PAT.
TODN_FLOWLEN : see Info file
BAS_PF.PAT.
-------------------------------------------------------------------------------
3.15 - Info file SMODEL:
Description: model to reclass land use, crusting, slope and erodibility
parameters into classes of soil sensitivity to erosion.
Source: see file sensitivity_model_development.monitor.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 USE
3 3 I
-
-
4 CRUSTING
1 1 I
-
-
5 SLOPE
2 2 I
-
-
7 ERODIBILITY
1 1 I
-
-
8 SENSITIVITY
2 2 I
-
-
** REDEFINED ITEMS **
1 TOTAL
7 7 I
-
-
USE : see Info file USE.VAT, attribute VALUE.
CRUSTING : see Info file STU.
SLOPE : see Info file SLOPECLASS.VAT, attribute VALUE.
ERODIBILITY : see Info file STU.
SENSITIVITY : soil sensitivity to erosion.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
1 = Very low sensitivity
2 = Low sensitivity
3 = Medium sensitivity
4 = High sensitivity
5 = Very high sensitivity
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
TOTAL : combined model input values (for Arc/Info use only).
-------------------------------------------------------------------------------
3.16 - Grid SENSITIVITY:
Description: soil sensitivity to erosion.
Source: see file sensitivity_model_application.monitor.
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 1
maximum value = 1195
mean = 237.360
standard deviation = 208.395
number of distinct values = 783
3.16.1 - Info file SENSITIVITY.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 USE
3 3 I
-
-
12 CRUSTING
1 1 I
-
-
13 SLOPE
2 2 I
-
-
15 ERODIBILITY
1 1 I
-
-
16 SENSITIVITY
2 2 I
-
-
VALUE
: grid cell value with no meaning.
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
USE : see Info file USE.VAT, attribute VALUE.
CRUSTING : see Info file STU.
SLOPE : see Info file SLOPECLASS.VAT, attribute VALUE.
ERODIBILITY : see Info file STU.
SENSITIVITY : see Info file SMODEL.
3.16.2 - Info file SENSITIVITY.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SENSITIVITY
2 2 I
-
-
3 SYMBOL
3 3 I
-
-
6 LEGEND
25 25 C
-
-
** REDEFINED ITEMS **
1 VALUE
2 2 I
-
-
1 SENSITIVITY1
2 2 I
-
-
1 SENSITIVITY2
2 2 I
-
-
1 SENSITIVITY3
2 2 I
-
-
1 SENSITIVITY4
2 2 I
-
-
1 SENSITIVITY5
2 2 I
-
-
1 SENSITIVITY6
2 2 I
-
-
1 SENSITIVITY7
2 2 I
-
-
1 SENSITIVITY8
2 2 I
-
-
1 SENSITIVITY9
2 2 I
-
-
1 SENSITIVITY10
2 2 I
-
-
1 SENSI1
2 2 I
-
-
1 SENSI2
2 2 I
-
-
1 SENSI3
2 2 I
-
-
1 SENSI4
2 2 I
-
-
1 SENSI5
2 2 I
-
-
1 SENSI10
2 2 I
-
-
1 SENSI11
2 2 I
-
-
1 SENSI12
2 2 I
-
-
1 SENSI13
2 2 I
-
-
1 INTSENS
2 2 I
-
-
SENSITIVITY : see Info file
SMODEL.
VALUE
: same as SENSITIVITY.
SENSITIVITY1 : same as SENSITIVITY.
SENSITIVITY2 : same as SENSITIVITY.
SENSITIVITY3 : same as SENSITIVITY.
SENSITIVITY4 : same as SENSITIVITY.
SENSITIVITY5 : same as SENSITIVITY.
SENSITIVITY6 : same as SENSITIVITY.
SENSITIVITY7 : same as SENSITIVITY.
SENSITIVITY8 : same as SENSITIVITY.
SENSITIVITY9 : same as SENSITIVITY.
SENSITIVITY10 : same as SENSITIVITY.
SENSI1 :
same as SENSITIVITY.
SENSI2 :
same as SENSITIVITY.
SENSI3 :
same as SENSITIVITY.
SENSI4 :
same as SENSITIVITY.
SENSI5 :
same as SENSITIVITY.
SENSI10 : same
as SENSITIVITY.
SENSI11 : same
as SENSITIVITY.
SENSI12 : same
as SENSITIVITY.
SENSI13 : same
as SENSITIVITY.
INTSENS : same
as SENSITIVITY.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.17 - Coverage ISMODEL:
Description: interface to the model for the determination of the
erosion sensitivity class of an integration spatial unit (SIU) depending
on the combination of sensitivity classes it contains and their respective
percentage area.
Source: see file integration_sens_model_development.monitor.
Legal access constraints:
Use constraints:
Feature count and classes: polygons
Secondary feature count and classes:
Projection: undefined
Units: undefined
Precision: single
Resolution: coverage units
3.17.1 - Info file ISMODEL.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 ISMODEL#
4 5 B
-
-
13 ISMODEL-ID
4 5 B
-
-
17 SENSITIVITY
3 3 I
-
-
20 PCT
3 3 I
-
-
23 INTSENS
2 2 I
-
-
SENSITIVITY : soil erosion sensitivity
and combinations of soil erosion sensitivities.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
1 = Very low sensitivity
2 = Low sensitivity
3 = Medium sensitivity
4 = High sensitivity
5 = Very high sensitivity
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
34 = Medium and high sensitivity
45 = high and very high sensitivity
345 = Medium and high and very high sensitivity
PCT
: percentage area covered by a sensitivity class in a SIU.
Data source: computed.
Measurement system: ratio.
Data type: integer number.
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
INTSENS : sensitivity
class allocated to a SIU.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = Not allocated
1 = Very low sensitivity
2 = Low sensitivity
3 = Medium sensitivity
4 = High sensitivity
5 = Very high sensitivity
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
3.17.2 - Info file ISMODEL.TAB:
Description: model for the determination of the erosion sensitivity
class of an
integration spatial unit (SIU) depending on the combination
of sensitivity
classes it contains and their respective percentage
area.
Source: see file integration_sens_model_development.monitor.
Legal access constraints:
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 PCT
3 3 I
-
-
4 SENSITIVITY1
2 2 I
-
-
6 SENSITIVITY2
2 2 I
-
-
8 SENSITIVITY3
2 2 I
-
-
10 SENSITIVITY4
2 2 I
-
-
12 SENSITIVITY5
2 2 I
-
-
14 SENSITIVITY34
2 2 I
-
-
16 SENSITIVITY45
2 2 I
-
-
18 SENSITIVITY345
2 2 I
-
-
20 SENSITIVITY10
2 2 I
-
-
22 SENSITIVITY11
2 2 I
-
-
24 SENSITIVITY12
2 2 I
-
-
26 SENSITIVITY13
2 2 I
-
-
PCT : see Info file ISMODEL.PAT.
SENSITIVITY1 }
SENSITIVITY2 } integrated sensitivity class to allocate
to the combination
SENSITIVITY3 } of soil erosion sensitivity class 1,
or 2, or 3, or 4, or 5
SENSITIVITY4 } or 3 and 4, or 4 and 5, or 3 and 4 and
5, or 10, or 11, or 12, SENSITIVITY34 } or 13, with a specified PCT.
SENSITIVITY45 }
SENSITIVITY345 }
SENSITIVITY10 }
SENSITIVITY11 }
SENSITIVITY12 }
SENSITIVITY13 }
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
see Info file SMODEL, attribute
SENSITIVITY.
3.17.3 - Info file ISMODEL.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 INTSENS
2 2 I
-
-
6 SEP
2 2 C
-
-
8 LEGEND
25 25 C
-
-
** REDEFINED ITEMS **
4 TEXT
29 29 C
-
-
SYMBOL : symbol number for map publishing.
INTRISK : see Info file IMODEL.PAT.
SEP
: legend text separator. For Arc/Info use only.
LEGEND :
attribute values legend.
TEXT
: attribute values legend
-------------------------------------------------------------------------------
3.18 - Info file SENSITIVITYBAS_PF:
3.19 - Info file SENSITIVITYNURGCD:
Description: annual results of integration of soil erosion sensitivity
by spatial integration unit (SIU).
Spatial integration units BAS_PF = Pfafsteter watershed
basins.
Spatial integration units NURGCD = EC NUTS regions.
Source: computed / see file integration_sens_model_application.monitor.
Legal access constraints:
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 NURGCD
5 5 C
-
-
6 SENSIV1
4 16 B
-
-
10 PC-COUNT1
4 6 F
2
-
14 SENSIV2
4 16 B
-
-
18 PC-COUNT2
4 6 F
2
-
22 SENSIV3
4 16 B
-
-
26 PC-COUNT3
4 6 F
2
-
30 SENSIV4
4 16 B
-
-
34 PC-COUNT4
4 6 F
2
-
38 SENSIV5
4 16 B
-
-
42 PC-COUNT5
4 6 F
2
-
46 SENSIV6
4 16 B
-
-
50 PC-COUNT6
4 6 F
2
-
54 SENSIV7
4 16 B
-
-
58 PC-COUNT7
4 6 F
2
-
62 SENSIV8
4 16 B
-
-
66 PC-COUNT8
4 6 F
2
-
70 SENSIV9
4 16 B
-
-
74 PC-COUNT9
4 6 F
2
-
78 SENSITIVITY1
3 3 I
-
-
81 SENSITIVITY2
3 3 I
-
-
84 SENSITIVITY3
3 3 I
-
-
87 SENSITIVITY4
3 3 I
-
-
90 SENSITIVITY5
3 3 I
-
-
93 SENSITIVITY10
3 3 I
-
-
96 SENSITIVITY11
3 3 I
-
-
99 SENSITIVITY12
3 3 I
-
-
102 SENSITIVITY13
3 3 I
-
-
105 SENSITIVITY34
3 3 I
-
-
108 SENSITIVITY45
3 3 I
-
-
111 SENSITIVITY345
3 3 I
-
-
114 SENSITIVITY
2 2 I
-
-
NURGCD : see Info file NURGCD.PAT.
SENSIV1 }
SENSIV2 }
... } dominant, secondary,
etc. soil erosion sensitivity class within SIU.
SENSIV8 }
SENSIV9 }
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
Attribute values and definitions in dataset:
see Info file SMODEL, attribute
SENSITIVITY.
PC-COUNT1 }
PC-COUNT2 } proportion of the
area of the SIU covered by the dominant,
...
} secondary, etc. soil erosion sensitivity class.
PC-COUNT8 }
PC-COUNT9 }
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
SENSITIVITY1 }
SENSITIVITY2 } proportion of the area of the SIU covered
by
SENSITIVITY3 } soil erosion sensitivity class 1, or
2, or 3, or 4, or 5, or 3
SENSITIVITY4 } and 4, or 4 and 5, or 3 and 4 and 5,
or 10, or 11, or 12, or13.
SENSITIVITY5 }
SENSITIVITY34 }
SENSITIVITY45 }
SENSITIVITY345 }
SENSITIVITY10 } same information as attributes SENSIV1 to
SENSIV9 and PC-COUNT1
SENSITIVITY11 } to PC-COUNT9.
SENSITIVITY12 }
SENSITIVITY13 }
Data source: computed.
Measurement system: ratio.
Data type: integer number.
Attribute values and definitions in dataset:
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
SENSITIVITY : integrated sensitivity class allocated
to the SIU by the model.
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
see Info file SMODEL.
In Info file SENSITIVITYBAS_PF:
BAS_PF : same information as attribute BAS_PF_NO, see
Info file BAS_PF.PAT
-------------------------------------------------------------------------------
3.20 - Grid METEO:
Description: support to daily interpolated meteorological data.
Source: SAI/JRC Ispra + see file meteo.monitor.
Legal access constraints: this project only.
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 50000 x 50000 meters
Grid size: 67 columns x 81 rows
Grid value statistics:
Z units = nominal
minimum value = 24037
maximum value = 104074
mean = 58155.43214285
standard deviation = 19395.71170292
number of distinct values = 2520
3.20.1 - Info file METEO.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 RAIN1
4 6 F
1
-
13 FRQ40MM1
4 6 F
2
-
17 NBYEARS1
8 18 F
5
-
25 RAIN2
4 6 F
1
-
29 FRQ40MM2
4 6 F
2
-
33 NBYEARS2
8 18 F
5
-
41 RAIN3
4 6 F
1
-
45 FRQ40MM3
4 6 F
2
-
49 NBYEARS3
8 18 F
5
-
57 RAIN4
4 6 F
1
-
61 FRQ40MM4
4 6 F
2
-
65 NBYEARS4
8 18 F
5
-
73 RAIN5
4 6 F
1
-
77 FRQ40MM5
4 6 F
2
-
81 NBYEARS5
8 18 F
5
-
89 RAIN6
4 6 F
1
-
93 FRQ40MM6
4 6 F
2
-
97 NBYEARS6
8 18 F
5
-
105 RAIN7
4 6 F
1
-
109 FRQ40MM7
4 6 F
2
-
113 NBYEARS7
8 18 F
5
-
121 RAIN8
4 6 F
1
-
125 FRQ40MM8
4 6 F
2
-
129 NBYEARS8
8 18 F
5
-
137 RAIN9
4 6 F
1
-
141 FRQ40MM9
4 6 F
2
-
145 NBYEARS9
8 18 F
5
-
153 RAIN10
4 6 F
1
-
157 FRQ40MM10
4 6 F
2
-
161 NBYEARS10
8 18 F
5
-
169 RAIN11
4 6 F
1
-
173 FRQ40MM11
4 6 F
2
-
177 NBYEARS11
8 18 F
5
-
185 RAIN12
4 6 F
1
-
189 FRQ40MM12
4 6 F
2
-
193 NBYEARS12
8 18 F
5
-
201 R_ANNUAL
4 6 F
1
-
205 R_SPRING
4 6 F
0
-
209 R_SUMMER
4 6 F
0
-
213 R_AUTUMN
4 6 F
0
-
217 R_WINTER
4 6 F
0
-
221 F_ANNUAL
4 6 F
2
-
225 F_SPRING
4 6 F
2
-
229 F_SUMMER
4 6 F
2
-
233 F_AUTUMN
4 6 F
2
-
237 F_WINTER
4 6 F
2
-
VALUE
: Grid number (GRID_NO) in the SAI/JRC Ispra meteo database.
Data source: SAI/JRC Ispra.
Measurement system: nominal.
Data type: binary integer number.
RAIN1
: January mean monthly rainfall over all available years of
data.
RAIN2
: February mean monthly rainfall over all available years of
data.
...
RAIN12 :
December mean monthly rainfall over all available years of
data.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = mm
Minimum allowable value = 0
Maximum allowable value = ???
FRQ40MM1 : January monthly
frequency (%) of rainfall above or equal 40
mm/day.
FRQ40MM2 : February monthly
frequency (%) of rainfall above or equal 40
mm/day.
...
FRQ40MM12 : December monthly
frequency (%) of rainfall above or equal 40
mm/day.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = percent.
Minimum allowable value = 0
Maximum allowable value = ???
NBYEARS1 : Number of years
of available rainfall data in January.
NBYEARS2 : Number of
years of available rainfall data in February.
...
NBYEARS12 : Number of years
of available rainfall data in December.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = count
Minimum allowable value = 0
Maximum allowable value = ???
R_ANNUAL : mean annual
rainfall.
R_SPRING : mean spring
rainfall.
R_SUMMER : mean summer
rainfall.
R_AUTOMN : mean automn
rainfall.
R_WINTER : mean winter
rainfall.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = mm
Minimum allowable value = 0
Maximum allowable value = ???
F_ANNUAL : annual frequency
of rainfall above or equal 40 mm/day.
F_SPRING : spring frequency
of rainfall above or equal 40 mm/day.
F_SUMMER : summer frequency
of rainfall above or equal 40 mm/day.
F_AUTOMN : automn frequency
of rainfall above or equal 40 mm/day.
F_WINTER : winter frequency
of rainfall above or equal 40 mm/day.
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = percent.
Minimum allowable value = 0
Maximum allowable value = ???
NB:
SPRING = months 3, 4 and 5
SUMMER = months 6, 7 and 8
AUTOMN = months 9, 10 and 11
WINTER = months 12, 1 and 2
Seasonal and annual values are computed from monthly values.
-------------------------------------------------------------------------------
3.21 - Grid R_SPRING:
3.22 - Grid R_SUMMER:
3.23 - Grid R_AUTUMN:
3.24 - Grid R_WINTER:
3.25 - Grid R_ANNUAL:
Description: seasonal and annual rainfall quintiles normalized
onto annual
rainfall.
Source: see file meteo.monitor.
Legal access constraints: this project only.
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 50000 x 50000 meters
Grid size: 67 columns x 81 rows
Grid value statistics:
Z units = ordinal
minimum value = 1
maximum value = 5
mean = ???
standard deviation = ???
number of distinct values = 5
3.25.1 - Info file R_SPRING.VAT:
3.25.2 - Info file R_SUMMER.VAT:
3.25.3 - Info file R_AUTUMN.VAT:
3.25.4 - Info file R_WINTER.VAT:
3.25.5 - Info file R_ANNUAL.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
VALUE
: seasonal and annual rainfall quintiles normalized onto
annual rainfall.
Data source: computed.
Measurement system: ordinal.
Data type: binary integer number.
Units = quintile
Attribute values and definitions in dataset:
1 = 1st quintile
2 = 2nd quintile
3 = 3rd quintile
4 = 4th quintile
5 = 5th quintile
3.25.6 - Info file R_SPRING.LES:
3.25.7 - Info file R_SUMMER.LES:
3.25.8 - Info file R_AUTUMN.LES:
3.25.9 - Info file R_WINTER.LES:
3.25.10 - Info file
R_ANNUAL.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 R_SPRING
1 1 I
- VALUE
-
or 1 R_SUMMER
1 1 I
- VALUE
-
or 1 R_AUTUMN
1 1 I
- VALUE
-
or 1 R_WINTER
1 1 I
- VALUE
-
or 1 R_ANNUAL
1 1 I
- VALUE
-
2 SYMBOL
3 3 I
-
-
5 TEXT1
18 18 C
-
-
23 TEXT2
4 4 I
-
-
27 TEXT3
3 3 C
-
-
** REDEFINED ITEMS **
5 TEXT
25 25 C
-
-
R_SPRING : see
Info file R_SPRING.VAT.
R_SUMMER : see
Info file R_SUMMER.VAT.
R_AUTUMN : see
Info file R_AUTUMN.VAT.
R_WINTER : see
Info file R_WINTER.VAT.
R_ANNUAL : see
Info file R_ANNUAL.VAT.
SYMBOL : symbol number for map publishing.
TEXT1
: part of the attribute values legend.
TEXT2
: part of the attribute values legend.
TEXT3
: part of the attribute values legend.
TEXT
: attribute values legend.
-------------------------------------------------------------------------------
3.26 - Grid F_SPRING:
3.27 - Grid F_SUMMER:
3.28 - Grid F_AUTUMN:
3.29 - Grid F_WINTER:
3.30 - Grid F_ANNUAL:
Description: seasonal and annual frequency classes of rainfall
above or
equal 40 mm/day.
Source: see file meteo.monitor.
Legal access constraints: this project only.
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 50000 x 50000 meters
Grid size: 67 columns x 81 rows
Grid value statistics:
Z units = ordinal
minimum value = 1
maximum value = 3
mean = ???
standard deviation = ???
number of distinct values = 3
3.30.1 - Info file F_SPRING.VAT:
3.30.2 - Info file F_SUMMER.VAT:
3.30.3 - Info file F_AUTUMN.VAT:
3.30.4 - Info file F_WINTER.VAT:
3.30.5 - Info file F_ANNUAL.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
VALUE
: seasonal and annual frequency classes of rainfall above or
equal 40 mm/day.
Data source: computed.
Measurement system: ordinal.
Data type: binary integer number.
Attribute values and definitions in dataset:
1 = 0 - 0.1 %
2 = 0.1 - 0.5 %
3 = > 0.5 %
3.30.6 - Info file F_SPRING.LES:
3.30.7 - Info file F_SUMMER.LES:
3.30.8 - Info file F_AUTUMN.LES:
3.30.9 - Info file F_WINTER.LES:
3.30.10 - Info file
F_ANNUAL.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 F_SPRING
1 1 I
- VALUE
-
or 1 F_SUMMER
1 1 I
- VALUE
-
or 1 F_AUTUMN
1 1 I
- VALUE
-
or 1 F_WINTER
1 1 I
- VALUE
-
or 1 F_ANNUAL
1 1 I
- VALUE
-
2 SYMBOL
3 3 I
-
-
5 TEXT
25 25 C
-
-
F_SPRING : see
Info file F_SPRING.VAT.
F_SUMMER : see
Info file F_SUMMER.VAT.
F_AUTUMN : see
Info file F_AUTUMN.VAT.
F_WINTER : see
Info file F_WINTER.VAT.
F_ANNUAL : see
Info file F_ANNUAL.VAT.
SYMBOL : symbol number for map publishing.
TEXT : attribute values legend.
-------------------------------------------------------------------------------
3.31 - Grid RF_SPRING:
3.32 - Grid RF_SUMMER:
3.33 - Grid RF_AUTUMN:
3.34 - Grid RF_WINTER:
3.35 - Grid RF_ANNUAL:
Description: seasonal and annual rainfall erosivity.
Source: see file meteo.monitor.
Legal access constraints: this project only.
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 50000 x 50000 meters
Grid size: 67 columns x 81 rows
Grid value statistics:
Z units = nominal
minimum value = 1
maximum value = 14
mean = ???
standard deviation = ???
number of distinct values = 14
3.35.1 - Info file RF_SPRING.VAT:
3.35.2 - Info file RF_SUMMER.VAT:
3.35.3 - Info file RF_AUTUMN.VAT:
3.35.4 - Info file RF_WINTER.VAT:
3.35.5 - Info file RF_ANNUAL.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 R
4 16 B
-
-
13 F
4 16 B
-
-
17 RF
1 1 I
-
-
VALUE
: grid cell value. No meaning.
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
Units = no meaning
R
: seasonal and annual rainfall quintiles normalized onto
annual rainfall.
Data source: computed.
Measurement system: ordinal.
Data type: binary integer number.
Units = quintile
Attribute values and definitions in dataset:
1 = 1st quintile
2 = 2nd quintile
3 = 3rd quintile
4 = 4th quintile
5 = 5th quintile
F
: seasonal and annual frequency classes of rainfall above or
equal 40 mm/day.
Data source: computed.
Measurement system: ordinal.
Data type: binary integer number.
Attribute values and definitions in dataset:
1 = 0 - 0.1 %
2 = 0.1 - 0.5 %
3 = > 0.5 %
RF
: combined seasonal and annual rainfall erosivity class.
Data source: computed.
Measurement system: ordinal.
Data type: integer number.
Attribute values and definitions in dataset:
1 = rainfall erosivity is very low
2 = rainfall erosivity is low
3 = rainfall erosivity is medium
4 = rainfall erosivity is high
5 = rainfall erosivity is very high
3.36 - Coverage RF_LES:
Description: attribute lookup table and legend for rainfall erosivity
class.
Source: see file meteo.monitor.
Legal access constraints: this project only.
Use constraints:
Feature count and classes: 24 polygons
Secondary feature count and classes:
Projection: undefined
Units: undefined
Precision: single
Resolution: 0.0020000000949 coverage units
3.36.1 - Info file RF_LES.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 RF_LES#
4 5 B
-
-
13 RF_LES-ID
4 5 B
-
-
17 LEGEND
25 25 C
-
-
42 RF
1 1 I
-
-
LEGEND : attribute values legend.
RF : see file RF_ANNUAL.VAT.
-------------------------------------------------------------------------------
3.37 - Info file RMODEL:
Description: model to reclass land use, crusting, slope, erodibility
and
rainfall erosivity parameters into classes of soil
erosion risk.
Source: see file risk_model_development.monitor.
Legal access constraints: this project only.
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 USE
3 3 I
-
-
4 CRU
1 1 I
-
-
5 SLO
2 2 I
-
-
7 ERO
1 1 I
-
-
8 RF
1 1 I
-
-
9 RSK
2 2 I
-
-
** REDEFINED ITEMS **
1 TOTAL
8 8 I
-
-
USE : see Info file USE.VAT, attribute VALUE.
CRU : see Info file STU.
SLO : see Info file SLOPECLASS.VAT, attribute VALUE.
ERO : see Info file STU.
RF : see Info file RF_ANNUAL.VAT.
RSK
: soil erosion risk.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
1 = Very low risk
2 = Low risk
3 = Medium risk
4 = High risk
5 = Very high risk
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
TOTAL : combined model input values (for Arc/Info use only).
-------------------------------------------------------------------------------
3.38 - Grid RISK_SPRING:
3.39 - Grid RISK_SUMMER:
3.40 - Grid RISK_AUTUMN:
3.41 - Grid RISK_WINTER:
3.42 - Grid RISK_ANNUAL:
Description: seasonal and annual soil erosion risk.
Source: see file risk_model_application.monitor.
Legal access constraints:
Use constraints:
Data type: integer
Projection: defined as Arc/Info lambert_azimuthal (parameters not
listed here).
Units: meters
Resolution (cell size): 1000 x 1000 meters
Grid size: 3199 columns x 2805 rows
Grid value statistics:
Z units = nominal
minimum value = 1
maximum value = 3120
mean = 663.8839870557
standard deviation = 567.8375542266
number of distinct values = 3120
3.42.1 - Info file RISK_SPRING.VAT:
3.42.2 - Info file RISK_SUMMER.VAT:
3.42.3 - Info file RISK_AUTUMN.VAT:
3.42.4 - Info file RISK_WINTER.VAT:
3.42.5 - Info file RISK_ANNUAL.VAT:
Description: value attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 VALUE
4 10 B
-
Indexed
5 COUNT
4 10 B
-
-
9 USE
3 3 I
-
-
12 CRU
1 1 I
-
-
13 SLO
2 2 I
-
-
15 ERO
1 1 I
-
-
16 RF
1 1 I
-
-
17 RISK
2 2 I
-
-
VALUE
: grid cell value. No meaning.
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
USE : see Info file USE.VAT, attribute VALUE.
CRU : see Info file STU.
SLO : see Info file SLOPECLASS.VAT, attribute VALUE.
ERO : see Info file STU.
RF : see Info file RF_ANNUAL.VAT.
RISK
: see Info file RMODEL.
3.42.6 - Info file RISK.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 RISK
2 2 I
-
-
3 SYMBOL
3 3 I
-
-
6 LEGEND
25 25 C
-
-
** REDEFINED ITEMS **
1 VALUE
2 2 I
-
-
1 INTRISK
2 2 I
-
-
RISK
: see Info file RMODEL.
VALUE
: same as RISK.
INTRISK : same
as RISK.
SYMBOL : symbol number for map publishing.
LEGEND : attribute values legend.
-------------------------------------------------------------------------------
3.43 - Coverage IMODEL:
Description: interface to the model for the determination of the
erosion risk
class of an integration spatial unit (SIU) depending
on the combination of
risk classes it contains and their respective percentage
area.
Source: see file integration_model_development.monitor.
Legal access constraints:
Use constraints:
Feature count and classes: 1213 polygons
Secondary feature count and classes:
Projection: undefined
Units: undefined
Precision: single
Resolution: 0.0100999996066 coverage units
3.43.1 - Info file IMODEL.PAT:
Description: polygon attribute table.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 AREA
4 12 F
3
-
5 PERIMETER
4 12 F
3
-
9 IMODEL#
4 5 B
-
-
13 IMODEL-ID
4 5 B
-
-
17 RISK
3 3 I
-
-
20 PCT
3 3 I
-
-
23 INTRISK
2 2 I
-
-
RISK
: soil erosion risk and combinations of soil erosion risks.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
1 = Very low risk
2 = Low risk
3 = Medium risk
4 = High risk
5 = Very high risk
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
34 = Medium and high risks
45 = High and very high risks
345 = Medium, high and very high risks
PCT
: percentage area covered by a risk class in a SIU.
Data source: computed.
Measurement system: ratio.
Data type: integer number.
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
INTRISK : risk class
allocated to a SIU.
Data source: user assigned.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
0 = Not allocated
1 = Very low risk
2 = Low risk
3 = Medium risk
4 = High risk
5 = Very high risk
10 = Artificial land
11 = Bare land
12 = Water and wetland
13 = No information
3.43.2 - Info file IMODEL.TAB:
Description: model for the determination of the erosion risk class
of an
integration spatial unit (SIU) depending on the combination
of risk
classes it contains and their respective percentage
area.
Source: see file integration_model_development.monitor.
Legal access constraints:
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 PCT
3 3 I
-
-
4 RISK1
2 2 I
-
-
6 RISK2
2 2 I
-
-
8 RISK3
2 2 I
-
-
10 RISK4
2 2 I
-
-
12 RISK5
2 2 I
-
-
14 RISK34
2 2 I
-
-
16 RISK45
2 2 I
-
-
18 RISK345
2 2 I
-
-
20 RISK10
2 2 I
-
-
22 RISK11
2 2 I
-
-
24 RISK12
2 2 I
-
-
26 RISK13
2 2 I
-
-
PCT : see Info file IMODEL.PAT.
RISK1
}
RISK2
}
RISK3
}
RISK4
}
RISK5
} integrated risk class to allocate to the combination of
RISK34 }
soil erosion risk class 1, or 2, or 3, or 4, or 5, or 3
RISK45 }
and 4, or 4 and 5, or 3 and 4 and 5, or 10, or 11, or 12,
RISK345 } or 13,
with a specified PCT.
RISK10 }
RISK11 }
RISK12 }
RISK13 }
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
see Info file RMODEL, attribute
RISK.
3.43.3 - Info file IMODEL.LES:
Description: attribute lookup table and legend.
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 SYMBOL
3 3 I
-
-
4 INTRISK
2 2 I
-
-
6 SEP
2 2 C
-
-
8 LEGEND
25 25 C
-
-
** REDEFINED ITEMS **
4 TEXT
29 29 C
-
-
SYMBOL : symbol number for map publishing.
INTRISK : see Info file IMODEL.PAT.
SEP
: legend text separator. For Arc/Info use only.
LEGEND :
attribute values legend.
TEXT
: attribute values legend
-------------------------------------------------------------------------------
3.44 - Info file RISKBAS_PFSPRING:
3.45 - Info file RISKBAS_PFSUMMER:
3.46 - Info file RISKBAS_PFAUTUMN:
3.47 - Info file RISKBAS_PFWINTER:
3.48 - Info file RISKBAS_PFANNUAL:
3.49 - Info file RISKNURGCDSPRING:
3.50 - Info file RISKNURGCDSUMMER:
3.51 - Info file RISKNURGCDAUTUMN:
3.52 - Info file RISKNURGCDWINTER:
3.53 - Info file RISKNURGCDANNUAL:
Description: seasonal and annual results of integration of soil
erosion risks
by spatial integration unit (SIU).
Spatial integration units BAS_PF = Pfafsteter watershed
basins.
Spatial integration units NURGCD = European Community
NUTS regions.
Source: computed (see file integration_model_application.monitor).
Legal access constraints:
Use constraints:
Entity structure and attributes definitions (source: Arc/Info):
COLUMN ITEM NAME
WIDTH OUTPUT TYPE N.DEC ALTERNATE NAME
INDEXED?
1 NURGCD
5 5 C
-
-
6 RSK1
4 16 B
-
-
10 PC-COUNT1
4 6 F
2
-
14 RSK2
4 16 B
-
-
18 PC-COUNT2
4 6 F
2
-
22 RSK3
4 16 B
-
-
26 PC-COUNT3
4 6 F
2
-
30 RSK4
4 16 B
-
-
34 PC-COUNT4
4 6 F
2
-
38 RSK5
4 16 B
-
-
42 PC-COUNT5
4 6 F
2
-
46 RSK6
4 16 B
-
-
50 PC-COUNT6
4 6 F
2
-
54 RSK7
4 16 B
-
-
58 PC-COUNT7
4 6 F
2
-
62 RSK8
4 16 B
-
-
66 PC-COUNT8
4 6 F
2
-
70 RSK9
4 16 B
-
-
74 PC-COUNT9
4 6 F
2
-
78 RISK1
3 3 I
-
-
81 RISK2
3 3 I
-
-
84 RISK3
3 3 I
-
-
87 RISK4
3 3 I
-
-
90 RISK5
3 3 I
-
-
93 RISK10
3 3 I
-
-
96 RISK11
3 3 I
-
-
99 RISK12
3 3 I
-
-
102 RISK13
3 3 I
-
-
105 RISK34
3 3 I
-
-
108 RISK45
3 3 I
-
-
111 RISK345
3 3 I
-
-
114 RISK
2 2 I
-
-
NURGCD : see Info file NURGCD.PAT.
RSK1
}
RSK2
}
...
} dominant, secondary, etc. soil erosion risk class within SIU.
RSK8
}
RSK9
}
Data source: computed.
Measurement system: nominal.
Data type: binary integer number.
Attribute values and definitions in dataset:
see Info file RMODEL, attribute
RISK.
PC-COUNT1 }
PC-COUNT2 } proportion of the
area of the SIU covered by the dominant,
...
} secondary, etc. soil erosion risk class.
PC-COUNT8 }
PC-COUNT9 }
Data source: computed.
Measurement system: ratio.
Data type: floating-point number.
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
RISK1
}
RISK2
} proportion of the area of the SIU covered by
RISK3
} soil erosion risk class 1, or 2, or 3, or 4, or 5, or 3
RISK4
} and 4, or 4 and 5, or 3 and 4 and 5, or 10, or 11, or 12,
RISK5
} or 13.
RISK34 }
RISK45 }
RISK345 } These
attributes are another way of presenting exactly the
RISK10 }
same information as attributes RSK1 to RSK9 and PC-COUNT1
RISK11 }
to PC-COUNT9.
RISK12 }
RISK13 }
Data source: computed.
Measurement system: ratio.
Data type: integer number.
Attribute values and definitions in dataset:
Units = percent
Minimum allowable value = 0
Maximum allowable value = 100
RISK
: integrated risk class allocated to the SIU by the model.
Data source: computed.
Measurement system: nominal.
Data type: integer number.
Attribute values and definitions in dataset:
see Info file RMODEL.
In Info file RISKBAS_PFANNUAL:
BAS_PF : same information as attribute BAS_PF_NO, see
Info file BAS_PF.PAT
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------